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… sure that fixing screws and drill holes do not cross the motor gear unit. *) Dimensions or positions can deviate depending on the door type … Rebate for lever Security sensors X Make sure that fixing screws and drill holes do not cross the motor gear unit. … .5 Dimensions Security sensors X Make sure that fixing screws and drill holes do not cross the motor gear unit. … .5 Installation Security sensors X Make sure that fixing screws and drill holes do not cross the motor gear unit. … mm² for electric strike, contact sensor etc.) into the prepared door passage from above and through the drip loop. In the case of metal doors, this cable is already inserted when the door is built. Route cable (1) along the motor gear unit (arrow) to the control circuit board (2). X Do not shorten the cable (1) too much. Leave the length of the wire cores that are not required so that all the terminals of the control circuit board can be reached if necessary later. X X Strip the insulation from both 24 V wire cores (red, blue) and fit with insulating 1mm² wire end ferrules Push the wire end ferrules through ferrite ring cores and connect to the plug Insert the plug into the control circuit board. Ferrite ring core 20 ECturn Inside Installation X Route the cable (4) further through the door leaf and the drip loop of the door leaf. X Route the cable (4) through the drip loop (5) of the frame. Secure with strain relief (7). Use the cable (4) to form a loop near the interface (8). X Make sure that the loop is sufficiently large to prevent any strain on the cable when the door is opened. X X Disconnect the cable. Strip the cable ends and integrate connector (5). X Use … Opening restrictor Fix the door stop with thrust in the guide rail at a door opening of max. 110° (see “Installing the guide rail” on page 22). X During teach-in, make sure that the door does not slam into the thrust but rather comes to a standstill beforehand. Alternatively, a door stopper can be installed. X
… sure that an acceptance test is carried out by qualified and authorised personnel according to the applicable regulations. XX In case of fire or smoke protection doors, mount an acceptance test plate after the successful acceptance test. Meaning means "important note" means "additional information" Symbol for an action: Here you have to do something. XX Observe the sequence if there are several action steps. XX Product liability In accordance with the liability of the manufacturer for their products as defined in the German “Produkthaftungsgesetz” (Product Liability Act), the information contained in this brochure (product information and proper use, misuse, product performance, product maintenance, obligations to provide information and instructions) is to be observed. Non-compliance releases the manufacturer from its statutory liability. Important information … .2 Mounting the guide rail and end caps (fig. 11) XX Make sure that the cable connection faces to the side of the door leaf. XX Align spacers (1) at the guide rail. Fasten the mounting screws (2) of the guide rail with
Access management in schools with GEZE INAC
… sure that only authorised persons can access the school building. © Oliver Kern Fotografie / GEZE GmbH The GEZE INAC access control system offers outstanding convenience – and not just for the building’s users. Installers and building operators also benefit from this carefully considered GEZE solution. “Our Smart Building Projects department preconfigured the GEZE INAC system according to the client’s specifications and also programmed and delivered all ID cards. This meant that our client was able to commission the access control system in no time at all using the documentation provided. Small adjustments were easy to implement thanks to the easy-to-understand system and were performed on-site by the fitters,” said Christoph Keller, Key Account Manager Safety Technology at GEZE. The benefits for installers and building operators are clear: installing and commissioning a pre-configured INAC access control system saves the client a great deal of time on the construction site while also offering enhanced functional security. GDPR-compliant data security One important aspect for building operators is that the GEZE INAC access control system functions in accordance with the EU General Data Protection Regulation (GDPR). The system can also be adjusted to the data protection regulations of individual companies and institutions with ease. After all, data security is of vital importance in all sectors. The MIFARE DESFire EV2 RFID cards, which allow users to be identified contact-free at building access points, offer additional data security thanks to encrypted communication. Discover our industry solutions for educational institutions We want to offer our clients solutions precisely tailored to their specific requirements. We are therefore very proud that our Slimdrive automatic sliding door system and our GEZE INAC access management solution allow us to deliver user-friendly, cost-effective solutions. Christoph Keller, Key Account Manager Safety Technology at GEZE GEZE solutions for customised safety concepts A safe, hygienic solution: the GEZE Slimdrive sliding door system for escape and rescue routes opens and closes automatically, thereby avoiding physical contact. © Oliver Kern Fotografie / GEZE GmbH Make sure doors only open for the people they’re supposed to. Access controls reliably deny entry to unwanted guests and let authorised people pass through. GEZE has the right access control systems for your individual requirements. Find out more about building safety Download access control product brochure (PDF | 458 KB) Convenient, secure and hygienic: the new school entrance with a GEZE sliding door system Pupils, teaching staff and visitors need to be able to pass through entrance doors at schools at their convenience – and exit through them quickly and safely in case of emergency. The original plan for the entrance to the new building at Rheinhausen primary school was to install a revolving door. Our GEZE design consultants recommended that the client choose an automatic sliding door fitted with a GEZE Slimdrive SL NT-FR sliding door system for escape and rescue routes. With the door leaf automatically opening to the side, users can enjoy convenient and accessible access in both directions. This ensures that pupils do not have to contend with a free-swinging door when entering or leaving the school building. Another key advantage of the automatic door selected is that it opens and closes fully automatically – and therefore without any physical contact, which eliminates one method of transmitting germs, bacteria and viruses. This convenient, secure and hygienic GEZE solution impressed planners and the client in equal measure. Discover other GEZE solutions for entrance areas (PDF | 396 KB) We knew about GEZE’s access control systems and their various applications from some of our other construction projects. With this in mind, we were delighted by the GEZE project manager’s proposal to continue using existing systems in other buildings and draw on hybrid technology to integrate the new school building in the overall security system. We were impressed by the specialist, forward-looking advice we received. Our decision to install an automatic sliding door soon paid dividends – as safety and hygiene are taking on an increasingly important role in schools at present. Dr Jürgen Louis, Mayor Electric hold-open device Thanks to the GEZE TS 5000 R overhead door closer with electric hold-open device, doors in corridors at Rheinhausen primary school open when required. © Oliver Kern Fotografie / GEZE GmbH Intelligent fire protection GEZE TS 5000 R overhead door closers with smoke switch provide fire protection, having been fitted to fire and smoke protection doors at Rheinhausen primary school. © Oliver Kern Fotografie / GEZE GmbH Door closer in case of fire The GEZE TS 5000 R has an integrated smoke switch control unit, which sends a signal to automatically close the door in case of fire. © Oliver Kern Fotografie / GEZE GmbH GEZE products at Rheinhausen primary school GEZE INAC access control system comprising DC800-DR Door Controllers, GCVR 800 UP readers, MIFARE RFID cards and power supply unit, plus GEZE INAC software application (app) for GEZE Cockpit Slimdrive SL NT-FR automatic linear sliding door system for escape and rescue routes TS 5000 R overhead door closer for fire and smoke protection doors, with electric hold-open device and integrated smoke switch control unit Related topics Access and security | Topics | Security Building security Comprehensive GEZE security solutions and GEZE access control elements ensure optimal protection for people and goods. Read more Topics | Accessibility Accessibility Accessibility allows everyone to live as equals, self-determinedly, and without external help. It ensures a better quality of life, greater comfort and increased safety for young and old. Read more
… sure polarity is correct. XX 6. Replace the top part of the housing carefully, making sure the antenna meets the antenna socket. XX 7. Replace the top part of the housing in such a way that the two tabs engage again. XX 8. Test the wireless input module. To do this, activate the connected contact. The hold-open system must trigger and close the door leaf. The status LEDs of the wireless module GC 171 and the lintel-mounted smoke switch light up yellow. … 4 LED1x SW1 SW1 LED1 LED1 EN 54-18 EN 54-25 EN 14637 LED1x 7. Remove the protective film from the battery compartment of the new wireless input module and install the main battery in the new wireless input module. Make sure of correct polarity. The LEDs of the new wireless input module flash green once first, then light up yellow for one second and then flash red four times. As soon as the LED goes out after that, the connection can be set up. Germany GEZE GmbH Niederlassung Süd-West Tel. +49 (0) 7152 203 594 E-Mail: leonberg.de@geze.com GEZE GmbH Niederlassung Süd-Ost Tel. +49 (0) 7152 203 6440 E-Mail: muenchen.de@geze.com GEZE GmbH Niederlassung Ost Tel. +49 (0) 7152 203 6840 E-Mail: berlin.de@geze.com GEZE GmbH Niederlassung Mitte/Luxemburg Tel. +49 (0) 7152 203 6888 E-Mail: frankfurt.de@geze.com GEZE GmbH Niederlassung West Tel. +49 (0) 7152 203 6770 E-Mail: duesseldorf.de@geze.com GEZE GmbH Niederlassung Nord Tel. +49 (0) 7152 203 6600 E-Mail: hamburg.de@geze.com GEZE Service GmbH Tel. +49 (0) 1802 923392 E-Mail: service-info.de@geze.com Austria GEZE Austria E-Mail: austria.at@geze.com www.geze.at Baltic States – Lithuania / Latvia / Estonia E-Mail: baltic-states@geze.com Benelux GEZE Benelux B.V. E-Mail: benelux.nl@geze.com www.geze.be www.geze.nl Bulgaria GEZE Bulgaria - Trade E-Mail: office-bulgaria@geze.com www.geze.bg GEZE GmbH Reinhold-Vöster-Straße 21–29 71229 Leonberg Germany Tel.: 0049 7152 203
… sure no dust gets into the measuring chamber. This leads to increased contamination and can significantly shorten the service life of the smoke detector. úú The measuring chamber of a smoke detector must not be opened. Heed the document for the hold-open system FA GC 150 or FA GC 160 - Instructions for the installation, commissioning, operation and maintenance, see www.geze.com. … minute SW1x LED1x SW1x LED1x Install batteries XX Remove the protective films from the battery compartment (4) of the new wireless detector and install the batteries (5) in the new wireless detector. Make sure of correct polarity. Battery replacement The wireless detector signals “low battery charge” to the wireless module GC 171 if the charge state of the batteries is no longer sufficient. Both batteries (5) always have to be replaced together. The set-up switch (6) for the wireless detector must not be activated. XX Take the wireless detector out of the base (8). XX Remove the battery compartment cover (3). XX Remove both batteries (5). XX Insert new batteries (type CR123A) – make sure polarity is correct. XX Replace the battery compartment cover (3). XX Insert the wireless detector into the base (8). XX Test the wireless detector. It can take up to a minute for the wireless detector to be ready for operation after battery replacement.
… sure that each drive operates at least … Verrieglungspunkte des Fensters bedient. Mount bolt pieces as shown at a distance of 18 mm from the locking bolt. Adjust contact pressure of the sash via bolt piece in such a way that the window is securely locked. In the event of premature shutting off: check contact pressure. Make sure that each drive operates at least … mm. The drill hole can be enlarged to a max. Ø 10 mm for larger diameters. Make sure that each drive operates at least
… sure of sufficient lighting. Use safety glass. Attach safety stickers to glass door leaves. Risk of injury with opened drive. Hair, clothing, cables, etc. can be drawn in by rotating parts. Risk of injury caused by unsecured crushing, impact, drawing-in or shearing spots. Risk of injury due to glass breakage. Always only use safety glass. Risk of injury due to sharp edges on the drive and door leaf. Risk of injury during installation through freely moving parts. Environmentally conscious working àà When disposing of the door system, separate the different materials and have them recycled. àà Do not dispose of batteries and rechargeable batteries with household waste. àà Comply with the statutory regulations when disposing of the door system and the batteries/rechargeable batteries. … Safety notes related to transportation and storage àà The door system and its parts are not built for hard impacts or for falling from a height. XX Do not throw, do not drop. àà Storage temperatures under –30 °C and above +60 °C can result in damage to the device. àà Protect against humidity. àà Use special glass transport devices (e.g. A-frames) for transporting glass. àà Separate several panes on a frame or during storage using intermediate layers (e.g. cork pads, paper or plastic cords). àà Always store glass in a vertical position on level and load-bearing ground. Use suitable material as a support (e.g. wooden slats). àà In the case of insulated glass, make sure that it is placed flush across the entire element thickness on at least … .4 Powerdrive PL-HT Adjusting the moving leaves WARNING! Risk of injury caused by crushing! The moving leaves are still unsecured and move easily. XX Make sure that the moving leaves are not moved accidentally or by unauthorised persons. XX 14 Push the moving leaf onto the roller carriage so that the sealing rubber (1) contacts across the entire length and the joints (2) are straight. Powerdrive PL-HT Installation XX XX XX Adjust the height of the moving leaf using the adjustment screws (4) and (5). Adjust the tilt of the moving leaf using the adjustment screws (3). After adjusting the moving leaf, tighten screws (3) and (4) (screw torque (4) = 40 Nm). Adjusting the guide roller XX XX XX Loosen screws (7). Push the pulley holder (8) so that the guide roller (5) is in contact with the ramp (6). Tighten screws (7). 15 Installation … Powerdrive PL-HT Mounting the cover WARNING! Risk of injury! People can be injured when the cover is pivoted. XX Always make sure two people handle the cover. WARNING! Risk of injury from falling cover! XX Make sure that the cover is attached along the entire length of the track. XX Release the cover carefully and check whether it has been suspended safely. XX Unscrew the locking pin (1) from the tooth belt locking mechanism (optional). … .1 Testing cover earthing (on site) WARNING! Risk of fatal injury due to electric shock! XX Make sure that there is a cover earthing on the cover (on site).
… sure that no chips remain in the aluminum section. Seal the borehole when fastening in such a way that no dripping water can penetrate. Mechanical information which may facilitate the positioning of screws: … ). -> For this purpose, push the transmitter adjustment always in direction of the flat conductor cable (the flat conductor cable side is opposite the closing edge). Connect all required flat conductor cables to the modules prior to the installation of the modules. Please make sure that the master module is always located on the hinge plate side. Connect the terminal screw (i) of the master module to the transition cable of the door control. Place the modules between the module holders (c). Subsequently use the screw M2.5 (h) to screw down to the module holder (cf. Figure … left). Make sure that the transmitters are all set identical in case of several slave modules (identical lock position of the transmitter) ! The master module has to have the same transmitter setting as well. … It is possible to fit up to seven additional slave modules, apart from one master module. The differences between the master module and the slave module are as follows: Master module: with relay; 6-pole connector; one red socket Slave module: no relay; no 6-pole connector; two red sockets Installing Master / Slave Module Make sure that the chassis neatly locks into the module holder during the installation of the master module and the slave module. Figure … Installing master / slave module • Please make sure that the arbor of the module holder locks into the borehole of the chassis safely. The chassis clip has to be visible in the middle of the module holder (Figure
… sure of sufficient lighting. Use safety glass. Attach safety stickers to glass door leaves. Danger of injury with opened drive. Hair, clothing, cables, etc. can be drawn in by rotating parts! Danger of injury caused by unsecured crushing, impact, drawing-in or shearing spots! Danger of injury due to glass breakage. Always only use safety glass! Danger of injury due to sharp edges on the drive and door leaf! Danger of injury during installation through freely moving parts! Environmentally conscious working àà When disposing of the door system, separate the different materials and have them recycled. àà Do not dispose of batteries and rechargeable batteries with household waste. àà Comply with the statutory regulations when disposing of the door system and the batteries/rechargeable batteries. … Safety instructions related to transportation and storage àà The door system and its parts are not designed for hard impacts or for falls from high areas. XX Do not throw, do not drop. àà Storage temperatures under –30 °C and above +60 °C can result in damage to the device. àà Protect against humidity. àà Use special glass transport devices (e.g. A-frames) for transporting glass. àà Separate several panes on a frame or during storage using intermediate layers (e.g. cork pads, paper or plastic cords). àà Always store glass in a vertical position on level and load-bearing ground. Use suitable material as a support (e.g. wooden slats). àà In the case of insulated glass, make sure that it is placed flush across the entire element thickness on at least … people should work together to set up the door leaves. WARNING! Danger of injury caused by crushing! The door leaves are still unsecured and move easily. XX Make sure that the door leaves are not moved accidentally or by unauthorised persons. XX Clean track. The roller carriage is selected based on the system parameters. One of the following roller carriage options must be used. 12 ECdrive T2 Product family … people should work together to set up the door leaves. XX Set up the door leaf with support bracket on double roller carriage. Tightening the door leaves: XX XX Screw both support brackets (5) of the door leaves to the roller carrier (8) using Verbus-Ripp M8×10 safety screws (4). Tighten the safety screws (4) by hand. XX Screw the screw (1) out of the holder (2). Make sure that the holder (2) does not fall to the ground. XX XX Screw the screw (1) with screw holder (3) as far into the holder (2) as necessary until the screw (1) is in contact with the support bracket (5). A clearance of … .1 Mounting the module mounts on the left and right WARNING! Components that are not secured may fall down. XX When mounting the module mount, make sure that its entire length is suspended in the track (2). XX XX XX Position the right module mount (3) in such a way that driver does not collide with the motor gear unit. Position the left module mount (1) in such a way that driver does not collide with the locking mechanism or the deflection pulley. For positions, see drive diagram. Install the pre-mounted module carriers left (1) and right (3) with … Production test and commissioning Mounting the cover CAUTION! Danger of injury! People can be injured when the cover is handled. XX Always make sure two people handle the cover. CAUTION! Danger of injury from falling cover! XX Make sure that the cover has latched in securely at the side panels. XX Release the cover carefully and check whether it has been attached safely. XX Drill a hole for the toothed belt locking (optional) The position of the hole must be checked. Depending on the positioning of the drive components, minor deviations can occur here. Dimensional specifications for dimension C can be found in the component drawing for the cover. XX XX Drill a hole Ø 20 mm. Deburr the hole. 61 ±2