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M-238M Disabled toilet solution ZH
Supplementary sheet

M-238M Disabled toilet solution ZH

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Revo.PRIME revolving door
Wiring diagram

Revo.PRIME revolving door

Revolving door Revo.PRIME Door controller DCU6-NT KDT 201216-00 EN Wiring diagram  Revo.PRIME Contents … 1 Introduction … Symbols and illustrations … Validity … Product liability … 2 Basic safety notes … Safety notes … Installation information … Safety-conscious working … Inspection of the installed system … Disposal of the door system … 3 Abbreviations … 4 Electrical data … 5 Assembly groups … Overview … Drive ceiling mounting … 10 Drive for underfloor installation … 10 … Control unit components … 11 … Control unit DCU6- NT KDT … 11 Control unit DCU6-NT … 12 Terminal panel DCU604 … 14 Terminal panel DCU602 … 14 Collector ring for terminal panels DCU602/DCU604 … 15 Motor gear unit … 16 Power supply … 17 … Mains connection … 18 … External components … 19 … Overview … 19 Activation devices … 20 Safety functions … 22 Mode of operation … 31 Initialisation sensor (INIT) … 33 Break-out switch (BO) … 34 Configurable outputs (PA) … 35 Configurable inputs (PE) … 36 Locking mechanism … 37 … Night-time closer … 39 … Connection switch contact night-time closer opened … 40 Connection bolt message night-time closer to control unit DCU6- NT … 40 Manual night-time closer … 40 Automatic night-time closer … 41 10 Commissioning … 44 … Parameter setting for control unit … 44 Signal voltages at the signals monitored by resistors … 46 Drive test … 46 11 Service menu … 47 Revo.PRIME  … Service terminal ST220 … 47 Service menu ST220 … 48 12 Error messages … 58 … Error display on service terminal ST220 … 58 Error display on keypad programme switch TPS-KDT … 60 13 Component list … 61 … Introduction Revo.PRIME … Introduction … Symbols and illustrations Warning notices In these instructions, warning notices are used to warn against material damage and injuries. XX Always read and observe these warning notices. XX Observe all measures marked with the warning symbol and warning word . Warning symbol Warning word Meaning Danger to persons. DANGER 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 illustrations Important information and technical notes are highlighted to explain correct operation. Symbol Meaning means “important information”; Information on avoiding material damage, understanding a concept or optimising the operation sequences means “additional Information” XX Symbol Symbol for an action: This means you have to do something. XX If there are several actions to be taken, keep to the given order. Meaning Escape and rescue route Use This information must always be heeded if the door is used on escape and rescue routes. Conforms to DIN EN 16005 … Validity àà Control unit DCU6-NT from: àà Hardware DCU610 Rev A0 àà Software DCU610 μC1 V1.0, μC2 V1.0 àà Control unit automatic night-time closer from: àà Hardware DCU110 Rev B0 àà Software DCU110 night-time closer V4.4 … Product liability In compliance with the manufacturer’s product liability as defined in the German “Product Liability Act”, compliance with the information contained in this brochure (product information and intended use, misuse, product performance, product maintenance, obligations to provide information and instructions) must be ensured. Failure to comply releases the manufacturer from “its” statutory liability. … Revo.PRIME … Basic safety notes Basic safety notes To ensure personal safety, it is important to follow these safety instructions. These instructions must be kept. … Safety notes To ensure personal safety, it is important to follow these safety instructions. àà Keep these instructions. àà Only specialists who are authorised by GEZE are permitted to carry out installation, commissioning and maintenance. àà If unauthorised changes are made to the system, GEZE cannot be made liable in any way whatsoever for any resulting damages. àà GEZE does not accept any warranty for combinations with third-party products. Only original GEZE parts may be used for repair and maintenance work as well. àà Connection to the mains voltage must be carried out by a qualified electrician. Perform the mains connection and protective earth connection test in accordance with VDE 0100 Part 600. àà Use an on-site automatic cut-out as the line-side disconnecting device, the dimensioning of which is matched to the type, cross-section, type of routing and ambient conditions of the on-site power supply circuit. The automatic cut-out must have at least … A and may have max. 16 A. àà Attach safety stickers to glass leaves, àà Attach the sticker with the warning sign (Caution, hold children by the hand, not a play area) to both sides of the door. àà In accordance with Machinery Directive 2006/42/EC, a safety analysis is to be performed and the door system marked in compliance with CE Marking Directive 93/68/EEC before the door system is commissioned. àà Observe the latest versions of guidelines, standards and country-specific regulations, in particular: àà ASR A … "Technical rules for workplaces, doors and gates" àà DIN EN 16005 “Power-operated pedestrian doorsets – Safety in use – Requirements and test methods” àà DIN VDE 100-600 “Installation of low-voltage systems - Part … Tests” àà DIN EN 60335-2-103 “Safety of electrical devices for home use and similar purposes special requirements for drives for gates, doors and windows” àà Accident-prevention regulations, especially DGUV V1 (BGV A1) “General regulations” àà DGUV V3 (BGV A3) “Electrical installations and equipment” àà All revolving doors must be equipped with protection of the leading mullions in accordance with DIN EN 16005. àà Only put the door into operation if safety glass has been used. àà The operator must ensure that the door is unlocked following a change in mode of operation from night mode (locked). … Installation information àà The drive is designed exclusively for use in dry rooms. àà Use only the cables specified on the cable plan provided. Cables must be shielded in compliance with the wiring diagram. àà Always use insulated wire-end ferrules for wire cores. àà Insulate wires that are not used. àà Secure loose, internal drive cables with cable ties. àà Observe the maximum permitted total power consumption required to supply the peripheral devices. … Basic safety notes … Revo.PRIME Safety-conscious working DANGER! Danger of fatal injury due to electric shock. Note that if an Uninterruptible Power Supply (UPS) is used, the system will still be supplied with voltage despite the fact that the power supply is disconnected. XX Before working on the electrical system, disconnect the power supply (mains and rechargeable battery) and check that no voltage is present. àà àà àà àà àà àà àà àà … Inspection of the installed system XX XX XX … Secure workplace against unauthorised entry. Watch the swivelling range of long system parts. Secure the cover/drive panels against falling. Danger of injury with opened drive. Hair, clothing, cables, etc. can be pulled in by rotating parts. Risk of injury by trapping, knocking, shearing and hair etc. being pulled in at unsecured points. Danger of injury due to sharp edges on the drive. Danger of injury due to glass breakage. Always use safety glass. Danger of injury when working at heights. Check that the presence sensors, the safety edges and the movement detector are working. Check the necessary protective earth connection to metal parts that can be touched. Check the doubled/reinforced insulation of the power cables or mains connection. Disposal of the door system àà The door system is made of materials that should be sent for recycling. For this purpose, the individual components should be sorted corresponding to material type: àà Aluminium (profiles, ceiling panels, …) àà Iron (gear, ceiling panels, fittings, screws, ...) àà Plastic (sensor housing, ...) àà Electronic parts (bolt, motor gear unit, control unit, power supply, transformer, sensors, ...) àà Cables àà Rechargeable battery àà Glass àà Wood àà The parts can be disposed of at the local recycling depot or by a scrap recycling company. àà Rechargeable batteries contain pollutants and heavy metals. Do not dispose of these with household waste. Only dispose of rechargeable batteries at the collecting points prescribed by law. Information on the German Battery Directive Batteries and rechargeable batteries supplied by GEZE include a supplementary sheet with information on the provisions of the Battery Directive regarding the disposal and return of used batteries and rechargeable batteries. These instructions must always be followed and observed. … Revo.PRIME … Abbreviations Abbreviations Wire colours BN BK BU GN GY OG brown black blue green grey orange PK RD TQ VT WH YE pink red turquoise violet white yellow Connections, terminals and plugs Akku ANS AU BHT Rechargeable battery Mobile safeguarding device Automatic mode of operation Special button for handicapped people BO Break-out BRE Brake CAN Communication interface CAN CH A, B Channel A, B DO Permanently revolving DPS Display programme switch EZSA Draw-in protection, analogue (DCU602 only) EZS Draw-in protection FED Signal designation “locked spring” GLT Building management technology GND Reference potential HALL Hall sensor, position sensor HS1,2,3 Hall sensor 1,2,3 INC Rotary encoder INIT Initialisation sensor JP Jumper KA Contact sensor outside KB Mechanical contact KI Contact sensor inside LCK Signal designation “locked” LK Luster terminal LOCK1 Lock … LOCK2 Lock … LS Exit only MA Manual MOTOR Drive motor MTEMP NA NT OFF PA PE-ANA PE-DIG PFS PROG PS RBM RLAST RS485 SABO SCR SO ST220 STG STK STOP TPS-KDT TST ULCK UZS VPS WI 24V Motor gear unit temperature sensor Night mode Power supply Off Configurable output Configurable input, analogue Configurable input, digital Post safety Programming interface Programme switch/mode of operation Radar movement detector Load resistance Communication signal to TPS-KDT, ST220 Sabotage Shield Summer Service terminal Fault Supporting terminal Stop Keypad programme switch for revolving door Test signal for safety sensors Signal designation “locked” Clockwise Protection of the leading mullion Winter Supply voltage for external devices (load at the terminals 24V and 24VSENS together maximum … A) 24VAKKU Supply in event of power failure, max. 20 mA 24VSENS Switchable supply voltage for external devices (load at the terminals 24V and 24VSENS together maximum … A) … Electrical data … Electrical data Supply voltage Frequency Protection class Capacity rating Mains connection Primary fuse Secondary voltage motor gear unit Secondary voltage (for external components) Output current (for external components) Secondary fuse Temperature range Storage temperature Humidity Altitude above sea level IP rating àà Control unit àà Control unit underfloor àà Motor gear unit … Revo.PRIME 200–240 V AC, (190–264 V AC) 50/60 Hz (47–63 Hz) I 330 W , max. 600 W Fixed connection (installation cable) … A slow-blow 42 V DC, SELV 24 V DC (±5 %), SELV max. … A … A slow-blow, 5×20 mm –15 °C … +50 °C –20 °C … +80 °C 5-85 % non-condensing max. 3000 m àà IP20 àà IP66 àà IP54 Revo.PRIME Assembly groups … Assembly groups … Overview 18 17 … 2 16 … 4 15 PA … PE_ANA PE_DIG VPS1 VPS2 KI KA KB BHT PFS PS STOP INIT RS485 14 … 6 10 11 … 8 12 13 … 2 … 4 … 6 … 8 … Motor gear unit Control unit DCU6- NT KDT Safety sensor Contact sensor Mode of operation Emergency stop switch Communication (CAN) Locking mechanism Mains connection cable 10 11 12 13 14 15 16 17 18 Mains connection box Power cable on site 230 V AC Lamp transformer / power supply Spots Initialisation sensor Collector ring Terminal panel DCU602/DCU604 Coupled safety edges Coupled sensors … Assembly groups … Revo.PRIME Drive ceiling mounting … 1 … 3 … Drive for underfloor installation … 2 10 Branch box mains connection Motor with gear Mounting plate with control unit DCU6-NT KDT Control cabinet with control unit DCU6-NT KDT Motor with gear Revo.PRIME Control unit components … Control unit components … Control unit DCU6- NT KDT … PA PE_ANA PE_DIG VPS1 VPS2 KI KA KB … 1 … 3 BHT PFS PS STOP INIT RS485 … Motor connection Mains connection cable with device connector IEC60320, C13 Connections for external components 11 Control unit components INC/HALL BRE RLAST MOTOR GEAR UNIT RECHARGEABLE BATTERY Control unit DCU6-NT NT … Revo.PRIME … CAN2 PROG2 RUN2 F1 LOCK2 2,5AT CAN … LOCK1 DCU602/DCU604 … 2 55 56 57 67 68 PROG1 … 2 52 66 … 2 51 53 64 65 … PE-ANA PE-DIG 16 … 4 30 17 … 4 30 … 24 … 4 15 VPS1 VPS2 BHT STOP … 4 21 … 4 23 KI RUN1 12 CAN1 PA … 71 KA PFS … 2 84 INIT … 20 … 5 … 7 … 9 … 2 42 41 43 KB PS RS485 … 2 … Collector ring DCU602/DCU604 CAN interface Revo.PRIME Control unit components RUN1 Operation LED µController … àà LED on: Everything OK àà LED flashes slowly ( … Hz): Drive not taught àà LED flashes quickly (2 Hz): Fault PROG1 Programming connector µController … RUN2 Operation LED µController … PROG2 àà LED flashes (1 Hz): Everything OK, communication between computers is running àà LED flashes quickly (2 Hz): Fault Programming connector µController … 2 … 6 … 8 … PS 24V MA NA LS AU-WI DO VPS2 RS485 … 1 … 44 41 42 VPS1 … 2 42 41 43 GND 24V RS485-A RS485-B SCR STOP INIT PE-ANA … 2 84 … 2 52 66 GND 24V INIT GND 24V PE2 PE6 16 … 4 30 17 … 4 30 VPS1 GND 24VSENS TST2 VPS2 GND 24VSENS TST2 … 4 15 GND 24VSENS STOP STK … 2 51 53 64 65 GND 24V PE1 PE3 PE4 PE5 KB … 20 24VAKKU KB … 4 21 GND KI … 4 23 GND KA BHT … 24 24VSENS BHT PFS … 71 24VSENS PFS … 2 55 56 57 67 68 GND 24V PA1A PA1B PA2 PA3A PA3B 24VSENS KA STK PA PE-DIG 24VSENS KI 13 Control unit components … Revo.PRIME Terminal panel DCU604 ANS1 ANS2 11 … 4 10 12 … 4 10 X9 13 … 4 10 14 … 4 10 72 72 72 72 ANS3 … EZS1 72 72 72 72 X10 EZS2 ANS4 EZS3 EZS4 Terminal panel DCU602 JP Reserve JP8 S BO3 P BO4 BO2 ANS4 BO1 JP7 S EZSA4 P JP6 S P JP5 S EZSA3 P ANS3 S JP4 EZSA2 ANS2 P JP3 S P JP2 T D EZSA1 ANS1 X9 19 19 19 19 14 … 4 10 19 19 19 19 72 72 72 72 13 … 4 10 72 72 12 … 4 10 72 72 11 … 4 10 X10 D T DCU602 JP1 The terminal panel DCU602 is only required for drives with break-out function or with underfloor installation. àà JP1 and JP2 to D (position T is special function) àà JP3 to JP8 to S for series connection EZSA1 to EZSA4 (safety edges with normally closed contact) àà JP3 to JP8 to P for parallel connection EZSA1 to EZSA4 (safety edges with normally open contact) Terminal assignment DCU602/DCU604 ANS1 10 TST1 … 24VSENS … GND 11 ANS1 ANS2 10 TST1 … 24VSENS … GND 12 ANS2 ANS3 10 TST1 … 24VSENS … GND 13 ANS3 ANS4 10 TST1 … 24VSENS … GND 14 ANS4 14 EZS(A)1 72 72 BO1 24VSENS EZS(A)2 24V BO2 19 19 72 72 EZS(A)3 BO3 19 19 72 72 EZS(A)4 72 72 19 19 EZS BO4 19 19 BO Only with DCU602 Revo.PRIME … Control unit components Collector ring for terminal panels DCU602/DCU604 The terminal panel DCU602/DCU604 is connected to control unit DCU6 via the collector ring as follows: àà per contact max. 24 V / … A XX Connect socket terminal strips X9 and X10 of the collector ring correctly (risk of short circuit). X10 (connector resp. cable) is marked yellow. XX For underfloor installation: Seal the cable entries on housing DCU602/DCU604 and control cabinet in accordance with the installation instructions. XX See the installation instructions for installation of the collector ring and the terminal panels. X10 DCU602/DCU604 DCU6-NT … X9 DCU 6-NT DCU602/DCU604 … EZS/EZSA NC NC 24VSENS 24VSENS … 5 … 3 … 1 … 3 … 2 … 4 12 11 10 … 8 … 6 … 4 … 2 … 2 … Collector ring View from the wire feeding side Side of DCU602/DCU604 (X9, X10) Side of DCU6-NT 15 Control unit components … Revo.PRIME Motor gear unit … 2 MOTOR GEAR UNIT Pin number Signal name Wire colour … Motor gear unit A BU … Motor gear unit B BK … Motor gear unit C BN … INC/HALL/MTEMP … 2 … 16 BRE INC/HALL/MTEMP Motor gear unit Pin number Signal name Wire colour … CH B GY-PK … CH A VT … Hall (+) GY … Hall (–) BU … NC … NC … HS3 BN … MTEMP RD-BU … HS1 YE 10 HS2 GN 11 GND WH 12 5V PK Pin number Signal name Wire colour … BRE (+) RD … BRE (–) BK BRE Revo.PRIME … Control unit components Power supply J1 input (IEC320 C14) Pin number Signal name … L, 230VAC … PE … N J2 output Pin number Signal name … 42V … 24V … GND … GND J3 output Connection secondary side Connection primary side … 1 J2 J3 … 3 … 1 … 1 … Pin number Signal name … 42V … GND J1 (IEC60320, C14) 17 Mains connection … Revo.PRIME Mains connection DANGER! Danger to life from electric shock XX Ensure that the connection to the mains voltage is carried out by a qualified electrician. XX XX Perform the protective earth connection test in accordance with VDE 0100 Part 600. Install a mains fuse on site in the form of a miniature circuit breaker. The rated value must be matched to the type of conductor, conductor cross-section, type of routing and ambient conditions of the on-site power supply circuit. … 4 … 1 230 V AC BK L BK BK BU BU BU N PE DCU6-NT KDT … 6 NT PE GN/YE GN/YE 42V 24V DCU6-NT … 9 … 1 … 3 … 5 Miniature circuit breaker (on site) Main switch (optional, on site) Drive unit Junction box Terminals DANGER! BK L BU N … 7 … 9 12V Low voltage cable Lighting Lamp transformer / power supply Spots Danger of electric shock. XX The wiring for the lighting must be carried out in such a way that the conditions for the doubled/reinforced insulation (sheathing, transformer in insulated housing) are observed. 18 Revo.PRIME External components … External components … Overview àà àà àà àà The external components have individual layouts. For technical reasons, we cannot show all of the possibilities here. The door system shown is only a schematic diagram. The illustration and description applies for leaves revolving anti-clockwise. For leaves revolving clockwise, it applies correspondingly reversed. … 2 … 4 … 6 … 8 … 10 11 12 13 14 15 16 Contact sensor inside (KI) Contact sensor outside (KA) Protection of the leading mullion inside (VPS1) Emergency stop switch inside and outside (STOP) Keypad programme switch (TPS-KDT) Key switch (SCT) Warning notice inside and outside Special button for handicapped people (BHT) Post safety (PFS) Heel safety edge (EZS) Hand safety edge (EZS) Emergency exit sign break-out Mobile safeguarding device (ANS) Protection of the leading mullion outside (VPS2) Initialisation sensor (INIT) Magnet for initialisation sensor Pos. Explanation … + … Contact sensor for activating the revolving movement of the door for the set number of revolutions. … + 14 Safety sensor on the mounted profile of the door system for monitoring the area directly in front of the righthand mullion of the door system. When a door leaf approaches the post, a door system stop is triggered if these are activated (e.g. if there is someone standing next to the mullion). … The switch is located on the right-hand mullion profile of the door system and triggers an emergency stop when activated. The drive is released and the door leaves can revolve freely. For the revolving movement to be resumed, the switch has to be reset. … Keypad programme switch for changing mode of operation and for displaying error codes on the door system. … Key switch for protecting the programme switch from unauthorised operation. … A sticker on the right-hand mullion of the door system indicates that children must be supervised near the door. … After the push button has been pressed and the door system activated by a pulse generator (1+2), the door revolves for one minute at reduced speed. Then the door system accelerates again to normal speed. Note: Only possible in the automatic, exit only, night mode and permanently revolving modes of operation … Safety edge on the right-hand mullion of the door system. A door system stop is triggered when the safety edge is pressed. After the safety edge has been released, the drive restarts after a settable pause time. 10 Safety edge on the lower leaf profile. A door system stop is triggered when the safety edge is pressed. After the safety edge has been released, the drive restarts after a configurable pause time. 19 External components Pos. 11 12 13 Revo.PRIME Explanation Safety edge on the outer vertical door leaf profile. A door system stop is triggered when the safety edge is pressed. After the safety edge has been released, the drive restarts after a configurable pause time. Sticker on the door leaf where doors with break-out fitting are used on escape and rescue routes. Use with revolving doors with a diameter of more than 3000 mm. The safety sensor reduces the revolving speed when the door leaf approaches a person or triggers a door leaf stop. … Activation devices … .1 Contact sensor inside (KI) The input KI is active in the modes of operation AU and LS. During activation, the output of the contact sensor inside is closed (24 V applied at the KI input). GC 302 R radar movement detector The radar movement detector GC 302 R is a directionally sensitive radar movement detector. XX Heed installation instructions GC 302 R. àà Several radar movement detectors are connected in parallel. GC 302 R 85 mA +UB … WH -UB … BK … BN … BU KI … GND … 24VSENS 21 KI … .2 Contact sensor outside (KA) The input contact sensor outside is only active in the AU operating mode. During activation, the output of the contact sensor outside is closed (24V applied at the KA input). GC 302 R radar movement detector The radar movement detector GC 302 R is a directionally sensitive radar movement detector. XX Heed installation instructions GC 302 R. àà Several radar movement detectors are connected in parallel. GC 302 R 85 mA +UB … WH -UB … BK … BN … BU KA … GND … 24VSENS 23 KA … .3 Mechanical contact (KB) The input KB is active in the modes of operation AU, LS and NA. On activation the output of the mechanical contact is closed (24 V applied at the KB input). KB … 24VAKKU 20 KB When an automatic night-time closer is used: XX Note the information on connecting the mechanical contact provided in chapter … . XX 20 Do not use the terminal strip KB for supplying external loads (e.g. number code lock). Otherwise the rechargeable battery will not be charged. Revo.PRIME External components Mechanical contact with sabotage monitoring A configurable digital input can be used for sabotage monitoring at the KB input. The sabotage contact is normally closed (24V applied to the PE input) and opens in case of sabotage Illustration of the sabotage contact with the switch cover closed: KB … 24VAKKU 20 KB PE-DIG … 1 … .4 … GND … 24V or PE-ANA … GND 51 PE1 … 24V 53 PE3 52 PE2 64 PE4 66 PE6 65 PE5 Key switch with sabotage contact Push pad (BHT) Actuation of the push button BHT influences the speed at which the revolving door revolves after the next activation (KI, KA, KB). If the push button BHT is actuated while the revolving door is turning, the speed is reduced for one minute. If the push button BHT is actuated during standstill and then activation (KI, KA, KB) takes place within one minute, the revolving door revolves at reduced speed for one minute. After one minute has passed, the revolving door revolves at automatic speed again. … 2 … Push button BHT inside Push button BHT outside Pusher contacts, if the outside push button BHT is installed on a sliding panel of a night-time closer BHT … 2 … 24VSENS 24 BHT … 21 External components … Safety functions … .1 Emergency stop switch (STOP) Revo.PRIME àà Install an emergency stop switch directly at the access point to the revolving door both inside and outside. àà Install an emergency stop switch directly at the access point to the revolving door at least on the inside of the building. àà When the emergency stop switch is pressed, the contact is interrupted. GND is applied to the STOP input. àà The door stops when the emergency stop switch is pressed. àà Install a … kΩ resistor for monitoring in every emergency stop switch. With some versions, it is already integrated. For signal voltages see chapter … . XX Heed the installation instructions for the emergency stop switch. … 3 STOP GND … 24VSENS STOP 2kΩ STK … 2kΩ … 2 … 22 Emergency stop switch outside Emergency stop switch inside Pusher contacts, if the outer emergency stop switch is installed on a sliding panel of a night-time closer Revo.PRIME … .2 External components Emergency stop switch combined with push pad (STOP, BHT) The combination of emergency stop switch and push pad is designed for installation in the mullion profile of the revolving door or in the leaf profile of the night-time closer. XX Heed the installation instructions for the emergency stop switch. XX Heed the information on the emergency stop switch in chapter … .1. Two emergency stop switches with push button BHT: … 2 … WH STOP OG GY … GND YE GN … 24VSENS BN 15 STOP 2kΩ YE BHT … 4 STK … 24VSENS WH OG GY YE GN 24 BHT BN YE 2kΩ … 2 … 4 … .3 Emergency stop switch outside Push button BHT outside Emergency stop switch inside Push button BHT inside Pusher contacts, if the outside emergency stop switch or push button BHT is installed on a sliding panel of a night-time closer Post safety (PFS) Install one safety edge each on the inner and outer leading mullions. àà When the safety edge is pressed, the contact is interrupted. GND is applied to the PFS input. àà When the safety edge is pressed, the door stops. àà A … kΩ resistor is installed at the end of each safety edge for monitoring purposes. For signal voltages see chapter … . XX … 2kΩ PFS STK … 24VSENS 71 PFS … 2kΩ … Safety edge 23 External components … .4 Revo.PRIME Protection of the leading mullion (VPS) Install one sensor each above the inner and outer leading mullion. Connect inner protection of the leading mullion to VPS1, outer leading mullion safety to VPS2. àà If the protection of the leading mullion responds, the output is open. GND is applied to the VPS1 and VPS2 inputs. àà Parameters can be set for the door's behaviour following a response by protection of the leading mullion. XX Check the detection areas of the protection of the leading mullion. The door leaves must not activate the protection of the leading mullion. Check protection of the leading mullion in accordance with EN 16005, see “Checklist for commissioning and service”. XX XX Protection of the leading mullion with active infrared fan-shaped sensor GC 339 XX Heed installation instructions GC 339. Installation position and adjustment of the angle of inclination: The illustrations apply for leaves revolving anti-clockwise. For leaves revolving clockwise, the illustrations apply correspondingly reversed. Sensor installation … Setting the angle of inclination X … 5 … MH 200 … 1 … 3 … 5 Centre of sensor X Safety edge on the leading mullion Direction of rotation of the door leaves Reaction point first spot FB Leading mullion MH [mm] 3500 3250 3000 2700 2500 2200 2000 max. 50 FB Installation offset of the sensor. Distance between the outer edge of the safety edge on the leading mullion and the centre of the sensor. The installation offset depends on the installation height, see table. Width of detection area on the floor (FB = MH × … ). The width of detection area depends on the setting of the AIR width and the installation height. MH Installation height FB [mm] 583 542 500 450 417 367 333 X [mm] 92 71 50 25 … Offset to the right: X = positive Offset to the left: X = negative -17 -33 The radial clearance between the leading mullion and the detection area of the sensor must not exceed 50 mm. XX Set angle of inclination of the sensor accordingly. 24 Revo.PRIME External components Parameter settings at the sensor: Parameter Setting AIR: Output AIR: Max. time AIR: Width … (NC, factory setting) … (30 s) to … (infinite) … 1 For installation height greater than … m set the value … (higher) or … (maximum) AIR: Number AIR: Filter VPS1 GC 339 -UB 110 mA +UB BN GN GY VPS1 17 VPS2 … GND … GND … 24VSENS … 24VSENS 30 PK VPS2 16 … TST2 30 TST2 … BU RD Inner leading mullion sensor to VPS1 Outer leading mullion sensor to VPS2 … 2 WH YE Protection of the leading mullion with laser scanner Flatscan REV PZ XX Heed the installation instructions for Flatscan REV PZ. Installation position and adjustment of the angle of inclination: The illustrations apply for leaves revolving anti-clockwise. For leaves revolving clockwise, the illustrations apply correspondingly reversed. XX Fit the sensor centre 100 mm in front of the safety edge of the leading mullion. Sensor installation 100 Setting the angle of inclination … 2 … 3 … 4 max. 50 … 2 … Sensor in front of the leading mullion … Safety edge on the leading mullion … Direction of rotation of the door … leaves Left-hand detection area Leading mullion Right-hand detection area 25 External components Revo.PRIME The radial clearance between the leading mullion and the detection area of the sensor must not exceed 50 mm. XX Set angle of inclination of the sensor accordingly. XX Set the width of the detection area in front of the leading mullion. XX Set the height of the detection area to the height of the door leaves. Parameter settings at the sensor XX Set output configuration to … (NC) (factory setting). XX Set area dimension (height) leaf height to the height of the door leaves. XX Set area dimension (width) to 200 mm. DIP switch settings on the sensor DIP … ON Initial config. NC/NC DIP … ON Environment standard DIP … ON Background ON DIP … ON Test, low active Function of switching outputs (factory setting) Output R1: Left-hand detection area (door slow) Output R2: Right-hand detection area (door STOP) Flatscan REV PZ 90 mA -UB +UB BN GN YE WH R1 VPS1 16 VPS1 … GND … 24VSENS 30 TST2 VPS2 17 VPS2 … GND … 24VSENS 30 TST2 PK R2 Test GY COM + BU RD PE-DIG GND … GND 24V … 24V … 51 PE1 52 PE2 53 PE3 66 PE6 64 PE4 65 PE5 … 1 … 26 PE-ANA … Inner leading mullion sensor to VPS1 and PE1 Outer leading mullion sensor to VPS2 and PE2 … Revo.PRIME … .5 External components Mobile safeguarding device (ANS) àà Mobile safeguarding devices must be used from a door diameter of … m. XX Connect mobile safeguarding devices to the terminals ANS1, ANS2, ANS3 and ANS4 of the terminal board DCU602/DCU604. àà If the mobile safeguarding device responds, the sensor output is open. GND is applied to input ANS1, ANS2, ANS3 and ANS4. àà Parameters can be set for the door's behaviour following a mobile safeguarding device response. XX Check the detection areas of the mobile safeguarding devices. Drum wall and mullions must not activate the mobile safeguarding devices. Check the detection area of every mobile safeguarding device in accordance with EN 16005 (see “Checklist for commissioning and service”). Mobile safeguarding device with active infrared sensor strip GC 338 XX Heed installation instructions GC 338 Installation position and adjustment of the angle of inclination: The illustrations apply for leaves revolving anti-clockwise. For leaves revolving clockwise, the illustrations apply correspondingly reversed. Attach the sensor strip top on the side of the door leaf which lies in the direction of rotation. During installation watch the vertical safety edge (draw-in protection). àà With clockwise direction of rotation retain the module sequence S – E – IF (receiver on the revolving axis). XX XX … 2 E IF S * ** *** Outer door leaf edge (without brush) Sensor profile rail (without end caps) Receiver Interface Transmitter Greatest possible distance between transmitter and receiver. Install the transmitter as near as possible to the main closing edge Ensure there is a gap of at least 15 mm for installing the end caps L Profile 15 *** max.100 ** min. 15 *** … min. 15 *** max. 1000 * S IF E … XX Set the transmitter and receiver to the same angle of inclination. The angle of inclination to be set depends on the installation height of the sensor. DIP switch settings on the interface for use on the KDT: Row … àà DIP … OFF (EDGE, secondary closing edge, right) àà DIP … ON (SIDE, interface on the opposite hinge side) àà DIP … ON (SIGNAL, test mode) àà DIP … OFF (BOOST, normal)* Row … àà DIP … OFF (GRID, normal )* àà DIP … OFF (BEAM, no comfort beams) àà DIP … OFF (WALL, no wall) * Setting depends on installation height and background. See installation instructions GC 338. 27 External components Revo.PRIME … 4 100mA SIGNAL … 24V … SIO … GND … SIS … GY BN ANS1 ANS2 ANS3 ANS4 11 ANS1 12 ANS2 13 ANS3 14 ANS4 … GND … GND … GND … GND … 24VSENS … 24VSENS … 24VSENS … 24VSENS 10 TST1 10 TST1 10 TST1 10 TST1 BU WH … 1 … 3 … 2 … 4 … GC 338 interface GC 338 receiver GC 338 transmitter Sensor cable Leaf 1…4 DCU602/DCU604 Teaching the sensor: àà The sensor must learn with the door at rest. XX Switch the drive supply voltage on. XX If the drive is already in operation, set mode of operation to OFF. XX Teach the sensor. Recommendation: XX After the sensor teach-in process, revolve the door manually twice and observe the LEDs on the interface and receiver while doing so. Remain outside the detection area while revolving the door. The LEDs must not light up while the door is revolving. Otherwise move the transmitter in by small steps (approx. … cm) and repeat the teach-in process. 28 Revo.PRIME External components Mobile safeguarding device with laser scanner Flatscan REV LZ XX Heed the installation instructions for Flatscan REV LZ. Flatscan REV LZ right (anti-clockwise revolving direction) Flatscan REV LZ left (clockwise revolving direction) Installation position and adjustment of the angle of inclination: The illustrations apply for leaves revolving anti-clockwise. For leaves revolving clockwise, the illustrations apply correspondingly reversed. XX XX Attach the sensor top on the side of the door leaf which lies in the direction of rotation near to the revolving axis. Set angle of inclination of the sensor. The angle of inclination depends on the sensor installation height, and is between 2° and 10°. To fit the sensor: To adjust the angle of inclination: … 4 … 4 … 1 … 1 … 2 … 4 … 2 Door leaf Detection area Sensor Flatscan REV LZ right Revolving axis Parameter settings at the sensor: XX Set output configuration to … (NC) (factory setting). XX Set area dimension (height) leaf height to the height of the door leaves. XX Set area dimension (width) to the leaf width. If the sensor detects the drum wall, reduce the set width. DIP switch settings on the sensor: DIP … ON (Standard) DIP … ON (Environment, Standard) DIP … ON (Background on) DIP … ON (Initial configuration NC) 29 External components Revo.PRIME Connection to the terminal panel DCU602/DCU604: … Flatscan REV LZ 80 mA -UB +UB … BN GN YE WH R1 ANS1 ANS2 ANS3 ANS4 11 ANS1 12 ANS2 13 ANS3 14 ANS4 … GND … GND … GND … GND … 24VSENS … 24VSENS … 24VSENS … 10 TST1 10 TST1 TST1 10 24VSENS TST1 10 PK R2 Test … 2 … .6 GY COM + BU RD Door transmission cable Leaf 1…4, DCU602/DCU604 Draw-in protection (EZS) àà Safety edges for draw-in protection are necessary if the gap between a door leaf and the wall (hand safety) or floor (heel safety) is greater than … mm. In this case, safety edges are installed on all leaves. XX Install the safety edge for hand safety vertically on the outer edge of each leaf. XX Install the safety edge for heel safety horizontally on the lower edge of each leaf. XX Connect the safety edges to the terminals EZS1, EZS2, EZS3 and EZS4 of the terminal board DCU602/DCU604. àà When one of the safety edges is pressed, the door stops. The contact is interrupted, GND is applied to the EZS input. àà A … kΩ resistor is installed at the end of each safety edge for monitoring purposes. àà For signal voltages see chapter … . Check the safety edges for draw-in protection in accordance with EN 16005 (see “Checklist for commissioning and service”) Heel safety and hand safety with safety edge àà Safety edge hand safety, with terminating resistor 2kΩ àà Safety edge heel safety without terminating resistor … 2 … EZS1 2kΩ … 2 … EZS2 EZS3 72 EZS 72 EZS 72 EZS 72 EZS 72 EZS 72 EZS Safety edge hand safety, with terminating resistor 2kΩ Safety edge heel safety (without terminating resistor) Terminal panel DCU602/DCU604 For 3-leaf revolving doors connect jumper (4) to EZS4. XX Heel safety with safety edge Safety edge heel safety with terminating resistor 2kΩ, without hand safety … EZS1 2kΩ … XX 30 EZS2 EZS3 72 EZS 72 EZS 72 EZS 72 EZS 72 EZS 72 EZS Terminal panel DCU602/DCU604 For 3-leaf revolving doors, connect jumper (2) to EZS4. … EZS4 72 EZS 72 EZS … EZS4 72 EZS 72 EZS Revo.PRIME External components Hand safety with safety edge Safety edge hand safety with terminating resistor 2kΩ, without heel safety … EZS1 2kΩ … EZS2 EZS3 72 EZS 72 EZS 72 EZS 72 EZS 72 EZS 72 EZS … EZS4 72 EZS 72 EZS Terminal panel DCU602/DCU604 For 3-leaf revolving doors, connect jumper (2) to EZS4. … Mode of operation With revolving doors on escape and rescue routes (break-out function), the door may only be locked by authorised persons. XX Take appropriate measures. Symbol TPS-KDT OFF Explanation Motor is switched off; door can be revolved manually, activation devices are switched off NA Night mode; turnstile is locked, activation only possible with KB LS Exit only; activation only possible with KI or KB. Door can be locked with disc brake AU-WI Automatic (winter); After activation, door revolves at automatic speed for the number of sectors set AU-SO Automatic (summer); After activation, door revolves at automatic speed and then at adjustable run-on speed for the set time delay Permanently revolving Manual; turnstile can be revolved manually DO MA A detailed functional description of the modes of operation can be found in the user manual. … .1 Set the mode of operation using push buttons and switches àà Changing to the modes of operation NA, LS, AU-WI, DO and MA is possible using potential-free push buttons or switches. àà In the modes of operation OFF or AU-SO, potential-free push buttons or switches can be used to change via the configurable inputs. àà The control unit switches to the desired mode of operation if the level switches from GND to 24V at the corresponding input. àà Operation at the TPS-KDT is only possible if there is no signal queued at the NA, LS, AU-WI, DO and MA or OFF and AU-SO inputs. àà Input NA has priority. If 24V is applied at input NA the drive switches to NA mode of operation even if 24V is applied to one of the other inputs. Doors on rescue routes must not be changed to mode of operation NA via push button or switch. 31 External components Revo.PRIME PS PE-DIG … 24V … GND … MA … 24V … NA 51 PE1 OFF … LS 53 PE3 AU-SO … AU-WI 64 PE4 … DO 65 PE5 Which configurable inputs are used for OFF or AU-SO can be selected using the parameter settings. … .2 Setting mode of operation with keypad programme switch TPS-KDT Heed the installation instructions for TPS-KDT. àà The service terminal ST220 can be connected on the back of the TPS-KDT XX RS485 … 1 GND … 2 24V … 42 RS485-A 44 41 RS485-B 41 43 SCR 42 70 mA … 2 … 1 … 3 Mode of operation display: when a error occurs, the LEDs display a error code (see error messages TPS-KDT) LED lights up in winter mode Key switch for blocking/releasing operation of the TPS-KDT Operation keypad programme switch With revolving doors on escape and rescue routes (break-out function), the door may only be locked by authorised persons. XX Take appropriate measures. Blocking of operation with key switch àà Operation of the TPS-KDT can be blocked/released by connecting a key switch to prevent the mode of operation being changed by unauthorised persons. Blocking operation by assigning a password If a jumper 1-44 is connected at the TPS-KDT, this has to be removed first, since otherwise the programme switch operation will be released permanently. àà Changing the mode of operation of the TPS-KDT can be protected by setting parameters for a password to prevent the mode of operation being changed by unauthorised persons. àà The password can only be set and changed via the Service menu on the service terminal ST220 or with GEZEconnects. àà The password for operating the TPS-KDT has … digits (11 ... 99). Factory setting is 00 s (released). 32 Revo.PRIME External components Changing the mode of operation with password protection set XX Enter the first position by using key . Enter the second position by using key . àà The number of times the key is pressed corresponds to the digit to be entered. àà The digits of the password entry are automatically taken over. XX After entry of the digits, press both keys  and  at the same time again. XX After release of operation, switch the mode of operation within … minutes. … minutes after the last switchover, the switchover of mode of operation at the programme switch will be blocked again. àà While the password is being entered, the LED for the mode of operation that is currently set goes off after the key is pressed briefly, and then lights up again continuously. àà The password is applied after the two keys  and  have been actuated. The … operation LEDs light up briefly together as confirmation: Example: The password set is 37. XX Enter password: àà 3× actuation of the key  àà 7× actuation of the key  àà 1× actuation of both keys at the same time Delete error memory (reset) XX Change to mode of operation Off. àà Press the   keys simultaneously. àà Change to the required mode of operation again. … Initialisation sensor (INIT) Mount the initialisation sensor in accordance with the drawing. Install the magnet (1) on the upper edge of one leaf (4) opposite the initialisation sensor (2). àà The distance between the initialisation sensor (2) and the magnet (1) must be smaller than 20 mm. XX XX … 1 … 4 … INIT LK … 1 GND … 24V 84 INIT … 2 … 4 Magnet Initialisation sensor Ceiling panel Leaf àà On detection by the magnet (1), the output of the initialisation sensor (2) is closed. 24 V are applied to the INIT input. 33 External components … Revo.PRIME Break-out switch (BO) àà In the case of revolving doors with break-out function, switches monitor the position of the break-out leaves. àà The terminal panel DCU602 is required for connection of the break-out switches. XX Connect the switches to the terminals BO1, BO2, BO3 and BO4 of the terminal board DCU602. àà If a break-out leaf is pushed out of the latched position and turned, this actuates the corresponding switch. When a switch is pressed the contact is interrupted. GND is applied to the BO input. àà When a switch is pressed, the door stops. XX Attach break-out emergency exit signs at head height at the outer edge on the back of every leaf (not on the side on which the mobile safeguarding devices are mounted). Break-out switch 2kΩ 24 BO1 BO2 12 19 BO 19 11 19 BO 19 BO3 BO 19 BO BO 19 BO XX For 3-leaf revolving doors connect jumper (1) to BO4. A … kΩ resistor is installed on each switch for monitoring purposes. For signal voltages see chapter … . 34 … BO4 19 BO 19 BO Revo.PRIME … External components Configurable outputs (PA) Various switching functions are assigned to the configurable outputs PA1, PA2 and PA3, see Service menu. PA … GND … 24V 55 PA1A 56 PA1B 57 PA2 67 PA3A 68 PA3B … .1 Configurable outputs PA1 and PA3 The configurable outputs PA1 and PA3 are potential-free relay contacts: àà Max. switching voltage 24 V AC/DC àà Max. switching current … A. Gong The output is active as soon as KA is actuated. PA … GND … 24V 55 PA1A … 56 PA1B 57 PA2 … 67 PA3A 68 PA3B … 1 … 3 GONG Transformer/power supply Power supply circuit Air curtain àà The output is active if the door revolves. PA … GND … 24V 55 PA1A 56 PA1B 57 PA2 … 1 67 PA3A 68 PA3B Activation of hot-air curtains 35 External components … .2 Revo.PRIME Configurable output PA2 The configurable output PA2 is a transistor output, switching voltage/current max. 24 V DC / … A. Fault display àà The output is active if a fault is queued. PA … GND … 24V 55 PA1A 56 PA1B 57 PA2 67 PA3A 68 PA3B … Configurable inputs (PE) The function of the configurable inputs can be selected using the parameter setting. … .1 Configurable inputs analogue The configurable inputs PE2 and PE6 are analogue inputs PE-ANA … GND … 24V 52 PE2 66 PE6 … .2 Configurable inputs digital The configurable inputs PE1, PE3, PE4 and PE5 are digital inputs. PE-DIG … GND … 24V 51 PE1 53 PE3 64 PE4 65 PE5 36 Revo.PRIME External components … Locking mechanism … .1 Manual locking mechanism àà In the locked state, the switch contact is opened. GND is applied to the PE1 input. àà The revolving door does not turn automatically if the door is locked. If the door is locked during automatic revolving, the door stops. àà As long as the door is not locked in mode of operation NA, the NA-LED flashes on the TPS-KDT. Illustration of the bolt contact in the locked state: Switch for manual locking mechanism PE1 BN WH … .2 … 24V 51 PE1 Automatic locking mechanism àà After the mode of operation has been changed to NA, the revolving door automatically moves to the locking position and locks. àà As long as the revolving door is not locked in mode of operation NA, the NA-LED flashes on the TPS-KDT. àà The revolving door is unlocked when it has left mode of operation NA. àà In mode of operation NA, the revolving door can be unlocked via input KB. àà If mains voltage is available, the door unlocks and revolves for as long as KB is active. Then the door locks again after the number of sectors in the parameter settings. àà If there is no mains voltage available, the locking mechanism changes its state every time the KB is actuated. àà One or two bolts can be connected to the control unit. … PROG2 F1 CAN2 … LOCK2 2,5AT LOCK1 DCU602/DCU604 … 2 55 56 57 67 68 PROG1 … 2 52 66 PE-ANA PA CAN1 … 2 51 53 64 65 PE-DIG … 1 … 3 Bolt … Bolt … Control unit DCU6-NT 37 External components Revo.PRIME Bolt terminal àà Illustration of switches S1, S2 and S3 in the unlocked state. … S3 BN M- WH WH M+ BN BN 24V GN GN S1 YE YE S2 GY GY … S2 S1 M S3 PK LOCK … M- … M+ … 24V … 4 … 3 … 1 … 2 … 4 … 6 Pin assignment of connection terminal (view wire feed side) … 2 … 4 … Bolt TVS diode Locked spring, FED Locked, LCK Unlocked, ULCK àà S1 monitors the position of the bolt. When the bolt is locked/at the bottom, switch S1 is actuated and the electrical contact is closed. àà S2 monitors the position of the bolt. When the bolt is unlocked/at the top, switch S2 is actuated and the electrical contact is closed àà S3 monitors the position of the spring-loaded tie bolt. When the tie bolt is locked/at the bottom (spring is relaxed), switch S3 is actuated and the electrical contact is closed. àà The bolt is unlocked when the electrical contact of switch S2 is closed. àà The bolt is locked when the electrical contacts of switches S1 and S3 are closed and the door leaf is under the bolt. àà Switch S4 can be fitted as an option, max. switching voltage/current max. 24 V AC/DC / … A. Adjusting bolt In the case of a change in mode of operation between automatic and night mode, the control unit DCU6-NT activates the bolt. XX In order to adjust the movement depth of the bolt, place the leaf manually under the bolt. XX Check for each bolt whether all three limit switches are actuated correctly. Set the limit switches if necessary. The bolt may not be moved to block in the end positions. XX The switching signals of the bolt contacts can also be queried via the ST220 diagnosis menu. The state of the signals LCK1, ULCK1, FED1, LCK2, ULCK2, FED2 is displayed. 38 Revo.PRIME … .3 Night-time closer Emergency lock àà Only on doors without escape route function. àà If the emergency lock switch is activated, the door brakes to a standstill and locks by means of the disc lock in the motor. The door remains locked as long as the switch is actuated. àà Loop in a … kΩ to monitor the switches directly at the switch. For signal voltages see chapter … . àà The emergency lock switch can be connected to the configurable analogue inputs PE2 or PE6. PE-ANA … 2kΩ GND … 24V 52 PE2 66 PE6 Emergency lock … 9 … Night-time closer àà A 1-leaf or 2-leaf curved sliding door is used as a night-time closer. àà When an automatic night-time closer is installed, the revolving door must not be locked in addition (danger of becoming locked in between revolving door and night-time closer). àà The sliding panels are held in the open position by a hold-open magnet (manual night-time closer) or a motor gear unit brake (automatic night-time closer). àà If the outer emergency stop switch is installed coupled on the passage leaf, it is connected by pusher contacts. … 8 11 … 3 … 3 … 1 … 9 … 2 … 4 … 6 … 8 … 10 11 10 Passage leaf Second leaf (with 2-leaf night-time closer) Hold-open magnet (with manual night-time closer) Motor gear unit with fail-secure brake (with automatic night-time closer) Switch contact Pusher contacts, on passage leaf and track Emergency stop switch inside, on the leading mullion (STOP) Special button for handicapped people inside, on the leading mullion (BHT) Emergency stop switch outside, coupled on the passage leaf (STOP) Special button for handicapped people outside, on bollard (BHT) Direction of passage 39 Night-time closer … Revo.PRIME Connection switch contact night-time closer opened àà The revolving door only moves automatically if the passage leaf is completely opened. Its position is monitored using a switch contact. àà The switch contact is closed when the passage leaf is completely opened. àà If the passage leaf is closed, the revolving door slows down. XX Install a … kΩ resistor directly on the switch contact for monitoring purposes. For signal voltages see chapter … . àà With revolving doors on escape and rescue routes (break-out function), only authorised persons are permitted to close the night-time closer. XX Take appropriate measures. Monitoring of one leaf … PE-ANA … 2 kΩ … GND … 24V 52 PE2 66 PE6 Monitoring of both leaves … 2 … 2 kΩ … 2 … 2 kΩ PE-ANA … GND … 24V 52 PE2 66 PE6 Switch contact … kΩ resistor Connection bolt message night-time closer to control unit DCU6- NT Connect the bolt message of the rod locking of the night-time closer to the control unit DCU6-NT so that the locked status is indicated on the TPS-KDT. àà The contact of the bolt message is opened when the night-time closer is in locked state. XX PE-DIG … GND … 24V 51 PE1 53 PE3 64 PE4 65 PE5 Bolt message rod locking … Manual night-time closer A hold-open magnet holds the passage leaf of the night-time closer in the open position using a force of approx. 150 N. XX Install the hold-open magnet in the open position of the passage leaf. 40 Revo.PRIME … Night-time closer Automatic night-time closer The following components are required for an automatic night-time closer: àà Control unit DCU1-NT night-time closer àà Rechargeable battery DCU1 àà Connection cable 42V DCU6-NT àà Programme switch DPS with OFF àà Rod locking SC WK2 with potential-free contact or toothed belt locking DCU1-NT XX XX XX XX For automation of the night-time closer, connect the control unit DCU1-NT to the revolving door control unit DCU6 KDT. Use the 42V DCU6-NT connection cable to connect control unit DCU1-NT to the power supply of the DCU6-NT KDT (J3). The cable is prefabricated with a connector on one side for the power supply and has to be shortened to the suitable length and fitted with wire end ferrules. Plug the rechargeable battery DCU1 into the DCU1-NT. Heed the wiring diagram for control unit DCU1-NT. Connection of the power supply DCU1-NT to power supply DCU6-NT KDT … 3 … 5 PA PE_ANA PE_DIG VPS1 VPS2 KI KA KB BHT PFS PS STOP INIT RS485 … 1 … 3 … 5 Prefabricated connection cable 42V DCU6-NT Rechargeable battery Control unit DCU1-NT night-time closer Control unit DCU6-NT Power supply DCU6-NT 41 Night-time closer … .1 Revo.PRIME Connection of the power supply DCU1-NT The control unit DCU1-NT of the night-time closer is supplied with voltage by the power supply DCU6-NT KDT. J3 GND AC AC PE PE … 42V J3 AC AC Control unit DCU1-NT … .2 GND 42V Power supply DCU6-NT KDT Prefabricated connection cable 42V DCU6-NT Connection of motor gear unit brake to control unit DCU1-NT … 2 DCU1-NT PA1 PA2 B BN … WH … 2 … .3 … GND … 24V 55 PA1A 56 PA1B 57 PA2 Motor gear unit DCU1-T30 with fail-secure brake Fail-secure brake Diode 1N4007 Automatic mode àà It is possible to change mode of operation to NA as follows: àà Press the TPS-KDT (connected to DCU6-NT) or àà Apply a pulse to input NA (terminal … of DCU6-NT). àà After the mode of operation has been changed to NA, the revolving door automatically moves to the locking layout, the night-time closer closes and locks. àà As long as the night-time closer is not locked, the LED night mode flashes on the TPS-KDT. àà It is possible to change mode of operation from NA to AU on the KDT as follows: àà Press the DPS (connected to DCU1-NT) or àà Apply a pulse to input DO (terminal … of DCU1-NT) àà After the change to mode of operation DO, the night-time closer unlocks and opens. àà To protect closing and/or opening, safety sensors can be connected to the DCU1-NT (see wiring diagram DCU1-NT and additional wiring diagram Slimdrive SC). XX Connect the mechanical contact to the input KB of control unit DCU1-NT. àà When the input KB of control unit DCU1-NT is activated, the night-time closer unlocks and opens. The revolving door can be revolved manually. Once the hold-open time KB set in the parameters has elapsed, the nighttime closer closes and locks again. This function is also activated in the event of a power failure. Risk of locking people in! If the change to mode of operation NA is conducted by building management technology or a timer, no locking mechanism may be connected to the DCU6-NT. 42 Revo.PRIME Night-time closer Lock Unlock … OFF … XX DCU6-NT on TPS KDT set “NA” (1). The relay output PA1 of control unit DCU6-NT closes for one second as soon as the revolving door has reached the locked position following change of the mode of operation to NA. DCU6-NT PA XX DCU1-NT on DPS set “DO” (2). The relay output PA1 of control unit DCU1-NT closes for one second as soon as DO is actuated on the DPS: DCU6-NT PS DCU1-NT PS DCU1-NT PA GND … 2 24V 24V … 1 GND 24V … 6 NA MAN … 2 24V PA1A 55 … LS NA … 55 PA1A PA1B 56 … AU LS … 56 PA1B PA2 57 … DO AU-WI … 57 PA2 DO … PA3A 67 PA3B 68 … .4 Dead man operation àà The night-time closer moves in the opening direction for as long as 24V is applied to input PE1 (dead man operation). àà The night-time closer moves in the closing direction for as long as 24V is applied to input PE2 (dead man operation). àà In dead man operation, the closing position of the night-time closer is locked or unlocked. àà To protect closing and/or opening, safety sensors can be connected to control unit DCU1-NT even in dead man operation (see wiring diagram DCU1-NT and additional wiring diagram Slimdrive SC). àà When a safety sensor SIS responds, the night-time closer stops. àà When a safety sensor SIO responds, the night-time closer stops. àà Any obstruction during opening or closing is indicated by error # 25. àà Dead man operation even works in the event of a power failure. 43 Commissioning Revo.PRIME The relay output PA1 of control unit DCU6-NT is open in the mode of operation NA DCU1-NT KB … 3 … 20 DCU6-NT PA GND … 24V … PA1A 55 A1 … 24 … 1 PA1B 56 PA2 57 KB DCU1-NT PE1 PE2 22 21 … 24VAKKU A2 … GND … 24V 51 PE1 … PE2 52 … PA3A 67 PA3B 68 … 2 … 4 … 6 10 Diode Relay Key switch with Euro profile half cylinder Additional contact Open Close Commissioning Commissioning can be carried out with the aid of: àà Service terminal ST220 or àà Bluetooth interface and PC àà Software GEZEconnects (https://www.geze.de/de/services/tools-hilfsmittel) àà Remote controls for sensors if appropriate Commissioning must be carried out in accordance with the specifications on the “Checklist for commissioning and service” for Revo.PRIME revolving doors. … Parameter setting for control unit bold = factory setting Device connected / function Type of installation Parameter group Parameters to be set Door parameter - direction of rotation Direction of rotation revolving door anti-clockwise clockwise Parameter “direction of rotation” Type of installation Movement profile Disc brake 44 Door parameter Door parameter Movement parameters - Speeds Movement parameters - Acceleration Movement parameters - Braking Movement parameters - Obstacle Mode of operation - Exit only Output signals – Locking mechanism Ceiling mounting Anti-clockwise Clockwise Underfloor installation Clockwise Anti-clockwise Door radius = 75 cm ... 190 cm Number of leaves = 3, … Adjust the parameters in accordance with door requirements, for this purpose see “Checklist commissioning” and the chapter Service menu ST220 Disc brake = Yes Force disc brake t = … % …..100 % Revo.PRIME Commissioning Device connected / function Emergency stop switch Parameter group Parameters to be set Input signals – stop button Post safety Input signals – PFS Protection of the leading mullion àà GC 339 Input signals – VPS1 STOP contact type = Normally closed contact, analogue STOP function = Stop or stop with acknowledgement STOP number = … or … STOP pause = 1….. 3….. 10 s PFS contact type = Normally closed contact, analogue PFS pause = 1….. 3….. 10 s VPS1 contact type = Normally closed contact VPS1 function = Stop 25cm in front of mullion, Stop, Flatscan àà VPS1 hazardous travel = 30..70…100 cm àà VPS1 end of hazardous travel =0…3…5 cm àà VPS1 testing (T2)= Testing active àà VPS1 pause = 1 … 10s Settings as with leading mullion … Test … polarity = Testing with GND PE1 function = VPS1 Flatscan PE2 function = VPS2 Flatscan ANS1 contact type = Normally closed contact ANS1 function = stop, Move slowly ANS1 testing (T1) = Testing active ANS1 pause = 1….. 10 s Settings as with mobile safeguarding device … Settings as with mobile safeguarding device … Settings as with mobile safeguarding device … (only for 4-leaf door) Test … polarity = Testing with 24V àà Flatscan REV PZ Mobile safeguarding device àà GC 338 àà Flatscan REV LZ Input signals – VPS2 Output signals – VPS TST … Input signals PE1 Input signals PE2 Input signals – ANS1 Input signals – ANS2 Input signals – ANS3 Input signals – ANS4 Mobile safeguarding device Output signals – ANS TST … àà GC 338 Mobile safeguarding Output signals – ANS TST … device àà Flatscan REV LZ Draw-in protection Input signals – EZS àà àà àà àà àà àà àà àà Test … polarity = Testing with GND EZS contact type = Normally closed contact, analogue EZS pause = 1….3 …..10s Contact sensor inside Input signals – KI KI contact type = Normally open contact GC 302 R KI delay = 0…10s Contact sensor outside Input signals – KA KA contact type = Normally open contact GC 302 R KA delay = 0…10s Break-out switch Input signals – break-out àà BO contact type = Normally closed contact, analogue àà BO function = Stop, stop with acknowledgement, switch off, switch off with acknowledgement àà BO pause = 1…3…10 s Initialisation sensor Input signals – initialisation switch àà Init contact type = Normally open contact àà Init offset = -150…0 …150 cm (Init offset is counted in direction of rotation) Mode of operation with Input signals – NA Night mode contact type = Normally open contact (set for exit only, push button automatic winter and permanently revolving in the same way) Configurable output PA1 Output signals – PA1 àà PA1 function = Gong – Gong àà PA1 contact type = Normally open contact Configurable output PA2 Output signals – PA2 àà PA2 function = Error message – Fault àà PA2 contact type = Normally open contact Configurable output PA3 – Output signals – PA3 àà PA3 function = Door is revolving air curtain àà PA3 contact type = Normally open contact Manual locking mechanism Output signals – locking mechanism Locking type = Manual Input signals – PE1 àà PE1 function = Locked àà PE1 contact type = Normally closed contact Automatic locking mech- Output signals – locking mechanism àà Locking type = Electro-mechanical anism àà Bolt position = Init, each door leaf àà Bolt pos. offset =-xx… 0…xx cm (xx = door circumference/2) àà Number of bolts = 1, … Night-time closer switch Input signals – Night-time closer Number of night-time closers = 1, … contact to DCU6-NT Input signals – PE2 àà PE2 function = Night-time closer àà PE2 contact type = Normally closed contact, analogue 45 Commissioning Device connected / function Night-time closer bolt message to DCU6-NT Revo.PRIME Parameter group Parameters to be set Output signals – Locking mechanism àà Locking type = Night-time closer àà Bolt position = Each door leaf Input signals – PE3 àà PE3 function = Locked àà PE3 contact type = Normally closed contact Night-time closer automat- Output signals – PA1 àà PA1 function = Lock ic operation àà PA1 contact type = Normally open contact Night-time closer dead Output signals – PA1 PA1 function = Night mode man operation PA1 contact type = Normally closed contact Switching angle break-out Movement parameters - Speeds Automatic = 10…40 cm/s…limit speed Movement parameters braking àà Normal = 10…20…80 cm/s² àà Stop = 200…500…850 Nm XX Set the values in such a way that no door leaf breaks out Special function positioning * Special function speed limiter * * For explanations and parameter settings see “Checklist for commissioning and service” … Signal voltages at the signals monitored by resistors This concerns emergency stop switches, post safety devices, draw-in protection devices, break-out switches and monitoring of the open position of a night-time closer. In the inactive state, the voltage at the control unit input lies between the minimum and maximum values stipulated in the table. Normally closed contacts with … kΩ resistors Number of resistors … 2 … 4 Tolerance range of the input voltage Min. [V] Nominal [V] … Max. [V] … Normally open contacts with … kΩ resistors Number of resistors … 2 … 4 Tolerance range of the input voltage Min. [V] Nominal [V] … Max. [V] … Drive test After the power supply, the motor gear unit and the emergency stop switch have been connected to control unit DCU6-NT, a drive test can be carried out. DANGER! Danger of injury due to shearing, impact and crushing! During the drive test, all safety sensors are ignored with exception of the emergency stop switch. XX Make sure that there are no unauthorised persons in the vicinity during the drive test. The following components are tested during the drive test: àà Power supply àà Rechargeable battery àà Control unit àà Motor gear unit with rotary encoder àà Disc brake 46 Revo.PRIME Service menu The following test steps are carried out: àà Deletion of the error memory and release of the disc brake àà Self-test by control unit (check on voltages, temperatures and communication) àà Rotate 180° clockwise at 10° per second (test of rotary encoder) àà Wait … seconds àà Rotate 180° anticlockwise at 10° per second (test of rotary encoder) àà Wait … seconds àà Test completion, display of any errors and deletion of the error memory The drive test can be started via menu item “Production test” on the service terminal ST220. The individual test steps are shown on the display of the service terminal ST220. 11 Service menu … Service terminal ST220 àà Service terminal ST220 for commissioning and service. àà The service terminal ST220 can be connected on the back of the keypad programme switch TPS-KDT. ST220 operation Key Function Upward cursor: Increase number value Scroll upward (if key is pressed longer than … seconds) Downward cursor: Decrease number value Scroll downward (if key is pressed longer than … seconds) Cancel input: Any input can be cancelled by pressing the x key. The input position then changes to the first menu position or goes back by one menu level. Select: Update display Accept new value Display immediately after connection: GEZE Service terminal … XXXXYWWZZZZZZV Software version ST220 … Serial number ST220 Service mode ST220 àà The change to service mode occurs when the service terminal is connected to DCU6. àà In service mode, the door remains in operation in the current mode of operation Display depending on control unit connection: Revo.PRIME … A Device Software version μC1, hardware version A DCU6-NT … Automatic summer Revolving Control unit DCU6-NTSoftware version μC2 Mode of operation Door mode Setting password protection 0000 = default setting, no password protection for ST220. Setting ≠ 0000 = password protection for ST220 After correct entry of the password, the ST220 switches to the main menu. The current input position is indicated by an arrow. 47 Service menu Revo.PRIME Select the input position using the keys  or and confirm by pressing  . Then select the value (number, lowercase or uppercase letter) using the keys  or  and confirm by pressing  . If you forget the password: XX Delete the password using password deletion software. XX Programme the application software again. XX XX … Service menu ST220 … .1 Door parameter Designation Door radius Number of leaves Direction of rotation Drive type End position 3-leaf Rechargeable battery Setting values Revo.PRIME Revo.PRIME BO Revo.PRIME GG Revo.PRIME manual Init Init + 180degrees Power failure Battery error Maintenance message Explanation … 190 cm 0, 3, … Anti-clockwise Clockwise after operating time after revolutions after braking processes Safety position next end position Error message Error message init speed … 12 … 99 months 0, 100,000 … 500,000 … 3,000,000 0, 1,000 … 5,000 … 10,000 … .2 Diagnosis Designation Values and states Setting values Inputs Outputs 48 ANS1, ANS2, ANS3, ANS4 VPS1, VPS2 PFS EZS Stop Init Break-out KB, KI, KA BHT NA, AU WI, DO, LS, MAN PE1, PE2, PE3, PE4, PE5, PE6 LCK1, ULCK1, FED1, LCK2, ULCK2, FED2 PA1, PA2, PA3 LCK A1, LCK B1 LCK A2, LCK B2 TST1 ANS, TST2 VPS 24Vext Explanation On/Off x.x in V On/Off x.x in V Revo.PRIME Service menu Designation Internal values Setting values Current pos. Clockwise/anti-clockwise Position Position Statistics Revolutions Operating time Disc brake cycles Internal values Leaves Temperatures Voltage Current speed Tests Number of leaves Friction force Init speed: T motor gear unit: T DCU: AC230v: DC42v: DC24v: V rechargeable battery: ACTUAL: NOMINAL: ACTUAL: NOMINAL: Motor gear unit Imot shunt: Vmot: Rmot: Error memory Current errors Old errors Delete current errors Delete old errors No error / error text No error / error text Yes, No Yes, No Delete maintenance Password No/Yes TPS password Current: 00 Enter password … _ Service password 0000 Enter password 0000 Drive ser. no. Factory setting 000000000000 No/Yes Production test No/Yes Control unit Software version Ur1: … .00 Ur2: … .00 Hardware version HW: DCU6-NT revision (e.g: A0) Production date: Default values No/Yes Explanation in degrees in cm xxxx xxxx left xxxx months/days/ hours xxxx left xxxx xxxx left xxxx X in N in cm/s in °C in °C On/Off in V in V in V xx cm/s xx cm/s xx ° /s xx ° /s in A in V in mO Reset all parameters to default values, set control unit in unlearned state Start drive test, chap. … Reset all parameters to default values, control unit remains in learned state, learned values are retained 49 Service menu Revo.PRIME Designation Reboot computer Setting values Explanation Both computers are rebooted, parameter values are retained No/Yes … .3 Mode of operation Designation Setting values Mode of operation Off Night Exit only Automatic summer Automatic winter Manually Permanently revolving Open door Press ↑ to open Night Run-on number of sectors Manually Limit speed Positioning active Positioning time Start-up motor-driven Exit only Run-on number of sectors Automatic Push&Go active Push&Go angle Disc brake Run-on number of sectors Run-on summer Push and Go active Push and Go angle Explanation … 10 sectors No/Yes No/Yes 10, 20 …180 seconds No/Yes Value: … sectors Max: 10 Min: … No/Yes … 15 angular degrees No/Yes 2, … 10 sectors … 60, 61 (infinite) minutes No/Yes … 15 angular degrees … .4 Movement parameters Designation Speeds Setting values Slow speed ANS Slow speed VPS Handicapped speed Run-on speed Automatic speed Limit speed 50 Value: 30 cm/s Max: Automatic speed Min: 10 Value: 30 cm/s Max: Automatic speed Min: 10 Value: 40 cm/s Max: Automatic speed Min: 10 Value: 30 cm/s Max: Automatic speed Min: 10 Value: 40 cm/s Max: Limit speed Min: 10 Value: 40 cm/s Max. radius-dependent: 75 cm/s if door radius over 1.5m 100 cm/s if door radius up to 1.5m Min: 35 Explanation Revo.PRIME Service menu Designation Setting values Acceleration Braking Normal braking Braking to stop Obstacle Static power Pause Explanation Value: 20 cm/s² Max: 80 Min: 10 Value: 20 cm/s² Max: 80 Min: 10 Value: 500 Nm Max: 850 Min: 200 Value:150 N Max: 250 Min: 10 Value: 3s Max: 10 Min: 1s … .5 Signals Input signals Designation ANS1 Setting values ANS1 curr. state ANS1 contact type ANS1 function ANS1 pause ANS1 testing ANS2 ANS2 curr. state ANS2 contact type ANS2 function ANS2 pause ANS2 testing ANS3 ANS3 curr. state ANS3 contact type ANS3 function ANS3 pause ANS3 testing Explanation State-> active / inactive K-> Normally closed contact F-> Move slowly Not used Normally open contact Normally closed contact Stop Move slowly Value: … s Max: 10 Min: … Not used Testing active State-> active / inactive K-> Normally closed contact F-> Move slowly Not used Normally open contact Normally closed contact Stop Move slowly Value: … s Max: 10 Min: … Not used Testing active State-> active / inactive K-> Normally closed contact F-> Move slowly Not used Normally open contact Normally closed contact Stop Move slowly Value: … s Max: 10 Min: … Not used Testing active 51 Service menu Revo.PRIME Designation ANS4 Setting values ANS4 curr. state ANS4 contact type ANS4 function ANS4 pause ANS4 testing VPS … VPS1 curr. state VPS1 contact type VPS1 function VPS1 pause VPS1 hazardous travel VPS1 end of hazardous travel VPS1 testing VPS … VPS2 curr. state VPS2 contact type VPS2 function VPS2 pause VPS2 hazardous travel VPS2 end of hazardous travel VPS2 testing 52 State-> active / inactive K-> Normally closed contact F-> Move slowly Not used Normally open contact Normally closed contact Stop Move slowly Value: … s Max: 10 Min: … Not used Testing active State-> active / inactive K-> Normally closed contact F-> Stop 25cm in front of mullion Not used Normally open contact Normally closed contact Stop Stop 25 cm in front of mullion Flatscan Value: … s Max: 10 Min: … Value: 70 cm Max: 100 Min: 30 Value: … cm Max: … Min: … Not used Testing active State-> active / inactive K-> Normally closed contact, analogue F-> Stop 25cm in front of mullion Not used Normally open contact Normally closed contact Stop Stop 25 cm in front of mullion Flatscan Value: … s Max: 10 Min: … Value: 70 cm Max: 100 Min: 30 Value: … cm Max: … Min: … Not used Testing active Explanation Revo.PRIME Service menu Designation PFS Setting values PFS curr. state PFS contact type PFS pause EZS EZS curr. state EZS contact type EZS pause Stop Stop curr. state Stop contact type Stop number Stop function Stop pause Break-out BO curr. state BO contact type BO function Explanation State -> active K-> Normally closed contact Not used Normally open contact Normally closed contact Normally open contact, analogue Normally closed contact, analogue Value: … s Max: 10 Min: … State-> active / inactive K-> Normally closed contact, analogue Not used Normally open contact Normally closed contact Normally open contact, analogue Normally closed contact, analogue Value: … s Max: 10 Min: … State-> active / inactive K-> Normally closed contact, analogue F-> Stop Not used Normally open contact Normally closed contact Normally open contact, analogue Normally closed contact, analogue Value: … Max: … Min: … Stop Stop with acknowledgement Value: … s Max: 10 Min: … State-> active / inactive K-> Not used F-> Stop Not used Normally open contact Normally closed contact Normally open contact, analogue Normally closed contact, analogue Stop Stop with acknowledgement Switch off Switch off with acknowledgement BO pause Value: … s Max: 10 Min: … 53 Service menu Revo.PRIME Designation Initialisation switch Setting values Init curr. state Init contact type Init offset KB KB curr. state KI KI curr. state KI contact type KI delay State-> active / inactive K-> Normally open contact Not used Normally open contact Normally closed contact Value: … cm Max: 150 Min: - 150 State-> active / inactive K-> Normally open contact State-> active / inactive K-> Normally open contact D -> 0s Not used Normally open contact Normally closed contact Value: … s Max: 10 Min: … KA KA curr. state KA contact type KA delay State-> active / inactive K-> Normally open contact D -> 0s Not used Normally open contact Normally closed contact Value: … s Max: 10 Min: … BHT BHT curr. state BHT contact type NA NA curr. state NA contact type LS LS curr. state LS contact type AU WI AU WI curr. state AU WI contact type DO DO curr. state DO contact type MAN MAN curr. state MAN contact type Number of nighttime closers 54 Number of nighttime closers State-> active / inactive K-> Normally open contact Not used Normally open contact Normally closed contact State-> active / inactive K-> Not used Not used Normally open contact Normally closed contact State-> active / inactive K-> Not used Not used Normally open contact Normally closed contact State-> active / inactive K-> Not used Not used Normally open contact Normally closed contact State-> active / inactive K-> Not used Not used Normally open contact Normally closed contact State-> active / inactive K-> Not used Not used Normally open contact Normally closed contact Value: … Max: … Min: … Explanation Revo.PRIME Service menu Designation PE1 Setting values PE1 curr. state PE1 function PE1 contact type PE2 PE2 curr. state PE2 function PE2 contact type PE3 PE3 curr. state PE3 function PE3 contact type PE4 PE4 curr. state PE4 function PE4 contact type PE5 PE5 curr. state PE5 function PE5 contact type State-> active / inactive K-> Not used F-> Off Op. mode aut. summer Op. mode off Locked Sabotage Clearing button dir. rot. Clearing button against dir. rot. * End position 3-leaf Reset VPS1 Flatscan VPS2 Flatscan Not used Normally open contact Normally closed contact State-> active / inactive K-> Not used F-> Off Op. mode aut. summer Op. mode off Locked Sabotage Clearing button dir. rot. Clearing button against dir. rot. * End position 3-leaf Reset Emergency lock Night-time closer VPS1 Flatscan VPS2 Flatscan Not used Normally open contact Normally closed contact Normally open contact, analogue Normally closed contact, analogue State-> active / inactive K-> Not used F-> Off see PE1 Not used Normally open contact Normally closed contact State-> active / inactive K-> Not used F-> Off see PE1 Not used Normally open contact Normally closed contact State-> active / inactive K-> Not used F-> Off see PE1 Not used Normally open contact Normally closed contact Explanation Digital input Analogue input Digital input Digital input Digital input * only with isolating systems 55 Service menu Revo.PRIME Designation PE6 Setting values PE6 curr. state PE6 function PE6 contact type State-> active / inactive K-> Not used F-> Off see PE2 Not used Normally open contact Normally closed contact Normally open contact, analogue Normally closed contact, analogue Explanation Analogue input Output signals Designation PA1 Setting values PA1 curr. state PA1 function PA1 contact type PA2 PA2 curr. state PA2 function PA2 contact type PA3 PA3 curr. state PA3 function PA3 contact type 56 State-> active / inactive K-> Not used F-> Gong Gong Problem signal Lock End position Target + locked Motor fan Door is revolving Operating mode Off Op. mode night Op. mode manual Op. mode exit only Op. mode aut. summer Op. mode aut. winter Op. mode permanently revolving Emergency stop active Emergency lock ANS active Break-out active Not used Normally open contact Normally closed contact State-> active / inactive K-> Not used F-> Gong see PA1 Not used Normally open contact Normally closed contact State-> active / inactive K-> Not used F-> Gong see PA1 Not used Normally open contact Normally closed contact Explanation Revo.PRIME Service menu Designation Locking mechanism Setting values Locking type Bolt position Bolt pos. offset Number of bolts Disc brake force ANS TST1 VPS TST2 ANS TST1 VPS TST2 Explanation No locking mechanism Manually Disc brake Electro-mechanical Electromech. + disc brake Night-time closer Init Each leaf Value: 0cm Max: +door circumference/2 Min: -door circumference/2 Value: … Max:2 Min: … Value: 70% Max:100 Min: … Not used Testing with Testing with Not used Testing with Testing with 24 V GND 24 V GND Bus signals Designation Setting values Value: … Max:99 Min: … Value: … Max:247 Min: … CAN address Modbus address Explanation Only for special applications … .6 Languages Designation Language Setting values Explanation Deutsch English Français Italiano Espanol Turk 57 Error messages 12 Revo.PRIME Error messages … Error display on service terminal ST220 No. … Error message 24V error Comment Error with control voltage 24V … 24V exceeded … USYS2 exceeded … 5V error Internal control error Power reset, replace control unit … 230V error No 230V mains voltage Check mains connection … 24V ext error … 42V error … Door radius 24V control voltage error for external Check wiring to sensors consumers Error 42V motor voltage Check wiring to power supply, replace power supply if necessary No automatic operation possible Set parameter for door radius … Door leaf No automatic operation possible Set parameter for number of leaves … INIT sensor Position is unknown Check wiring, parameter setting init switch 10 Rotary encoder Rotary encoder failure 11 Motor1 short-circuit Motor gear unit error 12 13 Sensor motor gear unit current Motor gear unit Hall sensors Error motor gear unit activation Check wiring rotary encoder, power reset, replace control unit if necessary Check motor gear unit wiring, replace motor gear unit 15 Unexpected locking 16 Locking error 17 Unlocking error 18 Locking inconsistent 19 ANS error 20 VPS error 21 Analogue sensors … PFS … EZS … STOP … BO … Night-time closer … Emergency lock 22 Position unknown 23 KB permanent activation 25 Locking error Error with sensors for mobile safeguarding device Error with sensors for protection of the leading mullion Error during line monitoring Measure Check wiring to power supply, replace power supply if necessary Check motor gear unit wiring, replace motor gear unit Check locking mechanism wiring, check limit switch setting Check ANS wiring, check whether permanent activation Check VPS wiring, check whether permanent activation Check wiring and resistance Check wiring of initialisation switch Check wiring Obstruction Permanent activation mechanical contact Obstruction detected 27 Too much friction Door does not move smoothly Reduce friction of the revolving door 29 Disc brake active Disc brake is active Check wiring to the motor gear unit 32 Sabotage Sabotage contact active Check wiring to the sabotage contact 34 Comm. TPS Faulty communication to TPS Check wiring 58 Clear the obstruction Revo.PRIME No. 35 Error message Stop from VPS Error messages Comment Sensors active 36 Stop from STOP 37 Stop from ANS 38 Stop from EZS 39 Stop from BO 40 Stop from PFS 41 Stop from locking mechanism Locking mechanism active 42 Stop from emergency lock 43 Stop from night-time closure Night-time closer not completely Emergency lock active open Measure Check wiring and setting of the sensors Check wiring, limit switch setting, check locking mechanism Check wiring, check PE parameter setting Check wiring, move night-time closer to open position Check revolving door friction, check ambient temperature Check wiring to motor gear unit thermal sensor 45 Motor gear unit or DCU hot Drive is too hot 46 47 Thermal sensor motor gear unit Thermal sensor DCU Monitoring system of motor gear unit temperature faulty Internal control error 48 Motor gear unit/DCU very hot Drive overheated 52 Sensors redundant Internal control error Check revolving door friction, check ambient temperature Power reset, replace control unit 60 DCU610 μC1 Internal control error Power reset, replace control unit 61 Rechargeable battery 24V No rechargeable battery voltage Check wiring to rechargeable battery … No rechargeable battery Rechargeable battery not connected Check wiring to rechargeable battery … Rechargeable battery voltage too low Rechargeable battery voltage too high Wrong software for μC2 Charge rechargeable battery 63 Rechargeable battery discharged Rechargeable battery overvoltage SW μC2 wrong 65 Comm. μC1 μC2 Internal control error Power reset. Replace control unit 70 DCU610 μC2 Internal control error μC2 Power reset. Replace control unit 78 Disc brake relay 80 Maintenance after Maintenance must be carried out Carry out maintenance and reset maintenance display … Brake cycles … Revolutions … Time Power reset, replace control unit Check charge voltage, replace control unit Carry out software update 59 Error messages Revo.PRIME … Error display on keypad programme switch TPS-KDT TPS display Designation Ser. error no. (see error display ST220) No operating voltage Drive too hot 45, 46, 47, 48 INIT sensor … Post safety 21, sub-error … Motor gear unit, rotary encoder, initialisation sensor Emergency stop 10, 13, 25, 27 Draw-in protection 21, sub-error … Rechargeable battery 61 42V power supply … Mobile safeguarding device 19 Sabotage 32 Protection of the leading mullion 20 Disc brake 29, 78 Break-out 21, sub-error … 24 V internal (fuse F1) … 24 V external … Power failure … Control unit 60, 70 Keypad programme switch 34 Locking mechanism 15, 16, 17, 18 21, sub-error … In addition, the following states are displayed: àà Not taught Winter LED flashes continuously (1 sec. on, … sec. off): Error no. 6, … àà Maintenance Winter LED flashes continuously ( … sec. on, … sec. off): Error no. 80 àà Error Mode of operation displayed for … sec., error code for … sec. àà Block active Current mode of operation LED flashes once if a key is pressed on the TPS and if the mode of operation cannot be switched (key switch not operated or there is a permanent signal at the input DO, AU, LS or NA). àà For all errors not shown, flashing code 01001 appears. XX Use ST220 for detailed error analysis. 60 Revo.PRIME 13 Component list Component list Component Variant Mat. no. Component Flatscan REV PZ Flatscan REV LZ Stickers Safety stickers for glass doors Sticker children warning notice Sticker wheelchair users Break-out emergency exit sign 081476 124764 072581 126219 Push buttons/operating elements 191702 196095 191661 191703 106863 119952 189521 187927 IP65 extension kit Additional contact elbow switch Push button Key switch SCT Euro profile half cylinder Additional contact Surface mounting cap Plastic elbow switch Control unit components DCU6 DCU6-NT KDT ceiling mounting DCU6-NT KDT underfloor installation DCU6-NT Power supply DCU6-NT Rechargeable battery CAN interface, galvanically isolated CAN interface Motor-gear unit Collector ring/terminal panel Collector ring DCU6 waterproof VP Terminal panel DCU602 break-out Terminal panel DCU602 in underfloor housing Terminal panel DCU604 Emergency stop switch SMILE NOT 320 187925 126059 139892 199732 AS581, UP AS581, AP Emergency stop switch, stainless steel Emergency stop switch with push pad, stainless steel Bolt TVS diode, 68 V Optional switch contact Switch for manual locking mechanism 146968 146983 146981 146982 146970 191833 146969 Switch contact open position Hold-open magnet DCU1-NT night-time closer DCU1 NT software night-time closer Connection cable 42V DCU6-NT DPS with OFF Pusher contacts for night-time closer Motor gear unit DCU1-T30 Rod locking WK2 Diode 1N4007 Relay Sensors GC 339 Remote control GC 339 Spot finder GC 339, GC 338 Curved adapter GC 339 GC 338 GC 302 R Remote control GC 302 Rain cover GC 302 black RAL 151251 151252 100061 112321 151540 Transmitter 143060 Receiver 143071 Interface 149098 black 124087 RAL 124088 099575 115339 Mat. no. 200684 200688 200689 200686 200687 white stainless steel 114078 114077 UP, AS500 UP, AS500 Single, AS500 Double, AS500 UP, AS500 UP, AS500 114156 114157 120888 117996 090176 024467 120503 128609 126582 126583 087261 133367 Locking mechanism 126586 136571 137967 145603 145604 Safety edges Safety edge post safety with 2k Heel safety <1500mm Heel safety >1500mm Heel safety <1500mm with 2k Heel safety >1500mm with 2k Hand safety with 2k Hand safety TPS-KDT TPS-KDT SCT Service terminal ST220 Bluetooth interface Variant Set-up left, black left, EV1 right, black right, EV1 134467 195369 105684 136418 Night-time closer 188010 140120 195370 112273 199445 151524 126568 188714 140244 115293 103352 Accessories Resistor 2kΩ Break-out switch Initialisation sensor Magnet for initialisation sensor 129837 124365 191433 126595 61  62 Revo.PRIME Revo.PRIME  63 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 Hungary GEZE Hungary Kft. E-Mail: office-hungary@geze.com www.geze.hu Scandinavia – Sweden GEZE Scandinavia AB E-Mail: sverige.se@geze.com www.geze.se Baltic States – Lithuania / Latvia / Estonia E-Mail: baltic-states@geze.com Iberia GEZE Iberia S.R.L. E-Mail: info.es@geze.com www.geze.es Scandinavia – Norway GEZE Scandinavia AB avd. Norge E-Mail: norge.se@geze.com www.geze.no Benelux GEZE Benelux B.V. E-Mail: benelux.nl@geze.com www.geze.be www.geze.nl India GEZE India Private Ltd. E-Mail: office-india@geze.com www.geze.in Scandinavia – Denmark GEZE Danmark E-Mail: danmark.se@geze.com www.geze.dk Bulgaria GEZE Bulgaria - Trade E-Mail: office-bulgaria@geze.com www.geze.bg Italy GEZE Italia S.r.l. Unipersonale E-Mail: italia.it@geze.com www.geze.it Singapore GEZE (Asia Pacific) Pte, Ltd. E-Mail: gezesea@geze.com.sg www.geze.com China GEZE Industries (Tianjin) Co., Ltd. E-Mail: chinasales@geze.com.cn www.geze.com.cn GEZE Engineering Roma S.r.l E-Mail: italia.it@geze.com www.geze.it South Africa GEZE South Africa (Pty) Ltd. E-Mail: info@gezesa.co.za www.geze.co.za GEZE Industries (Tianjin) Co., Ltd. Branch Office Shanghai E-Mail: chinasales@geze.com.cn www.geze.com.cn GEZE Industries (Tianjin) Co., Ltd. Branch Office Guangzhou E-Mail: chinasales@geze.com.cn www.geze.com.cn GEZE Industries (Tianjin) Co., Ltd. Branch Office Beijing E-Mail: chinasales@geze.com.cn www.geze.com.cn France GEZE France S.A.R.L. E-Mail: france.fr@geze.com www.geze.fr Korea GEZE Korea Ltd. E-Mail: info.kr@geze.com www.geze.com Poland GEZE Polska Sp.z o.o. E-Mail: geze.pl@geze.com www.geze.pl Romania GEZE Romania S.R.L. E-Mail: office-romania@geze.com www.geze.ro Russia OOO GEZE RUS E-Mail: office-russia@geze.com www.geze.ru Switzerland GEZE Schweiz AG E-Mail: schweiz.ch@geze.com www.geze.ch Turkey GEZE Kapı ve Pencere Sistemleri E-Mail: office-turkey@geze.com www.geze.com Ukraine LLC GEZE Ukraine E-Mail: office-ukraine@geze.com www.geze.ua United Arab Emirates/GCC GEZE Middle East E-Mail: gezeme@geze.com www.geze.ae United Kingdom GEZE UK Ltd. E-Mail: info.uk@geze.com www.geze.com GEZE GmbH Reinhold-Vöster-Straße 21–29 71229 Leonberg Germany Tel.: 0049 7152 203 … Fax: 0049 7152 203 310 www.geze.com

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Revolving doors
Safety analysis

Revolving doors

Revolving doors 142145-05 EN Safety analysis Revolving doors Safety analysis - revolving doors In accordance with the Machinery Directive 2006/42/EC a risk assessment must be carried out taking the doors user group into consideration. The safety requirements for automatic door systems are stipulated in EN 16005. The safety analysis (risk assessment) àà takes the required protective measures into account when the machine is placed on the market, àà has to be carried out before initial commissioning at the latest, àà is the “safety-related profile” of the door system, àà specifies how possible dangers can be excluded or reduced at the door system under the consideration of the concrete installation situation and of the users, àà points out possible residual risks. Generally speaking, the avoidance of hazardous areas is to be preferred over the securing of hazardous areas. If a deviation from this risk assessment is established during commissioning of the door system, appropriate measures must be taken to guarantee safe operation of the door system. The installer of a door system àà is obliged to carry out a safety analysis (risk assessment) in accordance with EN 16005 and to document this, àà must issue an EC Declaration of Conformity and attach the CE marking in a clearly visible place on the door system. Hazardous areas on revolving doors Hazardous area between secondary closing edge and ceiling Hazardous area between main closing edge and inner wall Hazardous area between secondary closing edge and floor Hazardous area between main closing edge and opposite closing edge Hazardous areas automatic night-time closer Hazardous area between secondary closing edge and opposite closing edge/wall Hazardous area between main closing edge and opposite closing edge Danger of impact Danger of impact … Revolving doors Door data Offer number Order number Project Serial no. Address Installation site Position in the building, door number, designation Door and drive type Passage height mm Opening width Radius mm Leaf weight (per leaf) Number of door leaves Presence of people in special need of protection is to be expected: mm kg  3-leaf  4-leaf  yes  no Special building conditions (e.g. obstacle in front of the door leaf) have not been taken into account, since no details are available were taken into account in accordance with the following details: Safety analysis prepared by Company Telephone Name Fax Street Email Postcode / City Client Company Telephone Name Fax Street Email Postcode / City … Revolving doors Mark at least one box per section with a cross! … Mechanical protection Between main closing edge and opposite closing edge Danger of crushing and shearing Safety contact strip mullion Sensor: … Protection of the leading mullion Active infrared detector in the access area … Max. speed up to … m diameter … m/s, from … m diameter max. … m/s Limitation of dynamic force less than 150 N after the protective device has been actuated during use by people in special need of protection. Speed V < … m/s Safety contact strip hand safety … Hazardous area not secured (protective measures not sufficient) Between main closing edge and inner wall Danger of being drawn in Safety contact strip hand safety Safety distances ≥ 25 mm GEZE safety edge Shearing points at the inner wall have to be prevented by design measures (max. profile projection 10 mm) … Hazardous area not secured (protective measures not sufficient) Between secondary closing edge and floor Danger of being drawn in Safety contact strip heel safety GEZE safety edge … Hazardous area not secured (protective measures not sufficient) Danger of impact Mobile safeguarding device; accompanying safety sensor on the leaf (mandatory from … m diameter) Marking on the glass leaves … Hazardous area not secured (protective measures not sufficient) … < … mm < … mm Safe distances Revolving doors … Mechanical protection Danger of shearing between leaf and floor Holes in the floor? Yes - further protective measures necessary No Distances entrance mat < … mm? Yes < … mm No - further protective measures necessary: … Safety sensors (safety edge) present? Yes - risk is reduced No - further protective measures necessary: … Hazardous area not secured (protective measures not sufficient) Danger of drawing in between secondary closing edge and ceiling With passage height over 2500 mm no structural measures necessary. With passage height less than 2500 mm: Distance ≥ 25 mm Shearing points at the ceiling have to be prevented by structural measures … Hazardous area not secured (protective measures not sufficient) Danger of cuts Use of the GEZE profile system with rounded-off edges Safety glass … Hazardous area not secured (protective measures not sufficient) Danger of stumbling Floor guide slits max. 20 mm wide Floor ring max. 12 mm high and ramp-shaped Sufficient illumination … Hazardous area not secured (protective measures not sufficient) Locking in with night mode of operation or door standstill Manual revolving (force < 220 N) Escape sensor / escape switch Lockable programme switch … Hazardous area not secured (protective measures not sufficient) … Emergency stop devices General dangers for persons Emergency stop push button inside Emergency stop push button outside Safety notes sticker inside outside … Hazardous area not secured (protective measures not sufficient) … Revolving doors … Additional mechanical protection at revolving doors with turning fittings (break-out function) Revolving doors with break-out function Break-out pictogram on the leaf rear mounted at every door leaf at eye-level Break-out forces at each leaf < 220 N When the leaves break out by 15° the door comes to a standstill … Hazardous area not secured (protective measures not sufficient) … At revolving doors suitable for escape and rescue routes The minimum escape route width is not known W idt ho fe sc ap er ou Measured escape route width is … mm Width o te 3-leaf break-out The minimum escape route width is known … f e s c ap e route 4-leaf break-out The minimum escape route width is observed Protection night-time closer Night-time closer general Locking/stopping the slide door leaves in the open position Automatic deactivation of the revolving door if sliding panels are not completely open … Hazardous area not secured (protective measures not sufficient) Night-time closer activation through Deadman Activation of automatic night-time closer through Deadman. The travel path can be viewed and is monitored by operating personnel … Hazardous area not secured (protective measures not sufficient) Automatic night-time closer … Activation of automatic night-time closer through an external signal (e.g. building management system) Revolving doors … Protection night-time closer Closing movement Danger of crushing and impact between the two leaves Safety sensor closing, active infrared detector on both sides … Closing speed … cm/s (max. 15 cm/s) … Hazardous area not secured (protective measure not sufficient) Opening movement Danger of crushing and impact between the two leaves and surroundings Safe distances No danger of crushing for the head area No danger of crushing for the body No danger of crushing for the body s ≥ 500 mm then y ≤ … mm No danger of impact … Hazardous area not secured (protective measures not sufficient) … Revolving doors … Protection night-time closer Danger of shearing between door leaf and surroundings Safety sensor opening Light spot … Use of 22 mm glass to avoid a shearing edge No … Yes Safety distances are observed Finger s ≤ … mm or 25 mm < s ≤ 30 mm Hazardous area not secured (protective measure not sufficient) Opening and closing movement Danger of being drawn in between leaf and floor Safety distances are observed Yes No … Hazardous area not secured (protective measure not sufficient) Risk of entrapment The revolving mechanism (turnstile) does not lock when automatic night-time closer is used … Hazardous area not secured (protective measure not sufficient) Protection Danger of cuts Safety glass (toughened safety glass, laminated safety glass) … Danger of stumbling Floor guide slots ≤ 20 mm wide Floor guide and thresholds ≤ 12 mm high and ramp-shaped No obstacles in the passage … Hazardous area not secured (protective measures not sufficient) Danger of collision with glass door Marking of the glass (sticker etc.) … Revolving doors Residual risks, special functions, change of use, other agreements Indications of existing residual risks No Yes Unauthorised locking of the door Steps or stairs directly near the door Danger during cleaning of the protective leaf/safety leaf Danger of being locked in interlocking door and vestibule systems Danger of impact, crushing and shearing through emergency lock: door closes without safety features Danger of crushing and shearing with door handles Make a note to operator on on-site stickers Danger of bumping into a leaf when a safety device responds With underfloor drive: Drain connection is available and working Risk through operating errors, instruction of personnel on site Drawing-in spot in the drum wall during opening movement of the night-time closer: Minimum residual risk since there is no-one within the turnstile area during the opening movement Revolving door with positioning drive moves slowly to the next end position. Travel path is not secured Final evaluation of the system The protective measures named are sufficient. The system meets the requirements as per EN 16005. The protective measures named are not sufficient. The system does not meet the requirements as per EN 16005. Therefore it must not be put into operation since there are significant dangers for the user! Change in use / other agreements Place, date Name of author of the safety analysis in block letters Signature of author of the safety analysis … Revolving doors 10 Revolving doors 11 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 Hungary GEZE Hungary Kft. E-Mail: office-hungary@geze.com www.geze.hu Scandinavia – Sweden GEZE Scandinavia AB E-Mail: sverige.se@geze.com www.geze.se Baltic States – Lithuania / Latvia / Estonia E-Mail: baltic-states@geze.com Iberia GEZE Iberia S.R.L. E-Mail: info.es@geze.com www.geze.es Scandinavia – Norway GEZE Scandinavia AB avd. Norge E-Mail: norge.se@geze.com www.geze.no Benelux GEZE Benelux B.V. E-Mail: benelux.nl@geze.com www.geze.be www.geze.nl India GEZE India Private Ltd. E-Mail: office-india@geze.com www.geze.in Scandinavia – Denmark GEZE Danmark E-Mail: danmark.se@geze.com www.geze.dk Bulgaria GEZE Bulgaria - Trade E-Mail: office-bulgaria@geze.com www.geze.bg Italy GEZE Italia S.r.l. Unipersonale E-Mail: italia.it@geze.com www.geze.it Singapore GEZE (Asia Pacific) Pte, Ltd. E-Mail: gezesea@geze.com.sg www.geze.com China GEZE Industries (Tianjin) Co., Ltd. E-Mail: chinasales@geze.com.cn www.geze.com.cn GEZE Engineering Roma S.r.l E-Mail: italia.it@geze.com www.geze.it South Africa GEZE South Africa (Pty) Ltd. E-Mail: info@gezesa.co.za www.geze.co.za GEZE Industries (Tianjin) Co., Ltd. Branch Office Shanghai E-Mail: chinasales@geze.com.cn www.geze.com.cn GEZE Industries (Tianjin) Co., Ltd. Branch Office Guangzhou E-Mail: chinasales@geze.com.cn www.geze.com.cn GEZE Industries (Tianjin) Co., Ltd. Branch Office Beijing E-Mail: chinasales@geze.com.cn www.geze.com.cn France GEZE France S.A.R.L. E-Mail: france.fr@geze.com www.geze.fr Korea GEZE Korea Ltd. E-Mail: info.kr@geze.com www.geze.com Poland GEZE Polska Sp.z o.o. E-Mail: geze.pl@geze.com www.geze.pl Romania GEZE Romania S.R.L. E-Mail: office-romania@geze.com www.geze.ro Russia OOO GEZE RUS E-Mail: office-russia@geze.com www.geze.ru Switzerland GEZE Schweiz AG E-Mail: schweiz.ch@geze.com www.geze.ch Turkey GEZE Kapı ve Pencere Sistemleri E-Mail: office-turkey@geze.com www.geze.com Ukraine LLC GEZE Ukraine E-Mail: office-ukraine@geze.com www.geze.ua United Arab Emirates/GCC GEZE Middle East E-Mail: gezeme@geze.com www.geze.ae United Kingdom GEZE UK Ltd. E-Mail: info.uk@geze.com www.geze.com GEZE GmbH Reinhold-Vöster-Straße 21–29 71229 Leonberg Germany Tel.: 0049 7152 203 … Fax.: 0049 7152 203 310 www.geze.com

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F 1200+
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F 1200+

for for for for for for F F F F F THE SKY FAM ILY F UNCTION FO OTPR IN T F INE D ESI GN F RE ED OM F 1200+ IS THE LIMIT F F 1200+ WINDOW DRIVE F FO R F 120 … + for for F F FAM ILY for F F UNCTION for F FO OTPR IN T for F F INE D ESI GN for Learn more about function Access film here F 1200+ Our powerful drive system is ideal for particularly large and heavy turn-and-tilt and tilt windows up to … m tall and 200 kg leaf weight. F RE ED OM For an expanded horizon: F Large elements require automated system solutions with low operating forces F FO R F R E E D O M FAM ILY for F F UNCTION for F FO OTPR IN T for F F INE D ESI GN for F More daylight for an open, bright ambiance for Larger ventilation surfaces for better indoor air quality F For modern façade design and maximum light: Room height window elements with automation capability create a pleasant atmosphere in the building. F RE ED OM Maximum creative freedom: F FO R F IN E D ES IG N FAM ILY for F F UNCTION for F FO OTPR IN T for F st for best of be F User-friendly and sophisticated: Iconic Award for the elegant drive with ergonomic design that integrates into different architectural styles in an understated manner. F INE D ESI GN Award-winning design: F FO R FO OT P R IN T for F FAM ILY for F F UNCTION for F For sustainable buildings of the future: Large ventilation surfaces ensure high indoor air quality. They also help improve the energy efficiency of the overall building through intelligent integration into the building management technology. FO OTPR IN T Minimised ecological footprint: F FO R F UN CT IO N for F FAM ILY for F 3-in-1 function: Simple turning, tilting and locking combined in one drive. The F 1200+ impresses with an intuitive operating concept via the touch display with corresponding sensors and an LED status display. F UNCTION Intuitive and safe: F FO R FAM ILY IQ windowdrive product family: for You can find all technical product details here FAM ILY For intelligent ventilation concepts: The IQ windowdrive product family allows for flexible activation and integration into the building management technology. F IQ windowdrive intelligent window drives T EC HNICAL F EATURES OF THE F 1200+ AT A G LAN C E Area of application Buildings with large glass façades/windows Buildings suitable for natural ventilation Type of window Tilt window, turn-and-tilt window The powerful F 1200+ drive opens up all new horizons: Dimensions L x H x D [mm] 505 x 52 x 45 Opening width [mm] 180 configurable from 10-180 Connecting voltage [V] 24 Power consumption [W] 60 Current consumption [A] … Force [N] 500 unlock turning position 700 lock and tilted position Opening/closing speed [mm/s] 11 parameters can be set up to max. 32 Locking time [s] … For the full tilted opening width of 180 mm for all leaf heights For automation of small to particularly large window elements up to … meters tall and up to 200 kg leaf weight For better usage safety thanks to limitation of the tilted opening width and authorised operation of the turn function For continuously adjustable ventilation – from gap ventilation to tilted end position and turning position For a high level of operating comfort thanks to intuitive touch display with brightness and proximity sensor For inward opening turn-and-tilt and tilt windows in façade areas or more options thanks to connectivity with F the IQ windowdrive product family www.geze.com Follow us! Ver. 2022_10 – ID no. 204808 EN – Subject to change without notice GEZE GmbH Reinhold-Vöster-Straße 21–29 71229 Leonberg Germany Telephone: +49 7152 203 … Fax: +49 7152 203 310 E-Mail: info.de@geze.com

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