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EN Manual

GCLR-I 2000/
GCLR-O 2000

GEZE Wide-range Reader 
Indoor/Outdoor

153069-01

Summary of Contents for GCLR-I 2000

Page 1: ...EN Manual GCLR I 2000 GCLR O 2000 GEZE Wide range Reader Indoor Outdoor 153069 01 ...

Page 2: ...4 2 Step 2 Connect the reader 10 4 3 Step 3 Teach delete transponders 12 4 4 Overview DIP switches 13 4 5 Transponders 15 4 6 LED display on the GCLR housing 17 5 Configuration program wide range reader GCLR 2000 18 5 1 Installing the configuration program 18 5 2 Main menu 18 5 3 Setting up a connection with the GCLR 2000 23 6 Networked operation mode of operation 24 7 Wiring diagrams 28 7 1 Accom...

Page 3: ...ity Act the information contained in this brochure product information and intended use misuse product performance product maintenance obligations to provide information and instructions must be observed Non observance releases the manu facturer from his liability à à If unauthorised changes are made to the components GEZE cannot be made liable in any way whatsoever for any resulting damages à à U...

Page 4: ...trician X X The power connection and safety earth conductor test must be carried out in accordance with DIN VDE 0100 610 1 4 Notes on routing the cables à à Route cables as shown in the GEZE cable plan à à Define the installation position of the reader in advance à à Preliminary cable routing may not be necessary in connection with automatic drives If the voltage supply to the reader is possible v...

Page 5: ... door It can still be passed by personnel however Operating modes 2 operating modes are possible with the wide range reader à à Stand alone operation No further components are required The tran sponders are taught and managed directly at the reader The door is activated via the outputs on the reader à à Networked operation The reader is connected to the GEZE access control system Individual Line T...

Page 6: ...to the GCLR X X Preferably voltage from automatic drives should be used X X Heed the overall current consumption X X Connect output Relay 1 to the peripherals to be activated Step 3 Teach the transponders see Chapter 4 3 X X Teach the transponders using group button 1 in order to thus switch the output Relay 1 4 Installation and commissioning 4 1 Step 1 Install reader GCLR 2000 During installation...

Page 7: ...y around the reader The radius r can be adjusted to between 0 5 m and 3 8 m with the aid of a rotary potentiometer LF scanned field view from the front LF scanned field view from above 4 1 2 Adjusting the LF scanned field Adjust the range of the scanned field LF field using the rotary potentio meter DIST on the reader board ...

Page 8: ...h a red LED à à Using the LEDs on the housing optional When a transponder has been taught the green LED flashes as soon as the transponder is within the scanned field If a transponder has not been taught the green LED goes out as long as the transponder is within the scanned field 4 1 4 Cable routing X X Heed the wiring diagrams and installation instructions of the respective products à à The powe...

Page 9: ...000 GCLR O 2000 1 NYM J 3 1 5 mm 2 5 J Y ST Y 2 2 0 8 mm 2 7 J Y ST Y 4 2 0 8 mm 2 X Supplied by GEZE IQ lock 10 m LiYY 12 0 14 m Empty pipe inside Ø 10 mm a GEZE swing door drives b GEZE sliding door drives c Electric strike d Holding magnet ...

Page 10: ...can be taught using group button 2 A transponder can also be taught in both groups The 2nd relay can be used either to realise the accompany function or to activate a 2nd door Option 2 If DIP switch 4 is set to ON the relay only switches once for 2 seconds when the transponder is detected Option 3 If DIP switch 1 is set to ON an acoustic buzzer is enabled This sounds for the transponders taught in...

Page 11: ...2 OUT OPTO RS 485 B A CAN L H IN 1 OPTO GN YE NT 24 V DC BU BN N L1 PE 6 A BU BN 1 KB 20 24 V 2 KB 23 24 V 2 KZF 9 24 V 2 GCLR 2000 1 2 3 4 5 6 7 24 12 12 35 1 Overview GCLR control 2 Terminal panel 2 3 Terminal panel 1 4 Peripherals 5 GEZE swing door drives 6 GEZE sliding door drives 7 GEZE door control units ...

Page 12: ...ve the new transpond er into the scanned field The green LED 4 is lit per manently again Output switches on the controller Teaching new group 2 transponder Same method as group 1 but using programming button GR 2 2 Deleting individual group 1 transponders X X Press programming but ton GR 1 1 5 10 s The green LED D5 4 starts to flash 5 s The green LED D5 4 goes off the red LED D7 3 starts to flash ...

Page 13: ...oup 1 ON OFF 2 Interface Configuration tool Standard RS485 3 Mode of operation Standard 4 LF TRG External trigger enabled Permanently enabled 5 Door release time Single 2 s Standard 6 12 Bus addressing Address bit 1 Address bit 0 DIP switch 1 Buzzer group 1 On The acoustic piezo signal transmitter of the reader GCLR 2000 is activated for person group 1 The acoustic signal is parallel to the switch...

Page 14: ...if the input OPTO IN1 is activated Off The LF scanned field is transmitted permanently 12 35 V DC IN 1 OPTO COM NO 1 2 3 1 Terminal panel 2 2 Terminal panel 1 3 Push button switch for activating deactivating the LF scanned field DIP switch 5 Door release time Off The outputs switch as long as the transponder is within the scanned field standard The door release time only starts running when the tr...

Page 15: ... approaches a critical value the red LED on the reader housing or on the transponder with keys flashes as long as the transponder is within the scanned field 4 5 3 Multiple teaching of transponders A transponder is touched to the reader only once and stored with its ID number If the transponder is touched to the reader a second time this has no effect and no further memory space is occupied This g...

Page 16: ...e the push buttons after 2 seconds The system now has the factory settings again 4 5 8 LF ID A sequential LF ID is assigned to each reader by the factory If a transponder enters the scanned field of a reader the reader wakes the transponder up and transmits its LF ID After wake up the transponder transmits its data wirelessly using the LF ID of the reader This guarantees that the switching command...

Page 17: ...y in stand alone mode of operation Green LED Red LED Stand alone mode of operation OK Data transmission in progress Learning mode active taught transponder in the field Taught transponder in the field and battery low Non taught transponder in the field Non taught transponder in the field and battery low 4 6 2 LED display in networked mode of operation Green LED Red LED Networked operation with GCD...

Page 18: ...04 exe Can be found in the download section of the GEZE website à à Adapter USB 2 0 for serial no 163520 5 1 Installing the configuration program Administrator rights are necessary for installation Programs must be executed as the administrator 5 1 1 Installing the adapter driver The driver is included on the CD ROM enclosed with the adapter X X Connect the adapter to the PC X X Save the program K...

Page 19: ...s activated the output remains switched following activation by a transponder until this is reset via the input OPTO IN2 3 Managing the transponder list Refer also to Chapter 5 2 2 Taught transponders are shown on the Trans ponder ID hex list For the marked transponder you can select on the right à à which output is to be switched à à whether the pick up delay is to be activated à à or whether the...

Page 20: ...k IN is not relevant à à First LF is set when a transponder is detect ed for the first time following entry into the scanned field à à Battery low indicates when the battery in the transponder within the scanned field is low à à IN Field indicates if there is a transponder within the scanned field during communication 5 Button Send data Sends data to the GCLR 2000 The changes are only enabled once...

Page 21: ...e Load configuration file to the reader Loads a saved configuration file to the GCLR Exit Terminates the program Settings Switch off HF switch mode Not relevant Deactivate learn push button Deactivates the programming buttons GR 1 and GR 2 on the GCLR This prevents unauthorised people teaching further tran sponders Restore factory setting Restores the GCLR to its factory setting The current firmwa...

Page 22: ...eparately for group 1 and group 2 in any combination Control field Explanation Delete complete memory both push buttons Deletes the memories of the programming buttons GR 1 and GR 2 Higher order disabling function for all outputs via OPTO IN 3 Deactivates and resets all outputs if input OPTO IN3 is active Effects à à In the event of a fire it is still possible to close all doors or prevent further...

Page 23: ...1 in the main menu of the configuration program X X If a fault message appears open the Settings menu in the main menu of the configuration program X X Check the settings of the COM port and DIP switch and try again After successful readout of the data the data of the connected reader are shown in the area 1 Chapter 5 2 Transponders that have already been taught are shown in the area 3 Chapter 5 2...

Page 24: ... GCMU 524 X X Heed the wiring diagrams and installation instructions of the respective products When voltage for the GCLR is supplied through the GCDU 200 X X Heed the overall current consumption à à The networked operation of wide range readers GCLR together with RFID readers GCVR GCRR is not possible à à Make sure that there is always on one transmitter in the area scanned by the reader Setting ...

Page 25: ...2 35 V DC NO COM NC V AC NO COM NC Relais 2 OUT OPTO RS 485 B A CAN L H IN 1 OPTO GCLR 2000 GCLR I 2000 GCLR O 2000 1 2 3 24 12 12 35 12 24 V DC Leser GND Leser 3 2 RS485 A RS485 B GCDU 200 X38 Reader 1 X37 12 V out 1 Overview GCLR control 2 Terminal panel 2 3 Terminal panel 1 ...

Page 26: ...No is shown as a decimal figure There is no evaluation of the keys for drop shaped transmitters Teratron with key evaluation The ID No is shown as an 11 digit decimal figure If one of the keys is pressed this is shown by a 1 or 2 as the first digit of the ID No depending on which key has been activated The key has a range of approx 50 m wireless Teratron with key and field evaluation As Teratron w...

Page 27: ... See the GCMU 524 manual for details of the necessary settings such as configuration of the Door Unit the Control modes Control points and Profiles as well as the creation of Persons and Passes transmitter tag In order to read in a transmitter in networked operation it simply has to be moved into the scanned field of the reader The transmitter is detected automatically and if the Prepare pass func...

Page 28: ...R is larger than the one belonging to the movement detector The doors can still be opened using personnel transponders It may not be possible to open the doors manually Patient transponders are taught using group button 1 on the GCLR The activation of the drive is interrupted by relay 1 of the GCLR The transponder of people accompanying patients is taught via group but ton 2 on the GCLR The drive ...

Page 29: ... OPTO RS 485 B A CAN L H IN 1 OPTO GCLR 2000 GCLR I 2000 GCLR O 2000 1 2 3 5 4 24 12 12 35 1 24 V 2 GND 3 20 24 V KB KB 2 4 20 24 V KB KI KA KB COM NO 1 Overview GCLR control 2 Terminal panel 2 3 Terminal panel 1 4 GEZE automatic swing door drives sliding door drives 5 Push button switch radar signal ...

Page 30: ...t to locked level The transponder of people accompanying patients is taught via group button 2 on the GCLR A short term release on the door control unit is triggered via relay 2 of the GCLR Even if a disable signal due to a patient is pending at the same time Option If DIP switch 1 is set to ON an acoustic buzzer is enabled This sounds for the transponders taught in group 1 parallel to the switchi...

Page 31: ...5 B A CAN L H IN 1 OPTO GCLR 2000 TZ 320 X108 X106 GCLR I 2000 GCLR O 2000 1 2 3 4 24 12 12 35 GN YE NT 24 V DC BU BN N L1 PE 6 A BU BN 1 9 2 53 52 24 V 2 24V Input 1 Input 3 Input 2 5 1 Overview GCLR control 2 Terminal panel 2 3 Terminal panel 1 4 Input 1 set to short term release 5 Input 3 set to locked level ...

Page 32: ...Wiring diagrams GCLR I 2000 GCLR O 2000 32 7 3 Control ...

Page 33: ... V AC 50 60 Hz Min operating voltage 12 V DC or 12 V AC 50 60 Hz Max operating voltage 35 V DC or 26 5 V AC 50 60 Hz Current consumption at 12 V DC 495 mA peak value 970 mA Current consumption at 24 V DC 245 mA peak value 485 mA Temperature range 20 C 70 C Interfaces RS232 interface 38400 Baud 8 N 1 for configuration or PC Outputs relays Two relays potential free changers with load bear ing capaci...

Page 34: ...0 mm x 120 mm x 25 mm Housing indoor Dimensions W x H x D 200 mm x 279 mm x 40 mm IP rating IP52 Colour Upper shell granite GR 2 8082 lower part anthracite RAL 7016 Housing outdoor Dimensions W x H x D 160 mm x 250 mm x 90 mm IP rating IP67 Colour Light grey RAL 7035 Certification CE EN 300 330 EN 300 220 1 EN 300 220 3 EN 301 489 1 3 Subject to technical modifications ...

Page 35: ... Transponder list You can enter the transponder number and the name of the respective person here This provides you with an overview of the assigned transponders Transponder number Family name first name Comment e g 0x00001404 Smith John Employee ...

Page 36: ...e 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 Hungary GEZE Hungary Kft E Mail office hungary geze com www geze hu Iberia GEZE Iberia S R L E Mail info geze es www geze es India GEZE India Private Ltd E Mail office india geze com www geze in Italy GEZE Itali...

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