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GEZE PACE flow control systems

GEZE PACE Pedestrian Access Control Equipment … Contents. SW range … Speed gates with a sweeper system SB range 12 Speed gates with blades SL range 15 Speed gates with folding high gates TT range 16 Turnstiles with tripod arms OX range 21 Turnstiles with a rotor system SG range 24 Turnstiles with swing gates OX GS & OX TS 26 Servo-driven gates Full height range 27 Additional equipment 29 … PACE Pedestrian Access Control Equipment. GEZE, in partnership with TiSO, introduces PACE Pedestrian Access Control Equipment - a range of pedestrian traffic control products that complements our automatic door control systems to offer a complete solution of building entrances providing safety and security. The range includes tripod turnstiles, swing gates, rotor turnstiles, speed gates, full height turnstiles as well as associated products such as emergency gates, platforms, card readers and card collectors. From the simplest, easy to install, tripod system for use in buildings such as leisure centres to the most stylish, highly sophisticated, security system with anti-tailgating sensors designed for the most demanding government buildings or banking institutions, there is a system to perfectly fit. … JUST SOME OF THE OPTIONS AVAILABLE INCLUDE: • Bi-directional flow of traffic • Standard or wide lanes • Anti-tailgating sensors • Illuminated glass panels or wings • Range of housing finishes - brushed stainless steel, polished stainless steel, RAL powder coating • Option to operate with card readers • Suitable for disability access • Full technical support, CAD drawings, technical data sheets • Warranty 12-24 months. Passage width, mm Access control system Opening/closing, sec Push button Free access, pers/min Motorised Single pass, pers/min Bi-directional Protection level* Anti-tailgating Version for disabled available Drop-arm * First figure is standard, all other available upon request. Product specifications and complete sets may differ from that shown on the photo. Drawings in catalogue are placed for reference. Dimensions may vary depending on configuration. All products are manufactured in strict compliance with international standards and meet all modern, quality, safety, design and usability requirements. EN 17352:2022 specifies requirements and test methods for power operated pedestrian entrance control equipment such as powered turnstiles, swing lanes and retractable lanes.** That is proved by such certificates as Certificate of Conformity No. OSE –121017/02; Certificate of Conformity of Quality Control System to requirements of the standard ISO 9001:2008; SK certificate of constancy of performance of essential characteristics of product according to STN EN 16034:2015 No. SK01-ZSV-0340; Certificate DSTU ISO 9001:2009; Certificate of Confirmity, according to EU Directives: 2006/42/EC; 2014/30/EU; 2014/35/ EU; Certificate of passed barrier testing program ASTM F2656-07; Certificate of passed barrier testing program ASTM F2656/F2656M-15; Certificate of passed barrier testing program IWA 14-1:2013. GEZE’s PACE range of pedestrian access control combines perfectly with GEZE automatic door systems to give specifiers and building owners the complete package to control the flow of people in and around a building ensuring safety and security at all times for those using it. **On the 2nd August 2023 EN 17352:2022 was listed as a harmonised standard in support of Directive 2006/42 in the Official Journal of the European Union. EN 17352:2022 - Power operated pedestrian entrance control equipment - Safety in use - Requirements and test methods, covers powered turnstiles and speed lanes. … TECHNICAL SPECS: SW 100 THE SW 100 SPEED GATE IS A GOOD CHOICE FOR PROJECTS WHERE SOPHISTICATED DESIGN IS KEY. Width, mm Single pass 550 Accessible pass 900 Mechanism *BMDrive® servodrive (BLDC) Standard housing Brushed SS AISI 304 Available housing Brushed SS AISI 316 Polished SS AISI 304 Polished SS AISI 316 Powder coated RAL *BMDrive® ensures long term maintenance free operation and automatically analyses the system, detects critical malfunctions, and records error log and warnings. Glass top and side panels, as well as this speed gate’s appearance in general, provide a feeling of transparency and make it a suitable solution for the most demanding and stylish interiors. The SW 100 speed gate’s operation principle, together with the swinging wings, enables wide lanes to be established. This type of speed gate can be controlled using a push button or interfaced with a variety 208 of access control system solutions and provides an 550 anti-tailgating function. In case of power failure, the option of a back-up battery is available. ELECTRICAL SPECS: • Voltage: - from the AC (100-240)V, 50/60Hz; - from a DC source 12 V Solid glass top 900 Solid glass top 550 In the event of a power failure, the leaves can be manually opened (fail-safe). Controlled by: 900 1010 208 190 1295 190 Instalation tamplate 1108 13 … holes Stainless steel top with glass inserts Cable inputs 200 550 88 900 359 58 100 137 190 758 1295 20 … holes 758 13 … holes 1108 Stainless steel190top with glass inserts Speed 750 gates 200 550 125 Instalation tamplate Solid Glass 40 Top 1251108 1100 Sweeper-BM 550+900 900 13 … holes 325 750 … holes 41 50 80 325 550/900 1043 … 80 1295 40 20 … holes 12 Instalation tamplate 1100 Stainless Steel Top with Glass Inserts 13 1310 30 1010 125 190 90 50 137 1310 100 359 88 359 1316 1043 Cable inputs 58 325 1316 325 1043 88 359 1316 Push button 58 758 1108 900 1043 13 … holes 550 750 325 208 1043 1108 1010 758 Solid glass top 758 90 Access control system 1100Speed gates Sweeper-BM 550+900 Cabel inputs … TECHNICAL SPECS: SW 100 Wide THE SW 100 WIDE SPEED GATES HAVE AN ULTRA-MODERN FUTURISTIC DESIGN AND ARE IDEAL FOR STYLISH LOBBY INTERIORS IN HOTELS, BANKS AND OFFICES. Single pass 1200 Mechanism *BMDrive® servodrive (BLDC) Standard housing Brushed SS AISI 304 Available housing Brushed SS AISI 316 Polished SS AISI 304 Polished SS AISI 316 Powder coated RAL *BMDrive® ensures long term maintenance free operation and automatically analyses the system, detects critical malfunctions, and records error log and warnings. ELECTRICAL SPECS: • Voltage: - from the AC (100-240)V, 50/60Hz; - from a DC source 12 V Solid glass top 1200 Solid glass top 208 190 1635 1108 1108 1408 1262 1413 100 1108 1635 Solid Glass Top20 1408 125 40 1108 Instalation tamplate 1408 1100 58 1650 50 125 40 125 1400 Instalation tamplate 13 12 holes Stainless Steel Top with Glass Inserts 1100 1400 Speed gates Sweeper-W-BM 900+1200 360 41 1413 50 … 50 420 1413 Cable inputs 1650 1200 100 20 … holes 1635 1100 … Cable inputs 100 50 191 30 13 12 holes 1400 Speed gates Sweeper-W-BM 900+1200 1413 360 1262 420 1200 58 360 1658 900 125 13 … holes 191 12 holes Stainless steel top with glass inserts 200 Stainless steel top with glass inserts 1200 90 190 900 200 90 1262 58 360 58 420 1658 Push button 360 58 58 Cable inputs 420 1658 360 360 1200 Access control system 360 900 13 12 holes 420 208 1408 1413 Controlled by: Instalation tamplate Solid glass top 13 12 holes 360 1408 190 1010 1108 1200 1010 In the event of a power failure, the leaves can be manually opened (fail-safe). 900 1010 The swinging waist-high turnstile SW 100, with increased flow capacity, can operate in two modes: normally closed and normally open. Both directions of passage are free when the turnstile is de-energised. The large number of sensors enable the speed gates to detect when two people try to pass by one card, pass in the wrong direction 208 900 or pass without authorisation and sounds an alarm. Safety sensors also prevent a passing person from being struck by a leaf, even in case of an unauthorised passage and detects the passage of person with luggage, arranging a free exit without the need for identification. Width, mm 100 … TECHNICAL SPECS: SW 100 High Glass THE SW 100 HIGH GLASS IS A SPECIAL VERSION OF THE SW 100 WITH TALL GLASS WINGS. Width, mm Single pass 550 Accessible pass 900 Mechanism *BMDrive® servodrive (BLDC) Standard housing Brushed SS AISI 304 Available housing Brushed SS AISI 316 Polished SS AISI 304 Polished SS AISI 316 Powder coated RAL *BMDrive® ensures long term maintenance free operation and automatically analyses the system, detects critical malfunctions, and records error log and warnings. The tall glass wings of the SW 100 High Glass increases security by minimising the risk of people climbing over the barrier. Its special design allows up to 900 mm wide passage which can be used for people with special needs. At the same time, both dimensions (height of wings and passage width) can be tailored according to the customer’s needs. The wings are made from safety tempered glass, but can be also made of polycarbonate or metal tube (to provide vandal resistant features). ELECTRICAL SPECS: • Voltage: - from the AC (100-240)V, 50/60Hz; - from a DC source 12 V 550 550 900 900 192 192 1320/1620 1320/1620 In the event of a power failure, the leaves can be manually opened (fail-safe). Controlled by: Access control system 190 190 Push button 1434 1434 742 742 Instalatio Instalatio 742 742 81 81 51 51 550 90 90 900 130 130 … 550/900 41 190 1434 Instalation tamplate 742 1092 742 1092 1500/1800 1010 1320/1620 192 30 25 1217 1217 990 990 1177 1177 325 325 1092 1092 13 13 … holes … holes … TECHNICAL SPECS: SW 100 High Glass Wide THE SW 100 HIGH GLASS WIDE IS A VERSION OF SPEED GATE SW 100, IT HAS HIGH GLASS LEAVES FOR A HIGHER DEGREE OF SECURITY AND WIDER LANES FOR EASE OF CARRYING LUGGAGE AND WHEELCHAIR ACCESS. Width, mm Single pass 1200 Mechanism *BMDrive® servodrive (BLDC) Standard housing Brushed SS AISI 304 Available housing Brushed SS AISI 316 Polished SS AISI 304 Polished SS AISI 316 Powder coated RAL *BMDrive® ensures long term maintenance free operation and automatically analyses the system, detects critical malfunctions, and records error log and warnings. ELECTRICAL SPECS: • Voltage: - from the AC (100-240)V, 50/60Hz; - from a DC source 12 V High glass leaves help to avoid the transfer of anything above the turnstile, and reduces the risk of people jumping over it. The special design allows up to 1200 mm passage which can be used for people with special needs. The elegant cabinet is fitted with integrated LED lighting to indicate access status and is equipped with safety sensors and tailgate sensors. The SW 100 High Glass Wide can be integrated with any type of access control systems. 900 1200 900 1200 1320/1620 1320/1620 192 In the event of a power failure, the leaves can be manually opened (fail-safe). Controlled by: Access control system 192 190 17 190 17 Inst 1092 1392 1092 1392 1092Inst 1092 51 90 130 900 1200 130 … 1200 41 190 1744 Instalation tamplate 1092 1392 1500/1800 1010 1320/1620 192 20 90 1527 1527 51 51 325 325 51 1487 1487 Push button 13 … holes 13 … holes 10 TECHNICAL SPECS: SW 100 Slim THE SW 100 SLIM MODEL IS THE SLIM VERSION OF THE STYLISH SW 100. It combines all the advantages of the popular SW 100 in a new re-designed housing offering a class leading footprint. Each cabinet is only 110mm wide making the SW 100 Slim suitable for any building. Standard operation uses two modes, normally open, and normally closed along with a host of operational modes when linked to an access control system. An option for shoulder height wings is available on request. Standard black or white glass tops incorporate card reader mountings and LED displays. Width, mm Single pass 550 Accessible pass 1000 Mechanism *BMDrive® servodrive (BLDC) Standard housing Brushed SS AISI 304 Available housing Brushed SS AISI 316 Polished SS AISI 304 Polished SS AISI 316 Powder coated RAL *BMDrive® ensures long term maintenance free operation and automatically analyses the system, detects critical malfunctions, and records error log and warnings. ELECTRICAL SPECS: • Voltage: - from the AC (100-240)V, 50/60Hz; - from a DC source 12 V 114 114 In the event of a power failure, the leaves can be manually opened (fail-safe). 550 550 1000 1000 Controlled by: Access control system Push button 110 110 1335 1335 664 664 1114 1114 Ins Ins 7171 664 664 64 64 550 1000 1013 114 30 25 … 41 550/1000 110 1335 Instalation tamplate 664 1114 664 1114 1200 1200 776 776 160 160 60 60 212 212 83 83 369 369 59 59 9898 1337 1337 36 36 13 1213 holes 12 holes 11 TECHNICAL SPECS: THE SW 100 SLIM HIGH GLASS COMBINES A SLIM, ELEGANT DESIGN WITH A HIGH LEVEL OF SECURITY. The slim, elegant design of the SW 100 Slim High Glass occupies minimal area combined with high levels of security making it ideal for hotels, banks and offices where ultra-modern futuristic look is required. The full-height swing leaves of the turnstile guarantees a high level of security and a long service life. High leaves not only exclude the possibility of unauthorised passage, but also prevent the transfer of anything above the turnstile, as well as jumping over it. The use of impact-resistant tempered glass guarantees safety and gives a sophisticated modern look. Well-rounded design of the turnstile posts, changeable illumination and expressive indication makes this turnstile usage safe and comfortable for passengers. Single pass 550 (SW100 Slim High Glass 550) Accessible pass 900 (SW100 Slim High Glass 900) Mechanism *BMDrive® servo-driven (BLDC) Standard housing Brushed SS AISI 304 Available housing Brushed SS AISI 316 Polished SS AISI 304 Polished SS AISI 316 Powder coated RAL *BMDrive® ensures long term maintenance free operation and automatically analyses the system, detects critical malfunctions, and records error log and warnings. ELECTRICAL SPECS: • Voltage: - from the AC (100-240)V, 50/60Hz; - from a DC source 12 V 550 550 900 900 114 114 1355/1655 1355/1655 SW 100 Slim High Glass Width, mm In the event of a power failure, the leaves can be manually opened (fail-safe). 1335 1335 174 174 789 789 1139 1139 Instala Instala 789 789 98 98 Controlled by: 51 51 51 51 160 160 1200 1200 776 776 369 369 Access control system 36 36 7171 Push button 550 40 40 … holes … holes 900 30 25 … 550/900 1500/1800 1013 1355/1655 114 41 1335 174 Instalation tamplate 789 1139 789 1139 13 13 14 holes 14 holes 12 TECHNICAL SPECS: SB 100 & SB 100 Telescopic Mechanism *BMDrive® servodrive (BLDC) Standard housing Brushed SS AISI 304 Available housing Brushed SS AISI 316 Polished SS AISI 304 Polished SS AISI 316 Powder coated RAL *BMDrive® ensures long term maintenance free operation and automatically analyses the system, detects critical malfunctions, and records error log and warnings. ELECTRICAL SPECS: • Voltage: - from the AC (100-240)V, 50/60Hz; - from a DC source 12 V 295 Solid glass900 top 900 900 900 1000 1000 295 Solid glass top 280 990 280 1195 1195 Instalation tamplate 79 16040 Stainless steel top 30 Solid Glass Top … holes 160 293 60 30 … holes 80 80 900 Stainless steel top 900 900 Speed gates Speedblade-BM 900+900 995 995 290 900 Cable40 inputs 40 60 1005 79 290 40 79 710 378 79 80 13 … holes 1005 Push button 1195 13 … holes 80 1195 1195 88 1195 88 Access control system Instalation tamplate 990 1195 710 378 Controlled by: 163 In the event of a power failure, the leaves can be manually opened (fail-safe). 163 The housing material and lightweight cabinet shape make the SB 100 and SB 100 Telescopic speed gates suitable for a large variety of facilities, especially those with a requirement for aesthetically attractive equipment. In addition, the SB 100 and SB 100 Telescopic include an anti-tailgating function. The sliding blades are made of glass, with polycarbonate an option. Turnstiles can be controlled by push button or via an access control system. Single pass 550 Accessible pass 900 293 THE SB 100 AND SB 100 TELESCOPIC ARE MOTORISED SPEED GATES FEATURING SLIDING BLADES. Width, mm 990 280 Instalation tampl 990 280 1190 1190 1190 550-900 41-54 710 378 80 293 60 163 88 293 80 40 Cable inputs 40 74 Stainless Steel Top 40 60 … 74 1190 13 … holes 16040 160 30 … holes 30 … holes 80 163 40 13 … holes 74 1000 74 710 378 1190 1190 1000 Passage width 900 mm for disabled (telescopic) 88 Instalation tamplate 1190 80 Speed gates Speedblade-BM 13 TECHNICAL SPECS: SB 200 THE SB 200 SPEED GATE COMBINES PROTECTION WITH AESTHETICS. The SB 200 provides both effective protection of the building, similar to full height turnstiles, but at the same time offers a more graceful solution for stylish lobbies of office centres, banks, and other public facilities. High panels prevent items being carried over the speed gate. In addition the SB 200 can be printed with a customer’s own logo on the sliding glass blades. An anti-tailgating function and back-up battery connection are provided. Width, mm Single pass 500 Accessible pass 900 Mechanism *BMDrive® servodrive (BLDC) Standard housing Brushed SS AISI 304 Available housing Brushed SS AISI 316 Polished SS AISI 304 Polished SS AISI 316 Powder coated RAL *BMDrive® ensures long term maintenance free operation and automatically analyses the system, detects critical malfunctions, and records error log and warnings. ELECTRICAL SPECS: • Voltage: - from the AC (100-240)V, 50/60Hz; - from a DC source 12 V 500 500 1315/1595 1315/1595 500 500 1000 1000 Push button 990 280 990 280 279 279 Instalationtam tam plate Instalation plate 88 88 88 88 80 80 290 290 500 710 710 13 13 … holes … holes 40 40 Stainless steel top 293 293 Solid glass top Cableinpus inpus Cable 85 85 91 91 13 13 holes 88holes 500 148 148 540 540 710 710 269 269 1000 1000 1006 1006 91 91 793 789 793 789 300 300 120 120 793 789 793 789 793 793 46 46 793 793 500 Stainless Stainless steel steel top top 500 500 269 269 Access control system Solidglass glasstop top Solid 500 500 1315/1595 1315/1595 Controlled by: 1520/1800 1520/1800 In the event of a power failure, the leaves can be manually opened (fail-safe). 500 1520/1800 995 1520/1800 1000 1315/1595 1315/1595 Speedgates gates Speed Jetpan-BM Jetpan-BM 500+500 500+500 990 280 Instalation tamplate Instalation tamplate 793 789 789 789 13 … holes 80 148 540 710 269 Cable inpus 540 88 40 13 … holes 85 300 710 269 88 91 85 91 148 789 Stainless Steel Top 120 Solid Glass Top 1000 41 46 500 1006 30 … 793 793 120 793 300 279 80 40 Cable inputs 14 TECHNICAL SPECS: Width, mm SB 250 Single pass 900 Mechanism Servodrive Standard housing Brushed SS AISI 304 Available housing Brushed SS AISI 316 Polished SS AISI 304 Polished SS AISI 316 Powder coated RAL THE SB 250 IS PERFECT FOR PROVIDING ACCESSIBLE BUT CONTROLLED PASSAGE. • Voltage: - from the AC (100-240)V, 50/60Hz; - from a DC source 12 V Solid glass top Solid Solidglass glasstop top 900 900 1000 990 604 Controlled by: 990 990 604 604 Instalation tamplate 1520 1520 78 78 78 78 620 78 380 380 886 886 78 186 337 54 54 54 1005 54 54 1005 1005 1313 1212holes holes 13 12 holes 1520 1520 120 120 886 1520 1520 54 1520 1520 80 150 30 inputs Cable Cable inputs … holes 80 80 150 150 Stainless steel … 2holes holes top Solid Glass Top Stainless Stainless steel steeltop top 900 900 900 Speed Speedgates gates Jetpan Jetpan 900+900 900+900 995 995 604 990 604 604 990 990 1515 Stainless Steel Top 120 886120 40 40 40 Cable i 80 615 615 615 380 280 280 380 380 186 337 186 337 186 337 73 73 73 … 1515 1515 54 54 54 54 54 54 1515 1515 1313 1212holes holes 73 73 73 1515 Instalation Instalationtam tam plate plate 13 12 holes 1515 1515 1000 1000 1000 Instalation tamplat 1515 886 886 1515 1515 41 995 1310/1590 900 900 900 Cable 1520/1800 900 1310/1590 1310/1590 40 40 30 30 620 620 … 40 380 1520/1800 1520/1800 Push button Instalation Instalationtam tam plate plate 1520 1520 280 280 1520 186 337 186 337 Access control system 30 1520/1800 900 900 1310/1590 900 900 1000 1000 1520/1800 1520/1800 In the event of a power failure, the leaves can be manually opened (fail-safe). ELECTRICAL SPECS: 1310/1590 1310/1590 With a 900 mm passage, the SB 250 is specially designed to ensure access for all. One of its main features is the possibility of placing TV screens for any type of information on the top of the housing. Advertising light boxes are also available for installation on the top and front parts of the housing. The combination of the above features with 1.6m high glass blades, short opening/closing time, high traffic capacity, reliability and contemporary design makes the SB 250 a perfect solution for installation in banks, office buildings, business centres, private and public enterprises. The turnstile is controlled manually or by an access control system. 80 80 150 150 150 30 … holes Cable Cable inputs inputs 30 30 22holes holes Speed Speedgates gates Jetpan Jetpan 900+900 900+900 15 TECHNICAL SPECS: SL 550 and SL 900 THE SL 550 AND SL 900 SPEED GATES WITH FOLDING HIGH GATES ARE STYLISH ORIGINAL SOLUTIONS THAT GUARANTEES EFFECTIVE PROTECTION OF THE BUILDING. Width, mm Single pass 550 Accessible pass 900 Mechanism *BMDrive® servo-driven (BLDC) Standard housing Brushed SS AISI 304 Available housing Brushed SS AISI 316 Polished SS AISI 304 Polished SS AISI 316 Powder coated RAL *BMDrive® ensures long term maintenance free operation and automatically analyses the system, detects critical malfunctions, and records error log and warnings. ELECTRICAL SPECS: Suitable for any location: office centres, banks, hotels… the folding system of the SL 550 and SL 900 has a more robust, reliable design compared to existing speed gates on the market. The height of the flaps excludes the possibility of unauthorised passage, and also prevents the transfer of any objects. • Voltage: - from the AC (100-240)V, 50/60Hz; 550 900 - from a DC source 12 V 550 900 / 1683 13831083 730/ 1083 /730/ / 1383 / 1683 161 161 Sensors in the system detects and sounds the alarm when two people try to pass by one card, pass in the wrong direction or pass without authorisation. Digital control of force and leaf speed in combination with safety sensors prevent a passing person from being struck by a leaf, even in case of an unauthorised passage. 1435 154 1435 In the event of a power failure, the leaves can be manually opened (fail-safe). 61 154 711 1061 711 1061 Insta 108 1350 61 Controlled by: 1350 Access control system Push button … 60 60 711 900 1435 154 108 15 … holes 15 711 … holes 1050 41 550/900 60 850 / 1200 / 1500 / 1800 161 60 730/ 1083 / 1383 / 1683 550 30 Insta 108 Instalation tamplate Cable input 16 TECHNICAL SPECS: TT 200 Width, mm Single pass 600 Mechanism Servo-driven (Triservo-M) Standard housing Brushed SS AISI 304 Available housing Brushed SS AISI 316 Polished SS AISI 304 Polished SS AISI 316 Powder coated RAL THE TT 200 IS ONE OF THE MOST POPULAR OF THE TRIPOD STYLE TURNSTILES. Taking minimum space and giving maximum efficiency the fast responding motor and quick operation will eliminate crowding at the entrance. The drop arm function efficiently enables free passage in case of emergency. A brushed or polished stainless steel finish will suit any interior (powder coated version available). The enclosure design means it is suitable for outdoor installation without an additional canopy or extensive alterations. As with other turnstiles in the tripod series, The TT 200 is available with a back-up battery connection. ELECTRICAL SPECS: 1000 • Voltage: - from the AC (100-240)V, 50/60Hz; - from a DC source 12 V 793 515 847 515 515 … 320 TT 200 Twin modification is available (double sided). 841 841 1000 515 1000 In the event of a power failure, drop arm function activates automatically. Controlled by: 793 793 1000 Access control system 265 190 Instalation tamplate 87,5 50 515 87,5 31 12,5 … holes 841 1000 793 320 265 Instalation tamplate 60 25 600 41-54 250 200 90 12,5 … holes 50 87,5 45 1580 87,5 35 Cable inputs 250 200 90 12,5 … holes 320 250 45 1580 115 515 35 Cable inputs 200 90 Cable inputs 1580 Push button 793 Instalation tamplate 50 320 320 … 4h 17 TECHNICAL SPECS: TT 300 Width, mm Single pass 600 Mechanism Servo-driven (Triservo-M) Standard housing Brushed SS AISI 304 Available housing Brushed SS AISI 316 Polished SS AISI 304 Polished SS AISI 316 Powder coated RAL THE TT 300 FEATURES THE BEST OF TT 400 AND TT 200 TURNSTILES. Designed as a hybrid of the TT 400 and TT 200 turnstiles, the TT 300 features reliable and solid housing, and as with other tripods it has reader mounting brackets under the top. The TT 300 turnstile has a double LED indication on the side and on top. The TT 300 is available with a back-up battery connection. A variety of housing finishing types enables this turnstile to be fitted to a range of buildings, both indoors and outdoors. A drop arm function is available. ELECTRICAL SPECS: 1000 • Voltage: - from the AC (100-240)V, 50/60Hz; - from a DC source 12 V 793 515 515 815 515 TT 300 Twin modification is available (double sided) 190 520 In the event of a power failure, drop arm function activates automatically. Controlled by: 844 1000 1000 515 Access control system 793 Push button 520 1000 793 190 520 280 Instalation tamplate 360 35 95 45 1530 520 12,5 … holes Cable inputs 450 50 515 95 515 450 360 100 56 59 100 40 793 Instalation tamplate 498 Cable input 95 45 1000 1530 95 45 12,5 … holes 793 520 280 Instalation tamplate 450 360 100 12,5 … holes 60 25 600 41-54 50 95 45 1530 95 35 Cable input 18 TECHNICAL SPECS: TT 400 THE TT 400 TURNSTILE IS A ROBUST AND RELIABLE MODEL OF THE TRIPOD TURNSTILE SERIES. Width, mm Single pass 600 Mechanism Servo-driven (Triservo-M) Standard housing Brushed SS AISI 304 Available housing Brushed SS AISI 316 Polished SS AISI 304 Polished SS AISI 316 Powder coated RAL ELECTRICAL SPECS: This model will efficiently control the entrance even in intensive pedestrian flow mode, making it suitable for heavily used sites like stadiums, industrial plants or factories. The TT 400 design is sleek and elegant, with a choice of housing finishing options it will fit perfectly in both modest interiors as well elegant office buildings. Robust design and high quality materials will ensure reliable operation for years. To overcome the potential problem of crowding in an emergency the TT 400 turnstile has a drop arm function. • Voltage: - from the AC (100-240)V, 50/60Hz; - from a DC source 12 V 270 270 516 270 516 516 1002 In the event of a power failure, drop arm function activates automatically. Controlled by: 10021002 TT 400 Twin modification is available (double sided). Access control system 793 793 793 Push button 80 80 80 1000 1000 Instalation Instalation tamplatetamplate Instalation tamplate 1000 Cable input Cable input 13,3 … holes 25 600 41-54 34 80 80 160160 80 13,3 … holes 13,3 … holes 60 Cable input 40 40 160 270270 270 40 932 932 932 19 TECHNICAL SPECS: TT 450 Width, mm Single pass 600 Mechanism Servo-driven (Triservo-M) Standard housing Brushed SS AISI 304 Available housing Brushed SS AISI 316 Polished SS AISI 304 Polished SS AISI 316 Powder coated RAL THE ELEGANT TT 450 TURNSTILE CAN BE MADE IN DIFFERENT MATERIALS. In the event of a power failure, drop arm function activates automatically. Controlled by: • Voltage: - from the AC (100-240)V, 50/60Hz; - from a DC source 12 V 519 519 519 1000 10001000 Access control system ELECTRICAL SPECS: 1450 14501450 This allows you to choose the modification that will perfectly suit the building whether a bold, modern contemporary business centre or a simple interior access of an industrial facility. The TT 450 makes it easy to include the turnstile accessories - controllers, barcode scanners / fingerprint reader, coin acceptors, card reader, ticket printers and checks. Turnstile also has a place for advertising. The TT 450 is equipped with an anti-panic function to allow free access in an emergency. Mounting brackets for card readers are placed under the top by default. Push button 793 793 793 183 183 183 183 183 1206 1206 Instalation Instalationtam tam plate plat Instalation tamplat 183 95 95 58 58 95 58 Cable Cableinput input Cable input 100 100 100 100 100 100 270 270270 1206 957 957 13,3 13,3 66holes holes 13,3 … holes 60 25 600 41-54 957 20 TECHNICAL SPECS: Single pass 600 Mechanism Servo-driven (Triservo-M) Standard housing Brushed SS AISI 304 Available housing Brushed SS AISI 316 Polished SS AISI 304 Polished SS AISI 316 Powder coated RAL THE TT 500 TURNSTILE COMBINES THE FUNCTIONAL TT 400 AND STYLISH SW 100. Solid glass top Solid glass top 235 861 516 1320 1320 Instalat Stainless steel top tamplate Instalation with glass inserts 13 … holes 13 … holes Cable inputs 225 861 1085 1000 Push button … 1000 Solid glass top 235 235 516 793 793 1000 Access control system • Voltage: - from the AC (100-240)V, 50/60Hz; - from a DC source 12 V 160 In the event of a power failure, drop arm function activates automatically. Controlled by: ELECTRICAL SPECS: 1000 The contemporary design of the cabinet is a stylish addition to the range. While the housing is manufactured from stainless steel, a number of finishes are available, polished, brushed etc. The TT 500 turnstile consists of transparent glass framed by high strength steel. The glass is equipped with LED indicators that change colour depending on the entrance mode. On the top of the TT 500 turnstile is a card reader and LED display. One of the advantages of the TT 500 is the ability to change the design according to the client’s request. High routing speed provides huge traffic flow capacity. 160 TT 500 Width, mm 793 793 13 … holes Instalation tamplate 225 519 I Cable inputs 100 … holes 1313 861 1000 1085 793 Tripod turnstiles Galaxy-M Stainless Steel Top with Glass Inserts Instalation tamplate 60 25 600 41 Cable input 160 1313 13 … holes 13 … holes 160 160 1320 Solid Glass Top Stainless steel top with glass inserts 1085 100 … holes 21 TECHNICAL SPECS: Width, mm Available housing Brushed SS AISI 316 Polished SS AISI 304 Polished SS AISI 316 Powder coated RAL ELECTRICAL SPECS: • Voltage: - from the AC (100-240)V, 50/60Hz; - from a DC source 12 V 825 825 513 513 1075 1075 In the event of a power failure, drop arm function activates automatically. Controlled by: Access control system 825 513 790 812 The inclined scratch resistant glass top gives this turnstile a futuristic look making it a stylish architectural element to complement any modern interior. Equipped with an automatic bi-directional servo-drive mechanism with a robust locking system the OX S operates reliably and efficiently in high traffic flow locations. This model has a robust hub with stainless steel pods and a fully automatic anti-panic system. LED displays indicate direction of travel through the turnstile and can clearly determine the status of passage (Green – Access authorised, Red- Access denied and Blue – Standby mode). Brushed SS AISI 304 1075 ERGONOMIC DESIGN WITH STYLISH BODY LINES IS THE DEFINING FEATURE OF THIS TURNSTILE. Servo-driven Standard housing 812 OX S Single pass 600 Mechanism 790 790 380 200 200 376 200 Instalation Instalation tam plate tamplate 45 93 332 332 200 100 200 100 270 270 Instalation Cable inputs Cable inputs 332 40 40 40 50 45 93 380 60 25 600 41 50 376 380 45 376 200 100 93 Push button 270 22 TECHNICAL SPECS: OX M Width, mm Single pass 600 Mechanism ERGONOMICALLY DESIGNED WITH STYLISH LINES WITH AN EFFICIENT CONTROL SYSTEM, THE OX M IS IDEAL FOR TODAY’S CONTEMPORARY INTERIORS. Servo-driven Standard housing Brushed SS AISI 304 Available housing Brushed SS AISI 316 Polished SS AISI 304 Polished SS AISI 316 Powder coated RAL ELECTRICAL SPECS: • Voltage: - from the AC (100-240)V, 50/60Hz; - from a DC source 12 V The OX M is equipped with an automatic bi-directional servo-drive mechanism with a robust locking system and so operates reliably and efficiently in high traffic flow locations. This model also has an automatic anti-panic system; in an emergency, the arms are automatically lowered and users can freely pass through unhindered. The cabinet tops are made of a scratch-resistant black glass, which allows simple maintenance and long lasting aesthetics. LED displays indicate direction of travel through the turnstile and can clearly determine the status of passage (Green – Access authorised, Red- Access denied and Blue – Standby mode). 1075 1005 In the event of a power failure, drop arm function activates automatically. Controlled by: Access control system 1000 253 1005 Push button 1005 14 … holes 804 828 1075 1075 180 36 1005 516 1000 253 1000 253 Instalation tamplate 14 … holes 1005 909 30 90 180 809 60 25 600 41 14 … holes 36 36 Cable inputs 180 1005 23 TECHNICAL SPECS: OX XL Width, mm Single pass 600 Mechanism Servo-driven Standard housing Brushed SS AISI 304 Available housing Brushed SS AISI 316 Polished SS AISI 304 Polished SS AISI 316 Powder coated RAL OX XL IS A RELIABLE TURNSTILE WITH MAXIMUM INTEGRATED OPTIONS AND CONVENIENCE FOR EVERYONE. ELECTRICAL SPECS: The main feature is the “All-in-one” design; it is easy to include additional equipment - controllers, barcode scanners / fingerprint reader, coin acceptors, card reader, ticket printers etc. The waist-high tripod turnstile also has a place for advertising (LED backlight). It expands the range of objects for installing a turnstile and the inclined scratch resistant glass top gives this turnstile a futuristic look making it a stylish architectural element to compliment any interior. OX XL turnstiles have an automatic bidirectional servo-drive mechanism with a robust locking system and operate reliably and efficiently in high traffic flow locations. The OX XL also has a reliable hub with stainless steel pods and a fully automatic “anti-panic” system. 1800 • Voltage: - from the AC (100-240)V, 50/60Hz; - from a DC source 12 V 1075 In the event of a power failure, drop arm function activates automatically. Controlled by: 790 Access control system 147 349 Push button 253 1202 Instalat 14 … от в. 1205 93 93 180 804 135 100 829 1075 1075 1800 1800 516 790 790 147 349253 1202 Cable inputs 1205 25 600 41 90 100 810 Instalat 14 … от в. 30 50 93 93 180 93 93 135 60 253 Instalation tamplate 14 … от в. 180 1205 147 1202 180 349 135 100 24 TECHNICAL SPECS: Modification to allow for wall mounting is an option. SG 100 Telescopic SG 100 Mechanical Single pass 600 Accessible pass 850 Single pass 585 Accessible pass 1025 Single pass 585 Accessible pass 1025 Servo-driven Brushed SS AISI 304 Available housing Brushed SS AISI 316 Polished SS AISI 304 Polished SS AISI 316 Powder coated RAL ELECTRICAL SPECS: • Voltage: - from the AC (100-240)V, 50/60Hz; - from a DC source 12 V Ø215 300 Ø215 600/850 Ø204 600/850 Ø225 SG 100 650/1050 41-65 SG 100 Telescopic Instalation ta 150 150 685 Ø225 Push button Instalation tam 300 Ø204 In the event of a power failure, the gate can be manually opened (fail-safe). Controlled by: Access control system Mechanical Standard housing 685 The SG 100 and SG 100 Telescopic swing gates have a motorised drive. The SG 100 Mechanical is a mechanical swing gate and can be locked manually by key. Swing gates offer a variety of different dimensions making them a useful solution to provide access control to people with special needs or are disabled. This type of access control equipment can be controlled manually both by push button or interfaced with wide variety of access control systems. Mostly, these solutions are used together with other turnstiles to provide wide lanes of up to 1000 mm. The design and operation of these swing gates enables individuals to pass freely, which is not possible with some other waist height turnstiles. Mechanism 1000 THE SG 100 AND SG 100 TELESCOPIC OFFER FLEXIBILITY AND ARE SUITABLE FOR ALL BUILDINGS AND INTERIORS. Width, mm SG 100 1000 SG 100, SG 100 Telescopic & SG 100 Mechanical Model 815/1065 815/1065 SG 100 14 … holes Cab 14 … holes Ca 25 TECHNICAL SPECS: Mechanism Servo-driven Standard housing Brushed SS AISI 304 Available housing Brushed SS AISI 316 Polished SS AISI 304 Polished SS AISI 316 Powder coated RAL 650 584/834 1000 ELECTRICAL SPECS: • Voltage: - from the AC (100-240)V, 50/60Hz; - from a DC source 12 V 600/850 303 584/834 Ø225 Instalation tamplate 50 150 Ø204 600/850 815/1065 707/957 Cable input 303 14 … holes Ø215 Ø225 Instalation SG 200 1500 150 Push button 1000 815/1065 14 … holes 584/834 Ø204 600/850 Ø225 Ø215 1298 Instalation tamplate 815/1065 50 1000 1500 150 14 … holes 584/834 600/850 Ø204 202 SG 200 High Glass Ø225 41-65 SG 200 High Glass 815/1065 Cabel input 202 707/957 650/900 Cab 14 … holes Ø215 In the event of a power failure, the gate can be manually opened (fail-safe). Controlled by: SG 200 Instalation tamp 150 Ø204 Modification to allow for wall mounting is an option. Access control system Ø215 1298 The primary purpose of the servo-type swing gate is single or dual direction control of pedestrian access for industrial premises, administrative establishments, banks, offices, shops, stations and other sites. Due to its unique shape and variety of models, it can suit any interior. The SG 200 range is easy to use, compact in size and feature a blade of glass in the swing gate. When receiving a command to permit passage the drive bar turns 90°, and after passage returns to its original position. SG 200 High Glass Single pass 600 Accessible pass 850 650 SG 200, SG 200 SLIM AND SG 200 HIGH GLASS OFFER SINGLE OR DUAL DIRECTION CONTROL OF PEDESTRIAN ACCESS. SG 200 Slim Width, mm 1000 SG 200, SG 200 Slim & SG 200 High Glass SG 200 Model C 26 TECHNICAL SPECS: OX GS & OX TS Access control system *BMDrive® servo-driven (BLDC) Standard housing Brushed SS AISI 304 Available housing Brushed SS AISI 316 Polished SS AISI 304 Polished SS AISI 316 Powder coated RAL 1074 *BMDrive® ensures long term maintenance free operation and automatically analyses the system, detects critical malfunctions, and records error log and warnings. ELECTRICAL SPECS: • Voltage: - from the AC (100-240)V, 50/60Hz; - from a DC source 12 V Instalation tamplate 93 50 22 Cable input 45 45 912 220 270 528 911 1074 300 600 13 … holes OX TS 376 250 Instalation tamplate OX TS 332 200 100 Cable input … 45 93 50 22 41 911 650-900 … 250 332 200 100 … 376 912 528 376 OX GS 30 250 671 Push button OX GS 376 600 1074 In the event of a power failure, the gate can be manually opened (fail-safe). Controlled by: Mechanism 300 Access control in both directions is carried out by turning the leaf in 90° automatically by the BMDrive® mechanism (no need to push). The gate is blocked in the closed position of the mechanism. The OX GS has a glass leaf whilst the OX TS has a metal leaf, the size of the leaves on both systems may be increased to allow for access of carts and oversized loads. Single pass 650 Accessible pass 900 1074 THE ERGONOMIC DESIGN OF THE SERVO-DRIVEN GATES OX GS AND OX TS WITH THE SMOOTH CURVED CASE ARE AN EXCELLENT SOLUTION FOR INSTALLATION TOGETHER WITH TRIPOD TURNSTILES OF THE OX SERIES. Width, mm 220 27 TECHNICAL SPECS: HW G/NG Width, mm Single pass 1000 Mechanism *BMDrive® servo-driven (BLDC) Standard housing Brushed SS AISI 304 Available housing Brushed SS AISI 316 Polished SS AISI 304 Polished SS AISI 316 Powder coated RAL THE HW G/NG BOTH PERFECTLY COMBINE MODERN AESTHETICS AND FUNCTIONALITY. *BMDrive® ensures long term maintenance free operation and automatically analyses the system, detects critical malfunctions, and records error log and warnings. The glass leaves and side panels are made of impactresistant glass providing a feeling of transparency; ideal for the most demanding building entrances. HW G/NG combine different technologies to achieve state of the art performances, passage detection algorithms constantly monitor the flow of persons through the monitored area until they exit. High leaves exclude the possibility of unauthorised passage, and also prevent the transfer of anything above the turnstile, yet provides high visibility of pedestrian progress. The sophisticated sensor systems ensure a high object security and pedestrian safety. 2000 70 70 Push button 2000 2228 2228 Access control system • Voltage: - from the AC (100-240)V, 50/60Hz; - from a DC source 12 V 2000 2228 In the event of a power failure, the leaves can be manually opened (fail-safe). Controlled by: ELECTRICAL SPECS: 150 150 1000 70 1300 150 HW G Instalation plate Instalation tamtam plate 1150 1150 13 13 … holes … holes Instalation tamplate 1000 1300 1135 1135 100 60 60 Cable inputs 100 1135 90 30 90 30 1115 1039 1115 1039 1115 1039 502 1205 502 502 1205 2000 2228 1205 1150 13CableCable inputs inputs … holes 30 90 100 … 1000 41-54 70 20 150 1000 1300 HW NG Instalation tamplate 1150 60 28 TECHNICAL SPECS: Single pass 620 Standard mechanism Servo-drive Standard housing Brushed SS AISI 304 Available housing Brushed SS AISI 316 Polished SS AISI 304 Polished SS AISI 316 Hot dip galvanised THE ST 100 FULL HEIGHT IS AN IDEAL SOLUTION FOR AN INTERNAL SECURITY DOOR. ELECTRICAL SPECS: 2000 In case of power failure, fail-secure by default (rotor locked in both directions) Controlled by: 2306 • Voltage: - from the AC (100-240)V, 50/60Hz; - from a DC source 12 V 2000 The operating principal is similar to a full height turnstile with the main difference being the glass blades and stainless-steel canopy, which provide a more aesthetically pleasing solution for security access within a building. The ST 100 Full Height can be controlled by various access control methods including bio metrics, card readers or via the manual control panel. Other options include full height glass blades making the ST 100 Full Height a great low-cost alternative to portals and security revolving doors. 2306 ST 100 Full Height Width, mm Access control system Push button 620 620 1430 1430 Cable inputs Cable inputs ø 1442ø 1442 Instalation Instalation tamplate tamplate ø 14 ø 14 512,5 512,5 2306 2306 1025 1025 … holes9 holesø 138 ø 138 640 640 640 640 270 740 740 2306 270 2000 2000 2000 Cable inputs Cable inputs 620 620 1430 1430 Cable inputs Cable inputs 620 Instalation Instalation tamplate tamplate 1430 Cable inputs Instalation ta 1442 1442 620 41 138 640 640 Cable inputs Cable inputs 270 270 740 ø 14 … holes 1025 138 1025 512,5 20 512,5 1025 14 14 … holes9 holes 640 ø 138 640 512,5 ø 1442 640 640 Cable inputs 740 270 740 29 Enclosure The stylish balustrade Enclosure is an integral accessory to any of our turnstiles. Its design is very simple but very efficient and easy to install. Any combination of side and middle posts can be used with different widths of glass. Emergency Gate The Emergency gate is designed to be installed at the entry points in all kinds of buildings but especially administrative buildings and banks where a free exit in an emergency is needed or for allowing large items to be moved through the area. Mobile Platform Mobile Platform consists of landing, enclosure and can have any tripod turnstile attached to it. The main purpose of the Mobile Platform is to ensure quick and easy displacement of an installed tripod turnstile to a place of temporary usage. 30 Card Reader The card reader post is designed for installation as part of an access control system for banks, administrative buildings etc. Elegance, lightness and simplicity make this model very popular as part of an access control system. Card Collector Card-collector is an efficient and effective solution to organise the collection of temporary visitor cards. The sleek and modern design enables the simple and easy to use collection of cards. The LED indication under the beautiful glass top lid shows the status of the system (access denied or granted). A built-in card-reader for permanent staff is available upon request. TWiC TWiC manages and controls large groups of turnstiles. The user friendly 8“ touch screen display graphics requires minimal training for proficiency in navigating the various pages, remotely controlling the lanes and understanding the real time feedback such as alarm events when unauthorised access is detected. UK Headquarters GEZE UK Ltd. Blenheim Way, Fradley Park, Lichfield, Staffordshire WS13 8SY Tel: +44 (0) 1543 443000 Email: info.uk@geze.com www.geze.co.uk 02/24 Connecting expertise building solutions.

GEZE Dela modular partition wall systems

T H E P A R T IT IO N S Y S T E M S … GEZEDELA PARTI TI ONSYSTEMS GEZEDELA PARTI TI ONSYSTEMS GD45S … GD45SEG … GD45GRI D … GD75T … GD75TC … GD105W … GD105WG 10 CURVEDGD105W 11 GD105W+ 12 DOORSYSTEM-STI LEDOORS 13 DOORSYSTEM-FRAMELESSGLASSDOORS 14 DOORSYSTEM-SOLI DDOORS 15 GEZEDELASTI LEDOORSYSTEM 16 GEZEDELASTI LEDOORSYSTEM WI TH DOORFRAME 17 OTHERDOORACCESSORI ES&GALLERY 18 GEZEDELA PARTI TI ONSYSTEMS GEZEDELA PARTI TI ONSYSTEMS GEZEDELAPARTI TI ONSYSTEMS Ver t i calsur f acesdi vi det heof f i cef l oori ncl osedandopenar eas,pr ovi deacoust i candvi sual bar r i er s,pr omot et r anspar encyandpr i vacysi mul t aneousl y .Speci al i zi ngi nmoder nof f i ce par t i t i ondesi gns,wecanpr ovi deyouar angeofpar t i t i onsyst em andhel pyoucr eat et he per f ectof f i cel ayoutdesi gn. GEZEDELA i st hel eadi ngcommer ci alpar t i t i oni ngsyst em pr ovi der .Wi t hqual i f i edand exper i encedt eam ofpr of essi onal sweof f erouti nnovat i ve,spaci ouspar t i t i oni ngsyst ems desi gnedt omeett hepar t i cul arneedsofof f i ces,banks,heal t hcar eandr et ai lenvi r onment s. Ours y s t emsar edes i gnedands uc hast opr ov i dei nf i ni t epos i bi l i t i esof des i gnc ombi nat i ont omat c h t heconcept sanddesi gnoft hear chi t ect sandal sot hecust omer sr equi si t es. Al l ourpr oduc t sar ef i ni s hedus i ngas andbl as t edpr oc es ,powderc oat edf oranent i r ear r ayof RALshadesandourl at estr angei ncl udesst unni ngst ai nl essst eel ,br onze,r osegol dand endl esspossi bi l i t i esoff i ni shes. 30 FI X 30 BOTTOM &CLI P 6. … 45 45 GROOVEPROFI LE GEZEDELA PARTI TI ONSYSTEMS GEZEDELA PARTI TI ONSYSTEMS 45 SEGMENTEDPROFI LE 30 30 30 GROOVEPROFI LE 45 FI X 45 BOTTOM CLI P GEZEDELA PARTI TI ONSYSTEMS GEZEDELA PARTI TI ONSYSTEMS 45 FI X GROOVEPROFI LE 30 6. … 30 … 30 GRI DSTI CKONPROFI LE 45 BOTTOM &CLI P GEZEDELA PARTI TI ONSYSTEMS GEZEDELA PARTI TI ONSYSTEMS 30 GROOVEPROFI LE BOTTOM CLI P 75 FI X BOTTOM 6. … GEZEDELA PARTI TI ONSYSTEMS GEZEDELA PARTI TI ONSYSTEMS 30 GROOVEPROFI LE 75 FI X BOTTOM CLI P BOTTOM 6. … GEZEDELA PARTI TI ONSYSTEMS GEZEDELA PARTI TI ONSYSTEMS GEZEDELA PARTI TI ONSYSTEMS 30x105x1. 5mm t hi ck. Al l sect i onsdul yanodi zedupt o2025mi cr onswi t h6063T6gr adeandr equi r edaccessor i esi . e.gl asst ogl assal umi ni um I / Hsect i ons,Tsect i on&90degr eeLsect i ons& gl asspacki ngt oadj ustt hef l oorl evel .Cei l i ngpr of i l e,f l oorpr of i l eandwal l pr of i l ear e30mm vi si bl e f aceand105mm wi dewi t h10/ 12mm t oughenedgl ass& i nser t i onoft her mopl ast i cgaskett o adher et hegl assf i r m &ai r t i ght .Soundr educt i onf r om 32t o35db. FI XED 105 30 6. … Pr of i l eDi mensi ons: Wi dt h:105mm Hei ght :30mm Thi ckness:1. 5mm Gasket :Ther mopl as t i cs l i dei nGas k etf or bet t erac ous t i cper f or manc e Gl assConnect i onSyst em &Bondi ng:Al umi ni um/Cl earG2G Seal ,Gl as smount i ng c l earadhes i v et ape( Pent agon,USAmak e) Al umi ni um:6063T6Gr adeAl umi ni um Di mensi ons: Gl as sThi c k nes s :10,12mm,Max i mum Par t i t i onHei ght :3, 000mm,Cl earDoorpas s age f orSi ngl el eaf :700t o1400mm,Cl earDoor Pas s agef orDoubl el eaf :1400t o2800mm SoundReduct i onVal ue:3235db( dependi ngont het y peofgl as s ) Door s&Fr ames:Door s&Fr amesChar t av ai l abl e 80 GROOVE BOTTOM CLI P BOTTOM GEZEDELA PARTI TI ONSYSTEMS GEZEDel aSyst em GD105W i . e.Si ngl egl azedmodul arsyst em consi st sof Al umi ni um sect i onof GEZEDELA PARTI TI ONSYSTEMS GEZEDELASyst em GD105WG i . e. .Si ngl egl azedmodul arsyst em consi st sofAl umi ni um sect i onof25x105x1. 5mm t hi ck. ,Wi t h6mm Gr oovei nbui l ti nsyst em t oaccommodat et hecar pet &t heunevensur f aces.Al lsect i onsdul yanodi zedupt o1520 mi cr onswi t h6063T6gr adeand r equi r edaccessor i esi . e.gl asst ogl assal umi ni um I / Hsect i ons,Tsect i on&90degr eeLsect i ons &Gl asspacki ngt oadj ustt hef l oorl evel .Cei l i ngpr of i l e,Fl oorpr of i l eandwal lpr of i l ear e25mm vi si bl ef aceand105mm wi dewi t h10/ 12mm t oughenedgl ass& i nser t i onofTher mopl ast i c gaskett oadher et hegl assf i r m &ai r t i ght .SoundReduct i onf r om 32t o35db. 105 25 GEZEDELA PARTI TI ONSYSTEMS GD105WG FI X BOTTOM CLI P BOTTOM 10 GEZEDel aCur vedPar t i t i onSyst em GD105W i . e.Si ngl egl azedmodul arsyst em consi st s GEZEDELA P ARTI TI ONSYSTEMS ofAl umi ni um sect i onof30x105x1. 5mm t hi ck.Al lsect i onsdul yanodi zedupt o2025mi cr ons wi t h6063T6gr adeandr equi r edaccessor i esi . e.gl asst ogl assal umi ni um I / Hsect i ons,Tsect i on &90degr eeLsect i ons&Gl asspacki ngt oadj ustt hef l oorl evel .Cei l i ngpr of i l e,f l oorpr of i l eand wal lpr of i l ear e25mm vi si bl ef aceand105mm wi dewi t h10/ 12mm t oughnedgl ass&i nser t i onof Ther mopl ast i cgaskett oadher et hegl assf i r m & ai r t i ght .Soundr educt i onf r om 32t o35db. GEZEDELA P ARTI TI ONSYSTEMS Cur vedGD105W 30 105 80 BOTTOM 105 30 GROOVEPROFI LE 6. … BOTTOM CLI P 6. … 30 105 BOTTOM CLI P FI X BOTTOM GROOVEPROFI LE GEZEDELA P ARTI TI ONSYSTEMS GEZEDELA P ARTI TI ONSYSTEMS GEZEDELA P ARTI TI ONSYSTEMS DOORSYSTEM-STI LEDOORS Recommendeddoorhar dwar e: OPTI ON1: 1.Fl us hhi nges 2.Nar r ows t i l el ev erhandl e 3.Nar r ows t i l es as hl oc kwi t hEPC 4.TS3000V-Ex pos eddoorc l os er 5.Conc eal eddr opdowns eal . OPTI ON2: 1.Fl us hhi nges 2.Nar r ows t i l el ev erhandl e 3.Nar r ows t i l es as hl oc kwi t hEPC 4.Box er -Conc eal eddoorc l os er 5.Conc eal eddr opdowns eal . OPTI ON3: GEZEDELA P ARTI TI ONSYSTEMS 1.Fl us hhi nges 2.Of f s etpul l handl e 3.Nar r ows t i l edeadl oc kwi t hEPC 4.TS3000V-Ex pos eddoorc l os er 5.Conc eal ed dr opdowns eal . OPTI ON4: 1.Fl us hhi nges 2.Of f s etpul l handl e 3.Nar r ows t i l edeadl oc kwi t hEPC 4.Box er -Conc eal eddoorc l os er 5.Conc eal ed dr opdowns eal . GEZEDoorHar dwar e Not e:Appl i cabl ef orDoorf r amesGD75TandGD105W 13 GEZEDELA P ARTI TI ONSYSTEMS DOORSYSTEM-SOLI DDOORS Recommendeddoorhar dwar e: OPTI ON1: 1.Fl us hhi nges 2.Lev erhandl e 3.Sas hLoc kwi t hEPC 3.TS3000V-Ex pos eddoorc l os er 4.Conc eal eddr opdowns eal . OPTI ON2: 1.Fl us hhi nges 2.Lev erhandl e 3.Sas hLoc kwi t hEPC 3.Box er -Conc eal eddoorc l os er ( max .doort hi c k nes si s40mm) 4.Conc eal eddr opdowns eal . OPTI ON3: GEZEDELA P ARTI TI ONSYSTEMS 1.Fl us hhi nges 2.Ht y pe/Dt y pepul l handl ewi t h deadl oc k 3.TS3000Vdoorc l os er , 4.Conc eal eddr opdowns eal . OPTI ON4: 1.Fl us hhi nges , 2.Ht y pe/Dt y pepul l handl ewi t h deadl oc k 3.Box er -Conc eal eddoorc l os er ( max .doort hi c k nes si s40mm) 4.Conc eal eddr opdowns eal . GEZEDoorHar dwar e Not e:Appl i cabl ef orDoorf r amesGD-45S,GD75TandGD105W 15 GEZEDELA P ARTI TI ONSYSTEMS GEZEDELASTI LEDOORSYSTEM TECHNI CALSPECI FI CATI ONS: Pr of i l eDi mensi ons: Ver t i cal Wi dt h:40mm Vi si bl esur f ace:75mm Thi ckness:2mm Hor i zont al WI dt h:37mm Vi si bl eSur f ace:75mm Thi ckness:2mm Gasket : 40 37 Ver t i cal Hor i z ont alwi t hcl i p 75 Al umi ni um: 75 Si l i conbasedt her mopl ast i cgasket 6063T6Gr adevi r gi nal umi ni um GEZEDELA P ARTI TI ONSYSTEMS Di mensi ons: Gl asst hi ckness:10,12mm Cl eardoorpassage f orsi ngl el eaf : 600t o1500mm Cl eardoorpassagef ordoubl el eaf : 1400t o3000mm 16 GEZEDel aSt i l edoorsyst em,havi ngsi zeof75x40 ver t i calsect i onand75x37mm hor i zont alsect i onwi t h cl i pi . e.6063-T6gr adeal umi ni um sect i ons,10&12mm t oughened gl ass sui t abl ef ort he syst em wi t h GEZE makedoorhar dwar easperappr ovedbyAr chi t ect/ Consul t ant/Cl i ent . GEZEDELASt i l edoors y s t em,hav i ngs i z eof75 x45v er t i c als ec t i onand75x42mm hor i z ont alwi t hc l i p i . e.6063T6gr adedul yanodi z edal umi ni um s ec t i onsupt o 18-20mi c r ons .10mm t oughenedgl as ss ui t abl ef ort he s y s t em wi t hGEZEmak edoorhar dwar easperappr ov ed byAr c hi t ec t/Cons ul t ant/Cl i ent . 40 GEZEDELA PARTI TI ONSYSTEMS GEZEDELASTI LEDOORSYSTEM WI THDOORFRAME Techni calSpeci f i cat i ons: Pr of i l edi mensi ons: Ver t i c al Wi dt h:40mm Vi s i bl es ur f ac e:75mm Thi c k nes s :2mm Hor i z ont al Wi dt h:37mm Vi s i bl es ur f ac e:75mm Thi c k nes s :2mm 37 Gasket : 75 75 Si l i c onbas edt her mopl as t i cgas k et Al umi ni um: 6063T6Gr adev i r gi nal umi ni um Di mensi ons: 105 GEZEDELA PARTI TI ONSYSTEMS … 20 … 30 Gl as st hi c k nes s :10,12mm Cl eardoorpas s agef ors i ngl el eaf : 600t o1500mm Cl eardoorpas s agef ordoubl el eaf : 1400t o3000mm 20 Hor i z ont alwi t hcl i p 30 Ver t i cal 75 60 GD105DoorFr ame: GD75DoorFr ame: Pr of i l eDi mensi on Si ze: Pr of i l eDi mensi on Si ze: W 105mm x30mm Gasket : si l i conbasedt her mopl ast i cgasket Al umi ni um : 6063T6gr adevi r gi nal umi ni um Gl ass: Gl asst hi ckness10mm,12mm 60 W 75mm x30mm Gasket : si l i conbasedt her mopl ast i cgasket Al umi ni um : 6063T6gr adevi r gi nal umi ni um Gl ass: Gl asst hi ckness10mm,12mm 17 GEZEDELA PARTI TI ONSYSTEMS OTHER DOORACCESSORI ES: GD–105W GEZEDel awi del i ne105W Si ngl eGl azed DualPor t alconsi st sofAl umi ni um sect i on ofSi ze105mm x105mm x2. 5mm t hi ck wi t hpr ovi si onofonesi dedoorf r ame andot hersi degl ass H‘ Pr of i l es: LCor nerPr of i l es: GEZEDELA PARTI TI ONSYSTEMS Gal l er y: 18 TPr of i l es: 19 GEZEDELA PARTI TI ONSYSTEMS GEZEDELA PARTI TI ONSYSTEMS

Constructionline Gold Member Certificate 2024

Gold Member CERTIFICATE OF MEMBERSHIP GEZE UK Ltd 55732 Registration No: 13 May 2024 Date Issued: This certifies that the member named above has met pre-qualification requirements appropriate to public and private sector procurement. GO LD MEM B ER O LD ER G A supplier’s verification status is dynamic, this certificate proves the Supplier was verified to the named level on the day stated only. For the current status please check the Constructionline platform. MEM B PO BOX 6441, Basingstoke, Hampshire, RG21 7FN 0333 300 3066 constructionline.co.uk

Builders People Community certificate 2024

Community CERTIFICATE OF MEMBERSHIP GEZE UK Ltd 55732 Registration No: 13 May 2024 Date Issued: This certifies that the member named is part of the Builder's Profile Community. A supplier’s status is dynamic. This proves the supplier has completed the Community Goal question set on the day stated only. For further details, please check the platform. BU ILD ER’S PR O FI L ● E CO MMUNITY MMUNITY CO LE ● Builder’s Profile (UK) Ltd Basepoint Business Centre, Unit 32 Jubilee Close, Weymouth, Dorset, DT4 7BS 01305 897 448 buildersprofile.co.uk BU ILD E R’ S P R OF I

Social Value Certificate 2024

Social Value CERTIFICATE OF COMPLETION GEZE UK Ltd 55732 Registration No: 13 May 2024 Date Issued: This certifies that the member named above has met the requirements of the Social Value question set L VA LU E • SOC IA L • LU E SOC VA IA A supplier’s status is dynamic. This proves the supplier has completed the Social Value question set on the day stated only. For further details, please check the platform. L L IA VA SOC LU E • PO BOX 6441, Basingstoke, Hampshire, RG21 7FN 0333 300 3066 constructionline.co.uk | facilitiesline.co.uk VA LU E • SOC IA

myGEZE Visu Configuration operation manual

myGEZE Visu CC Building automation and control system • • • Introduction Installation, system requirements myGEZE Visu CC - Configuration Client 210191 -01 04/2026 EN User manual myGEZE Visu Contents … Introduction … Symbols and illustrations … Reference documents … 2 Safety … Safety notes … 3 Introduction … Range of applications … System illustration … System components … System requirements … .1 myGEZE Visu – Servers and drivers … .2 myGEZE Visu -Clients … 4 Installation … 10 … Install program components … 10 … Startup configuration tool … 12 … .1 myGEZE Visu Server Service … 13 … .2 myGEZE Visu configuration (CC) … 19 … .3 myGEZE Visu Client … 22 … Directory structure … 27 … Safety … 28 … .1 Access to the server … 28 … .2 Information on ongoing operation … 28 … .3 Create a new certificate … 28 … .4 Creating a self -signed certificate for testing purposes and simple applications … ...29 … .5 Update server, client and driver computer operating system/software … 30 … Module versions … 30 … myGEZE Visu CC … 31 … Program login … ....31 … Program interface … 32 … .1 Main screen elements … 32 … .2 System menu … 33 … .3 Control bar buttons … 40 … .4 Menu … 40 … .5 Buttons in the configuration area … 41 … Back-up master data … 43 … .1 Manual export of master data … 43 … .2 Restore master data … 43 … Menu structure … ..44 … .1 Views … 44 … .2 Authorisations … ...68 … .3 Message handling … 73 … .4 Protocols … 83 … .5 System … 88 Introduction myGEZE Visu … Configuration of a myGEZE Control system … 165 … Preconditions … .. 165 … Create system … . 166 … Check alarm types … 168 … Devices in myGEZE Visu … 168 … Create drawings … 168 … Authorisations … 169 … Message handling … 169 … Set up email alerts … 169 … Save the configuration and import it to the customer … 173 … Put the myGEZE Visu server into operation at the customer system … 174 … Link myGEZE Visu Clients … 175 … Quick guide to integrating a camera … 176 … .1 Possible views … . 177 … .2 Embedding in an existing view … 177 … .3 Integrate into the alarm workflow … 178 … List of figures … 180 … Introduction … myGEZE Visu Introduction … Symbols and illustrations Warning notices In these instructions, warning notices are used to warn against material damage and injuries.  Always read and follow these warnings.  Observe all the measures that are marked with the warning symbol and signal word. Warning symbol Warning Meaning DANGER Danger to persons. Non-compliance will result in death or serious injuries. WARNING Danger to persons. Non-compliance can result in death or serious injuries. CAUTION Danger to persons. Non-compliance can result in minor injuries. Further symbols and means of representation Important information and technical notes are highlighted to explain correct operation. Symbol Meaning Important note On avoiding material damage, for improving understanding or optimising workflows. Additional information … Reference documents Type User manual Name myGEZE -VisuClient_EN Material no. 209969 … Safety … myGEZE Visu Safety … Safety notes The information is subject to permanent technical development. It is possible that the descriptions and drawings shown do not always correspond to the current status. For this reason, the current information must always be obtained from the manufacturer. The instructions must be followed to ensure personal safety:  Immediately resolve any system faults.  Always keep the installation instructions on hand near the control unit (e.g. in a plastic envelope directly on the front door). … Introduction … myGEZE Visu Introduction myGEZE Visu is a physical security management system for building operation, a user interface for GEZE products as well as other controller systems that can be connected via the BACnet data protocol. A wide range of operating units, from professional multi -monitor control stations via desktop clients, to mobile devices like smartphones and tablet PCs, provide immediate information regarding the current situation. This allows users to react quickly and correctly, and keep everything under control at all times. myGEZE Visu combines current status information in graphics, tables and texts with video, audio and visual content. Supplemented with relevant stored information and online data, it provides a comprehensive overall picture to serve as the basis for reacting correctly and making the right decisions. Incoming messages are analysed, and certain events and combinations of events generate individually configurable alarms. Alarms are processed in accordance with custom regulations, and can be controlled interactively via operator inputs. Events are displayed in a clear and easy to understand manner, and can be tracked consistently – from collective notifications to detailed messages. Important information is shown concisely, to avoid overloading the user with data. … Range of applications myGEZE Visu is optimised for connecting myGEZE Control systems. Configurations of these controllers can be imported directly into myGEZE Visu without further adjustments. Default settings are pre -defined for GEZE product systems, making it possible to directly display system statuses, alarm processing, and workflows in case of messages/faults. Typical applications include:  Operation  Monitoring  Alarms  Forwarding … Introduction myGEZE Visu … System illustration Fig. 1: Graphic showing a server, CC client, client and web client … System components myGEZE Visu is available in the basic hardware and software packages. The basic software package can be installed in the customer’s own system. The following chapter defines the minimum system requirements. MYGEZE VISU Communication protocol Number of connectible myGEZE Control devices Number of connectible devices Max. number of client operating stations Email notification BACnet … Browser application Yes 5…1000 (licence option) 10 Standard Via licence model Customer -specific expansion Multi -client capability Multi -monitor system Video integration System option System option with up to … monitors System option; different drivers available … Introduction myGEZE Visu … System requirements … .1 myGEZE Visu – Servers and drivers Minimum computer requirements Operating systems:  Windows 10/11 (64-bit version, including IoT Enterprise), Windows Server 2016, Windows Server 2019, Windows Server 2022, Windows Server 2025. System:  Intel i5 or equivalent with … GB RAM, SSD recommended, 100 GB hard drive, 100 Mbps network Interfaces:  1x HDMI  1x RJ45 (Intel 100 Mbit/GLAN)  4x USB … (when connecting operating elements mouse, keypad via USB)  1x Audio (optional if sound output over the system) Graph:  Intel HD maximum resolution: 1920x1080@60Hz (HDMI) Windows users:  myGEZE Visu Server runs on the service on the system. It does not require an active session.  Default Windows user for configurations to myGEZE Visu .  Administrative User required for installation and setup of myGEZE Visu . The license is uploaded to the server. myGEZE Visu servers and drivers can also be installed and operated on a virtualised computing system. The virtual machine (VM) must have the necessary hardware interfaces.  Microsoft .NET Framework … is required to run myGEZE Visu Server and drivers! … Introduction myGEZE Visu … .2 myGEZE Visu -Clients Operating systems:  Windows 10/11 (64-bit version, including IoT Enterprise), Windows Server 2016, Windows Server 2019, Windows Server 2022, Windows Server 2025. System:  Intel i5 or equivalent, … GB RAM, SSD recommended, 100 GB hard drive, 100 Mbps network. Computing requirements are determined based on the operating current used and the quantity of data to be processed. Interfaces:  1x HDMI  1x RJ45 (Intel 100 Mbit/GLAN)  4x USB … (when connecting operating elements mouse, keypad via USB)  1x Audio (optional if sound output over the system) Graph:  Intel HD maximum resolution: 1920x1080@60Hz (HDMI)  Up to … independent displays supported; graphics adapter depending on the number of controlled monitors.  If video images are to be displayed, the computing requirements for the graphics card will be higher. Windows users:  myGEZE Visu Server runs as a service on the system. It does not require an active session.  Default Windows user for configurations to myGEZE Visu .  Administrative User required for installation and setup of myGEZE Visu . Servers and clients can be implemented on the same computer or on computers connected via the network. Energy -saving mode should be deactivated on the Windows operating system on which myGEZE Visu is installed. This ensures that the myGEZE Visu Client will be available continuously. … Installation … myGEZE Visu Installation … Install program components Installation is carried out either via USB stick or using installation packages downloaded from the GEZE portal.  A technician who installs and commissions the system, carries out modifications or uploads updates, for instance, must be familiar with the operating system used. Please observe the documentation for the computer and the operating system.  The technician must be trained appropriately to set up myGEZE Visu .  An administrator account with sufficient rights must be available on the operating system used for the installation. Start the installation with an administrator account. Fig. 2: Start setup Change the default installation path if necessary. Fig. 3: Default installation path 10 Installation myGEZE Visu Select the components to be installed. Fig. 4: Component selection Set the network connection and IP address for the BACnet protocol.  this step is required only for the myGEZE Visu server. Fig. 5: Entering the network connection and IP address. Installation completed successfully. Fig. 6: Setup wizard completed. 11 Installation myGEZE Visu Importing the license file In the demo version, the system runs with restricted functionality, and is limited to a run time of one hour. The system requires a license to use the desired function in continuous operation. This license must be imported into the system. Procedure Start myGEZE Visu CC (Configuration Client) via the link to the desktop. Default access: User: admin PW: Geze-1863 Use the ‘Import’ menu button to import the previously received license file. Fig. 7: Importing the licence file. The system restarts after importing the license. Fig. 8: Message stating that the client will be closed after import. … Startup configuration tool The startup configuration tool can be used to configure and save the different parameters for the individual applications (Server, Configuration Client, Client). 12 Installation myGEZE Visu … .1 myGEZE Visu Server Service There are two different ways to open the startup configuration tool: Open the programme by double -clicking on it in the client directory: The programme will attempt to detect the server path automatically. If the path cannot be determined, a file selection dialogue box opens. The following files can be selected via this dia logue box:     myGEZE_Visu _StartupConfigTool.exe myGEZE Visu CC.exe myGEZE Visu ClientWpf.exe myGEZE Visu ReDaViewer.exe Open the program using the corresponding application (toothed wheel at top right). The startup configuration tool requires administrator rights. These are requested when the program is started. Making changes to this point in the system can cause malfunctions. Make changes carefully. To edit the server parameters, the startup configuration tool must be launched as described above under 1. If the server path was determined automatically, then the following interface will be shown: Fig. 9: myGEZE Visu startup configuration service 13 Installation myGEZE Visu Service Name Description Status Shows the status of the service. Start service Starts the service. Stop service Stops the service. Install service Installs the myGEZE Visu server as the service. Uninstall service Note: The service name, description and display name can be set in the Server Parameter tab. Uninstalls the server as a service. Firewall Name Description Server TLS port: Port on which the server can be accessed for encrypted connections; Default value: 30001 Fig. 10: myGEZE Visu startup configuration server parameters 14 Installation myGEZE Visu Server parameter Name Description Server address Server address to which the server listens for incoming connections; Default value: Any Port on which the myGEZE Visu server can be accessed; Default value: 30000 Port on which the myGEZE Visu server can be accessed for encrypted connections; Default value: 30001 The myGEZE Visu server can be installed using the program myGEZE_VisuStartupConfigTool.exe as a service under Windows; this key is used to define the name of the service; Default value: myGEZE_VisuServer The myGEZE Visu server can be installed using the program myGEZE_VisuStartupConfigTool.exe as a service under Windows; this key is used to define the display name of the service; Default value: myGEZE_VisuServer Service The myGEZE Visu server can be installed using the program myGEZE_VisuStartupConfigTool.exe as a service under Windows; this key is used to define the description of the service; Default value: myGEZE_VisuServer Service by GEZE GmbH If the “Redundant server” setting is active (true), then the master server password must be stored here; Default value: 552949CD!A0C8X40C2x951B# Path on a local drive on which the server manages its data and update directories; Default value: empty Time in seconds for the session timeout; Default value: 90 Length of the buffer for incoming messages; Default value: 200000 If active, only created stations can log in. The default station is also checked. This means that different stations will no longer be permitted to log in multiple times. Default value: not activated If active, all imports will be permitted automatically; Default: not activated If active, all alarm reasons with the Statistics option will be saved in a separate database. Default: not activated. Note: The database must be created in advance. If active, all alarm reasons with the Significant change option will be saved in the database; Default: activated If active, then information generated by the system will also be saved; Default: not activated If active, all changes made to the system will be saved automatically as a file on the myGEZE Visu server; Default: not activated Server port Server TSL Port Service name Service display name Service description Master server password Server path Session timeout Master server buffer length Check stations Permit all imports Write complete statistics Write significant changes Use expanded report Do not automatically save changes Fig. 11: myGEZE Visu startup configuration database 15 Installation myGEZE Visu Database Designation Description Use database If active, the myGEZE Visu server will use the database indicated; Default: not activated. Note: The database must be created in advance. Database server address Server address on which the Postgres database runs. Default value: … . … Database name Database name Default value: DatabaseName Database port Port on which the Postgres database can be accessed. Default value: 5432 Database user Database user name Default value: postgres Database password Database user password Default value: empty Fig. 12: myGEZE Visu startup configuration LTR database 16 Installation myGEZE Visu LTR database Designation Description Use the LTR database If active, the myGEZE Visu server uses the LTR database indicated; Default: not activated. Note: The database must be created in advance. A corresponding license (long -term report) is required to use the long -term report. Database server address Server address on which the Postgres database runs. Default value: … . … Database name Database name Default value: LTRDatabaseName Database port Port on which the Postgres database can be accessed. Default value: 5432 Database user Database user name Default value: postgres Database password Database user password Default value: empty Fig. 13: myGEZE Visu startup configuration statistics database Statistics database Designation Description Use the statistics database If active, the myGEZE Visu server will use the database indicated to save the statistics; Default: not activated Note : The database must be created in advance. Database server address Server address on which the Postgres database runs. Default value: … . … Database name Database name Default value: StatisticDatabaseName Database port Port on which the Postgres database can be accessed. Default value: 5432 Database user Database user name Default value: postgres Database password Database user password Default value: empty Fig. 14: myGEZE Visu startup configuration default Standard 17 Installation myGEZE Visu Designation Description Cache path Path on a local drive at which the cache files will be saved, e.g. C:\Cache \Pfad. Default value: empty Trusted thumbprints Trusted thumbprints for a certificate: Multiple trusted thumbprints can be entered in the field separated by a comma; Do not permit self -signed certificates If active, no self-signed certificates will be permitted. Default: not active Fig. 15: myGEZE Visu startup configuration optional Optional Designation Description Language Defines the language. Available language settings: de German en English it Italian fr French Default value: empty (system language is used) Custom parameter Additional parameters not included in the default configuration can be displayed, created or edited here. Name: Name of the parameter. Value: Note : Must not be left blank. Value for the parameter. Note : Must not be left blank. 18 Installation myGEZE Visu … .2 myGEZE Visu configuration (CC) The buttons for minimise, maximise and end are located at the far top right. The buttons for the setting dialogue (toothed wheel at top right) are underneath these. Fig. 16: myGEZE Visu configuration (CC) Standard Fig. 17: myGEZE Visu Startup configuration (default) 19 Installation myGEZE Visu Designation Description Host IP address of the myGEZE Visu server Default value: localhost If the server is installed on a different computer system, the connection must be configured here. This can be done using the IP address or the computer name (hostname). The connection must then be established via a secure protocol https . The default port is then 30001. Example: https:// … . … :30001 Automatically save changes If active, changes are automatically saved. The Save button no longer has to be clicked. Note: If enabled, Undo/Redo will no longer be available. Use light theme If active, the program is launched in a light theme; Default: not activated Trusted thumbprints Trusted thumbprints for a certificate. Multiple trusted thumbprints can be entered in the field separated by a comma. Do not permit self -signed certificates If active, no self-signed certificates will be permitted. Default: empty Optional Fig. 18: myGEZE Visu startup configuration (optional) 20 Installation myGEZE Visu Designation Description Use Windows user log in If active, the Windows user is used to log into the program; Default: not activated Automatic user login: Use If active, the entered operator and password are used for automatic login to the program. Default: not activated Note : If this option is enabled, it is not possible to enter a username and password in the application’s login dialogue. Operator User name for login Default value: empty Password Password for login Default value: empty Interfaces timeout Time in milliseconds (ms) for which the interface of the client may be blocked until it is restarted by the watchdog. Default value: 10000 Start timeout Time in milliseconds (ms) for which the client may be blocked until it is restarted by the watchdog. Default value: 15000 Language Defines the language. Available language settings: de German en English it Italian fr French Default value: empty (system language is used) Custom parameter Additional parameters not included in the default configuration can be displayed, created or edited here. Name: Name of the parameter. Value: Note : Must not be left blank. Value for the parameter. Note : Must not be left blank. 21 Installation myGEZE Visu … .3 myGEZE Visu Client The buttons for minimise, maximise and end are located at the far top right. The buttons for the setting dialogue (toothed wheel at top right) are underneath these. Fig. 19: myGEZE Visu Client 22 Installation myGEZE Visu Fig. 20: myGEZE Visu startup configuration Designation Description Host IP address of the myGEZE Visu server Default value: empty Note : If nothing is entered here, the address http://localhost:30000 will be used automatically. If the server is installed on a different computer system, the connection must be configured here. This can be done using the IP address or the computer name (hostname). The connection must then be made via the secure HTTPS protocol. The default port is th en 30001. Example: https:// … . … :30001 Station ID Station assignment with station ID from the configuration; Default value: empty Monitor number Main screen on monitor number Default value: … Number add. monitors Restrict the number of additional monitors. If you have one client with three monitors, for example, and option … is selected here, then only two monitors are used; the main screen and an additional screen. Default value: not selected (use all monitors) Use light theme If active, the program is launched in a light theme; Default: not activated Start client in full screen mode If active, the program is launched in full screen mode without a header. Trusted thumbprints Trusted thumbprints for a certificate. Default: not activated Multiple trusted thumbprints can be entered in the field separated by a comma. Do not permit self -signed certificates If active, no self-signed certificates will be permitted. Default: not activated 23 Installation myGEZE Visu Fig. 21: myGEZE Visu startup configuration Designation Description Use Windows user log in If active, the Windows user is used to log into the program; Default: not activated Note : Only the automatic user login or Windows user login can be used. Using both at the same time is not permitted. Automatic user login: Use If active, the entered operator and password are used for automatic login to the program. Default: not activated Note : If this option is enabled, it is not possible to enter a username and password in the application’s login dialogue. Operator User name for login Default value: empty Password Password for login Default value: empty Redundant server Server address of the redundant server; Default value: empty Cache path Path on a local drive at which the cache files will be saved, e.g. C:\Cache \Pfad. Default value: empty Interfaces timeout Time in milliseconds (ms) for which the interface of the client may be blocked until it is restarted by the watchdog. Default value: 10000 Start timeout Time in milliseconds (ms) for which the client may be blocked until it is restarted by the watchdog. Default value: 15000 Language Defines the language. Available language settings: de German en English it Italian fr French Default value: empty (system language is used) Block workflow sound output for lower priority workflows: Sounds for alarm notifications will be suppressed for workflows with a lower priority. 24 Installation myGEZE Visu Default: not active No sound output All sound output on the client will be suppressed. Default: not active Permit multiple starts Multiple starts on one computer. Default: not active Note : The log is written to a file. Show alarm stack at bottom If active, the alarm stack will no longer be displayed in the selection list in the client, but rather in the lower complete margin. Custom parameter Additional parameters not included in the default configuration can be displayed, created or edited here. Name: Name of the parameter. Value: Note : Must not be left blank. Value for the parameter. Note : Must not be left blank. 25 Installation myGEZE Visu Fig. 22: myGEZE Visu startup configuration Designation Description No alarm overview No alarm overview will be displayed; Default: not activated No trade filter is displayed; Default: not activated No dashboard view will be displayed; Default: not activated No data point list will be displayed; Default: not activated No graphic parent view will be displayed under the alarm overview; Default: not activated No graphics will be displayed; Default: not activated No selection buttons will be displayed in graphics; Default: not activated No main screen will be displayed; Default: not activated No main selection bar will be displayed; Default: not activated No alarm stack will be displayed; Default: not activated No trade filter No dashboard view No data point list No graphic parent view under the alarm overview No graphics No selection buttons in graphics No main screen No main selection bar No alarm stack 26 Installation myGEZE Visu … Directory structure myGEZE Visu can be installed in any directory. The name and location of the sub -directories are defined. The installation process offers the option of the directory C:\Program Files (x86) \GEZE GmbH \myGEZE Visu \ for installation, which can be changed. Example start links are provided in this directory for a myGEZE Visu client and the configuration program CC. Configuration program myGEZE Visu CC. … \myGEZE Visu Link examples \BACnet BACstac protocol stack for BACnet communication. \Driver Driver subdirectory: Each driver has its own directory. \BACnetDriver Driver base element for communication via BACnet. \NotificationDriver Driver base element for processing notifications. \Client Configuration program myGEZE_VisuCC.exe with required DLLs and libraries. \Plugins Directory for client plug -ins. \ VncViewerPlugIn \de German language package \… Other language packages, for example /it for Italian. \Update Internal directory structure for handling updates. \Server Server application myGEZE_VisuServer.exe. \Tls TLS tunnel \Website Directory for static websites, such as general documents. \x64 Directory for platform -specific 64bit DLLs. \x86 Directory of platform -specific 32-bit DLLs. 27 Installation myGEZE Visu … Safety … .1 Access to the server Important note Protect the server (hardware, software and operating system) against unauthorised access. Install the server hardware in a secure area to which only a limited and known group of people has access. Access to the server operating system and file system (in particular database, myGEZE Visu directory) must be protected. Note: Follow the recommendations and instructions provided by the operating system manufacturer (Microsoft). Release of the database for network access should not be permitted as a default. Important note If it is necessary to release the database for network access (for instance for reporting), then only a reading release/access is permitted. In addition, appropriate user authorisations and encryptions must be used for security (see the PostgreSQL document ation). Also include PostgreSQL in the update processes. … .2 Information on ongoing operation Set up the myGEZE Visu server software and drivers on a different computer than the service. This ensures that the myGEZE Visu software is started as well when the computer is restarted. Use reliable hardware designed for server operations for the server (such as mirrored hard drives, redundant power supplies, ...). A cyclical database backup is recommended. … .3 Create a new certificate The myGEZE Visu server only allows encrypted connections (HTTPS) from external sources. 'External' means accessing myGEZE Visu server data from another computer system. This applies to the myGEZE Visu (user interface) and myGEZE VisuCC (configuration client) programmes. A certificate is required for these connections. If the standard certificate supplied with myGEZE Visu has expired, follow the steps below to generate a new valid certificate.        A certificate in PEM format with a private key is required. Hardware keystores, e.g. USB tokens, are not supported. Certificates are digital certificates that confirm the security and authenticity of a server. They are issued by Certificate Authorities (CAs) and enable data transmission to be encrypted using SSL/TLS. There are external (public) certification authorities, and in many companies there are also internal (private) ones. To set up a certificate, you must generate a CSR (Certificate Signing Request) and submit it to a CA in order to obtain your certificate and install it on the driver. To obtain a suitable certificate, please contact your IT department. 28 Installation myGEZE Visu … .4 Creating a self -signed certificate for testing purposes and simple applications myGEZE Visu – Server: Important note Self-signed certificates do not allow the browser to verify the certificate fully. They are particularly vulnerable to man -in-the-middle attacks. Self-signed certificates trigger an error message in the browser, which must be ignored. 1. 2. To create a self-signed certificate, the program “SelfCert.exe” is located in the myGEZE Visu Server directory, in the subdirectory “Tls” –> “bin” -> “SelfCert”,. Note: The programme must be run as an administrator. After it is started, very little information is required:  “X.500 distinguished name”: enter the computer name of the computer running the driver here cn=Computer name, e.g. cn=localhost or cn=lynx.server (standard: localhost)  Key size: a key length of 4096 bits is recommended.  Valid from – to. (from today's date – to: select a date range)  Note: Note the certificate’s validity period. Please follow these instructions to renew the certificate before it expires. 3. Click the “Generate” push button to create the certificate 4. Use the ‘Save to PEM file’ button to save the certificate to: myGEZE Visu installation path → Server → Tls → config → LynxTlsServer.pem The old certificate contained there must be deleted or overwritten. 5. Click the ‘Save Client ValidCert’ button to save the validity file to: myGEZE Visu installation path → Server → Tls → config → ValidCertThumbprints.txt 29 Installation myGEZE Visu 6. Copy the file ValidCertThumbprints.txt to the following directories:  … \GEZE GmbH\myGEZE Visu\Client  … \GEZE GmbH\myGEZE Visu\Server (on the server system only)  … \GEZE GmbH\myGEZE Visu\Driver\BACnetDriver (on the server system only)  … \GEZE GmbH\myGEZE Visu\Driver\LynxDriverHost  … \GEZE GmbH\myGEZE Visu\Driver\NotificationDriver  … \GEZE GmbH\myGEZE Visu\Driver\WebUiService 7. Either restart the service using the myGEZE_VisuStartupConfigTool, or restart the service via the background services under “myGEZE_VisuServerService”. Alternatively, restart the server system completely 8. myGEZE Visu Client  Copy the file ValidCertThumbprints.txt from the server system to the following directories:  … \GEZE GmbH\myGEZE Visu\Client  … \GEZE GmbH\myGEZE Visu\Driver\LynxDriverHost (if available)  … \GEZE GmbH\myGEZE Visu\Driver\NotificationDriver (if available)  … \GEZE GmbH\myGEZE Visu\Driver\WebUiService (if available) … .5 Update server, client and driver computer operating system/software It is recommended that you install the recommended operating system updates at least at regular intervals or whenever security vulnerabilities in the operating system are reported (e.g. via the BSI https://www.bsi.bund.de). It is also recommended that you use the latest version of myGEZE Visu. … Module versions Client and server module The client and server modules must have exactly the same version number in the first three places. The myGEZE Visu Model module must have the same version number at all four places in the client and the server. The client and server are delivered as a package. Only operate them together in the delivered configuration. 30 myGEZE Visu CC … myGEZE Visu myGEZE Visu CC To be able to work with the configuration program myGEZE Visu CC, a myGEZE Visu server with database connection must be installed. myGEZE Visu CC writes and reads the database connected via the server. The operator must have configuration rights. A touchscreen, ideally a multi -touch or a mouse and keyboard are required to operate myGEZE Visu CC. … Program login myGEZE Visu CC is called up by clicking the program file “myGEZE_VisuCC .exe” in the myGEZE Visu sub-directory “myGEZE Visu Client”. Fig. 23: Logging in to myGEZE VisuCC After the “Login” button has been pressed, the server compares the operator data stored with the entry. Pressing “Cancel” exits the myGEZE_Visu CC.exe program. The buttons for minimise, maximise and end are located at the far top right. The buttons for the setting dialogue and integrated help function are located below them. Required and optional parameters can be entered using the settings dialogue. Further information Refer also to Startup configuration tool . If an operator is found with the password entered and sufficient authorisations, myGEZE Visu CC opens the configuration interface. Error messages appear in the event of errors. Incorrect operator or incorrect password Login error; operator name or password incorrect. Server not available No operating server can be found under the given host address. Server not available, server starting The server is currently starting up. Please wait for a few seconds before attempting a new login. Configuration changes are not permitted at this server In redundant server landscapes, configuration changes can only be made at the main server, all changes are replicated on the redundant servers. 31 myGEZE Visu CC myGEZE Visu … Program interface The interface design depends on individual settings, the system configuration, the user settings, rights and current events. Colour schemes and symbols can be customised. myGEZE Visu can use one or more monitors. One screen is always the main screen with control elements and view windows. … .1 Main screen elements After login, the myGEZE Visu CC main program window is displayed. The contents depend on the authorisations of the logged in operator. The screen is divided into the following main sections:     Header with buttons for minimise, maximise and end. Control bar with buttons for undo/redo, save, copy, import. Menu with the program functions. Data/configuration area, depending on the menu selection. Fig. 24: Main screen elements The main screen supplements the primary display area, here the dashboard , with different control and selection boxes. Undo/redo function If selection is possible, a button is shown white, if not, it is shown grey. 32 myGEZE Visu CC myGEZE Visu … .2 System menu Fig. 25: System menu Server log displays the system log as a list. Dump messages displays incoming messages. System report shows selected log entries. Workflow report shows logged edited workflows. Change the password of the logged in operator. Start remote maintenance ; the remote support tool “TeamViewer” is started. Startup Configuration Tool: Configure and save the various parameters for the individual applications (server, configuration client, client). Help calls up the integrated help function. Save configuration snapshot. Export Master Data : Export (Configuration) master data to one or more XML files. About myGEZE Visu: Displays information about myGEZE Visu . The product version, logged in user and further information can be seen here. … . … Server log This function displays the server log window with system signals. The content of the server log depends on the log level settings for the individual drivers. The default is to output message for the “Error” level. The window contains the server log entries , sorted in descending chronological order. The newest message is at the top. The output can be sorted by columns, filtered and entries can be marked for copying. CTRL + F will display a search field. The system searches for this value in all tables. The search runs for all columns. If multiple terms are entered, the system will search for each individual term. To search for a term with separating characters, put th e term in quotation marks. The table only displays rows that contain the entered term. Click the “Close” button to remove the search field and the search. The following buttons are located above the table:  Reload: The content of the list is automatically updated when new entries are added. If this is not selected, the list is not updated.  Select new entry : The most recent table entry is selected automatically.  Empty: Empties the table. 33 myGEZE Visu CC myGEZE Visu Fig. 26: Example of a server log list with the search window open and ERROR entries … . … Dump messages This function shows the dump message window with incoming messages. The window contains the incoming messages, sorted in descending chronological order. The newest message is at the top. The output can be sorted by columns, filtered and entries can be mark ed for copying. CTRL + F will display a search field. The system searches for this value in all tables. The search runs for all columns. If multiple terms are entered, the system will search for each individual term. To search for a term with separating characters, put th e term in quotation marks. The table only displays rows that contain the entered term. Click the “Close” button to remove the search field and the search. The following buttons are located above the table:  Reload: The content of the list is automatically updated when new entries are added. If this is not selected, the list is not updated  Empty: Empties the table. Fig. 27: Example of a dump message list 34 myGEZE Visu CC myGEZE Visu … . … System report Displays the system report with log entries. The content of the table can be restricted via parameters. Click “Update” to search for corresponding sentences in the database. If no search parameter has been entered, all available sentences are displayed. Category Origin with defaults such as client, server, configuration or custom values. Task Tasks like start, end, control, simulation, ... or custom values. Search term If the Details field contains a term and “Like” is selected, then sentences containing the indicated parameter are loaded. If there is no checkmark, the parameters must exactly match the specification. From/to Time frame from/to the message entries User name Event ID Instance ID User name or server linked to the message for entries generated by the system. Event ID generated automatically by the system when the event occurred. Instance ID generated automatically by the system, which generates the corresponding Event ID automatically from actions. Example: Starting a workflow from an event. The system report contains the log entries, sorted in descending chronological order. The newest message is at the top. The output can be sorted by columns, filtered and entries can be marked for copying. The selected list can be printed or exported using the print preview button (2) or quick print button (1). The quick print button works like the print preview described. CTRL + F will display a search field. The system searches for this value in all tables. The field “Search term” searches only in the “Details” column. Fig. 28: Example system report Quick print button Print preview button Update 35 myGEZE Visu CC myGEZE Visu … . … Workflow report Displays the workflow report. It contains entries on completed workflows (the workflow must be complete). The content of the table can be restricted via parameters. Click “Update” to search for corresponding sentences in the database. If no search paramete r has been entered, all available sentences are displayed. Data point Alarm reason Workflow Event ID Specific data point that is selected from a list of available data points via a selection dialogue, or no entry. Reason for the alarm that is selected from a list of available data points, or no entry. Name of the workflow that is selected from a list of available workflows, or no entry. Event ID generated automatically by the system when the event occurred. Priority Priority of the message at the end of processing from / to Event time Event time of the message from / to Start time Start time for processing on a client from / to Acknowledged Time from/until Completed Time from/until The workflow report contains the log entries, sorted in descending chronological order. The newest message is at the top. The output can be sorted by columns, filtered and entries can be marked for copying. The selected list can be printed or exported using the print preview button (2) or quick print button (1). The quick print button works like the print preview described. CTRL + F will display a search field. The system searches for this value in all tables. The field “Search term” searches only in the “Details” column. Fig. 29: Example workflow report Use “+” to open a workflow entry and display the individual log entries for the workflow. 36 myGEZE Visu CC myGEZE Visu … . … Changing the password This function is used to open a dialogue box that permits the current logged in operator to change their password. Fig. 30: Change Password dialogue box. The operator must enter their previous, old password and the new password twice. Click the “OK” button to change the password. If the old password was not entered correctly, an error message appears. If the new passwords do not match, the function is not e xecuted. After the entries are completed correctly, the change is completed and the message “Password changed successfully” appears. Important note The new password cannot be read out. Make a note of the changed password. Note: Customise autostart processes using stored user data. 37 myGEZE Visu CC myGEZE Visu … . … Start remote maintenance This function opens a dialogue window to permit remote connection. This remote function can only be used if the myGEZE Visu computer permits remote access. The myGEZE Visu computer must be accessed by the supporting computer. If this is not activated, then external connection is not possible. Note: To use this function, the myGEZE Visu system must have an active internet connection. Set the router, proxy server, etc. so that an internet connection can be completed. Note: A dialogue box may open, asking you to confirm that the application is allowed to make changes to your device. Confirm this dialogue by choosing Yes . Fig. 31: Remote maintenance window Provide the ID and password for the support employee so they can access the system. the support employee can operate and support the interface in parallel through remote access to the PC. For a support employee to provide support, they need a licensed vers ion of the remote maintenance software TeamViewer. Fig. 32: TeamViewer status dialogue box The connection can be disconnected by either side at any time. During the session, a status dialogue is displayed which can be used to end the connection. Note: Remote maintenance can also be started directly from the configuration client via the system menu. 38 myGEZE Visu CC myGEZE Visu … . … Help Help is used to display the myGEZE Visu CC manual in a PDF viewer. The user manual is in the same installation directory as the myGEZE Visu CC (for example under C:\Program Files (x86) \GEZE GmbH \myGEZE Visu\CC \210190-xx_BHB_myGEZE -Visu_DE.pdf ). … . … Save configuration snapshot The current configuration is saved in the maintenance database for later evaluations. … . … Export master data All The entire master data are exported From a date Under Date , select a specific data from which the data is to be exported. Export path on the server Specification of the export path on the server. Further information Refer also to Exporting master data manually . … . … About myGEZE Visu This function displays a view with information on the installed myGEZE Visu version and user authorisations. Fig. 33: About myGEZE Visu 39 myGEZE Visu CC myGEZE Visu … .3 Control bar buttons Undo changes (before saving). Activate undone changes again. Save the changes in the database. Copy the selected entries. Import import files (.xml) into the system. Script search … .4 Menu The configuration possibilities are listed sorted by topic in a structured list. Fig. 34: Configuration options Menu items Name Description Views Allows the individual editing of drawings. Authorisations Contains operator data, roles, client. Message handling Covers start conditions, time control, workflows and actions. System Contains data point types, alarm types, connections, server, icons, drivers, licensing. 40 myGEZE Visu CC myGEZE Visu … .5 Buttons in the configuration area The contents of this area depend on the function selected. … . … Menu Note: Which menu items are visible to which users depends on their respective permissions. If you right -click a selected element, a menu will appear (varies depending on the program function): Fig. 35: Context menu in the configuration area Menu items Name Description New child object Opens a dialogue to create a new child object hierarchically under the selected element. Note : Only possible in the tree structure. Delete The entries selected are deleted. Copy Open all Creates a new table entry with a name combination containing “_copy of” and “name of the selected element”. Opens all sub -elements available. Close all Closes all sub -elements available. Copy ID(s) Export Copies the unique identification number for the entry/entries selected to the clipboard. If more than one entry is marked, the IDs are copied to the clipboard separated by commas. Export selected entries to .xml files. Print Print preview. Further information Logs, print . System report Opens the system report specifically for the selected element. Clear up Note : The "Clear" menu option is only visible under drawings. If a drawing contains symbols without an existing data point, the menu item is displayed. … . … Pencil symbol 41 myGEZE Visu CC myGEZE Visu Changes the basic data of an element. … . … Hierarchical table view In myGEZE Visu CC exactly two menu items are shown as a tree structure in the configuration area: 1. 2. Views/drawings ( chapter Drawings ) System/date point types ( chapter Data point type ) Fig. 36: Hierarchical table view Fig. 37: Menu options table view New New child object Delete Opens a dialogue with basic data for creating a new table entry (see dialogue boxes for a description of the dialogue boxes). Opens a dialogue to create a new child object hierarchically under the selected element. With drawings, the view can be selected in the Parent drawing column. Delete selected entries. In addition, various functions such as actions triggered by the left and right mouse button can be defined. 42 myGEZE Visu CC myGEZE Visu … . … Table view The following possibilities are available for editing entries: Fig. 38: Edit entries table view New Opens a dialogue with basic data for creating a new table entry (see dialogue boxes for a description of the dialogue boxes). Delete Delete selected entries. A valid entry activates the buttons for saving and undoing changes in the header. If an entry is incorrect, an error message will be outputted. After selection of a “Save” button and entry of a comment, the new data/changes carried out are written to the database, the undo/redo function is deactivated again. … Back-up master data … .1 Manual export of master data The complete master data can be exported using the dialogue described below. For this, the master data are written to XML files on the given export path on the server. Fig. 39: Export master data. Dialogue boxes Name Description All The entire master data are exported; From a date If this box is selected, you can select a specific date under Date, from which the export is to be carried out; Specification of the export path on the server; Export path on the server Generate one export file If this checkbox is activated, only one single export file is generated during export. Default: not activated. … .2 Restore master data Recommendation: To restore the master data, carry out a completely new installation of myGEZE Visu and set up a new database. Further information Refer also to Installation. 43 myGEZE Visu CC myGEZE Visu Following successful installation, the XML files can be imported via the import button in the myGEZE Visu configuration client. Following successful import of the selected export files, the system has been restored. After the import, the system state corresponds that at the precise time the export files were created. … Menu structure … .1 Views … . … Drawings Drawings are included in the drawing structure. There are different types of drawings  Drawings as location graphics with hierarchical structure and zoom possibility e.g. from location overview to location to building to floor to floor section.  Operating devices without hierarchical structure without zoom possibility e.g. fire alarm control panel with device -appropriate design.  Video views specifying the camera and plugin used. … . … .1 Graphic views in myGEZE Visu myGEZE Visu can show graphics in various formats and types. View types:    Graphics with dynamic symbols, texts and references. Video views with live video and recordings via plugins. Web pages. All views are edited and updated using the myGEZE Visu configurator myGEZE Visu CC. In order for the configuration function to be executed, the program login must have been carried out in myGEZE Visu CC by a user who has administration authorisation. After the connected database information has been loaded, myGEZE Visu CC shows the main program functions in the left -hand screen column. Fig. 40: 'Views' menu item The graphic views are edited under the main menu item Views . After the category Views has been selected, the possible options (drawings) are shown. 44 myGEZE Visu CC myGEZE Visu … . … . … Table views In the right -hand area of the screen next to the main program functions, the views contained are shown in tabular form. All elements are arranged hierarchically. At first, only the elements on the top level are shown. This layout is known as structure tree , since the hierarchy “branches” off from the trunk (= top level) like with a tree. Every “branch” has a higher -order “branch”. The table can be sorted according to all column contents, even according to the contents of several columns. Sorting is carried out according to the selected column by clicking the column header, clicking again changes the direction of sorting. After call -up, sorting is carried out according to the contents of the “Name” column. Pressing the key combination CTRL+F shows a search box on the right -hand side. The search box limits the list contents to rows which contain the given search term. An entry leads to the rows containing the character chain being displayed, if there is no match the list remains empty. Entries can also be filtered. To do this, select filter symbols which become visible when you mouse over the column name in the column header. First a drop -down list appears with the terms available in the column and the selection options empty and not empty . After one of the possibilities has been selected, filtering takes place according to this term and a filter editing line is shown in the table footer, which offers complex options for precise filter settings. … . … . … Columns in the table views Fig. 41: Table views Marking for lower-level elements in terms of hierarchy. When clicked, the next level is shown and the symbol changes into an arrow pointing bottom right. When this symbol is clicked, the data shown is hidden again. Editing symbol. When this symbol is clicked, the editing dialogue for the selected line is opened. The editing dialogue contains the assigned view with the symbols and references contained. These can be chained in the editing dialogue. All column entries i n the line can be edited directly in the line. 45 myGEZE Visu CC myGEZE Visu Columns Name Description Name Name of the entry shown in myGEZE Visu. For example in the header above the drawing. The name can be assigned individually and does not have to be identical to the name of the assigned drawing, camera or website. Explanatory text for the view. E.g. with references to the most recent editing. Higher -level element. All entries with the exception of the top level have exactly one parent drawing. You can change to the parent drawing via the myGEZE Visu jump back key . A list with the available views is offered for selection. Option as to whether the view is to be shown in the myGEZE Visu structure tree. If the option is not activated, you can only change to the view via program functions. Manual changeover is not possible. Option as to whether the view is to be shown on the location overview. The standard overview can be used as a quick selection list for the most important views. The view is managed in the “Operating device” category. Operating devices are managed in separate selection lists and views. They are offered for viewing on the higher -level graphic with a separate symbol in the view footer. The view is managed in the “Camera” category. Cameras are managed in separate selection lists and views. They are offered for viewing on the higher -level graphic with a separate symbol in the view footer. The representation takes place via plugins → Enter their call-up parameters in the “URL” column. Option as to whether the graphic can be zoomed in and out individually. This option does not work with camera or web views. RTSP, ONVIF and DVMS cameras are set and saved via a dialogue. For this, it is no longer necessary to know the plugin parameters. Other plugin address call -ups must be taken from the respective plugin documentation. Note: If a myGEZE Visu -DVMS plugin URL or an RTSP URL is detected in existing drawings, the pen icon is displayed instead of the full URL. The user and the password are replaced by a placeholder and shown in the user and password box. An action can be stored. This is carried out when the drawing is requested. For example, a check on user authorisation. Specification of who may see the view. This enables the view only to be shown to certain operators. The default value is the client “All”, which allows all operators to see the view. User view parameter, can also be contained in the URL. User view parameter, can also be contained in the URL. Date the last change was made. Unique identification number (ID) of the entry. This ID is generated uniquely across systems, so that entries can be taken over by one myGEZE Visu system from another one without any collisions. In the line's context menu (opened by right -clicking), the fu nction Copy the ID to the clipboard is available. Description Parent drawing Visible in the structure tree Location overview Control panel Camera panel Zoomable URL Background action Clients User Password Last change ID 46 myGEZE Visu CC myGEZE Visu … . … .2 Edit views list All the data contained in the list can be edited directly. … . … . … Save changes Note: Changes are not saved automatically Fig. 42: Programme header To save the changes, click the save symbol in the program header. The symbol is only active if there are non-saved changes available. Right -clicking a selected element will make the following menu appear: Fig. 43: Context menu 47 myGEZE Visu CC myGEZE Visu Menu items Name Description New child object Opens a dialogue to create a new child object hierarchically under the selected element. The entries selected are deleted. Delete Copy Open all Creates a new table entry with a name combination containing “_copy of” and “name of the selected element”. Opens all sub -elements available. Close all Closes all sub -elements available. Copy ID(s) Export Copies the unique identification number for the entry/entries selected to the clipboard. If more than one entry is marked, the IDs are copied to the clipboard separated by commas. Export selected entries to .xml files. Print Print preview. Further information Logs, print . System report Opens the system report specifically for the selected element. Clear up Note : The "Clear" menu option is only visible under drawings. If a drawing contains symbols without an existing data point, the menu item is displayed. … . … . … New drawing/New view The “New” or “New child object” buttons (hierarchical under the selected element) can be used to add a new element. A unique name and a detailed description are entered for the new element via a dialogue. Other options such as visible in the structural tre e, location etc. can be activated. The dialogue is closed by clicking “OK”. Fig. 44: New Drawing/New View dialogue box 48 myGEZE Visu CC myGEZE Visu Name Description Name Clear and unique name of the drawing. Description Description such as function, characteristics, special features. Visible in the structure tree Option as to whether the view is to be shown in the myGEZE Visu structure tree. If the option is not activated, you can only change to the view via program functions. Manual changeover is not possible. Option as to whether the view is to be shown on the location overview. The standard overview can be used as a quick selection list for the most important views. The view is managed in the “Camera” category. Cameras are managed in separate selection lists and views. They are offered for viewing on the higher -level graphic with a separate symbol in the view footer. If the checkbox is activated, the view is managed in the “Camera” category. Option as to whether the graphic can be zoomed in and out individually. This option does not work with camera or web views. Location overview Control panel Camera panel Zoomable With a valid entry, the buttons for saving and undoing changes (Undo) are activated in the header. If an entry is incorrect, an error message will be outputted. The new data/changes are written to the database by clicking the “Save” button and entering a comment. The undo/redo function is deactivated again. If you click the downward arrow next to the “New” button, further options will appear for the creation of special drawings. Fig. 45: ‘Other Drawing Types’ dialogue box 49 myGEZE Visu CC myGEZE Visu RTSP Name Description Name Clear and unique name of the drawing. Description Description such as function, characteristics, special features. Visible in the structure tree Option as to whether the view is to be shown in the myGEZE Visu structure tree. If the option is not activated, you can only change to the view via program functions. Manual changeover is not possible. If the checkbox is activated, the view is managed in the “Camera” category. Camera panel User Cameras are managed in separate selection lists and views. They are offered for viewing on the higher -level graphic with a separate symbol in the view footer. The representation takes place via plugins. → Enter their call-up parameters in the “URL” column. User of the camera. Password User's password. URL RTSP URL of the camera. Example : rtsp://<User>:<Password>@ … . … :554 Add placeholder in URL Add the placeholders <User> and password <Password>. These placeholders are replaced by the user and password entered during runtime. Parameter Additional parameters for the RTSP URL. Test Opens a window with the values entered (URL, user, password, parameter) and tries to set up a connection to the camera. 50 myGEZE Visu CC myGEZE Visu DVMS Name Description Name Clear and unique name of the drawing. Description Description such as function, characteristics, special features. Visible in the structure tree Option as to whether the view is to be shown in the myGEZE Visu structure tree. If the option is not activated, you can only change to the view via program functions. Manual changeover is not possible. If the checkbox is activated, the view is managed in the “Camera” category. Camera panel IP address / host name Cameras are managed in separate selection lists and views. They are offered for viewing on the higher -level graphic with a separate symbol in the view footer. The representation takes place via plugins. → Enter their call-up parameters in the “URL” column. IP address / host name of the myGEZE Visu -DVMS server. Port Port of the myGEZE Visu -DVMS-Server. Camera name Camera name of the camera created in the myGEZE Visu -DVMS. User User of the camera. Password User's password. URL RTSP URL of the camera. Example : rtsp://<User>:<Password>@ … . … :554 Add placeholder in URL Add the placeholders <User> and password <Password>. These placeholders are replaced by the user and password entered during runtime. Parameter Additional parameters for the myGEZE Visu -DVMS plugin. Test Opens a window with the values entered (URL, user, password, parameter) and tries to set up a connection with the myGEZE Visu -DVMS server. 51 myGEZE Visu CC myGEZE Visu ONVIF Name Description Name Clear and unique name of the drawing. Description Description such as function, characteristics, special features. Visible in the structure tree Option as to whether the view is to be shown in the myGEZE Visu structure tree. If the option is not activated, you can only change to the view via program functions. Manual changeover is not possible. If the checkbox is activated, the view is managed in the “Camera” category. Camera panel ONVIF settings Cameras are managed in separate selection lists and views. They are offered for viewing on the higher -level graphic with a separate symbol in the view footer. The representation takes place via plugins. → Enter their call-up parameters in the “URL” column. Carry out the individual steps in the specified order. Find ONVIF devices Button for searching for ONVIF devices. The ONVIF devices are shown in the combined box underneath and can be selected there. ONVIF user User of the ONVIF. ONVIF password Password of the ONVIF user. Call up ONVIF profiles Button for calling up the ONVIF profiles. Select profile Selection of the profile. Get available stream Button for showing the stream available. Select stream Selection of the stream. Use selected stream as URL Button for using the selected stream as a URL. URL ONVIF URL Parameter Additional parameters for myGEZE Visu -ONVIF. Test Opens a window with the values entered (URL, user, password, parameter) and tries to set up a connection with the myGEZE Visu -ONVIF device. 52 myGEZE Visu CC myGEZE Visu HTML Name Description Name Clear and unique name of the drawing. Description Description such as function, characteristics, special features. Visible in the structure tree User Option as to whether the view is to be shown in the myGEZE Visu structure tree. If the option is not activated, you can only change to the view via program functions. Manual changeover is not possible. User of the camera. Password User's password. URL HTML URL Add placeholder in URL Add the placeholders <User> and password <Password>. These placeholders are replaced by the user and password entered during runtime. Parameter Additional parameters for the myGEZE Visu -HTML plugin. Test Opens a window displaying the entered values (URL, username, password, parameters) and attempts to connect to the myGEZE Visu HTML server. VNC Name Description Name Clear and unique name of the drawing. Description Description such as function, characteristics, special features. Visible in the structure tree IP address/host name Option as to whether the view is to be shown in the myGEZE Visu structure tree. If the option is not activated, you can only change to the view via program functions. Manual changeover is not possible. Option as to whether the view is to be shown on the location overview. The standard overview can be used as a quick selection list for the most important views. The view is managed in the “Camera” category. Cameras are managed in separate selection lists and views. They are offered for viewing on the higher -level graphic with a separate symbol in the view footer. IP address/host name of the VNC server Password Password of the VNC user. Port Port where the VNC server listens for incoming connections. Options Stretch  The user interface is zoomed to window size and the aspect ratio of the original source is ignored. IgnoreInput  No keyboard and mouse events are forwarded to the remote computer. Additional parameters for the myGEZE Visu -HTML plugin. Location overview Control panel Parameter Test Opens a window with the values entered (URL, user, password, parameter) and tries to set up a connection with the VNC server. 53 myGEZE Visu CC myGEZE Visu Avigilon Name Description Name Clear and unique name of the drawing. Description Description such as function, characteristics, special features. Visible in the structure tree Option as to whether the view is to be shown in the myGEZE Visu structure tree. If the option is not activated, you can only change to the view via program functions. Manual changeover is not possible. Option as to whether the view is to be shown on the location overview. The standard overview can be used as a quick selection list for the most important views. If the checkbox is activated, the view is managed in the “Camera” category. Location overview Camera panel Camera name Cameras are managed in separate selection lists and views. They are offered for viewing on the higher -level graphic with a separate symbol in the view footer. The representation takes place via plugins. → Enter their call-up parameters in the “URL” column. Camera name of the camera created in the myGEZE Visu; IP address/host name IP address/host name of the Avigilon server User User of the camera. Password User's password. Options Parameter Test Secure  Use a secure connection to the ACC server. Note: Mandatory from ACC version … onwards. WAN Use the WAN connection type for connecting the stream. Note: Set this for all plugins of the same recorder. Additional parameters for the myGEZE Visu -Avigilon plugin. Opens a window with the values entered (URL, user, password, parameter) and tries to set up a connection with the ACC. 54 myGEZE Visu CC myGEZE Visu Cayuga Name Description Name Clear and unique name of the drawing. Description Description such as function, characteristics, special features. Visible in the structure tree Option as to whether the view is to be shown in the myGEZE Visu structure tree. If the option is not activated, you can only change to the view via program functions. Manual changeover is not possible. Option as to whether the view is to be shown on the location overview. The standard overview can be used as a quick selection list for the most important views. If the checkbox is activated, the view is managed in the “Camera” category. Location overview Camera panel Camera name Cameras are managed in separate selection lists and views. They are offered for viewing on the higher -level graphic with a separate symbol in the view footer. The representation takes place via plugins. → Enter their call-up parameters in the “URL” column. Camera name of the camera created in the myGEZE Visu; IP address/host name IP address/host name of the Cayuga server Port Port where the Cayuga server listens for incoming connections. User User of the camera. Password User's password. Options Profile Parameter Test User profile to be used for login:  UseNat: NAT is used for the connection.  UseActiveDirectory: The Active Directory service is used for login.  NoButtons: The plugin's menu bar is not displayed. Additional parameters for the myGEZE Visu -Cayuga plugin. Opens a window with the values entered (URL, user, password, parameter) and tries to set up a connection with the myGEZE Visu -Cayuga device. 55 myGEZE Visu CC myGEZE Visu Bosch video Name Description Name Clear and unique name of the drawing. Description Description such as function, characteristics, special features. Visible in the structure tree Option as to whether the view is to be shown in the myGEZE Visu structure tree. If the option is not activated, you can only change to the view via program functions. Manual changeover is not possible. Option as to whether the view is to be shown on the location overview. The standard overview can be used as a quick selection list for the most important views. If the checkbox is activated, the view is managed in the “Camera” category. Location overview Camera panel Host URL Cameras are managed in separate selection lists and views. They are offered for viewing on the higher -level graphic with a separate symbol in the view footer. The representation takes place via plugins. → Enter their call-up parameters in the “URL” column. Host URL for the Divar, the camera, … User  Onvif: Fehler! Linkreferenz ungültig.  RSTP: rtsp://<host>/rtsp_tunnel?h26x=4&line=1&inst=1  RSTP (HTTP): Fehler! Linkreferenz ungültig.  Divar: http://<host>[:<port>]/ User of the camera. Password User's password. Host URL load examples Options Name of the camera, the input or profile Number of the camera, the input or profile Profile Name of the camera, the input or profile. Note: Either -camNo or -cam is required; Number of the camera, the input or profile. Note: Either -camNo or -cam is required; With ONVIF the streaming profile can be selected as an option. ProxyType Specification of which proxy is to be used for the connection. Without this parameter, the different possibilities are tested, which can lead to a delay during the first connection. Types: VIP Systems and services that support the RCP+ protocol; ONVIF Systems and services that support the ONVIF protocol; RTSP Systems that support the stream -based RTSP protocol; DivarNetwork Divar hybrid/network systems; Divar600 DVR-4xx and DVR -6xx systems; Divar700 Divar-700 systems; DiBos DiBos devices and Bosch Recording Stations (BRS). Dvr5000 Divar 3000 and Divar 5000 DVR; 56 myGEZE Visu CC Host URL recording server User name for recording server Password for recording server Recording track ProxyType recording server Parameter Test myGEZE Visu Host URL of the recording server if this deviates from the host (see Host as well). User name for recording server. Default -user. Password for recording server. Default -pwd. Number of the recording track if this deviates from the camera number. Default -cam. Specification of which proxy is to be used for the connection to the recording server. Additional parameters for the myGEZE Visu -Bosch video plugin. Opens a window with the values entered (URL, user, password, parameter) and tries to set up a connection with the myGEZE Visu -Bosch video device. Hikvision Name Description IP address / host name Port User Password Channel IP address/host name of the Hikvision server; Port where the Hikvision server listens for incoming connections; User of the camera. User's password. Number of the IP camera channel Note: One of the two parameters, IpChannel or AnalogChannel, is required. Representation of the video image in the Width:Height format. Default = 16:9, any parameter “–4_3” that is present has no effect; Possible values: Live, Pause, Play, Loop. Default = Live The Live or Playback modes cannot be toggled on the interface. Even if the camera supports PTZ, PTZ control is not offered in the plugin. Additional parameters for the myGEZE Visu -Hikvision plugin. Opens a window with the values entered (URL, user, password, parameter) and tries to set up a connection with the myGEZE Visu -Cayuga device. Aspect Ratio Playback NoModeToggle noPtz Parameter Test 57 myGEZE Visu CC myGEZE Visu Cayuga Name Description Name Clear and unique name of the drawing. Description Description such as function, characteristics, special features. Visible in the structure tree IP address/host name Option as to whether the view is to be shown in the myGEZE Visu structure tree. If the option is not activated, you can only change to the view via program functions. Manual changeover is not possible. IP address/host name of the Cayuga server Port Port where the Hikvision server listens for incoming connections. User User of the camera. Password User's password. Channel Playback Number of the IP camera channel Note: One of the two parameters, IpChannel or AnalogChannel, is required. Representation of the video image in the Width:Height format. Default = 16:9, any parameter “–4_3” that is present has no effect; Possible values: Live, Pause, Play, Loop. Default = Live NoModeToggle The Live or Playback modes cannot be toggled on the interface. noPtz Even if the camera supports PTZ, PTZ control is not offered in the plugin. Parameter Additional parameters for the myGEZE Visu -Cayuga plugin. Test Opens a window with the values entered (URL, user, password, parameter) and tries to set up a connection with the myGEZE Visu -Cayuga device. Aspect Ratio 58 myGEZE Visu CC myGEZE Visu Views Fig. 46: Views Further views can be configured here. If the location overview is selected, these views are shown on the myGEZE Visu -Client under locations (selection bar). Fig. 47: Illustration of locations 59 myGEZE Visu CC myGEZE Visu Overview of views:  Alarm stack  Locations  Cameras  Operating devices  Data points  Systems  Site data points  System data point Dialogue boxes alarm stack, locations, cameras, operating devices, data points and systems Designation Description Name Clear and unique name of the alarm stack, the locations, the cameras, the operating devices, the data points or the systems. Description Description such as function, characteristics, special features. Dialogue boxes locations data points Designation Description Name Clear and unique name of the alarm stack, the locations, the cameras, the operating devices, the data points or the systems. Description Description such as function, characteristics, special features. Dialogue boxes system data points Designation Description Name Clear and unique name of the alarm stack, the locations, the cameras, the operating devices, the data points or the systems. Description Description such as function, characteristics, special features. System Selection of the systems. Adapt entry In the table view, search for and select the entry that is to be changed. The entry can be edited. Valid changes activate the “Save” button. Clicking “Save” and commenting the change enters this in the database system. Delete entry In the table view, search for and select the entry that is to be deleted. The line selected is removed from the menu bar using the remove key or the “Delete” button. Removal of a line activates the “Save” button. Clicking “Save” and commenting the change enters this in the database system. … . … . … Edit view When the editing symbol of the entry line is clicked, the editing dialogue for the selected line is opened. The editing dialogue contains existing assigned views with the symbols and references contained. The editing dialogue allows elements to be added. The editing dialogue has two windows  The component window with selection of the editing function.  The drawing window. The windows can be moved around as necessary (including to other monitors at multi -monitor workstations). The component window is above the drawing window. The editing window can be left via the selection boxes at the bottom right in the drawing window:  OK including takeover of the changes for saving;  Cancel with rejection of the changes carried out; 60 myGEZE Visu CC myGEZE Visu The component window The view background can be assigned a drawing here and the adding of elements such as symbols or reference can be initiated. Fig. 48: The Components window Levels Add/change background. Image references Add image references in a selectable shape such as rectangle or polygon. Symbols Add dynamic symbols for data points. Default values Set symbol size, angle, client assignment, actions to left and right mouse button clicks. Several graphics can be stored in the image area. The default background is assigned under the line with name and wallpaper. An assigned background graphic is the prerequisite for adding symbols and image references. For this reason, the first work step is to add a background. Fig. 49: Inserting a background. To do this, select the Background line. A preview window will open, which has two symbols at the bottom left: A yellow file selection symbol. A blue floppy disk symbol. 61 myGEZE Visu CC myGEZE Visu When the file selection symbol is selected, the file browser is opened for a background image to be selected. After an image has been selected in the supported format, a preview is shown in the selection window and the image is shown in the drawing window. Editing can now be continued in the drawing window. The drawing window The drawing window is the working window. Here, symbols, references, actions are placed on the background selected. All the elements can be arranged hierarchically. This is important for clicking in myGEZE Visu. For example, symbols can only be selected if they are above an image reference. The header of the drawing window contains functions in order to adapt the layout of the symbols and the orientation and size of the symbols selected. The drawing window can be maximised for better editing and the cropped image zoomed in the drawing window. Mark symbols Symbols already placed on the background can be selected by clicking with the left mouse button. Selected symbols are marked by a red frame. The marking frame allows the size of the symbol to be changed by dragging the corner points or the symbol to be turned using a holding point positioned at the side. If the mouse cursor is above the symbol, the cursor symbol is shown as a cross, the symbol can be moved on the background when the left mouse button is kept pressed. Fig. 50: Highlighted symbols. Several symbols can be marked either by dragging an area, by moving the cursor with the left mouse button and the keyboard shift key pressed over the symbols to be selected or by clicking the symbols with the left mouse key with the shift key kept pressed. All the selected symbols are surrounded by a red frame, only the symbol selected last has a blue frame. The symbol selected last is especially important for some functions. In the case of adapting size, it specifies the size before and when positioning the coordinates. If, for example, all the symbols are to be aligned on one line, the position of the symbol last selected determines the position of all the other symbols selected when an alignment function key is pressed. All the symbols marked can be moved, their size changed or position turned at the same time. 62 myGEZE Visu CC myGEZE Visu Drawing window buttons There are different editing function buttons in the header which are activated or deactivated depending on the editing status. Only activated buttons can be selected. Thus an alignment of symbols is only possible when at least … or … symbols are marked. Fig. 51: Menu structure of the drawing window Undo Undo the last change Redo Carry out the undone change again Save Save changes Alignment Align objects Adapt size Width, height or width and height Distance Horizontal or vertical Position Image in the foreground or background. Turn image Turn background image by 90°. Symbols are turned with it. Turn symbols Turn symbols on the image by 90°. Position remains. Preview text Preview of the output text Delete Delete marked symbols Copy Copy marked symbols Cut Cut the marked item The footer has two selection buttons on the bottom right to complete editing:   OK Cancel takeover of the changes for saving. rejection of the changes carried out. 63 myGEZE Visu CC myGEZE Visu Symbol properties Symbols are the graphical representation of data points on drawing backgrounds. The symbols have been structured in layer technique and represent the properties of a data point by assigned layer images. A data point can have the structure of several states. Each state can take on a value. The symbol for an emergency exit system can show its state by switching colours:  green for “closed”,  yellow for “technical fault”,  red for “emergency exit alarm”. If the background is to be shown in colour, a checkmark must be set next to “Use alarm type colour” in the Editing system/symbols menu. For the representation to be correct, a data point must be assigned an symbol which matches in terms of structure. To support the correct assignment, symbols of the same type are offered initially for a data point. Families are types derived from one anoth er and if All is selected, all symbols will appear. Fig. 52: List of all symbols Place new symbol In order to place a new symbol on a graphic background, open the drawing window with the background image. Select the Symbols tab in the function control window. The dialogue now contains lists with data point and matching symbols. If no matching symbol is found for the data point type, all the symbols are shown. Fig. 53: Selecting symbols. In the upper area, the data points available are listed sorted alphabetically according to name. The list can b filtered and adapted by search entries. For example, the data points of a certain system, a certain type or with certain parts of names can be d isplayed. Symbols matching the data point selected are shown in the second list. An symbol can be dragged from the component window to the drawing window with the left mouse button pressed. Here, the symbol is shown in the current default size which can be adapted individually. If the left mouse button is no longer pressed, the positio n is at the top left-hand corner of the symbol. In the top left-hand corner, you have a choice between different types of symbol via the selection box. Here you will find, among other things, the special data point types listed in the sub -chapter data point types e.g. static data point type, system symb ol data point type, drawing symbol data point type and more. In addition, a measuring instrument symbol can be added and configured here. 64 myGEZE Visu CC myGEZE Visu Change symbol The position and size of a positioned symbol can be changed after marking using the positioning frame. The parameters of an symbol can be changed using the symbol's context menu (right mouse button). Fig. 54: 'Change icons' menu option. Menu items Designation Delete Edit Take over as default values Copy Cut Paste Description Delete symbol. Open edit dialogue. Symbol size becomes the new default size. Copy symbol Note: The copy is in the same position. Cut out symbol. Paste copied or cut symbol. Clicking Edit opens the dialogue in order to change the properties. This can be used to change symbol size, rotation, projection, actions at left and right mouse button, client assignment, data point assignment and the symbol itself. Fig. 55: Dialogue box for changing the properties. 65 myGEZE Visu CC Dialogue boxes Designation Height Width Angle Projection Clients Action Data points Symbols myGEZE Visu Description in pixels in pixels in degrees Possible settings:  None  Isometric from top  Isometric from left  Isometric from right Note: Isometric symbols can be mirrored by placing a minus sign before the height and/or before the width. Selected entries Type and module Current value, table is opened for change Current value, table is opened for change After the changes have been carried out, close the dialogue with OK and select “Save” in the program header to save these to the database. Values for several marked symbols can be changed at the same time. Depending on the symbol selection, the change dialogue contains a limited list of functions. All lines with selection box set behind the entry to be changed are adapted for all the symbols marked. … . … Monitor views The layout of the monitors connected can be set and changed under this menu item. Fig. 56: Create a new monitor view. Dialogue boxes Designation Name Is default layout Not visible for user User “Order data” Description Name of the monitor view. If the control box is activated, the layout is the default layout and is opened when the user is logged on. If the control box is activated, the specified layout is not displayed to the user for selection. If the layout is only to be shown for a specific user, the corresponding user must be selected here. Description 66 myGEZE Visu CC myGEZE Visu Monitor … to monitor … Workflow view … . … .1 The maximum number of positions for a monitor can be found under these tabs. Total of 16 pieces, as table. Note: If, for example, you assign a drawing to each position, the drawings will only be displayed in layout L16. If a different layout is selected, you will only see parts of the drawings at the respective position. Example: Layout L4: only the first four drawings are displayed. See monitor … to 4, only the layout stored and the selected positions can be used in the workflow (script). Monitor … to monitor … and workflow view Layout: Select the monitor layout. Columns: Once you have created a new layout, you can edit it further by clicking the pencil icon. Column Name Description/index ID Description Clear and unique name of the monitor view; Description such as function, characteristics, special features; Unique identification number; Fig. 57: Monitor views table columns. Dialogue boxes Designation Free Find location Find drawing Find camera Find camera recording Find control panel Delete display window Drawing Description The position can be used freely. Looks for the location containing the workflow data point. Looks for the drawing containing the workflow data point. If several drawings are found, a number can be entered to specify which drawing is to be used. Looks for the camera containing the workflow data point. If several cameras are found, a number can be entered to specify which camera is to be used. Looks for the camera containing the workflow data point. If a camera is found, the camera recording is automatically started with the given parameters. If several cameras are found, a number can be entered to specify which camera is to be used. Looks for the control panel containing the workflow data point. If several control panels are found, a number can be entered to specify which control panel is to be used. All previously opened drawings, maps, cameras, control panels and locations are removed at this position again. Selection of a drawing at the current position. Note: Users with administrator rights can create monitor views that cannot be overwritten by the user and are preferably loaded via the stations. 67 myGEZE Visu CC myGEZE Visu … . … .2 Tab: Viewer Under the viewer tab, the corresponding monitor data points of the individual viewers saved are shown. It is possible here to add monitor data points for an individual viewer. If the button “Add viewer monitor” is not active, either all the possible viewer monitor data points have been added or the system does not have any viewer data points yet. Note: The viewer should be run at least once so that the relevant data points are created via the station driver. Fig. 58: Viewer view The viewers added can be edited using the pencil symbol as described above for monitor … to … and workflow view. … .2 Authorisations The menu item Authorisations contains all the menu entries for the administration of myGEZE Visu operators, groups and clients. … . … Operator myGEZE Visu is a system based on operator rights. On delivery, an administrator -operator has already been configured. Name: Default password: admin GEZE -1863 Note: The default password for the administrator user supplied with the system must be changed to a unique password at the start of system operation. Note the administrator-operator and their password in a safe and not generally accessible place. Roles are assigned to the operator. Roles include authorisations. An operator can have several roles assigned. The role rights are supplemented additively. In addition to the rights, the assignment to clients is important for the operator. Clients are used to define which information the operator can see and edit e.g. all messages from the fire alarm control panel in buildings 2, … and 7. Dialogue boxes 68 myGEZE Visu CC myGEZE Visu Designation Name Description Clear and unique name of the operator. Password Password for login. Description Description such as function, characteristics, special features. Windows login name Windows login name. Operator group List of operator groups. Start action Actions which are to be carried out following operator login. Roles List of the roles assigned to the operator. A list with roles and marking areas is opened when the box is selected. Clients List of the clients assigned to the operator. A list with clients and marking areas is opened when the box is selected. Autostart Prio The workflow is not started automatically up to this workflow priority. Up to then, the workflow is only in the alarm stack. Sound Prio No sound is outputted up to this workflow priority. GVMS ID Compatibility ID to the GVMS system. Auto. Logout after (minutes) Automatic logout of a user following inactivity. Further table columns Column Last change Description Date the last change was made. ID Unique identification number. … . … Operator group Operator groups provide the possibility of defining basic structures for operator rights, which can then be assigned to several operators. For example, several users with the same permissions: building services, administrators, … Dialogue boxes Designation Description Name Clear and unique name of the operator. Description Description such as function, characteristics, special features. Roles Roles include authorisations. An operator can have several roles assigned. The role rights are supplemented additively. Clients Clients control the access to data and system properties. Further table columns Column Last change ID Description Date the last change was made. Unique identification number. … . … Roles Roles define tasks for users. A user can have several roles assigned. On delivery, the system already has three roles (main user, user, user without control rights). The roles form a list which can be sorted according to the columns in it such as name and description combined. The number of roles is restricted to the number of list rows. 69 myGEZE Visu CC … . … .1 myGEZE Visu Role list Fig. 59: Role list Columns Column Name Description Last change ID Description Clear and unique name of the operator. Description such as function, characteristics, special features. Date the last change was made. Unique identification number. New entry The number of roles is restricted to the specified number of rows in the table. To create a new role, enter name and description in an empty row in the role list. When the row is selected, the respective list of rights is shown. The right is added to the s elected role by setting the activation checkmark in the selection boxes in front of the right. The entry is completed by changing to another box. When entry is complete, it is checked for validity. A valid entry activates the buttons Save and Undo changes in the header. If an entry is incorrect, an error message will be outputted. By clicking the “Save” button, the new data are written to the database and the undo/redo function is deactivated again. Fig. 60: Copy rights. A new role can be created quickly using the “Copy rights of the selected role ...” button. Adapt entry Find and select the entry to be changed in the role list. The text boxes and rights selection boxes can be edited. Valid changes activate the “Save” button. Changes are written to the database when this is clicked. 70 myGEZE Visu CC … . … .2 myGEZE Visu Rights list Fig. 61: List of rights Rights Designation Logout Description Right to log out from the Client. Administrator circuit The role describes an administrator with all rights. All Assign all roles. General control Right to carry out general control. Edit view Right to see the Views menu item in myGEZE Visu CC. Permit issue Right to issue access control permits. End Right to end the Client. Edit user rights Right to edit user/user groups/clients and roles in myGEZE Visu CC. Data point overview Right to display the data point overview. Advanced alarm suppression Right to advanced alarm suppression. If this right is not assigned, the control bar in the Client will have “None” or “Identical alarms” available under Parking. If this right is assigned to a user, there are further alarm suppressions available such as “Identical alarms of the system” and “Identical alarm types of the system”. If this right has been assigned to the administrator, they have all types of alarm suppression available, including “All alarms of the system”. Alarm suppression is on the control bar in the Client. Edit graphic Right to edit drawings in myGEZE Visu CC. Edit calendar Right to edit calendar in myGEZE Visu CC. Export/import configuration Right to allow the logged in operator to import/export configuration data from/to myGEZE Visu CC; Edit clients Create and assign clients (data points, drawings). Protocols Right to see the Protocols menu item in myGEZE Visu. Delete sabotage/technology Right to delete sabotage and technology states out of myGEZE Visu via control. Simulate Simulate messages to test system behaviour. Edit stack in blocks Right to acknowledge or delete several alarms at the same time in the alarm stack (prerequisite for delete: the right to delete workflow). Edit symbols Right to edit symbols in myGEZE Visu CC. Edit system settings Right to edit important configuration data in myGEZE Visu CC,refer also to the documentation on myGEZE Visu CC menu rights. Edit table filters Adapt and save table filters in the runtime module. 71 myGEZE Visu CC myGEZE Visu Designation Delete device Description Delete device alarm. Control video Right to control video cameras in myGEZE Visu. Delete workflow Right to delete workflows from the alarm stack. XML import Right to import XML files. Drawings Right to display the locations. Edit time programs Right to edit the time orders. Edit time zones Right to edit the time zones. … . … Clients Note: Client management is a licensed feature and is only available if the relevant system licence has been purchased. Clients control the access to data and system properties. Clients only receive information that has been assigned to them. Examples Several companies share a management system and should only see their own data. Employees at one location should only see the data for their location. Without clients set up, all operators would see all information. The client system is set up in several steps:  Add client to the client list.  Assign clients the corresponding data points, graphics, programs. The clients form a list which can be sorted according to the columns in it such as name and description combined. The number of clients is restricted to the number of rows in the list. Table columns: Column Description Name Clear and unique name of the client. Description Description such as function, characteristics, special features. Last change Date the last change was made. New entry The number of clients is restricted to the specified number of rows in the table. To create a new client, enter name and description in an empty row in the role list. When entry is complete, it is checked for validity. A valid entry activates the buttons Save and Undo changes in the header. If an entry is incorrect, an error message will be outputted. By clicking the “Save” button, the new data are written to the database and the undo/redo function is deactivated again. Adapt entry: Find and select the entry to be changed in the client list. The text boxes and rights selection boxes can be edited. Valid changes activate the “Save” button. Changes are written to the database when this is clicked 72 myGEZE Visu CC myGEZE Visu … .3 Message handling The Message handling menu item lists all the menu entries for the administration and display of incoming events and messages for the product groups created. … . … Event information The event information is a summary of contacts, documents and service teams that are relevant when an event occurs at a system, data point or product group. Columns Column Name Description External system ID User-defined … (up to 10) Last change ID Description Clear and unique name of the event. Detailed description of the event. Can be used freely. Freely usable boxes. Date the last change was made. Unique identification number. Menu bar Fig. 62: Event Information menu bar Information about a new event can be created via the dialogue which appears after the “New” button has been pressed, and can be removed again through the “Delete” button. Existing event information can be edited via the pencil symbol. The following tabs ar e available:  Information  Customer  Assignments  Contacts  Documents  Monitor views  Sound 73 myGEZE Visu CC … . … .1 Information Dialogue boxes Designation Name Description External system ID Clients myGEZE Visu User-defined … (up to 10) Description Clear and unique name of the event. Detailed description of the event. Can be used freely. Clients control the access to data and system properties. Clients only receive information that has been assigned to them. Here, a customer can be selected that has been created with corresponding contact data under the Customers menu item. Freely usable boxes. … . … .2 Customer Dialogue boxes Designation Name … Name … Street Postcode Location External system ID Article number Document GUI script Match code Code Description Name … Name … Street Postcode Location Can be used freely. Optional box for the ID number of a ComXLineAE. Selection of a document. Selection of a GUI script. Match code Code Customer Contact Person tab: The contacts are available in the Contact Person tab. Custom tab: Fields for custom entries. For labelling see chapter “Global settings ”. … . … .3 Assignments Under Assignments you can see which systems, data points and systems/product groups the selected event is assigned to. The plus key can be used to assign a corresponding system, data point or system/product group to the event selected. The minus key can be used to cancel the assignment of the selected event to a system, data point or system/product group.  System  Data points  System/product groups System Designation Description Name Clear and unique name of the system. Description Detailed description of the system. GVMS address available Marks drivers that use the GVMS address box for assignment of the data points from the system address. Time synchronisation Time synchronisation between system and the myGEZE Visu server. Phys. Address Address (also … -level in format x:y) addressing. System type Is used for showing whether it is a system type. System types are delivered by the manufacturer and cannot be edited. Not visible in OPC If enabled: The entire system is analysed/displayed in the OPC myGEZE Visu driver. Clients Clients control the access to data and system properties. Clients only receive information that has been assigned to them. Last change Date the last change was made. ID Unique identification number. 74 myGEZE Visu CC Data points Designation Name Description Active myGEZE Visu ID Description Clear and unique name of the data point. Detailed description of the data point. If “set”, then used If “not set”, then not used Display of the system. Display of the data point type. Marks drivers that use the GVMS address box for assignment of the data points from the system address. Address (also … -level in format x:y) addressing. Example of … -level address ESSER fire alarm control panel with first value group number, second value detector number 4:5 = Group … Detector … Clients control the access to data and system properties. Clients only receive information that has been assigned to them. Display from the systems/product groups created. Can be used for filtering in the myGEZE Visu -Client. Unique identification number. System/product groups Designation Name Description Auto theme ID Description Clear and unique name of the system/product group. Detailed description of the system/product group. Automatic adaptation to the theme set. Unique identification number. System Data point type GVMS address available Phys. Address Clients Systems/product groups … . … .4 Contacts A contact can be added or removed from the event information. Dialogue boxes Designation Description Contact Selection of existing contacts. Alarm type Display of the alarm type used. Alarm reason Display of the reason for the alarm used. External system ID Can be used freely; here entry for email dispatch. Further table columns Designation Name Position Location Telephone Mobile Email User-defined … (up to 10) Description Clear and unique name for the contact; Position within the company; Location Telephone number Mobile phone number Email address Freely usable boxes 75 myGEZE Visu CC myGEZE Visu … . … .5 Documents A document can be added or removed from the event information. Dialogue boxes Designation Description Document Selection of existing documents. Alarm type Display of the alarm type used. Alarm reason Display of the reason for the alarm used. External system ID Can be used freely. Further table columns Designation Name Description Doc. Third -party sys. ID Mode Description Clear and unique name of the document. Detailed description of the document. External system ID of the document. Selection of the type of rich text module: Simple → simple text Rich → WYSIWYG editor … . … .6 Monitor views A monitor view can be added or removed from the event information. Dialogue boxes Designation Description Views Selection of existing monitor views; Alarm type Display of the alarm type used; Alarm reason Display of the reason for the alarm used; External system ID Can be used freely; Further table columns Designation Monitor view Description Name of the monitor view; … . … .7 Sound A sound can be added or removed from the event information. Dialogue boxes: Designation Description Sound Selection of existing sounds. Alarm type Display of the alarm type used. Alarm reason Display of the reason for the alarm used. External system ID Can be used freely. Further table columns Designation Name Sound file Description Name of the monitor view. Selected sound file, can be played by clicking the “Play” button. 76 myGEZE Visu CC myGEZE Visu … . … Conditions A condition is a specification of filters for incoming events or messages which start a selected workflow/action after evaluation. Dialogue boxes Designation Description Basic data Name Clear and unique name of the conditions. Description Detailed descriptions of the conditions. Position Position in the alarm stack of an alarm type “1” top position. If several conditions apply, the position is used to determine which condition is executed. Active If set, then used If not set, then not used No alarm repeat Active: Recurring notifications are only displayed once. Always execute Condition should always be executed. Note: If this action is enabled, the position will be ignored. Measure Workflow Selection of a workflow that should be started. If a workflow is selected, further script parameters can be entered via “...”. Priority Priority in the alarm stack, the larger the higher the priority; Processed by Selection - General  Workflow is available in the complete system. - Station  Selection of the station at which the workflow is to be shown. - Operator  Selection of the operator for whom the workflow is to be shown. - Operator group  Selection of the operator group for which the workflow is to be shown. - Roles  Selection of the role for which the workflow is to be shown. Action Selection of an action that should be started. If an action is selected, further action parameters can be entered via “...”. Place of execution Selection - Server  Selection of the server at which the workflow is to be shown. - Station  Selection of the station at which the workflow is to be shown. Note: Only visible when an action is selected. When Precondition Selection of an existing precondition. Time range Time range during which the condition is active. Location - 77 myGEZE Visu CC myGEZE Visu Change in state/event with/from Alarm type Selection of existing alarm types; Alarm reason Selection of an alarm reason due to which the workflow/action is started. With A. priority If the alarm reason has the same priority: If the alarm reason has the same priority as that specified here, the workflow is initiated. With A. trigger workflow Trigger workflow when alarm reason occurs: If the ‘Trigger workflow’ option is enabled for the alarm reason, the workflow is started. With A. display If an alarm reason is specified: If an alarm reason is associated with the message, the workflow is initiated. With A. significant change If the alarm reason is a significant change: If the alarm reason includes the option ‘significant change’, the workflow is initiated. With A. maintenance If the alarm reason is 'Maintenance': If the alarm reason has the option 'A. Maintenance', the workflow is initiated. With A. statistics If the alarm reason is 'Statistics': If the alarm reason includes the option 'A. Statistics', the workflow is initiated. With A. OffNormal If the alarm reason is ‘OffNormal’: If the alarm reason is set to ‘OffNormal’, the workflow is initiated. Location Selection of a location at which the workflow/action is started. Driver type Selection of driver types. Driver Name of the driver Data point type Selection of a data point type at which the workflow/action is started. System type Selection from the system types created. System Selection of a system on which the workflow/action is started. Data point type Selection of a data point type at which the workflow/action is started. Integrate child data point Selection of whether child data point types should be integrated. types Data point Selection of a data point at which the workflow/action is started. Address Address of the data point property at which the workflow/action is started. Value (expression) Value of the data point property at which the workflow/action is started. Further table columns Column Last change Description Date the last change was made. … . … Time orders Time orders can be defined under this menu item. Different orders can be defined in terms of time using time orders. The GUI mode is recommended for the user -friendly setting of a time order. Dialogue boxes Designation Description Name Clear and unique name. Description Detailed description of the job order. Actions Selection of created actions that are to be carried out. Cron format Depends on mode  GUI: used for displaying the Cron format created, cannot be written over.  Expert: manual entry of the Cron format, can be written over; Active If set, then used If not set, then not used Mode Selection of the predefined mode  GUI: The Cron format is set via a user interface.  Note: The Cron format must be entered manually in the Cron format field. 78 myGEZE Visu CC myGEZE Visu … . … Text modules General simple texts that can be used in the workflow. Dialogue boxes Designation Name External system ID Text Description Clear and unique name of the text modules; Can be used freely; Actual text for the text module; Further table columns Designation Last change ID Description Date the last change was made; Unique identification number; Text modules are not only simple texts. For more freedom, they can be provided with parameters. A text line in the text module is a line in the workflow, e.g. Text line in the text module Hello [O]Hello [O]Hello[!] [O]Hello[!!] Display in the workflow Hello Hello Hello Hello Hello[FONTSIZE:16] Hello [!!]Call emergency coordinator #N Call emergency coordinator Mr Smith at +49 7123/2030 Hello [QUESTION] Colour green [FG:#00FF00] Hello Colour green “#” parameters are another method of central data maintenance. They can be used to maintain contact data centrally. If contact data change, not all measures texts have to be adapted. 79 myGEZE Visu CC myGEZE Visu Possible text placeholders [!] Text in bold type [!!] Text in red bold type [!!!] Text in red bold type and flashing [FLASH] Sets a text line to flashing [FONTSIZE:16] Sets font size to 16, the default value is 12 [FOREGROUND][FG:#ARGB] Set font colour to RGB or ARGB hexadecimal value. If there is nothing specified, the text colour of the layout is used. Example: [FG:#00FF00] sets the text colour to green (0,255,0) [N] Yes/no buttons. No is preset. [NAME:Test] Sets the name of the line to the specified value; this means the line contents and state of the switching elements can be queried, e.g. case "ToDoList1.Test": if // Query Test [O] Set checkbox at the beginning of the line. [SYMBOLNAME] Adds a symbol, see Annex 1. [X] Checkbox placed at the beginning of the line, marked is preset [Y] Yes/no buttons. Yes is preset. [YN] Yes/no buttons. Examples Font size 18 [FONTSIZE:18] Colour green [FG:#00FF00] [O]Team leader #T [Y] Line flashes red in size 32 [!!!] [FONTSIZE:32] 80 myGEZE Visu CC myGEZE Visu … . … Documents General simple or more complex texts that can be used in the workflow script. Dialogue boxes Designation Name Description External system ID Mode Further table columns Designation Last change ID Description Clear and unique name of the documents. Detailed description of the document. Can be used freely. Selection of the type of rich text module  Simple → simple text entry  Rich → entry using WYSIWYG editor Description Date the last change was made. Unique identification number. Possible text placeholders for simple [!] Text in bold type [!!] Text in red bold type [!!!] Text in red bold type and flashing [FLASH] Sets a text line to flashing [FONTSIZE:16] Sets font size to 16, the default value is 12 [FOREGROUND][FG:#ARGB] Set font colour to RGB or ARGB hexadecimal value. If there is nothing specified, the text colour of the layout is used. Example: [FG:#00FF00] sets the text colour to green (0,255,0) [N] Yes/no buttons. No is preset. [NAME:Test] Sets the name of the line to the specified value; this means the line contents and state of the switching elements can be queried, e.g. case "ToDoList1.Test": if // Query Test [O] Set checkbox at the beginning of the line. [SYMBOLNAME] Adds a symbol, see Annex 1. [X] Checkbox placed at the beginning of the line, marked is preset [Y] Yes/no buttons. Yes is preset. [YN] Yes/no buttons. Examples Font size 18 [FONTSIZE:18] Colour green [FG:#00FF00] [O]Team leader #T [Y] Line flashes red in size 32 [!!!] [FONTSIZE:32] 81 myGEZE Visu CC myGEZE Visu … . … Sound Sounds for the notification of workflows can be configured under this menu item. Dialogue boxes Designation Description Name Clear and unique name. Sound file Upload sound files in wav or mp3 format with a max. size of 512 kB. Play the sound file. Further table columns Designation System type Last change ID Description Is used for showing whether it is a system type. System types are delivered by the manufacturer and cannot be edited. Date the last change was made; Unique identification number; … . … Contacts Contact persons with their contact data can be created here. The contact can be used at different points in myGEZE Visu CC e.g. message handling/customers, scripts and more. Dialogue boxes Designation Name Position Location Telephone Mobile Email User-defined … (up to 10) Description Clear and unique name for the contact. Position within the company. Location Telephone number Mobile phone number Email address Freely usable boxes. Further table columns Designation Last change ID Description Date the last change was made. Unique identification number. 82 myGEZE Visu CC myGEZE Visu … . … Customers Customers with their contact data can be created here. The customer data can be used at different points in myGEZE Visu CC e.g. scripts and more. Dialogue boxes Designation Name … Name … Street Postcode Location External system ID Article number Document GUI script Match code Code Routine call monitoring Routine call monitoring time Description Name … Name … Street Postcode Location Can be used freely; Optional box for the ID number of a ComXLineAE; Selection of a document; Selection of a GUI script Match code Code Optional box for a routine call of a ComXLineAE; Optional box for the routine call time of a ComXLineAE; Contact Person tab: The contacts are available in the Contact Person tab. Custom tab: Fields for custom entries. Further table columns Designation Last change ID Description Date the last change was made. Unique identification number. … .4 Protocols … . … Workflow report The workflow report, which contains entries on completed workflows (the workflow must have been concluded) is displayed under this menu item. The content of the table can be restricted via parameters. Select the “Refresh” button to search for corresponding sentences in the database. If no parameter has been entered, all available sentences are displayed. Dialogue boxes Field Data point Alarm reason Workflow Event ID Priority Event time Start of processing Acknowledged Completed Description Specific data point that is selected from a list of available data points via a selection dialogue, or no entry. Reason for the alarm that is selected from a list of available data points, or no entry. Name of the workflow that is selected from a list of available workflows, or no entry. Unique ID of the event for tracking. Priority of the message at the end of processing from/to. Event time of the message from/to. Start time for processing on a client from/to. Time from/to. Time from/to. The workflow report contains the log entries, sorted in descending chronological order. The newest message is at the top. The output can be sorted by columns, filtered and entries can be marked for copying. The list selected can be printed or exported using the print preview button or quick print button. The quick print button works like the print preview described. CTRL + F will display a search field. The system searches for this value in all tables. The field “Search term” searches only in the “Details” column. 83 myGEZE Visu CC myGEZE Visu Fig. 63: Example workflow report Use “+” to open a workflow entry and display the individual log entries for the workflow. The workflow report can also be opened via the myGEZE Visu system menu. Fig. 64: myGEZE Visu system menu 84 myGEZE Visu CC myGEZE Visu … . … System report Under this menu item, the system report is shown with log entries. The content of the table can be restricted via parameters. Select the refresh button (3) to search for corresponding sentences in the database. If no search parameter has been entered, all available sentences are displayed. Fig. 65: Example system report Quick print button Print preview button Update Dialogue boxes Designation Category From/to Event ID Task Instance ID Search term User name Description Origin with defaults such as client, server, configuration or custom values. Time frame from/to the message entries. Unique ID of the event for tracking. Tasks such as start, end, control, simulation and others, or custom values. Unique ID used for tracking started scripts and controls that are triggered through the event. If the Details box contains a term and “ Like ” is selected, then sentences containing the specified parameter are loaded. If there is no checkmark, the parameters must exactly match the specification. User name or server linked to the entries generated by the system. The system report contains the log entries, sorted in descending chronological order. The newest message is at the top. The output can be sorted by columns, filtered and entries can be marked for copying. The selected list can be printed or exported using the print preview button (2) or quick print button (1). The quick print button works like the print preview described. CTRL + F will display a search field. The system searches for this value in all tables. The field “Search term” searches only in the “Details” column. The system report can also be opened via the myGEZE Visu system menu. Fig. 66: myGEZE Visu system menu 85 myGEZE Visu CC myGEZE Visu … . … Server log This function displays the server log window with system signals. The content of the server log depends on the log level settings for the individual drivers. The default is to output message for the “Error” level. The window contains the server log entries , sorted in descending chronological order. The newest message is at the top. The output can be sorted by columns, filtered and entries can be marked for copying. CTRL + F will display a search field. The system searches for this value in all tables. The search runs for all columns. If multiple terms are entered, the system will search for each individual term. To search for a term with separating characters, put th e term in quotation marks. The table only displays rows that contain the entered term. Click the “Close” button to remove the search field and the search. The following buttons are located above the table:  Reload: The content of the list is automatically updated when new entries are added. If this is not selected, the list is not updated.  Select new entry : The most recent table entry is selected automatically.  Empty: Empties the table. Fig. 67: Example of a server log list with the search window open and ERROR entries The server log can also be opened via the myGEZE Visu system menu. Fig. 68: myGEZE Visu system menu 86 myGEZE Visu CC myGEZE Visu … . … Print Quick print The current content of the program main window is sent to the assigned default printer. myGEZE Visu automatically sets the print alignment. This is dependent on the window alignment. If the program main window contains multiple sub -windows, for example when showing a workflow with a text area and graphics, then each sub -window is printed on a separate page. The individual pages contain a header with the print name and a footer with the print date and the name of the logged in user. Print preview Under this menu item, a dialogue is opened before printing which what the printout is expected to look like. Print settings such as printer assignment or output target can be set individually using the header or printout. This allows data in a table, for e xample, to be exported to a specified selected form such as Excel. Fig. 69: Print preview menu The printout can be influenced using the print preview menu: Open a saved printout in .prnx format Save a printout in .prnx format Search for a term in the printout. Jumps to the page with the search term in a printout with multiple pages. Quick print to the default printer with default settings. Select a printer from the list of configured printers and adapt the printer settings. Page setup: This allows you to adjust the document's page settings. Scaling: Enlarging or reducing the contents of the document to a percentage of its actual size. Scroll forward/back or jump to the beginning/end of multi -page printout. Shows the navigation area in which you can search for certain text and navigate through the document. Make the printout area window larger/smaller. Page display Allows the user to scroll continuously between the pages in a one or two page view. Opens a miniature view that you can use to navigate through the document. Export the document to the format selected in the context menu. Send the document as an email in the selected format. The format can be selected from a list that opens when the triangle next to the function icon is clicked. Dialogue boxes will then appear to set the required values, such as the file name and path, addr ess. This allows a watermark to be defined behind the page content. 87 myGEZE Visu CC myGEZE Visu … .5 System All the menu items for the administration of the connected product groups are located here. In addition, internal myGEZE Visu functions can be configured and set up here. All system -related definitions such as data point type, symbols, alarm types are also located here. … . … Connections The product groups connected and their data are managed here. The screen contains the following tabs: Drivers, System and data points . The hierarchical structure always results in a configuration sequence. First of all, a driver has to be set up in the System/connection selection. Assign at least one system to the driver. Create data points for the system. There are various possibilities for doing this: 1. Data points are configured manually. 2. A configuration file with data points is read in. 3. A connected system can be queried and the configured data points are read out. 4. The data points of a connected system are updated automatically. All data points in a system form a list that can be sorted according to columns such as name, address, data point type combined. … . … .1 BACnet driver The BACnet driver connects to BACnet capable devices via BACnet IP protocol. The connection to the device is monitored by the driver. In the event of failure, a fault message appears in the myGEZE Visu. The BACnet network configuration can be opened in myGEZE Visu CC under Systems/Connections/BACnet driver. For this, the configuration client must be started on the computer on which BACstac is installed. After installation, the driver type “BACnet driver” is available for the driver system. Driver dialogue boxes Designation Name Description Driver type Description Clear and unique name of the driver. Detailed description of the driver. Selection of the driver types created; generates a suitable command line-parameter entry. 88 myGEZE Visu CC Further driver table columns Designation Redundant driver for Phys. Address Autostart Command line -parameter Password Status query timeout Start time overwriting Driver type Active Clients Log level Last change ID myGEZE Visu Description Data for redundant systems, if activated then no system/data point specification is required. Interface description text, e.g. Com (2); Yes: Drivers of this type are started automatically by the myGEZE Visu Server and restarted automatically if they crash. No: The driver must be started manually, e.g. if it is running on a different computer. Driver-specific information such as start parameters, passwords etc. can be entered in this text box. Password for driver. Maximum waiting time for status queries. If this is exceeded, an error message is generated and logged. Maximum waiting time for connection setup. If this is exceeded, an error message is generated and logged. Selection from the driver types created. If set, then used If not set, then not used. Details of the clients for whom the driver is visible. Selection of the depth of the driver log. Possible values:  Fatal show fatal errors  Error error messages are logged  Debug log debug and higher messages  Warn log warnings and higher messages  Info log info and higher -value messages  All log all messages  Off do not log any messages Date the last change was made. Unique identification number. 89 myGEZE Visu CC myGEZE Visu … . … Driver settings The driver provides a separate settings window for the parameters required. This is opened using the pencil symbol in the “Settings” column. Fig. 70: Driver settings The BACnet driver settings dialogue contains the following input boxes: Designation Name Description Driver type Designation Own BACnet system Contents BACnet Free text box for a description. Has no function. BACnet driver (fix) Contents Service Point Uri Port Id Device instance number Server Tsm Pool Size Client Tsm Pool Size Designation Network discovery Contents Broadcast Network Number Description URI, which specifies the BACstac service with which the instance of the service point class should connect. Set empty as default. The identifier for the port within the BACstat service. Default value 0, which means that connection is to the first physical port. Device instance number of the driver's BACnet device. The pool size determines the maximum number of incoming confirmed queries that the application can execute at the same time. The pool size determines the maximum number of queued confirmed client queries. Default value Default value: empty Description Possible values: "Global", "Local", "Fixed network number"  Global: to all devices on all networks in a BACnet internet network;  Local: to all devices in the directly connected network;  Fix Network number: fixed network number Default value Default value: Global Default value: … Default value: 2021 Default value: 150 Default value: 150 Default value: … 90 myGEZE Visu CC Designation ADPU myGEZE Visu Contents Max ADPU Length ADPU time -out Max retries Segmentation Max Segments Accepted Window Size Segment Timeout Designation ASN Encoder Description The maximum number of … -byte bits that may be contained in one single non-divisible data unit of the application layer protocol. It is usually defined through the capabilities of the remote device and/or the types of LANs on the path to the remote device. The time in milliseconds between repeated transmissions of an APDU that must be acknowledged, for which no acknowledgement has been received. The maximum number of times an APDU should be sent again if the timeout for an APDU that has to be acknowledged has elapsed without acknowledgement being received. Specifies whether the device supports segmentation for the transmission, reception or both. The time in milliseconds between the repeated transmission of an APDU segment if no acknowledgement has been received. The suggested size of a segmented message window for a client request or the maximum permissible value for the actual window size with a server display. Defines APDU segment timeout, which specifies the time in milliseconds between the repeated transmission of an APDU segment. Contents AsnEncoder Char Set Description The character set used for string encoding. AsnEncoder Code Page The code page used for DBCS coding. Use the system preset 0. Default value Default value: 1476 Default value: 6000 Default value: … Default value: Both Possible values: "Both", "Transmit", "Receive", "None" Default value: 32 Default value: 32 Default value: 5000 Default value Default value: UTF8 Possible values: "UTF8", "DBCS", "JIS", "UCS4", "UCS2", "Latin1" Default value: … Note: Changes to the BACnet driver parameters may have a significant impact on system behaviour. For this reason, they should be done carefully. 91 myGEZE Visu CC myGEZE Visu … . … .1 System Systems are myGEZE Control systems or general BACnet controllers connected via a driver. System dialogue boxes Designation Description Name Clear and unique name of the driver. Description Detailed description of the system. System type Selection from the system types created, which the driver type brings. Failure delay time (sec.) Specifies the time in seconds before a system failure leads to a workflow. Time synchronisation Time synchronisation between system and the myGEZE Visu server. Message monitoring type Off (standard): If selected, message monitoring does not take place. Automatic: If selected, the system automatically records the time of the last message received in the system data point. Data point system - property “Last message (UTC)”, address 2. If message received by the system is longer ago than the set message monitoring time, the property message monitoring for the data point system is set to “Message missing”. Manual: If selected, the system automatically records the time of the last message received in the system data point. Data point system - property “last message (UTC)”, address 2; The message evaluation must be checked manually through an action, workflow etc. Message monitoring time Standard: If the message monitoring type is not set to “Off”, you can (HH:mm) edit the message monitoring time. The smallest value that can be set is … minutes. Further system table columns Designation GVMS address available Phys. Address Event information Active Not visible in OPC Clients Last change ID Description Marks drivers that use the GVMS address box for assignment of the data points from the system address. Address within a structure connected via the driver, e.g. network number of the device in the Essernet. Information about an incoming event. If set, then used If not set, then not used If enabled: The entire system is analysed/displayed in the OPC myGEZE Visu driver. Details of the clients for whom the system is visible. Date the last change was made. Unique identification number. Note: Up to five systems can be connected to a myGEZE Visu Server. 92 myGEZE Visu CC myGEZE Visu System type myGEZE Visu can connected lower -level systems via the BACnet communication protocol. Alongside myGEZE Control systems, other BACnet controllers can be connected. The connections differ according to system type. Fig. 71: System type System type BACnet system BCFG type BACnet system EDE file myGEZE Control Description General BACnet controller. The BACnet objects must be available in the BCFG format for import (defined within the system). General BACnet controller. The BACnet objects must be available for import in the EDE format according to BACnet Interest Group Version … . myGEZE Control connection. The configuration files myGEZE_DeviceImport.csv and myGEZE_StateTexts.csv created for the controller can be imported directly in myGEZE Visu. 93 myGEZE Visu CC myGEZE Visu … . … . … myGEZE Control system settings In the system menu Connections, select the BACnet driver in the Drivers tab and then select the BACstac button on the top right. Driver dialogue boxes Designation System type Time synchronisation Message monitoring type Message monitoring time Designation Only use existing data points Update data point names Update data point types Update Datapoint Description myGEZE Control Address Device instance number myGEZE_DeviceImport File myGEZE_StateTexts File COV Resubscribe every (sec.) Default Poll interval Description myGEZE Control myGEZE Control is synchronised with the servers system time. For further information, see … . … .1 System. Description Does not add the data points from the myGEZE_DeviceImport.csv file, rather uses the data points already configured. Updating of the data point names from the myGEZE_DeviceImport.csv file. Updating of the data point types from the myGEZE_DeviceImport.csv file. Updating of the data point description from the myGEZE_StateTexts.csv file. Address of the BACnet device Example: '20:C0-A8-01-23-BA-C0' Network number 20 (optional) IP= … . … , Port=47808. Leave blank to identify via a WhoIs query. Device instance number for the device removed. myGEZE_DeviceImport.csv file of the controller to be connected. myGEZE_StateTexts.csv file for the controller to be connected. Renews the COV subscription every X seconds. Use … for never. Polling of properties that are not provided by COV, every X seconds. Use … to only carry out the poll at start. Default value Default: Not selected Default: Not selected Default: Not selected Default: Not selected Default value: empty Default value: … Default value: 300 Default value: 10 94 myGEZE Visu CC myGEZE Visu Fig. 72: New System dialogue box 95 myGEZE Visu CC myGEZE Visu … . … . … System settings for BACnet device (EDE file) The BACnet device (EDE file) settings dialogue contains the following input boxes: Designation Update Datapoint Names Update Datapoint Types Update Datapoint Description Remote BACnet Device Address Device instance number EDE File State Texts File COV COV Resubscribe every (sec.) Default Poll interval Priority Designation Write Priority Description Update data point names from EDE file. Update data point types from EDE file. Update data point description from EDE file. Default value Default: Not selected Default: Not selected Default: Not selected Address of the BACnet device Example: '20:C0-A8-01-23-BA-C0' Network number 20 (optional) IP= … . … , Port=47808. Leave blank to be detected by a WhoIs request. Device instance number for the remote device. EDE file for the remote device. State-Texts-CSV file for the remote device. Specifies whether a COV subscription should be used. Default value: … Renews the COV subscription every X seconds. Use … for never. Polling of properties that are not provided by COV, every X seconds. Use … to only carry out the poll at start. Description Default priority for write commands. 1=highest 16=lowest. Note: The “Clear” parameter in a control can be used to remove a specified value from the “Priority Array”. Default value: … Default value: empty Default value: empty Default value: Acknowledged COV Possible values: "Acknowledged COV", "Unacknowledged COV", "COV not used" Default value: 300 Default value: 10 Default value Default value: … 96 myGEZE Visu CC myGEZE Visu ADPU Designation Use individual ADPU Settings Max ADPU Length ADPU time -out Max retries Segmentation Max Segments Accepted Window Size Segment Timeout ASN Encoder Designation Use custom ASN Encoder Settings AsnEncoder Char Set AsnEncoder Code Page Description Use individual ADPU Encoder settings. Default value Default: Not selected The maximum number of … -byte bits that may be contained in one single non -divisible data unit of the application layer protocol. It is usually defined through the capabilities of the remote device and/or the types of LANs on the path to the remote device. The time in milliseconds between repeated transmissions of an APDU that must be acknowledged, for which no acknowledgement has been received. The maximum number of times an APDU should be sent again if the timeout for an APDU that has to be acknowledged has elapsed without acknowledgement being received. Specifies whether the device supports segmentation for the transmission, reception or both. Default value: 1476 The time in milliseconds between the repeated transmission of an APDU segment if no acknowledgement has been received. The suggested size of a segmented message window for a client request or the maximum permissible value for the actual window size with a server display. Defines APDU segment timeout, which specifies the time in milliseconds between the repeated transmission of an APDU segment. Default value: 6000 Default value: … Default value: Both Possible values: ‘Both’, ‘Transmit’, ‘Receive’, ‘None’ Default value: 32 Default value: 32 Default value: 5000 Description Use custom ASN encoder settings. Default value Default: Not selected The set of characters used for string encoding. Default value: UTF8 Possible values: “UTF8”, “DBCS”, “JIS”, “UCS4”, “UCS2”, “Latin1” Default value: … The code page used for DBCS encoding. Use … as system default. See documentation “Description of the EDE data fields” (under the link: https://www.big.eu.org): 97 myGEZE Visu CC myGEZE Visu Format of the “EDE” sheet The spreadsheet is in Excel format. The “EDE” sheet contains project information and a list of the data points which were selected for data exchange. The sheet EDE must be saved as a UTF8 CSV file with separator ; . Columns used:  device -object-instance  object-name  object type  object-instance  description (optional)  settable (optional)  supports COV (optional)  state text reference (optional) Columns specific to BACnet drivers  DatapointTypeId (optional): Data point type ID to be used when creating the data point.  PollInterval (optional): The time, in milliseconds, at which the properties of the BACnet object are polled, if this time is to differ from the system settings.  WritePriority (optional): Priority 1–16 (-1 for no priority), to be used when writing writable properties, if the priority is to differ from the system settings. Data point types for the BACnet objects from the EDE file can be adapted or extended in a user -defined way. … . … . … System settings for BACnet devices (BCFG file) The type BACnet -Device(BCFG file) is provided for the project -specific mapping of complex structures and BACnet systems and always requires project -specific setting of the configuration or reusable templates for similar structures/BACnet system. Data point types of the BCFG object are not provided by default. These have to be prepared project -specifically using the BCFG file. Further information from IVMS GmbH. The BACnet device (BCFG file) settings dialogue box contains the following input fields: Designation Update Datapoint Names Update Datapoint Types Update Datapoint Description Description Update data point names from EDE file. Update data point types from EDE file. Update data point description from EDE file. Default value Default: Not selected Default: Not selected Default: Not selected Designation Remote BACnet Device Address Description Address of the BACnet device Example: '20:C0-A8-01-23-BA-C0' Network number 20 (optional) IP= … . … , Port=47808. Leave blank to be detected by a WhoIs request. Device instance number for the remote device. BCFG file of the remote device. State-Texts-CSV file for the remote device. Default value Default value: … Device instance number BCFG file State Texts File Default value: … Default value: empty Default value: empty 98 myGEZE Visu CC COV/Polling Designation COV COV Resubscribe every (sec.) Default Poll interval Priority Designation Write Priority ADPU Designation Use individual ADPU Settings Max ADPU Length ADPU time -out Max retries Segmentation Max Segments Accepted Window Size Segment Timeout myGEZE Visu Description Specifies whether a COV subscription should be used. Renews the COV subscription every X seconds. Use … for never. Polling of properties that are not provided by COV, every X seconds. Use … to only carry out the poll at start. Default value Default value: Acknowledged COV Possible values: “Acknowledged COV”, “Unacknowledged COV”, “COV not used” Default value: 300 Default value: 10 Description Default priority for write commands. 1=highest 16=lowest. Note: The “Clear” parameter in a control can be used to remove a specified value from the “Priority Array”. Default value Default value: … Description Use custom ADPU encoder settings. Default value Default: Not selected The maximum number of … -byte bits that may be contained in one single non -divisible data unit of the application layer protocol. It is usually defined through the capabilities of the remote device and/or the types of LANs on the path to the remote device. The time in milliseconds between repeated transmissions of an APDU that must be acknowledged, for which no acknowledgement has been received. The maximum number of times an APDU should be sent again if the timeout for an APDU that has to be acknowledged has elapsed without acknowledgement being received. Specifies whether the device supports segmentation for the transmission, reception or both. Default value: 1476 The time in milliseconds between the repeated transmission of an APDU segment if no acknowledgement has been received. The suggested size of a segmented message window for a client request or the maximum permissible value for the actual window size with a server display. Defines APDU segment timeout, which specifies the time in milliseconds between the repeated transmission of an APDU segment. Default value: 6000 Default value: … Default value: Both Possible values: ‘Both’, ‘Transmit’, ‘Receive’, ‘None’ Default value: 32 Default value: 32 Default value: 5000 99 myGEZE Visu CC myGEZE Visu ASN Encoder Designation Use custom ASN Encoder Settings AsnEncoder Char Set AsnEncoder Code Page Description Use custom ASN encoder settings. Default value Default: Not selected The set of characters used for string encoding. Default value: UTF8 Possible values: “UTF8”, “DBCS”, “JIS”, “UCS4”, “UCS2”, “Latin1” Default value: … The code page used for DBCS encoding. Use … as system default. … . … .2 Data points Data points are the most important information carriers in the system. A data point is usually assigned to an address within a connected device e.g. a magnetic contact of an alarm control panel. The data point can contain several pieces of detailed informa tion. Using the example of a magnetic contact, this can be e.g. whether the contact is opened, whether there are any faults or the alarm function has been switched off (blocked). Control functions can also be assigned to data points, in the case of the above mentioned detectors this can be functions such as blocking or resetting, depending on the device. Data points are created within devices for system setup. Devices are below drivers in the hierarchy, since some drivers can manage several devices. This structure is defined in data point types, see chapter Data point type . The current value structure of the data point can be displayed as a table, symbolically or configured individually. Data point dialogue boxes Designation Name Description Active GVMS address available Phys. Address Event information Clients Data point type System/product groups Description Clear and unique name of the driver; Detailed description of the system; If set: is used, if not set: is not used; Some drivers (GVMS address available) use the number entered for assignment of the data points; Address (also … -level in format x:y) addressing. Example of a … -digit address: ESSER fire alarm control panels with the first value representing the group number and the second value representing the detector number 4:5 = Group 4, Detector … Information about an incoming event; Details of the clients for whom the data point is visible; Describes the structure of the values contained in the data point with states, value types and values; Selection from the systems/product groups created; Can be used for filtering in the myGEZE Visu -Client. Further data point table columns Column Description Last change Date the last change was made. ID Unique identification number. Note: Record each data point, including the name, address and data point. Knowledge of the device to be connected is required for this. Incorrect assignment can trigger a faulty function. Note: A data point type can only be removed if there are no longer any configured data points of that type. Before the data point type is deleted, all data points of this type must have been deleted first. 100 myGEZE Visu CC myGEZE Visu Clicking “Save” and commenting the change enters this in the database system. The undo/redo function is deactivated again. … . … Stations myGEZE Visu stations can be configured here. Unique identification of the configured station can be transferred in the start parameters of the myGEZE Visu Client, see chapter Startup configuration tool . Basic data dialogue boxes Field Name Description Login action Event action Station type Display … Display … Display … Display … Monitor view Waiting time (sec.) Auto. Logout after (minutes) Description Clear and unique name. Detailed description of the station. Action to be started when the station is logged in at the myGEZE Visu server. Action to be started when events happen for the station. Selection from the predefined station types. Client: Full-featured myGEZE Visu client with all associated interface elements (e.g. alarm stack, alarm tile, etc.). Viewer: Used to display images (cameras/locations). No interface elements are displayed. The pencil symbol can be used to set the individual options that display and select the layout parameters on the Client. Individual monitor sections can be reserved statically or dynamically for views. For further information see “Static and dynamic motor view”. Display … always refers to the main monitor and the drop -down list Display 1. Note: If no item is selected from the available options, Advertisement … will not appear in the selection bar. The pencil symbol can be used to set the individual options that display and select the layout parameters on the Client. If no element is selected from the individual options, the display is not available at the monitor. Display … always refers to the first additional monitor. Note: This setting only takes effect if the multi -monitor licence option is enabled. The pencil symbol can be used to set the individual options that display and select the layout parameters on the Client. If no element is selected from the individual options, the display is not available at the monitor. Display … always refers to the second additional monitor. Note: This setting only takes effect if the multi -monitor licence option is enabled. The pencil symbol can be used to set the individual options that display and select the layout parameters on the Client. If no element is selected from the individual options, the display is not available at the monitor. Display … always refers to the third additional monitor. Note: This setting only takes effect if the multi -monitor licence option is enabled. In the dialogue, the view can be selected that is to appear after a certain period of user inactivity. The editing dialogue is opened using the pencil symbol. Specification of the time (from 30 seconds) of user inactivity after which the above selected view appears on the screen. Automatic logout of a user following inactivity. 101 myGEZE Visu CC Selection bar myGEZE Visu Choice of which selection bar elements are to be shown in myGEZE Visu Client. Select all Handling alarms All the available selection bar elements are shown in myGEZE Visu Client. Display of workflows. Alarm stack Selection and editing of stack entries. Operating devices View of the preview images of all graphics defined as control panel. All data points are shown in tabular form. View of the preview images of all graphics defined as cameras. Data points Cameras Visible viewers Customers View of the customers. Locations Systems Preview images of the drawings of the location overview. View of the systems. Workflow report View of workflow reports. Selection of the viewers the station is to see. A maximum of five visible viewers or All viewers can be selected. Action/script dialogue boxes Field Description Action … to … (system Selection of an action that is to be shown in the system menu after selection. menu) Columns for action … to … can be added using the column editor. Further information under “Extension column editor”. Note: You must save the settings for the advertisement to be displayed. After a new login at the Client/Configuration Client, the action is displayed. GUI script … to … (system Selection of a GUI script that is to be shown in the system menu after selection. menu) Columns for GUI script … to … can be added using the column editor. Further information under “Extension column editor”. Note: The settings must be saved for the GUI script to be displayed. After a new login at the Client/Configuration Client, the GUI script is displayed. Tab GUI script … to … Selection of a GUI script that is to be displayed in the selection bar of the myGEZE Visu after selection. Columns for tab GUI script … to … can be added using the column editor. Further information under “Extension column editor”. Note: You must save the settings for the Tab GUI script to be displayed. After a new login at the Client/Configuration Client, the GUI script is displayed at the Client. Further table columns Column Last change ID Description Date the last change was made. Unique identification number. … . … Systems/product groups Systems/product groups can be configured here. myGEZE Visu Client can be used to filter according to the product groups. The product groups can be assigned to the data points (System/Connections/Tab data points). Dialogue boxes Field Name Description Clear and unique name. 102 myGEZE Visu CC Description Event information Image Auto theme myGEZE Visu Detailed description of the system/product group. Information about an incoming event. An image for the system/product group can be stored here. The image size is limited to 256 x 256 pixels. Automatic adaptation to the theme set. Fig. 73: Systems/Product Groups Configuration … . … Alarm types Alarm types classify messages into categories. Using the alarm type, an incoming event can be assigned an identification symbol and a code colour for representation in tables. An alarm type contains any number of sub-points, the alarm reasons. These are as signed to possible input values in the data point type. Alarm types and alarm reasons are imported to the system during the installation process. Alarm types and reasons are also extended when drivers are added. The hierarchical structure always results in the configuration sequence alarm type to alarm reason. Dialogue boxes Field Name Description GVMS ID Colour Auto theme Description Clear and unique name. Detailed description of the alarm type. Compatibility ID to the GVMS system. Code colour for list entries as hexadecimal ARGB value (e.g. #ff595959) or default colour value (e.g. red). Assignment takes place through a colour selection dialogue. Font colour of the alarm tile, assignment takes place through a colour selection dialogue. Assigned symbol in lists and on graphics, summaries. Assignment is through a drop -down list/file dialogue; Automatic adaptation to the theme set. Further table columns Column Last change ID Description Date the last change was made. Unique identification number. Font colour Image 103 myGEZE Visu CC myGEZE Visu … . … .1 Edit alarm reasons The respective alarm reasons are reached by selecting an alarm type. Dialogue boxes Field Description Name Clear and unique name. Description Detailed description of the alarm reason. GVMS ID Compatibility ID to the GVMS system. Priority Priority Trigger workflow If active: The alarm reason can trigger a workflow. For further information see chapter Conditions . Display If active: The alarm reason is displayed in the myGEZE Visu -Client. Significant change If enabled: Automatic entry in the system report. OffNormal Marks the non-normal operating state. Can be used, for example, to start a workflow for a non-normal operating state (conditions) in a simple way. Note: No tile is displayed in the myGEZE Visu -Client for this status (depending on the Display option ). Maintenance If enabled: Automatic entry into the statistics database (specific to the administrator). Statistics If enabled: Automatic entry into the statistics database (specific to the administrator). Further table columns Column Last change ID Description Date the last change was made. Unique identification number. … . … Data point type Data point types describe the structure of data points. They define which information the data point can deliver and send. The number of details is unlimited. The structure of the values ranges from discrete values through character chains to tables. Data points are the most important information carriers in the system. A data point is usually assigned to an address within a connected e.g. an operating mode feedback on an automatic door drive. The data point can contain several pieces of detailed information. Using the example of the operating mode feedback: whether the drive is in automatic, hold open, exit only or switched off mode. Control functions can also be assigned to data points. In the case of the above mentioned detectors this can be functions such as blocking or resetting, depending on the device. Data points are created within devices for system setup. Devices are below drivers in terms of hierarchy. Some drivers can manage several devices. Data point types describe the states and controls the data point has available with which values and assigned alarm reasons. There are special data point types:  Static data point type can be used for a simply image display e.g. customer logo.  System symbol data point type can be used to show complete systems.  Drawing symbol data point type can be used to show complete drawings. These special data point types are included in the delivery scope of myGEZE Visu. The special data point types are available in the symbols and in the drawings ( Edit drawings → Tab Symbols → Combined box top left). 104 myGEZE Visu CC myGEZE Visu Columns Column Name Description GVMS ID System type Description Clear and unique name of the data point type. Detailed description of data point type. Compatibility ID to the GVMS system. Is used for showing whether it is a system type. System types are delivered by the manufacturer and cannot be edited. Date the last change was made. Unique identification number. Last change ID … . … .1 Save changes Note: Changes are not saved automatically Fig. 74: Menu structure The Save symbol in the program header must be selected for saving to be carried out. The symbol is only active if non -saved changes are recognised. A context menu appears if you right -click a selected element: Fig. 75: Context menu Dialogue boxes Field Copy Open all Close all Copy ID(s) Export Print System report Description Creates a new table entry with a name combination containing “_copy of” and “name of the selected element”. Opens all sub -elements available. Closes all sub -elements available. Copies the unique identification number for the entry or entries selected to the PC clipboard. If more than one entry is marked, the IDs are copied to the PC clipboard separated by commas. Export selected entries to .xml files. Print preview. For further information see chapter Logs, print . Opens the system report specifically for the selected element. 105 myGEZE Visu CC myGEZE Visu Action left mouse button/right mouse button Fig. 76: Left-click/right -click action Menu items Menu Action symbol Description Carries out the action stored for this symbol. Nothing No action. Menu Displays the default system menu. Show drawing Displayed the selected drawing. Drawing on local viewer Displays the selected drawing on a local viewer. Drawing on remote viewer Drawing on viewer Displays the selected drawing on a remote viewer. Display drawing section Displays a drawing section. Simulation menu Displays the default simulation menu. Action type Carries out the action stored for this data point type. Open popup Opens the selected popup (GUI script). Execute action Carries out the selected action. Displays the selected drawing on a viewer. 106 myGEZE Visu CC Properties Properties Name Address Type Server property Persistent Right Not visible in OPC Not visible on interface If change save trend value Save trend values cyclically Control unit Control unit Name Address Type Right Not visible in OPC Not visible on interface myGEZE Visu Table showing the input states of a data point; Name of the property state. Numeric address of the property in the data point type e.g. 1. Type of data field: Enum freely definable enumeration values Integer number value Boolean true or false Double number value with comma String character chain Date date Time time DateTime date and time The value is held on the server and not delivered by the device. Value is only valid during server runtime. Value is saved in the database in addition. Right that the operator must have to see the value. Property is not forwarded to the OPC server. Value is not shown on the interface. If enabled: Values are saved when changed. If enabled: Data is saved cyclically every "set number of seconds". Table showing the control states of a data point; Name of the control function. Numeric address of the control state in the data point type e.g. 1. Type of data field: Enum freely definable enumeration values Integer number value Boolean true or false Double number value with comma String character chain Right that the operator must have to see the value. Property is not forwarded to the OPC server. Value is not shown on the interface. The dialogue is closed by clicking “OK”. … . … .2 Edit data point types All data point types form a list which can be sorted according to columns such as name and description combined. After a data point type has been selected (using the pencil symbol), properties and controls become visible with their value structure. For further information see chapter Menu bar. 107 myGEZE Visu CC … . … .3 myGEZE Visu Default data point types After installation, the following data point types are available: Name GVMS ID ID Analogue/double object R 62d8f045-26cc-4d0e-a0e3-194bcb27dd64 Analogue/double object RW e502d8bc -12e3-49d3-847d-c84331fb804e Binary object R 5923f079-5139-4b0d -9343-00c6a0037dce Binary object RW 3b7a0fd8 -46f0-4871-b3cc-d59f0ac72886 Default BACnet object c43db96d -b3be -4cc6-b54f-d093e9e33ed8 Default BACnet object with EventState 8cfc94d6 -bc68-4fb7-b7a8-58938d3a403c MultiState/integer object R 215e773d-4133-44d6-8936-46a2556fb964 MultiState/integer object RW cee6800b -bc82-4bf4-bd6e-9ada30437236 myGEZE Control data point types Name Explanation CAL Display of the configured calendar DCU DCU+TZ320 All automatic drives (DCU1, 2, 6, 8) Combination of automatic drive and TZ 320 emergency exit system DI Digital input DO Digital output DOOR Manual door systems IQBOX Windowdrive with KNX box KNX.COM General information from the KNX system MBZ.CM/SM MBZ: Control Module MBZ.DM/DME MBZ: Drive module MBZ.PM/PME MBZ: Power Module MBZ.WM MBZ: Weather Module SCENE Display of configured scenes SCENE with SCHEDULE Display of configured scenes with a timer schedule TZ320 TZ 320 Emergency Exit System HOLD Hold-open system These data point types are all declared as “system type”. They cannot be edited. During import existing system entries are overwritten. Individual types can be generated by copying system types. 108 myGEZE Visu CC myGEZE Visu … . … Symbols The symbols are configured here. The properties of a data point type are used for this. A data point type has to be stored for each symbol. New elements can be added or deleted via the menu bar through the table: Fig. 77 Menu icons New Opens a dialogue for creating a new table entry. A unique name and a detailed description are entered for the new element via this dialogue. The created data point type must be selected. The dialogue is closed by clicking “OK”. Delete Delete selected entries. Fig. 78: Create a new icon. Columns Designation Name Description Data point type System type Last change ID Description Clear and unique name of the symbol. Detailed description of the symbol. Selection from the data point types created. Is used for showing whether it is a system type. System types are delivered by the manufacturer and cannot be edited. Date the last change was made. Unique identification number. During further editing of the symbols through the pencil, two types of symbols can be configured: With this type of symbol, a symbol graphic must only be stored at the general property (first empty row of the first property). Then actiSimple symvate the option “Use alarm type colour”. This option colours the bols background of the symbol in the respective alarm type colour stored in the data point type property. With this type of symbol, a graphic must be stored to each symbol More comproperty. This allows different states to be represented and superimposed in one symbol. This makes the symbol as complex as you plex symbols want. 109 myGEZE Visu CC myGEZE Visu To get a preview of the symbol, you just have to select the property. The result is displayed in the preview image. The following symbols are included in the driver package: Image Name Data point type Output (52edf204 -b0ec-4942-a9f4c8d61eb6008f) Default BACnet object (c43db96d -b3be -4cc6-b54fd093e9e33ed8) Output (bd1dabb5 -31ac-4fc8-8f1b556c580629c5) Binary object RW (3b7a0fd8 -46f0-4871-b3ccd59f0ac72886) Output (b806d9ef -8b7d -443e-881e271ad66f6c55) Default BACnet object with EventState (8cfc94d6 bc68-4fb7-b7a8-58938d3a403c) Output (c44d1e15 -6bfd-4f8a-85704145e6709a5f) Default BACnet object with EventState (8cfc94d6 bc68-4fb7-b7a8-58938d3a403c) Output (dd4ce814 -d017-4a88-a0618b29f3993766) Default BACnet object (c43db96d -b3be -4cc6-b54fd093e9e33ed8) Output (c460fac4 -1445-481e-a7d497e9fe60bbbe) Binary object RW (3b7a0fd8 -46f0-4871-b3ccd59f0ac72886) Input (3a36eb70 -26bc-493b-a763940b84373ada) Default BACnet object (c43db96d -b3be -4cc6-b54fd093e9e33ed8) Input (2d3f46bc -cfb9-4108-b57f481e24c9bb02) Default BACnet object (c43db96d -b3be -4cc6-b54fd093e9e33ed8) Input (8368ae5e -ecc7-4d3e-aa42ab2336083018) Default BACnet object with EventState (8cfc94d6 bc68-4fb7-b7a8-58938d3a403c) Input (665c1bba -a6c3-45b7-991a3c515ae6f3bc) Binary object R (5923f079 -5139-4b0d -934300c6a0037dce) Input (fa421b96 -03fc-4d05-9dbe582c5ca5b768) Binary object R (5923f079 -5139-4b0d -934300c6a0037dce) Input (43c56094 -b6e1-4623-aa85-afbdd38aef93) Default BACnet object with EventState (8cfc94d6 bc68-4fb7-b7a8-58938d3a403c) 110 myGEZE Visu CC Image myGEZE Visu Name Data point type Graph (ec7e72dc -8e17-4a11-aec71bccb6ae9949) Analogue/double object RW (e502d8bc -12e3-49d3847d-c84331fb804e) Graph (279f7e16-de78-4984-b5f02a7e553b983a) Default BACnet object (c43db96d -b3be -4cc6-b54fd093e9e33ed8) Graph (4864346c -7349-4a6d-972d1c2b71e45531) Analogue/double object R (62d8f045 -26cc-4d0ea0e3-194bcb27dd64) Curve (f70225b9 -4cdf-4ad3-88be84a75fb85fe0) Default BACnet object with EventState (8cfc94d6 bc68-4fb7-b7a8-58938d3a403c) Switch (91a6a4d2 -8525-43c8-b7adcdc1bb4cc61e) MultiState/integer object R (215e773d -4133-44d68936-46a2556fb964) Switch (e74fd789 -5586-4f5d-8cc907303f076970) Default BACnet object with EventState (8cfc94d6 bc68-4fb7-b7a8-58938d3a403c) Switch (e6ecd3d3 -53c2-4067-875b693b33d50ddc) MultiState/integer object RW (cee6800b -bc82-4bf4bd6e -9ada30437236) Switch (5086c2fa -4bf9-49df-94a31ec94ea15e51) Default BACnet object (c43db96d -b3be -4cc6-b54fd093e9e33ed8) Thermometer (285b7066 -e0c7-4a108a2a-f7aeb52943eb) Analogue/double object RW (e502d8bc -12e3-49d3847d-c84331fb804e) Thermometer (31cfa8a3 -419e-4265b020-d45cf00d9462) Analogue/double object R (62d8f045 -26cc-4d0ea0e3-194bcb27dd64) Thermometer (25e80ed0 -d09a-4d8b 927e-2a9db1b3e962) Default BACnet object with EventState (8cfc94d6 bc68-4fb7-b7a8-58938d3a403c) Thermometer (a5ee03b8 -a4a4-4028bb10 -abaa481ab24c) Default BACnet object (c43db96d -b3be -4cc6-b54fd093e9e33ed8) 111 myGEZE Visu CC myGEZE Visu myGEZE Control symbols Image Name Data point type DCU … -leaf DCU DCU … -leaf DCU DCU Revolving door DCU DCU Sliding door … -leaf DCU DCU Sliding door … -leaf DCU DCU+TZ320 … -leaf DCU+TZ320 DCU+TZ320 … -leaf DCU+TZ320 DCU+TZ320 Sliding door … -leaf DCU DCU+TZ320 Sliding door … -leaf DCU DCU+TZ320 FB Off DCU+TZ320 DCU+TZ320 FB Automatic DCU+TZ320 DCU+TZ320 FB Permanently opened DCU+TZ320 DCU+TZ320 FB Exit only DCU+TZ320 112 myGEZE Visu CC Image myGEZE Visu Name Data point type DCU+TZ320 FB Night mode DCU+TZ320 DCU+TZ320 FB Summer DCU+TZ320 DCU+TZ320 FB Door opened DCU+TZ320 DCU+TZ320 FB Winter DCU+TZ320 DCU+TZ320 Sliding door … -leaf DCU+TZ320 DCU+TZ320 Sliding door … -leaf DCU+TZ320 DCU+TZ320 Sliding door status 1/2 -leaf DCU+TZ320 DCU+TZ320 Door status … -leaf DCU+TZ320 DCU+TZ320 Door status … -leaf DCU+TZ320 DCU+TZ320 Locking status DCU+TZ320 DI DI DI Alarm status DI DI Light DI DI Switch status DI 113 myGEZE Visu CC Image myGEZE Visu Name Data point type DO DO DO FB DO DO Light DO DO switch status DO DOOR … -leaf DOOR DOOR … -leaf DOOR DOOR Revolving door DOOR DOOR FB Unlocked DOOR DOOR FB Short -time release DOOR DOOR FB Locked DOOR DOOR … -leaf linear sliding door DOOR DOOR … -leaf linear sliding door DOOR DOOR Sliding door status 1/2 -leaf DOOR DOOR Door status … -leaf DOOR 114 myGEZE Visu CC Image myGEZE Visu Name Data point type DOOR Door status … -leaf DOOR DOOR Locking status DOOR IQBOX IQBOX IQBOX Open (X %) IQBOX IQBOX FB Lock automatically IQBOX IQBOX FB Open (100%) IQBOX IQBOX FB Locked IQBOX IQBOX FB Closed (0%) IQBOX IQBOX Window status IQBOX KNX.COM KNX.COM KNX.COM Rain warning KNX.COM KNX.COM Safety warning KNX.COM KNX.COM Wind warning KNX.COM MBZ.CM/SM MBZ.CM/SM 115 myGEZE Visu CC Image myGEZE Visu Name Data point type MBZ.CM/SM Release alarm button MBZ.CM/SM MBZ.CM/SM Release detector MBZ.CM/SM MBZ.CM/SM Fault MBZ.CM/SM MBZ.DM/DME MBZ.DM/DME MBZ.DM/DME Drive module MBZ.DM/DME MBZ.DM/DME FB Open MBZ.DM/DME MBZ.DM/ DME FB Close MBZ.DM/DME MBZ.DM/DME FB Stop MBZ.DM/DME MBZ.DM/DME Window status MBZ.DM/DME MBZ.DM/DME SHEV MBZ.DM/DME MBZ.PM/PME MBZ.PM/PME MBZ.PM/PME Battery mode MBZ.PM/PME MBZ.PM/PME Battery charge/fault MBZ.PM/PME MBZ.PM/PME Temperature sensor fault MBZ.PM/PME 116 myGEZE Visu CC Image myGEZE Visu Name Data point type MBZ.PM/PME Fuse fault MBZ.PM/PME MBZ.PM/PME System voltage fault MBZ.PM/PME MBZ.WM MBZ.WM MBZ.WM Rain MBZ.WM MBZ.WM Wind MBZ.WM TZ320 TZ320 TZ320 FB Unlocked TZ320 TZ320 FB Short -time release TZ320 TZ320 FB Locked TZ320 TZ320 Door status TZ320 TZ320 Locking status TZ320 117 myGEZE Visu CC myGEZE Visu Symbols in alarm state Output ( 52edf204 -b0ec -4942 -a9f4 -c8d61eb6008f ) Alarm type: Idle state Data point type Default BACnet object ( c43db96d -b3be -4cc6-b54f-d093e9e33ed8 ) Alarm type: Alarm Data point type Default BACnet object ( c43db96d -b3be -4cc6-b54f-d093e9e33ed8 ) Alarm type: Fault message Data point type Default BACnet object ( c43db96d -b3be -4cc6-b54f-d093e9e33ed8 ) Output ( bd1dabb5 -31ac -4fc8 -8f1b -556c580629c5 ) Alarm type: Idle state Data point type Binary object RW( 3b7a0fd8-46f0-4871-b3cc-d59f0ac72886 ) Alarm type: Fault message Data point type Binary object RW( 3b7a0fd8-46f0-4871-b3cc-d59f0ac72886 ) Alarm type: Fire alarm Data point type Binary object RW( 3b7a0fd8-46f0-4871-b3cc-d59f0ac72886 ) Alarm type: Alarm Data point type Binary object RW( 3b7a0fd8-46f0-4871-b3cc-d59f0ac72886 ) 118 myGEZE Visu CC myGEZE Visu Output ( b806d9ef -8b7d -443e -881e -271ad66f6c55 ) Alarm type: Idle state Data point type Default BACnet object with EventState ( 8cfc94d6-bc68-4fb7-b7a858938d3a403c ) Alarm type: Fault message Data point type Default BACnet object with EventState ( 8cfc94d6-bc68-4fb7-b7a858938d3a403c ) Alarm type: Fire alarm Data point type Default BACnet object with EventState ( 8cfc94d6-bc68-4fb7-b7a858938d3a403c ) Alarm type: Alarm Data point type Default BACnet object with EventState ( 8cfc94d6-bc68-4fb7-b7a858938d3a403c ) Output ( c44d1e15 -6bfd -4f8a -8570 -4145e6709a5f ) Alarm type: Idle state Data point type Default BACnet object with EventState ( 8cfc94d6-bc68-4fb7-b7a858938d3a403c ) Alarm type: Fault message Data point type Default BACnet object with EventState ( 8cfc94d6-bc68-4fb7-b7a858938d3a403c ) Alarm type: Fire alarm Data point type Default BACnet object with EventState ( 8cfc94d6-bc68-4fb7-b7a858938d3a403c ) Alarm type: Alarm Data point type Default BACnet object with EventState ( 8cfc94d6-bc68-4fb7-b7a858938d3a403c ) 119 myGEZE Visu CC myGEZE Visu Output ( dd4ce814 -d017 -4a88 -a061 -8b29f3993766 ) Alarm type: Idle state Data point type Default BACnet object ( c43db96d -b3be -4cc6-b54f-d093e9e33ed8 ) Alarm type: Alarm Data point type Default BACnet object ( c43db96d -b3be -4cc6-b54f-d093e9e33ed8 ) Alarm type: Fault message Data point type Default BACnet object ( c43db96d -b3be -4cc6-b54f-d093e9e33ed8 ) Output ( c460fac4 -1445 -481e -a7d4 -97e9fe60bbbe ) Alarm type: Idle state Data point type Binary object RW( 3b7a0fd8-46f0-4871-b3cc-d59f0ac72886 ) Alarm type: Fault message Data point type Binary object RW( 3b7a0fd8-46f0-4871-b3cc-d59f0ac72886 ) Alarm type: Fire alarm Data point type Binary object RW( 3b7a0fd8-46f0-4871-b3cc-d59f0ac72886 ) Alarm type: Alarm Data point type Binary object RW( 3b7a0fd8-46f0-4871-b3cc-d59f0ac72886 ) 120 myGEZE Visu CC myGEZE Visu Input ( 3a36eb70 -26bc -493b -a763 -940b84373ada ) Alarm type: Idle state Data point type Default BACnet object ( c43db96d -b3be -4cc6-b54f-d093e9e33ed8 ) Alarm type: Alarm Data point type Default BACnet object ( c43db96d -b3be -4cc6-b54f-d093e9e33ed8 ) Alarm type: Fault message Data point type Default BACnet object ( c43db96d -b3be -4cc6-b54f-d093e9e33ed8 ) Input ( 2d3f46bc -cfb9 -4108 -b57f -481e24c9bb02 ) Alarm type: Idle state Data point type Default BACnet object ( c43db96d -b3be -4cc6-b54f-d093e9e33ed8 ) Alarm type: Alarm Data point type Default BACnet object ( c43db96d -b3be -4cc6-b54f-d093e9e33ed8 ) Alarm type: Fault message Data point type Default BACnet object ( c43db96d -b3be -4cc6-b54f-d093e9e33ed8 ) 121 myGEZE Visu CC myGEZE Visu Input ( 8368ae5e -ecc7 -4d3e -aa42 -ab2336083018 ) Alarm type: Idle state Data point type Default BACnet object with EventState ( 8cfc94d6-bc68-4fb7-b7a858938d3a403c ) Alarm type: Fault message Data point type Default BACnet object with EventState ( 8cfc94d6-bc68-4fb7-b7a858938d3a403c ) Alarm type: Fire alarm Data point type Default BACnet object with EventState ( 8cfc94d6-bc68-4fb7-b7a858938d3a403c ) Alarm type: Alarm Data point type Default BACnet object with EventState ( 8cfc94d6-bc68-4fb7-b7a858938d3a403c ) Input ( 665c1bba -a6c3 -45b7 -991a -3c515ae6f3bc ) Alarm type: Idle state Data point type Binary object R ( 5923f079-5139-4b0d -9343-00c6a0037dce ) Alarm type: Fault message Data point type Binary object R ( 5923f079-5139-4b0d -9343-00c6a0037dce ) Alarm type: Fire alarm Data point type Binary object R ( 5923f079-5139-4b0d -9343-00c6a0037dce ) Alarm type: Alarm Data point type Binary object R ( 5923f079-5139-4b0d -9343-00c6a0037dce ) 122 myGEZE Visu CC myGEZE Visu Input ( fa421b96 -03fc -4d05 -9dbe -582c5ca5b768 ) Alarm type: Idle state Data point type Binary object R ( 5923f079-5139-4b0d -9343-00c6a0037dce ) Alarm type: Fault message Data point type Binary object R ( 5923f079-5139-4b0d -9343-00c6a0037dce ) Alarm type: Fire alarm Data point type Binary object R ( 5923f079-5139-4b0d -9343-00c6a0037dce ) Alarm type: Alarm Data point type Binary object R ( 5923f079-5139-4b0d -9343-00c6a0037dce ) Input ( 43c56094 -b6e1 -4623 -aa85 -afbdd38aef93 ) Alarm type: Idle state Data point type Default BACnet object with EventState ( 8cfc94d6-bc68-4fb7-b7a858938d3a403c ) Alarm type: Fault message Data point type Default BACnet object with EventState ( 8cfc94d6-bc68-4fb7-b7a858938d3a403c ) Alarm type: Fire alarm Data point type Default BACnet object with EventState ( 8cfc94d6-bc68-4fb7-b7a858938d3a403c ) Alarm type: Alarm Data point type Default BACnet object with EventState ( 8cfc94d6-bc68-4fb7-b7a858938d3a403c ) 123 myGEZE Visu CC myGEZE Visu Graph ( ec7e72dc -8e17 -4a11 -aec7 -1bccb6ae9949 ) Alarm type: Idle state Data point type Analogue/double object RW ( e502d8bc -12e3-49d3-847d-c84331fb804e ) Alarm type: Fault message Data point type Analogue/double object RW ( e502d8bc -12e3-49d3-847d-c84331fb804e ) Alarm type: Fire alarm Data point type Analogue/double object RW ( e502d8bc -12e3-49d3-847d-c84331fb804e ) Alarm type: Alarm Data point type Analogue/double object RW ( e502d8bc -12e3-49d3-847d-c84331fb804e ) Graph ( 279f7e16 -de78 -4984 -b5f0 -2a7e553b983a ) Alarm type: Idle state Data point type Default BACnet object ( c43db96d -b3be -4cc6-b54f-d093e9e33ed8 ) Alarm type: Alarm Data point type Default BACnet object ( c43db96d -b3be -4cc6-b54f-d093e9e33ed8 ) Alarm type: Fault message Data point type Default BACnet object ( c43db96d -b3be -4cc6-b54f-d093e9e33ed8 ) 124 myGEZE Visu CC myGEZE Visu Graph ( 4864346c -7349 -4a6d -972d -1c2b71e45531 ) Alarm type: Idle state Data point type Analogue/double object R ( 62d8f045-26cc-4d0e-a0e3-194bcb27dd64 ) Alarm type: Fault message Data point type Analogue/double object R ( 62d8f045-26cc-4d0e-a0e3-194bcb27dd64 ) Alarm type: Fire alarm Data point type Analogue/double object R ( 62d8f045-26cc-4d0e-a0e3-194bcb27dd64 ) Alarm type: Alarm Data point type Analogue/double object R ( 62d8f045-26cc-4d0e-a0e3-194bcb27dd64 ) Curve ( f70225b9 -4cdf -4ad3 -88be -84a75fb85fe0 ) Alarm type: Idle state Data point type Default BACnet object with EventState ( 8cfc94d6-bc68-4fb7-b7a858938d3a403c ) Alarm type: Fault message Data point type Default BACnet object with EventState ( 8cfc94d6-bc68-4fb7-b7a858938d3a403c ) Alarm type: Fire alarm Data point type Default BACnet object with EventState ( 8cfc94d6-bc68-4fb7-b7a858938d3a403c ) Alarm type: Alarm Data point type Default BACnet object with EventState ( 8cfc94d6-bc68-4fb7-b7a858938d3a403c ) 125 myGEZE Visu CC myGEZE Visu Switch ( 91a6a4d2 -8525 -43c8 -b7ad -cdc1bb4cc61e ) Alarm type: Idle state Data point type MultiState/integer object R ( 215e773d-4133-44d6-8936-46a2556fb964 ) Alarm type: Fault message Data point type MultiState/integer object R ( 215e773d-4133-44d6-8936-46a2556fb964 ) Alarm type: Fire alarm Data point type MultiState/integer object R ( 215e773d-4133-44d6-8936-46a2556fb964 ) Alarm type: Alarm Data point type MultiState/integer object R ( 215e773d-4133-44d6-8936-46a2556fb964 ) Switch ( e74fd789 -5586 -4f5d -8cc9 -07303f076970 ) Alarm type: Idle state Data point type Default BACnet object with EventState ( 8cfc94d6-bc68-4fb7-b7a858938d3a403c ) Alarm type: Fault message Data point type Default BACnet object with EventState ( 8cfc94d6-bc68-4fb7-b7a858938d3a403c ) Alarm type: Fire alarm Data point type Default BACnet object with EventState ( 8cfc94d6-bc68-4fb7-b7a858938d3a403c ) Alarm type: Alarm Data point type Default BACnet object with EventState ( 8cfc94d6-bc68-4fb7-b7a858938d3a403c ) 126 myGEZE Visu CC myGEZE Visu Switch ( e6ecd3d3 -53c2 -4067 -875b -693b33d50ddc ) Alarm type: Idle state Data point type MultiState/integer object RW ( cee6800b-bc82-4bf4-bd6e-9ada30437236 ) Alarm type: Fault message Data point type MultiState/integer object RW ( cee6800b-bc82-4bf4-bd6e-9ada30437236 ) Alarm type: Fire alarm Data point type MultiState/integer object RW ( cee6800b-bc82-4bf4-bd6e-9ada30437236 ) Alarm type: Alarm Data point type MultiState/integer object RW ( cee6800b-bc82-4bf4-bd6e-9ada30437236 ) Switch ( 5086c2fa -4bf9 -49df -94a3 -1ec94ea15e51 ) Alarm type: Idle state Data point type Default BACnet object ( c43db96d -b3be -4cc6-b54f-d093e9e33ed8 ) Alarm type: Alarm Data point type Default BACnet object ( c43db96d -b3be -4cc6-b54f-d093e9e33ed8 ) Alarm type: Fault message Data point type Default BACnet object ( c43db96d -b3be -4cc6-b54f-d093e9e33ed8 ) 127 myGEZE Visu CC myGEZE Visu Thermometer ( 285b7066 -e0c7 -4a10 -8a2a -f7aeb52943eb ) Alarm type: Idle state Data point type Analogue/double object RW ( e502d8bc -12e3-49d3-847d-c84331fb804e ) Alarm type: Fault message Data point type Analogue/double object RW ( e502d8bc -12e3-49d3-847d-c84331fb804e ) Alarm type: Fire alarm Data point type Analogue/double object RW ( e502d8bc -12e3-49d3-847d-c84331fb804e ) Alarm type: Alarm Data point type Analogue/double object RW ( e502d8bc -12e3-49d3-847d-c84331fb804e ) Thermometer ( 31cfa8a3 -419e -4265 -b020 -d45cf00d9462 ) Alarm type: Idle state Data point type Analogue/double object R ( 62d8f045-26cc-4d0e-a0e3-194bcb27dd64 ) Alarm type: Fault message Data point type Analogue/double object R ( 62d8f045-26cc-4d0e-a0e3-194bcb27dd64 ) Alarm type: Fire alarm Data point type Analogue/double object R ( 62d8f045-26cc-4d0e-a0e3-194bcb27dd64 ) Alarm type: Alarm Data point type Analogue/double object R ( 62d8f045-26cc-4d0e-a0e3-194bcb27dd64 ) 128 myGEZE Visu CC myGEZE Visu Thermometer ( 25e80ed0 -d09a -4d8b -927e -2a9db1b3e962 ) Alarm type: Idle state Data point type Default BACnet object with EventState ( 8cfc94d6-bc68-4fb7-b7a858938d3a403c ) Alarm type: Fault message Data point type Default BACnet object with EventState ( 8cfc94d6-bc68-4fb7-b7a858938d3a403c ) Alarm type: Fire alarm Data point type Default BACnet object with EventState ( 8cfc94d6-bc68-4fb7-b7a858938d3a403c ) Alarm type: Alarm Data point type Default BACnet object with EventState ( 8cfc94d6-bc68-4fb7-b7a858938d3a403c ) Thermometer ( a5ee03b8 -a4a4 -4028 -bb10 -abaa481ab24c ) Alarm type: Idle state Data point type Default BACnet object ( c43db96d -b3be -4cc6-b54f-d093e9e33ed8 ) Alarm type: Alarm Data point type Default BACnet object ( c43db96d -b3be -4cc6-b54f-d093e9e33ed8 ) Alarm type: Fault message Data point type Default BACnet object ( c43db96d -b3be -4cc6-b54f-d093e9e33ed8 ) 129 myGEZE Visu CC myGEZE Visu Symbols in alarm state myGEZE Control DCU … -leaf ( 9608405a -e421 -42b4 -8219 -d2e489e2cc1e ) Alarm type: Silent Data point type DCU ( 73a9c9ce-79f0-45e6-b0a9-8a633087958c ) Alarm type: Fault message Data point type DCU ( 73a9c9ce-79f0-45e6-b0a9-8a633087958c ) Alarm type: Alarm Data point type DCU ( 73a9c9ce-79f0-45e6-b0a9-8a633087958c ) Alarm type: Emergency exit alarm Data point type DCU ( 73a9c9ce-79f0-45e6-b0a9-8a633087958c ) Alarm type: Fire alarm Data point type DCU ( 73a9c9ce-79f0-45e6-b0a9-8a633087958c ) 130 myGEZE Visu CC myGEZE Visu DCU … -leaf ( 16372575 -87fd -4342 -8865 -cf62e5a567ea ) Alarm type: Silent Data point type DCU ( 73a9c9ce-79f0-45e6-b0a9-8a633087958c ) Alarm type: Fault message Data point type DCU ( 73a9c9ce-79f0-45e6-b0a9-8a633087958c ) Alarm type: Alarm Data point type DCU ( 73a9c9ce-79f0-45e6-b0a9-8a633087958c ) Alarm type: Emergency exit alarm Data point type DCU ( 73a9c9ce-79f0-45e6-b0a9-8a633087958c ) Alarm type: Fire alarm Data point type DCU ( 73a9c9ce-79f0-45e6-b0a9-8a633087958c ) 131 myGEZE Visu CC DCU Revolving door ( cc8108da myGEZE Visu -a5d8 -4c74 -b988 -5f5d0833ed7f ) Alarm type: Silent Data point type DCU ( 73a9c9ce-79f0-45e6-b0a9-8a633087958c ) Alarm type: Fault message Data point type DCU ( 73a9c9ce-79f0-45e6-b0a9-8a633087958c ) Alarm type: Alarm Data point type DCU ( 73a9c9ce-79f0-45e6-b0a9-8a633087958c ) Alarm type: Emergency exit alarm Data point type DCU ( 73a9c9ce-79f0-45e6-b0a9-8a633087958c ) Alarm type: Fire alarm Data point type DCU ( 73a9c9ce-79f0-45e6-b0a9-8a633087958c ) 132 myGEZE Visu CC myGEZE Visu DCU Sliding door … -leaf ( 674bc1b9 -2cdc -4c04 -990c -97b95a43f1b0 ) Alarm type: Silent Data point type DCU ( 73a9c9ce-79f0-45e6-b0a9-8a633087958c ) Alarm type: Fault message Data point type DCU ( 73a9c9ce-79f0-45e6-b0a9-8a633087958c ) Alarm type: Alarm Data point type DCU ( 73a9c9ce-79f0-45e6-b0a9-8a633087958c ) Alarm type: Emergency exit alarm Data point type DCU ( 73a9c9ce-79f0-45e6-b0a9-8a633087958c ) Alarm type: Fire alarm Data point type DCU ( 73a9c9ce-79f0-45e6-b0a9-8a633087958c ) DCU Sliding door … -leaf ( bdeb30e6 -2357 -49c9 -9097 -d2f5f60029f2 ) Alarm type: Silent Data point type DCU ( 73a9c9ce-79f0-45e6-b0a9-8a633087958c ) Alarm type: Fault message Data point type DCU ( 73a9c9ce-79f0-45e6-b0a9-8a633087958c ) Alarm type: Alarm Data point type DCU ( 73a9c9ce-79f0-45e6-b0a9-8a633087958c ) Alarm type: Emergency exit alarm Data point type DCU ( 73a9c9ce-79f0-45e6-b0a9-8a633087958c ) 133 myGEZE Visu CC Alarm type: Fire alarm myGEZE Visu Data point type DCU ( 73a9c9ce-79f0-45e6-b0a9-8a633087958c ) DCU+TZ320 … -leaf ( f6bc03d3 -e999 -4f0d -8718 -584f94d7ace8 ) Alarm type: Silent Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Emergency exit alarm Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Fault message Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Alarm Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Fire alarm Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) DCU+TZ320 … -leaf ( 9deb768d -9aa4 -4e6f -92b5 -a4b3a27786ab ) Alarm type: Silent Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Emergency exit alarm Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Fault message Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) 134 myGEZE Visu CC myGEZE Visu Alarm type: Alarm Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Fire alarm Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) DCU+TZ320 Sliding door … -leaf ( f7f15686 -805f -41a2 -964d -0775e80ce2ed ) Alarm type: Silent Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Emergency exit alarm Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Fault message Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Alarm Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Fire alarm Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Silent Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Emergency exit alarm Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Fault message Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) 135 myGEZE Visu CC myGEZE Visu Alarm type: Alarm Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Fire alarm Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) DCU+TZ320 FB Summer ( 6e88d1f3 -e097 -4d3d -8f3a -17eda9524e1d ) Alarm type: Silent Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Emergency exit alarm Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Fault message Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Alarm Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) DCU+TZ320 FB Door opened ( 9b7abc42 -361d -4654 -a455 -55e2715b9fd8 ) Alarm type: Silent Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Emergency exit alarm Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Fault message Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) 136 myGEZE Visu CC myGEZE Visu Alarm type: Alarm Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) DCU+TZ320 FB Winter ( acfc1e28 Alarm type: Silent -00a3 -4d57 -a1dd -4b08b23e1a20 ) Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Emergency exit alarm Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Fault message Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Alarm Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) DCU+TZ320 Sliding door … -leaf ( e7186d6b -8431 -4587 -9db5 -d7f09c73f4b0 ) Alarm type: Silent Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Emergency exit alarm Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Fault message Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Alarm Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) 137 myGEZE Visu CC myGEZE Visu Alarm type: Fire alarm Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) DCU+TZ320 Sliding door … -leaf ( e82ce7bf -3136 -42a8 -bac2 -4e02bad84818 ) Alarm type: Silent Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Emergency exit alarm Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Fault message Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Alarm Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Fire alarm Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) DCU+TZ320 Sliding door status 1/2 Alarm type: Silent -leaf ( f42f3244 -fefc -4bec -ab8b -1710b047a810 ) Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Emergency exit alarm Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Fault message Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) 138 myGEZE Visu CC Alarm type: Alarm myGEZE Visu Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Fire alarm Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) DCU+TZ320 Door status … -leaf ( 6bc216d5 -b77c -4933 -8b5d -c5048bb442e9 ) Alarm type: Silent Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Emergency exit alarm Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Fault message Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Alarm Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Fire alarm Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) DCU+TZ320 Door status … -leaf ( 35231c94 -fe50 -4e59 -b0a9 -b198d2f2cccc ) Alarm type: Silent Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Emergency exit alarm Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) 139 myGEZE Visu CC Alarm type: Fault message myGEZE Visu Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Alarm Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Fire alarm Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) DCU+TZ320 Locking status ( 123f508c -0d3f -42ce -8cd0 -656ce2c5f7aa ) Alarm type: Silent Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Emergency exit alarm Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Fault message Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) Alarm type: Alarm Data point type DCU+TZ320 ( 8f01570a-bf8b-44ed-b843-53244a071d8c ) DI ( 94cde6b1 -34e2 -46cb -ad73 -f07bae8c1023 ) Alarm type: Silent Data point type DI ( bfc0a922-99c8-4fe7-ae15-1ed2cf44d6d6 ) Alarm type: Emergency exit alarm Data point type DI ( bfc0a922-99c8-4fe7-ae15-1ed2cf44d6d6 ) 140 myGEZE Visu CC myGEZE Visu Alarm type: Fault message Data point type DI ( bfc0a922-99c8-4fe7-ae15-1ed2cf44d6d6 ) Alarm type: Alarm Data point type DI ( bfc0a922-99c8-4fe7-ae15-1ed2cf44d6d6 ) Alarm type: Fire alarm Data point type DI ( bfc0a922-99c8-4fe7-ae15-1ed2cf44d6d6 ) DI Alarm status ( bf7999ba -5369 -4c95 -be5a -ff061e68c53f ) Alarm type: Silent Data point type DI ( bfc0a922-99c8-4fe7-ae15-1ed2cf44d6d6 ) DI Light ( 9ff219ba -132f -437f -a6cc -67d2321c61c7 ) Alarm type: Silent Data point type DI ( bfc0a922-99c8-4fe7-ae15-1ed2cf44d6d6 ) Alarm type: Emergency exit alarm Data point type DI ( bfc0a922-99c8-4fe7-ae15-1ed2cf44d6d6 ) Alarm type: Fault message Data point type DI ( bfc0a922-99c8-4fe7-ae15-1ed2cf44d6d6 ) Alarm type: Alarm Data point type DI ( bfc0a922-99c8-4fe7-ae15-1ed2cf44d6d6 ) Alarm type: Fire alarm Data point type DI ( bfc0a922-99c8-4fe7-ae15-1ed2cf44d6d6 ) 141 myGEZE Visu CC myGEZE Visu DI Switch status ( 2ebbdaf1 -609a -41f5 -b1de -8755f62e56f9 ) Alarm type: Silent Data point type DI ( bfc0a922-99c8-4fe7-ae15-1ed2cf44d6d6 ) DO ( 9f04e90d -6a60 -4a12 -ae56 -d269ff136b80 ) Alarm type: Silent Data point type DO ( 5cb3a227-bfb2-4daf-a1ba-7b560b4b6c2a ) Alarm type: Emergency exit alarm Data point type DO ( 5cb3a227-bfb2-4daf-a1ba-7b560b4b6c2a ) Alarm type: Fault message Data point type DO ( 5cb3a227-bfb2-4daf-a1ba-7b560b4b6c2a ) Alarm type: Alarm Data point type DO ( 5cb3a227-bfb2-4daf-a1ba-7b560b4b6c2a ) Alarm type: Fire alarm Data point type DO ( 5cb3a227-bfb2-4daf-a1ba-7b560b4b6c2a ) DO FB ( a4770c0f -9d52 -4a89 -b516 -52b1f75b8f1c ) Alarm type: Silent Data point type DO ( 5cb3a227-bfb2-4daf-a1ba-7b560b4b6c2a ) 142 myGEZE Visu CC myGEZE Visu DO Light ( d362c6cc -f476 -4263 -8d30 -14812d2ade57 ) Alarm type: Silent Data point type DO ( 5cb3a227-bfb2-4daf-a1ba-7b560b4b6c2a ) Alarm type: Emergency exit alarm Data point type DO ( 5cb3a227-bfb2-4daf-a1ba-7b560b4b6c2a ) Alarm type: Fault message Data point type DO ( 5cb3a227-bfb2-4daf-a1ba-7b560b4b6c2a ) Alarm type: Alarm Data point type DO ( 5cb3a227-bfb2-4daf-a1ba-7b560b4b6c2a ) Alarm type: Fire alarm Data point type DO ( 5cb3a227-bfb2-4daf-a1ba-7b560b4b6c2a ) DO Switch status ( cccb8eac -d465 -4487 -b663 -37ad46ba424f ) Alarm type: Silent Data point type DO ( 5cb3a227-bfb2-4daf-a1ba-7b560b4b6c2a ) DOOR … -leaf ( c346f0ea -1414 -4876 -9e78 -d5f9a3846897 ) Alarm type: Silent Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) Alarm type: Alarm Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) Alarm type: Emergency exit alarm Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) 143 myGEZE Visu CC Alarm type: Fault message myGEZE Visu Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) Alarm type: Fire alarm Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) DOOR … -leaf ( 6ca5df14 -8e27 -4d40 -a288 -b8a98911493a ) Alarm type: Silent Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) Alarm type: Alarm Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) Alarm type: Emergency exit alarm Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) Alarm type: Fault message Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) Alarm type: Fire alarm Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) DOOR Revolving door ( 9189a579 Alarm type: Silent -2784 -4353 -9bce -de9e6b6916e2 ) Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) Alarm type: Alarm Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) 144 myGEZE Visu CC myGEZE Visu Alarm type: Emergency exit alarm Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) Alarm type: Fault message Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) Alarm type: Fire alarm Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) DOOR FB Unlocked ( c7323f23 -57a4 -4796 -bd17 -b03beafd403c ) Alarm type: Silent Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) Alarm type: Alarm Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) DOOR FB Brief release ( fc0f7ff2 -6f67 -449f -a8c8 -18b984654955 ) Alarm type: Silent Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) Alarm type: Alarm Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) DOOR FB Locked ( 9a7ac5c2 -90d6 -4bd1 -b237 -2aedd78416fe ) Alarm type: Silent Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) Alarm type: Alarm Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) 145 myGEZE Visu CC myGEZE Visu DOOR Sliding door … -leaf ( 20077810 -1ace -4c48 -a5dd -fbed2781f444 ) Alarm type: Silent Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) Alarm type: Alarm Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) Alarm type: Emergency exit alarm Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) Alarm type: Fault message Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) Alarm type: Fire alarm Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) DOOR Linear sliding door, … -leaf ( 34a3d1c3 -2a2b -4a0e -a89b -fc0ad146b6db ) Alarm type: Silent Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) Alarm type: Alarm Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) Alarm type: Emergency exit alarm Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) Alarm type: Fault message Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) 146 myGEZE Visu CC Alarm type: Fire alarm myGEZE Visu Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) DOOR Sliding door status 1/2 -leaf ( 185c6e79 -7326 -4c8e -8d52 -a37bab357591 ) Alarm type: Silent Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) Alarm type: Alarm Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) Alarm type: Emergency exit alarm Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) Alarm type: Fault message Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) Alarm type: Fire alarm Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) DOOR Door status … -leaf ( b4eb19f6 -7b74 -48d2 -96bc -8e9849dfeb12 ) Alarm type: Silent Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) Alarm type: Alarm Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) Alarm type: Emergency exit alarm Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) 147 myGEZE Visu CC Alarm type: Fault message myGEZE Visu Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) Alarm type: Fire alarm Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) DOOR Door status … -leaf ( 3f0b15c4 -55cd -4f69 -957a -537457f9b8aa ) Alarm type: Silent Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) Alarm type: Alarm Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) Alarm type: Emergency exit alarm Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) Alarm type: Fault message Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) Alarm type: Fire alarm Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) DOOR Locking status ( d21e64d6 Alarm type: Silent -8e5d -49bd -b045 -64807287ada0 ) Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) Alarm type: Alarm Data point type DOOR ( 3e8567d8-abe2-40c0-a325-d4f2d5e87467 ) 148 myGEZE Visu CC myGEZE Visu IQBOX ( e45baf77 -f2f7 -4986 -bc09 -7a94a1392a2d ) Alarm type: Silent Data point type IQBOX ( 83c8de85-8c52-44c7-9c21-f6897d11d261 ) Alarm type: Fault message Data point type IQBOX ( 83c8de85-8c52-44c7-9c21-f6897d11d261 ) Alarm type: Emergency exit alarm Data point type IQBOX ( 83c8de85-8c52-44c7-9c21-f6897d11d261 ) Alarm type: Alarm Data point type IQBOX ( 83c8de85-8c52-44c7-9c21-f6897d11d261 ) Alarm type: Fire alarm Data point type IQBOX ( 83c8de85-8c52-44c7-9c21-f6897d11d261 ) IQBOX Open (X %) ( 56022a05 -1bc1 -421c -a23d -96b808ce4ea9 ) Alarm type: Silent Data point type IQBOX ( 83c8de85-8c52-44c7-9c21-f6897d11d261 ) Alarm type: Fault message Data point type IQBOX ( 83c8de85-8c52-44c7-9c21-f6897d11d261 ) IQBOX FB Lock automatically ( e46e533e Alarm type: Silent -dc3d -4a67 -9d52 -ab2adafe54c6 ) Data point type IQBOX ( 83c8de85-8c52-44c7-9c21-f6897d11d261 ) Alarm type: Fault message Data point type IQBOX ( 83c8de85-8c52-44c7-9c21-f6897d11d261 ) 149 myGEZE Visu CC IQBOX FB Open (100%) ( 1d811c36 Alarm type: Silent myGEZE Visu -038a -45f1 -a9ab -bc3ce60d1414 ) Data point type IQBOX ( 83c8de85-8c52-44c7-9c21-f6897d11d261 ) Alarm type: Fault message Data point type IQBOX ( 83c8de85-8c52-44c7-9c21-f6897d11d261 ) IQBOX FB Locked ( c0b78c6b -3b2d -435e -9df5 -e12b18ab3604 ) Alarm type: Silent Data point type IQBOX ( 83c8de85-8c52-44c7-9c21-f6897d11d261 ) Alarm type: Fault message Data point type IQBOX ( 83c8de85-8c52-44c7-9c21-f6897d11d261 ) IQBOX FB Closed (0%) ( 9e88c581 Alarm type: Silent -0d8b -4689 -b45f -58e1482ac7b8 ) Data point type IQBOX ( 83c8de85-8c52-44c7-9c21-f6897d11d261 ) Alarm type: Fault message Data point type IQBOX ( 83c8de85-8c52-44c7-9c21-f6897d11d261 ) IQBOX Window status ( f2c95dd6 -71bc -40c6 -a8b2 -525a6075464c ) Alarm type: Silent Data point type IQBOX ( 83c8de85-8c52-44c7-9c21-f6897d11d261 ) Alarm type: Fault message Data point type IQBOX ( 83c8de85-8c52-44c7-9c21-f6897d11d261 ) Alarm type: Emergency exit alarm Data point type IQBOX ( 83c8de85-8c52-44c7-9c21-f6897d11d261 ) 150 myGEZE Visu CC Alarm type: Alarm myGEZE Visu Data point type IQBOX ( 83c8de85-8c52-44c7-9c21-f6897d11d261 ) Alarm type: Fire alarm Data point type IQBOX ( 83c8de85-8c52-44c7-9c21-f6897d11d261 ) KNX.COM ( f93f2cab -c63d -4800 -9300 -678512fe495c ) Alarm type: Silent Data point type KNX.COM ( 07b96067-d6b0 -48ff-9f02-32cd8284de88 ) Alarm type: Alarm Data point type KNX.COM ( 07b96067-d6b0 -48ff-9f02-32cd8284de88 ) Alarm type: Emergency exit alarm Data point type KNX.COM ( 07b96067-d6b0 -48ff-9f02-32cd8284de88 ) Alarm type: Fault message Data point type KNX.COM ( 07b96067-d6b0 -48ff-9f02-32cd8284de88 ) Alarm type: Fire alarm Data point type KNX.COM ( 07b96067-d6b0 -48ff-9f02-32cd8284de88 ) KNX.COM Rain warning ( 177de05f -8154 -4294 -8fca -01629cd81325 ) Alarm type: Silent Data point type KNX.COM ( 07b96067-d6b0 -48ff-9f02-32cd8284de88 ) Alarm type: Alarm Data point type KNX.COM ( 07b96067-d6b0 -48ff-9f02-32cd8284de88 ) 151 myGEZE Visu CC myGEZE Visu KNX.COM ( 07b96067-d6b0 -48ff-9f02-32cd8284de88 ) KNX.COM Safety warning ( 7294cf9d Alarm type: Silent -902e -4611 -b64c -999928811711 ) Data point type KNX.COM ( 07b96067-d6b0 -48ff-9f02-32cd8284de88 ) Alarm type: Alarm Data point type KNX.COM ( 07b96067-d6b0 -48ff-9f02-32cd8284de88 ) KNX.COM ( 07b96067-d6b0 -48ff-9f02-32cd8284de88 ) KNX.COM Wind warning ( 04c858d6 -3597 -4feb -898b -1519895b2fe0 ) Alarm type: Silent Data point type KNX.COM ( 07b96067-d6b0 -48ff-9f02-32cd8284de88 ) Alarm type: Alarm Data point type KNX.COM ( 07b96067-d6b0 -48ff-9f02-32cd8284de88 ) KNX.COM ( 07b96067-d6b0 -48ff-9f02-32cd8284de88 ) MBZ.CM/SM ( ec5d14ae -4b65 -41f1 -87b9 -7b65e262c8eb ) Alarm type: Silent Data point type MBZ.CM/SM ( 34c6550c-a1ac-49c0-8b45-324e87fcd2bc ) Alarm type: Alarm Data point type MBZ.CM/SM ( 34c6550c-a1ac-49c0-8b45-324e87fcd2bc ) Alarm type: Fault message Data point type MBZ.CM/SM ( 34c6550c-a1ac-49c0-8b45-324e87fcd2bc ) 152 myGEZE Visu CC Alarm type: Emergency exit alarm myGEZE Visu Data point type MBZ.CM/SM ( 34c6550c-a1ac-49c0-8b45-324e87fcd2bc ) Alarm type: Fire alarm Data point type MBZ.CM/SM ( 34c6550c-a1ac-49c0-8b45-324e87fcd2bc ) MBZ.CM/SM Release alarm button ( 32638d19 Alarm type: Silent -623d -4bb9 -a0f0 -23cd08c9c70d ) Data point type MBZ.CM/SM ( 34c6550c-a1ac-49c0-8b45-324e87fcd2bc ) Alarm type: Alarm Data point type MBZ.CM/SM ( 34c6550c-a1ac-49c0-8b45-324e87fcd2bc ) MBZ.CM/SM ( 34c6550c-a1ac-49c0-8b45-324e87fcd2bc ) Alarm type: Fault message Data point type MBZ.CM/SM ( 34c6550c-a1ac-49c0-8b45-324e87fcd2bc ) MBZ.CM/SM Release detector ( 38c1fc3e -3e58 -4dd9 -9bf3 -102a2c6030ae ) Alarm type: Silent Data point type MBZ.CM/SM ( 34c6550c-a1ac-49c0-8b45-324e87fcd2bc ) Alarm type: Alarm Data point type MBZ.CM/SM ( 34c6550c-a1ac-49c0-8b45-324e87fcd2bc ) MBZ.CM/SM ( 34c6550c-a1ac-49c0-8b45-324e87fcd2bc ) Alarm type: Fault message Data point type MBZ.CM/SM ( 34c6550c-a1ac-49c0-8b45-324e87fcd2bc ) 153 myGEZE Visu CC myGEZE Visu MBZ.CM/SM Fault ( 995f480c -cfc5 -4334 -9d0d -417b7c664220 ) Alarm type: Silent Data point type MBZ.CM/SM ( 34c6550c-a1ac-49c0-8b45-324e87fcd2bc ) Alarm type: Alarm Data point type MBZ.CM/SM ( 34c6550c-a1ac-49c0-8b45-324e87fcd2bc ) Alarm type: Fault message Data point type MBZ.CM/SM ( 34c6550c-a1ac-49c0-8b45-324e87fcd2bc ) MBZ.CM/SM ( 34c6550c-a1ac-49c0-8b45-324e87fcd2bc ) MBZ.DM/DME ( 9cb425b8 -8d1a -4fb3 -87f5 -8e446f2cd010 ) Alarm type: Silent Data point type MBZ.DM/DME ( e5852320-a36b-4dc3-b23d -b9bd9bbc1d68 ) Alarm type: Alarm Data point type MBZ.DM/DME ( e5852320-a36b-4dc3-b23d -b9bd9bbc1d68 ) Alarm type: Fault message Data point type MBZ.DM/DME ( e5852320-a36b-4dc3-b23d -b9bd9bbc1d68 ) Alarm type: Emergency exit alarm Data point type MBZ.DM/DME ( e5852320-a36b-4dc3-b23d -b9bd9bbc1d68 ) Alarm type: Fire alarm Data point type MBZ.DM/DME ( e5852320-a36b-4dc3-b23d -b9bd9bbc1d68 ) 154 myGEZE Visu CC myGEZE Visu MBZ.DM/DME Drive module ( 716398dc -c786 -4a8f -913e -2d68aa83e095 ) Alarm type: Silent Data point type MBZ.DM/DME ( e5852320-a36b-4dc3-b23d -b9bd9bbc1d68 ) Alarm type: Alarm Data point type MBZ.DM/DME ( e5852320-a36b-4dc3-b23d -b9bd9bbc1d68 ) Alarm type: Fault message Data point type MBZ.DM/DME ( e5852320-a36b-4dc3-b23d -b9bd9bbc1d68 ) MBZ.DM/DME FB Stop ( 5fda9d77 -da6e -4f7d -b422 -abf1d043a69c ) Alarm type: Silent Data point type MBZ.DM/DME ( e5852320-a36b-4dc3-b23d -b9bd9bbc1d68 ) Alarm type: Alarm Data point type MBZ.DM/DME ( e5852320-a36b-4dc3-b23d -b9bd9bbc1d68 ) Alarm type: Fault message Data point type MBZ.DM/DME ( e5852320-a36b-4dc3-b23d -b9bd9bbc1d68 ) MBZ.DM/DME SHEV ( 534b28c3 -25cf -41c5 -929b -d13401c79818 ) Alarm type: Silent Data point type MBZ.DM/DME ( e5852320-a36b-4dc3-b23d -b9bd9bbc1d68 ) Alarm type: Alarm Data point type MBZ.DM/DME ( e5852320-a36b-4dc3-b23d -b9bd9bbc1d68 ) Alarm type: Fault message Data point type MBZ.DM/DME ( e5852320-a36b-4dc3-b23d -b9bd9bbc1d68 ) 155 myGEZE Visu CC myGEZE Visu MBZ.PM/PME ( 11a313c0 -cd96 -4217 -a807 -f250c3837738 ) Alarm type: Silent Data point type MBZ.PM/PME ( ca60ad3e-a54e-4c24-b42c-3b5c096c911e ) Alarm type: Fault message Data point type MBZ.PM/PME ( ca60ad3e-a54e-4c24-b42c-3b5c096c911e ) Alarm type: Emergency exit alarm Data point type MBZ.PM/PME ( ca60ad3e-a54e-4c24-b42c-3b5c096c911e ) Alarm type: Alarm Data point type MBZ.PM/PME ( ca60ad3e-a54e-4c24-b42c-3b5c096c911e ) Alarm type: Fire alarm Data point type MBZ.PM/PME ( ca60ad3e-a54e-4c24-b42c-3b5c096c911e ) MBZ.PM/PME Battery mode ( 1a2f1fef -8163 -40ce -8363 -a3c083d5a90e ) Alarm type: Silent Data point type MBZ.PM/PME ( ca60ad3e-a54e-4c24-b42c-3b5c096c911e ) Alarm type: Fault message Data point type MBZ.PM/PME ( ca60ad3e-a54e-4c24-b42c-3b5c096c911e ) MBZ.PM/PME Battery charge/fault ( 465a05be -1307 -4605 -b85f -4d9e3e8da956 ) Alarm type: Silent Data point type MBZ.PM/PME ( ca60ad3e-a54e-4c24-b42c-3b5c096c911e ) Alarm type: Fault message Data point type MBZ.PM/PME ( ca60ad3e-a54e-4c24-b42c-3b5c096c911e ) 156 myGEZE Visu CC myGEZE Visu MBZ.PM/PME ( ca60ad3e-a54e-4c24-b42c-3b5c096c911e ) MBZ.PM/PME Temperature sensor fault ( 98af3873 Alarm type: Silent -33b8 -488b -b87f -e486ef8e8e6d ) Data point type MBZ.PM/PME ( ca60ad3e-a54e-4c24-b42c-3b5c096c911e ) Alarm type: Fault message Data point type MBZ.PM/PME ( ca60ad3e-a54e-4c24-b42c-3b5c096c911e ) MBZ.PM/PME ( ca60ad3e-a54e-4c24-b42c-3b5c096c911e ) MBZ.PM/PME Fuse fault ( 98637213 -2795 -43ec -bd47 -11c965e871de ) Alarm type: Silent Data point type MBZ.PM/PME ( ca60ad3e-a54e-4c24-b42c-3b5c096c911e ) Alarm type: Fault message Data point type MBZ.PM/PME ( ca60ad3e-a54e-4c24-b42c-3b5c096c911e ) MBZ.PM/PME ( ca60ad3e-a54e-4c24-b42c-3b5c096c911e ) MBZ.PM/PME System voltage fault ( 4e929120 Alarm type: Silent -f1c2 -43c6 -adea -138be3289aba ) Data point type MBZ.PM/PME ( ca60ad3e-a54e-4c24-b42c-3b5c096c911e ) Alarm type: Fault message Data point type MBZ.PM/PME ( ca60ad3e-a54e-4c24-b42c-3b5c096c911e ) MBZ.PM/PME ( ca60ad3e-a54e-4c24-b42c-3b5c096c911e ) 157 myGEZE Visu CC myGEZE Visu MBZ.WM ( 2081133c -39e4 -46dc -9b99 -8c698610c138 ) Alarm type: Silent Data point type MBZ.WM ( cee5a96d-7ecb-41f8-9c76-03bbd3292e4d ) Alarm type: Alarm Data point type MBZ.WM ( cee5a96d-7ecb-41f8-9c76-03bbd3292e4d ) Alarm type: Emergency exit alarm Data point type MBZ.WM ( cee5a96d-7ecb-41f8-9c76-03bbd3292e4d ) Alarm type: Fault message Data point type MBZ.WM ( cee5a96d-7ecb-41f8-9c76-03bbd3292e4d ) Alarm type: Fire alarm Data point type MBZ.WM ( cee5a96d-7ecb-41f8-9c76-03bbd3292e4d ) MBZ.WM Rain ( 541bd4d3 -ba33 -4666 -91cd -d938c6562bc1 ) Alarm type: Silent Data point type MBZ.WM ( cee5a96d-7ecb-41f8-9c76-03bbd3292e4d ) Alarm type: Alarm Data point type MBZ.WM ( cee5a96d-7ecb-41f8-9c76-03bbd3292e4d ) MBZ.WM ( cee5a96d-7ecb-41f8-9c76-03bbd3292e4d ) MBZ.WM Wind ( cafd4bf2 -9067 -47fd -b124 -5a870caad56e ) Alarm type: Silent Data point type MBZ.WM ( cee5a96d-7ecb-41f8-9c76-03bbd3292e4d ) 158 myGEZE Visu CC Alarm type: Alarm myGEZE Visu Data point type MBZ.WM ( cee5a96d-7ecb-41f8-9c76-03bbd3292e4d ) MBZ.WM ( cee5a96d-7ecb-41f8-9c76-03bbd3292e4d ) TZ320 ( 3084efd0 -e23e -4f06 -aab2 -9d57251bf987 ) Alarm type: Silent Data point type TZ320 ( ba059ef2-c9f8-430f-8731-33795815bdc9 ) Alarm type: Emergency exit alarm Data point type TZ320 ( ba059ef2-c9f8-430f-8731-33795815bdc9 ) Alarm type: Fault message Data point type TZ320 ( ba059ef2-c9f8-430f-8731-33795815bdc9 ) Alarm type: Alarm Data point type TZ320 ( ba059ef2-c9f8-430f-8731-33795815bdc9 ) Alarm type: Fire alarm Data point type TZ320 ( ba059ef2-c9f8-430f-8731-33795815bdc9 ) TZ320 Door status ( d4842ab4 -c668 -4a84 -be2f -3127e5afe307 ) Alarm type: Silent Data point type TZ320 ( ba059ef2-c9f8-430f-8731-33795815bdc9 ) Alarm type: Emergency exit alarm Data point type TZ320 ( ba059ef2-c9f8-430f-8731-33795815bdc9 ) 159 myGEZE Visu CC Alarm type: Fault message myGEZE Visu Data point type TZ320 ( ba059ef2-c9f8-430f-8731-33795815bdc9 ) Alarm type: Alarm Data point type TZ320 ( ba059ef2-c9f8-430f-8731-33795815bdc9 ) Alarm type: Fire alarm Data point type TZ320 ( ba059ef2-c9f8-430f-8731-33795815bdc9 ) TZ320 Locking status ( 1f8fe3a8 Alarm type: Silent -34f8 -4871 -bfaf -0e48a403c605 ) Data point type TZ320 ( ba059ef2-c9f8-430f-8731-33795815bdc9 ) Alarm type: Emergency exit alarm Data point type TZ320 ( ba059ef2-c9f8-430f-8731-33795815bdc9 ) Alarm type: Fault message Data point type TZ320 ( ba059ef2-c9f8-430f-8731-33795815bdc9 ) 160 myGEZE Visu CC myGEZE Visu … . … Calendar This function is used for the application of internal time functions in myGEZE Visu. For time functions that have to run in myGEZE Control, the data points Scene and Calendar have to be used. The calendar function is for the maintenance of special days. A typical example is the public holiday calendar. Fig. 79: Calendar Table columns: Designation Name Description Clear and unique name of the calendar. Description Description such as function, characteristics, special features. Fig. 80: Calendar overview Fig. 81: Calendar overview When the days are clicked, a menu for defining special days is opened. 161 myGEZE Visu CC myGEZE Visu Under this menu item you will find predefined calendars, and you can also configure your own calendar. On delivery of myGEZE Visu, the following calendars are included:  Monday to Sunday  Calender … to … These calendars cannot be deleted and only edited to a limited extent or not at all. … . … .1 Create new calendar A dialogue for creating a new calendar is opened by clicking the “New” button. After entering a name and a description if appropriate, save by clicking OK . Then the new calendar with appear with editing symbol in the list. Dialogue boxes Designation Name Description Description Clear and unique name. Detailed description of the calendar. … . … .2 Edit calendar When the editing symbol is clicked, the calendar dialogue is opened. Fig. 82: Edit calendar The calendar shows 12 months starting with the current month. Selected days are highlighted grey. The marking changes when another day is clicked. Several days in succession can be marked by keeping the left mouse button pressed. Several days which are not in succession can be marked using the control key or the shift key. The area shown can be moved month by month using the arrow key in the header. Clicking the header field e.g. March 2024 will take you to the display with larger time ranges. To complete calender editing, press the OK key. After changes have been made to a calender, the Save button is active in the header, which is used for taking over the changes to the database. … . … .3 Calendar context menu Right -clicking a calendar row makes the context menu appear with the following options:  Delete a calendar entry.  Copy a calendar entry, creates a new table entry with a name combination containing “_copy of” and “name of the selected element”.  Copy ID – the ID of the calendar is copied to the clipboard.  Export generates an export file to be able to import the calendar to other systems.  Print: Print preview; see also the section on Protocols, Print .  System report, with this function selection the system report window is shown, see chapter System report. 162 myGEZE Visu CC myGEZE Visu … . … Time ranges This function is used for the application of internal time functions in myGEZE Visu. For time functions that have to run in myGEZE Control, the data points Scene and Calendar have to be used. Time ranges are used to define periods which can then be used for access. Fig. 83: Time ranges Dialogue boxes Designation Name Description Clear and unique name of the time range. Description Description such as function, characteristics, special features. The table indicates whether it is a system type. System types are delivered by the manufacturer and cannot be edited. Fig. 84: Time range display Up to five intervals can be defined per day and calendar. Under this menu item you will find predefined time ranges, and you can also configure your own time ranges. On delivery of myGEZE Visu, the following time ranges are included:  Always and Never These time ranges cannot be deleted or edited. 163 myGEZE Visu CC myGEZE Visu … . … Licence The licence information for myGEZE Visu can be found under this menu item. Fig. 85: Licence information 164 Configuration of a myGEZE Control system … myGEZE Visu Configuration of a myGEZE Control system This chapter describes how to carry out standard configuration on the basis of an example. It is to be used as a guide and has not been worded down to the last detail in every parameter, setting possible and every conceivable option. … Preconditions The controller system myGEZE Control must have been configured completely. The two configuration files for the control are available:   myGEZE_DeviceImport.csv myGEZE_StateTexts.csv Configuration of the connected devices Definition of the state and level texts of the digital points Most areas of myGEZE Visu can be configured online i.e. without an operational controller being connected. There are only … parts excepted from this: The state and level texts configured via the import file only become effective when there is a connection to the controller. The data are imported directly, they only become effective through online synchronisation with the controller. This does not have a ny effect if the default texts in German or English or used. These are implemented in myGEZE Visu. Configurations of scenes, timer schedules and calendar data can only be made when there is an operational connection to the controller. The data necessary for this are not available in the offline configuration file. It is generally recommended to connect the respective operational controller to myGEZE Visu during the configuration. This allows the settings for the BACnet driver to be tested successfully at this point. Incorrect configurations in interaction with the controller thus immediately become apparent. 165 Configuration of a myGEZE Control system myGEZE Visu … Create system Heed the following work steps to create a system:  Open myGEZE Visu CC  Change to System / Connections  Create a new system using the “New” button Fig. 86: Create system.  After the created configuration has been entered, confirm with OK and save with Save. Name Designation for the system Description Free text for description System type myGEZE Control Time synchronisation Check the box if myGEZE Visu is to synchronise the time Message monitoring Off Address See following section Instance number BACnet DeviceID (instance) of the controller system myGEZE_DeviceImport Select import file myGEZE_StateTexts Select StateText file COV subscription 300 (default) Default poll interval 10 (default) 166 Configuration of a myGEZE Control system myGEZE Visu If an operational controller is not available: Then a theoretically possible IP address + BACnet port of the controller must be entered in the address box in HEX notification to complete the address parameters. This is necessary because the driver will not be started until the configuration is complete. IP address + BACnet port are part of the configuration. Since myGEZE Visu cannot determine these offline using the “Who -is” BACnet service, an address has to be entered here. Example: IP address: HEX notification … . … C0-A8-01-7D BACnet port: 47808 BA-C0 The complete entry is then: C0 -A8-01-7D-BA-C0 Note: This address must be removed once the offline configuration has been completed. Otherwise the live system will not start a request (Who -is) in the network when the system starts and determine the actual address. myGEZE Visu creates the data points for the devices read in as well as a system data point for the controller. This can take a few seconds. Fig. 87: System status If the devices are not available online, it is completely normal for an error message to be shown for the module types with connection monitoring. 167 Configuration of a myGEZE Control system myGEZE Visu … Check alarm types The devices have been imported with the default alarm types. They are available immediately in the system with these settings. Unless anything special has to be set, nothing else has to be done here. If special settings are necessary, they can be adapted a s described in the chapter Alarm types . Example of default: Fig. 88: Default settings for alarm types … Devices in myGEZE Visu The configured devices are available on the user interface of the Client under data points. Alarm handling is also available using the workflows set as default. Fig. 89: Overview of myGEZE Visu devices … Create drawings In accordance with the specifications of the end customer/user, the corresponding system graphics can now be prepared under the tab Views/drawings. 168 Configuration of a myGEZE Control system myGEZE Visu … Authorisations There is an 'admin' account with the default password set up in the basic system. This default password should be changed if possible. Depending on the specification of the end customer/user, further operators, operator groups and roles can now be created. The passwords entered for the users can no longer be read out of the system. Passwords should be noted once by the central configuration engineer during preparation of the system, this should be communicated to the respective operators with the request to adapt their access data the first time they log in. … Message handling The devices have been imported with default message handling. They are available immediately in the system with these settings. If special settings are necessary, they can be adapted , as described in the chapter Message handling . It must be assumed that the areas customers, contacts, documents must be adapted to the specific project for Event information . … Set up email alerts By default, a condition is predefined under Message handling / Conditions for sending e -mail notifications. This is installed during installation. Fig. 90: Email alerts The condition is not switched active and its configuration has not been finished yet. Settings: Fig. 91: Email notification 169 Configuration of a myGEZE Control system Name E-mail notification (default) Description Mails are sent for alarm, fault, events (default) Position … (default) Active Check the box if this is to be used Always execute Prevents messages from being sent multiple times if the message flickers: On (default) Workflow Empty (default) Priority Empty (default) Action Default e-mail notification Place of execution Server Precondition Empty (default); cannot be selected Time range Change in status myGEZE Visu Empty (default); here, a previously created internal time range can be used e.g. mails only during operating hours Default: For A. Trigger workflow: Yes. Further restrictions possible Settings for the e -mail account: For complete configuration, some mail account data must be available from the customer/operator. Further information under the list of parameters (these parameters are marked (user specification)). Use the button “…” for Action to change to the settings dialogue. Fig. 92: Switch to the settings dialogue. Settings dialogue Fig. 93: Settings dialogue 170 Configuration of a myGEZE Control system Body myGEZE Visu Defines the content of the e -mail sent Default {PropertyChange.Alarmreason.Alarmtype.Name} / {PropertyChange.Alarmreason.Name} Data point: {Datapoint.Name} ({Datapoint.PhysicalAddress}) System: {Datapoint.Device.Name} Trigger state: {PropertyChange.ValueString} This generates this content in an e -mail Notice: This is an external email. Please only open links and attachments if you trust the sender. Emergency exit alarm / emergency open emergency exit Data point: PFWR0009IWA1EL10 (TZ320 1) System: Sample configuration Trigger status: alarm Enable SSL Default: active (user specification) Login before Send Default: active (user specification) Password (user specification) Repeat on Error Default: … Sender email Name of the sensor in the email (user specification) SMTP address (user specification) SMTP port (user specification) User (user specification) Subject Defines the subject of the email sent Default {PropertyChange.Alarmreason.Alarmtype.Name} / {PropertyChange.Alarmreason.Name} - {Datapoint.Name} This generates this subject in an email Emergency exit alarm / emergency open emergency exit - PFWR0009IWA1EL10 171 Configuration of a myGEZE Control system myGEZE Visu Use under event information The basic configuration prepared in this way can now be used in event information. To do this, change to the corresponding settings dialogue: Fig. 94: Event Information settings dialogue Settings Fig. 95: Settings Contact Alarm type/reason External system ID Use contact created. There MUST be an email address entered for this contact. This can be used to restrict the reasons for which an email is sent. Boxes can be empty. The description 'email' MUST be entered here. 172 Configuration of a myGEZE Control system myGEZE Visu … Save the configuration and import it to the customer Save the data at the configuration computer as described in the chapter Back-up master data /Manual export of master data. Settings Fig. 96: Export master data Export type Everything; so that the whole configuration is saved. Export path Set required path Generate one export file Yes Restore the back -up created according to chapter Back-up master data / Master data and import to the final system. 173 Configuration of a myGEZE Control system myGEZE Visu … Put the myGEZE Visu server into operation at the customer system For the customer system to be completely functional, some conditions have to be checked and settings made. Generally speaking, the myGEZE Visu system has to be integrated in the customer's IT network. Some key data     Computer system for myGEZE Visu server is completely in operation. IP addressing is known and set. myGEZE Visu server is available to all the necessary points in the network. o Automation network: the myGEZE Control systems are available. o Management Network: Client operating stations and web operating stations are accessible. o Internet access for remote maintenance has been set up if necessary. o Network ports for communications have been cleared. SMTP access data are known, set, SMTP server is also set up for this (if emails have to be sent). Necessary network port Server port Server TSL Port BACnet port Port on which the myGEZE Visu server can be accessed; Default value: 30000 Port on which the myGEZE Visu server can be accessed for encrypted connections; Default value: 30001 UDP: 47808 (default) possible range 47808 … 47823 These network ports must have been cleared by the infrastructure. Customer licence The system must have a valid licence.  If this has not already been done during installation, the licence can be imported. Setting of the BACnet driver Click the BACstac button on the top right under the Systems/Connections/Drivers tab. Fig. 97: Configuring the BACnet driver Check settings for the BACnet driver / correct if necessary: 174 Configuration of a myGEZE Control system myGEZE Visu Fig. 98: myGEZE Visu setup … Link myGEZE Visu Clients For a Client operating station to be linked to the myGEZE Visu server, installation must have been carried out on the computer system. It suffices only to install the Client. Then set up a connection to the server. This is usually realised via a secure connection and the default port server TSL port 30001. The connection Server <> Client is configured in the Startup configuration tool . Fig. 99: myGEZE Visu start-up configuration Host Type https Address IP address or host name of the server system Port 30001 (TLS port) Carry out further settings, such as how the operating station is to be set up. 175 Configuration of a myGEZE Control system myGEZE Visu … Quick guide to integrating a camera A quick guide on how to integrate a camera and automatically include it in the alarm workflow. In CC, switch to the Drawings tab. If you click the downward arrow next to the “New” button, further options will appear for the creation of special drawings. Select the type of camera driver you are using and fill in the details as per the manual. Fig. 100: Example with RTSP driver 176 Configuration of a myGEZE Control system myGEZE Visu … .1 Possible views When you select ‘Camera Panel’, the image will automatically appear in the client under the Camera tab. … .2 Embedding in an existing view An image created in this way can also be incorporated into an existing graphic. To do this, use ‘Link Drawings’ in the editor to create a link to the camera image. This can be done in various ways, either as a direct jump to the drawing (as shown in the ex ample on the right) or as a preview of the drawing (on the left). 177 Configuration of a myGEZE Control system myGEZE Visu … .3 Integrate into the alarm workflow A camera feed like this can be dynamically integrated into the alarm workflow. 'Dynamic' means that if you have several cameras, the system will always display the one from which the alarm originated. This works via the link shown in the diagram to the tri gger system. To do this, you need to configure the workflow view once so that it searches for a camera.    In CC, switch to monitor views under Drawings Edit the desired view there; in this example, the default workflow In the Workflow view, select the 'Search Camera' function at the point where you want the camera to be displayed. You then need to configure the trigger data point or device in the relevant camera images. There may be several triggers as well.   In CC, under 'Drawings', open the drawing for the relevant camera to edit it In the editor window, under ‘Symbols’, switch to ‘Data points only’ 178 Configuration of a myGEZE Control system  Locate the trigger device and add it to the graphic using the 'Add' button.  Save the graphic. myGEZE Visu 179 List of figures … myGEZE Visu List of figures Fig. 1: Graphic showing a server, CC client, client and web client … Fig. 2: Start setup … 10 Fig. 3: Default installation path … 10 Fig. 4: Component selection … 11 Fig. 5: Entering the network connection and IP address. … 11 Fig. 6: Setup wizard completed. … 11 Fig. 7: Importing the licence file. … 12 Fig. 8: Message stating that the client will be closed after import. … 12 Fig. 9: myGEZE Visu startup configuration service … 13 Fig. 10: myGEZE Visu startup configuration server parameters … 14 Fig. 11: myGEZE Visu startup configuration database … 15 Fig. 12: myGEZE Visu startup configuration LTR database … ....16 Fig. 13: myGEZE Visu startup configuration statistics database … 17 Fig. 14: myGEZE Visu startup configuration default … 17 Fig. 15: myGEZE Visu startup configuration optional … 18 Fig. 16: myGEZE Visu configuration (CC) … 19 Fig. 17: myGEZE Visu Startup configuration (default) … 19 Fig. 18: myGEZE Visu startup configuration (optional) … 20 Fig. 19: myGEZE Visu Client … 22 Fig. 20: myGEZE Visu startup configuration … 23 Fig. 21: myGEZE Visu startup configuration … 24 Fig. 22: myGEZE Visu startup configuration … 26 Fig. 23: Logging in to myGEZE VisuCC … 31 Fig. 24: Main screen elements … 32 Fig. 25: System menu … 33 Fig. 26: Example of a server log list with the search window open and ERROR entries … 34 Fig. 27: Example of a dump message list … 34 Fig. 28: Example system report … 35 Fig. 29: Example workflow report … 36 Fig. 30: Change Password dialogue box. … 37 Fig. 31: Remote maintenance window … 38 Fig. 32: TeamViewer status dialogue box … 38 Fig. 33: About myGEZE Visu … 39 Fig. 34: Configuration options … 40 Fig. 35: Context menu in the configuration area … 41 Fig. 36: Hierarchical table view … 42 Fig. 37: Menu options table view … 42 Fig. 38: Edit entries table view … 43 Fig. 39: Export master data. … 43 Fig. 40: 'Views' menu item … ..44 Fig. 41: Table views … 45 Fig. 42: Programme header … 47 Fig. 43: Context menu … 47 Fig. 44: New Drawing/New View dialogue box … 48 Fig. 45: ‘Other Drawing Types’ dialogue box … 49 Fig. 46: Views … 59 Fig. 47: Illustration of locations … 59 Fig. 48: The Components window … 61 Fig. 49: Inserting a background. … 61 Fig. 50: Highlighted symbols. … 62 Fig. 51: Menu structure of the drawing window … 63 Fig. 52: List of all symbols … ....64 Fig. 53: Selecting symbols. … ..64 Fig. 54: 'Change icons' menu option. … 65 Fig. 55: Dialogue box for changing the properties. … 65 Fig. 56: Create a new monitor view. … 66 Fig. 57: Monitor views table columns. … 67 Fig. 58: Viewer view … 68 Fig. 59: Role list … 70 Fig. 60: Copy rights. … 70 Fig. 61: List of rights … 71 180 List of figures myGEZE Visu Fig. 62: Event Information menu bar … 73 Fig. 63: Example workflow report … 84 Fig. 64: myGEZE Visu system menu … 84 Fig. 65: Example system report … 85 Fig. 66: myGEZE Visu system menu … 85 Fig. 67: Example of a server log list with the search window open and ERROR entries … 86 Fig. 68: myGEZE Visu system menu … 86 Fig. 69: Print preview menu … 87 Fig. 70: Driver settings … 90 Fig. 71: System type … 93 Fig. 72: New System dialogue box … 95 Fig. 73: Systems/Product Groups Configuration … 103 Fig. 74: Menu structure … 105 Fig. 75: Context menu … 105 Fig. 76: Left-click/right -click action … 106 Fig. 77 Menu icons … 109 Fig. 78: Create a new icon. … 109 Fig. 79: Calendar … 161 Fig. 80: Calendar overview … 161 Fig. 81: Calendar overview … 161 Fig. 82: Edit calendar … 162 Fig. 83: Time ranges … 163 Fig. 84: Time range display … 163 Fig. 85: Licence information … 164 Fig. 86: Create system. … 166 Fig. 87: System status … 167 Fig. 88: Default settings for alarm types … 168 Fig. 89: Overview of myGEZE Visu devices … 168 Fig. 90: Email alerts … 169 Fig. 91: Email notification … . 169 Fig. 92: Switch to the settings dialogue. … ....170 Fig. 93: Settings dialogue … . 170 Fig. 94: Event Information settings dialogue … 172 Fig. 95: Settings … 172 Fig. 96: Export master data … 173 Fig. 97: Configuring the BACnet driver … 174 Fig. 98: myGEZE Visu setup … 175 Fig. 99: myGEZE Visu start -up configuration … 175 Fig. 100: Example with RTSP driver … 176 181 GEZE GmbH Reinhold -Vöster-Straße 21–29 71229 Leonberg Germany Tel.: 0049 7152 203 … Fax: 0049 7152 203 310 info@GEZE.com ∙ www.GEZE.com

Overhead door closer with link arm TS 2100 V/TS 2100 V BC

GEZE Reliable Performance in Severe Cold Conditions GEZE Door Closer Overhead door closer with link arm for single-action doors up to 1,250 mm leaf width. Closing force adjustable via installation from EN 3/4/5. Application Areas Right and left hand doors Single-action doors up to 1,250 mm leaf width Door leaf installation hinge side and transom installation opposite hinge side Door leaf installation opposite hinge side in parallel arm installation possible Product Features Closing force adjustable via installation from EN 3/4/5 Can be used for left and right door opening without conversion Mechanical latching action which accelerates the door shortly before it is closed Closing speed is individually adjustable Reliable performance even in severe cold conditions Technical Data TS 2100 V Leaf width (max.) of barrier-free door in compliance with DIN 18040 TS 2100 VBC EN4 1100 mm Closing force in accordance with EN 1154 3/4/5 Leaf width (max.) 1250mm Door leaf installation hinge side Y Hinge side opening angle (max.) 180° Door leaf installation opposite hinge side Y Transom installation opposite hinge side Y Closing force adjustable Y Back check integrated N Y Latching action adjustable via installation Y N Hydraulic latching action adjustable N Y Closing speed adjustable Y Mechanical hold-open O Standard conformity EN1154 Y Y GA93 O O -40° Low Temperature Test * Y Y Y=Yes, O=Optional *Low Temperature Test is in accordance with GEZE Laboratory standards. Ordering Information 206836 206837 206838 206839 206840 206841 ID Description 206836 206837 206838 (with link arm & PA Bracket Silver) 206839 206840 206841 (with link arm & PA Bracket Silver) We are GEZE For liveable buildings GEZE stands for innovation, high quality and comprehensive support of building technologies. From the initial idea, planning and operational implementation with standard products to customised system solutions and individual service and maintenance plans. We offer an extensive product range of door, window and safety technology products and are a major driving force behind the digital networking of building automation. GEZE INDUSTRIES (TIANJIN) CO., LTD. No. 16 Shuangchen Middle Road, Beichen Economic Development Area, Tianjin, China | 300400 Tel.: +86 (0) 22 26973995 GEZE INDUSTRIES (TIANJIN) CO., LTD. Shanghai Branch 5C, Jinhe Center, No. 68 Hongcao Road, Xuhui District, Shanghai, China | 200233 GEZE INDUSTRIES (TIANJIN) CO., LTD. Beijing Branch Unit 06, 4th Floor, Building T3, Poly Metropolis, No. … Guanyin'an Street, Tongzhou District, Beijing, China | 101100 GEZE INDUSTRIES (TIANJIN) CO., LTD. Shenzhen Branch 3218, 32nd Floor, Greater China International Exchange Square, Fuhua 1st Road, Futian District, Shenzhen | 518046 www.geze.com.cn | infogeze.cn@geze.com K2-202305_A_EN GEZE WeChat Official Account GEZE mini-program

user manual_TS 2100 V,TS 2100 V BC_205691-01.pdf

TS 2100 V TS 2100 V BC 205691-01 A B a a a ≤ 1250 mm a ≤ 1250 mm [mm] 45 15 15 130 222 44 0,1 38 45 44 0,1 38 222 135 0,2 135 0,2 130 3x 5×70 3x M5×55 … 1 … 2 a = 850 - 950 … a = 950 - 1100 … a = 1100 - 1250 … 3 … 4 … 3 … 5 … 5 [mm] … 14 Nm 14 Nm … mm … 5 2x 5×20 2x M5×16 10 mm + TS 2100 V 90° 90° … 1 … 2 90° … 90° … 1 … + TS 2100 V BC … 90° … 90° … 2 … TS 2100 V BC 90° 7s … 2 … 1 a a a ≤ 1250 mm 135 0,2 15 15 38 44 0,1 130 38 44 0,1 135 0,2 130 a ≤ 1250 mm 222 GEZE Industries(Tianjin) Co.,Ltd No.16, Shuangchen Middle Road Beichen District, Tianjin China 45 45 Tel.: 022-26973995 www.geze.com Made by GEZE 222

EU declaration of conformity service case

UK Declaration of Conformity Service Case