GEZE GCLR-O 2000 User manual

EN Manual
GCLR-I 2000/
GCLR-O 2000
GEZE Wide-range Reader
Indoor/Outdoor
153069-01

GCLR-I 2000/GCLR-O 2000
2
Contents
Symbols and illustrations.................................................................................3
Revisions and validity........................................................................................3
Product liability....................................................................................................3
About this document ........................................................................................3
1 Safety notices...........................................................................................4
1.1 Intended use ............................................................................................4
1.2 General information .............................................................................4
1.3 Notes about installation ......................................................................4
1.4 Notes on routing the cables...............................................................4
1.5 Danger of electric shock .....................................................................4
2 Product description...............................................................................5
3 Brief instructions.....................................................................................6
4 Installation and commissioning........................................................6
4.1 Step 1: Install reader GCLR 2000 .......................................................6
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 Conguration program – wide-range reader GCLR 2000..... 18
5.1 Installing the conguration 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 Accompany function with automatic drives without emer-
gency exit function............................................................................. 28
7.2 Accompany function in escape and rescue routes with door
control unit TZ 320.............................................................................. 30
7.3 Control..................................................................................................... 32
8 Technical data....................................................................................... 33
9 Transponder list ................................................................................... 35

3
GCLR-I 2000/GCLR-O 2000
Symbols and illustrations
Important information and technical notes are highlighted to explain cor-
rect operation.
Symbol Meaning
means "Important Information";
information to prevent property damage, to understand or optimise
the operation sequences
means "additional information"
XSymbol for an action: there is something you must do here.
XIf there are several actions to be taken, keep to the given order.
Revisions and validity
Valid from software version 22.14
Product liability
àIn compliance with the liability of the manufacturer for his products as
dened in the German "Product Liability 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.
àIf unauthorised changes are made to the components, GEZE cannot be
made liable in any way whatsoever for any resulting damages.
àUse only spare parts and accessories approved by the manufacturer.
àOnly modications approved by the manufacturer may be carried out on
the device.
About this document
This document describes the connection, commissioning and functions of
the wide-range reader GCLR 2000 for standard applications.
More detailed settings and functions, which are necessary mainly in net-
worked operation, are described in separate documents.

Safety notices GCLR-I 2000/GCLR-O 2000
4
1 Safety notices
To ensure personal safety, it is important to follow these safety instructions.
These instructions must be kept.
1.1 Intended use
àThe components are intended for access control applications.
àThe wall-mounted reader must be used in the specied area.
àAny other use than the intended use as well as all changes to the product
are not permissible.
1.2 General information
àRead the safety notices thoroughly and with care before putting the
device into operation.
àKeep this document is a safe place.
àObserve the country-specic standards and regulations.
1.3 Notes about installation
àDo not operate the device near electro-magnetic radiation.
àThe device may only be installed on a rm base.
àThe connection to the mains voltage must be made by a professional
electrician.
XThe 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
àRoute cables as shown in the GEZE cable plan.
àDene the installation position of the reader in advance.
àPreliminary cable routing may not be necessary in connection with
automatic drives. If the voltage supply to the reader is possible via an
automatic drive installed nearby, the cable must not necessary be routed
beforehand and can be routed on the surface during installation.
1.5 Danger of electric shock
àThe connection to the mains voltage must be made by a professional
electrician.
àThe power connection and safety earth conductor test must be carried
out in accordance with DIN VDE 0100-610.
àCheck cables before installation to make sure they are voltage-free.
àObserve standards VDE 0100 and VDE 0815 for cable routing.
àOnly operate the device with the designated operating voltage.
àMake sure that the supply circuit has an easily accessible circuit breaker.

5
Product descriptionGCLR-I 2000/GCLR-O 2000
2 Product description
Authorisations can be issued without contact at a distance of up to 3.8m
using the GEZE wide-range reader.
Usage options
àAutomatic door drives such as GEZE sliding door drives, swing door
drives or automatic gates can be opened for barrier-free access when the
door/gate is approached.
àThe integrated wireless technology assigns authorisations via radio trans-
mitter when a key is pressed from up to 50m.
àThe "accompany" function prevents people in need of special protection
leaving areas they should not leave on their own for their own safety.
In this case, doors lock automatically or cannot be opened if a person in
need of special protection approaches the door. It can still be passed by
personnel however.
Operating modes
2 operating modes are possible with the wide-range reader:
àStand-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.
àNetworked operation: The reader is connected to the GEZE access control
system Individual Line. The transponders and the authorisations are man-
aged via the user interface of the web-based control GCMU 524 in this
case. Activation of the door is not via the wide-range reader but rather
via the components of the GEZE Individual Line.
Transponders
There are dierent transponders available for issuing authorisations:
àStandard transponders which are worn by people.
àWrist transponders which can optionally be worn using special safety
bracelets which cannot be removed.
àTransponders with keys for use of the wireless technology.

Brief instructions GCLR-I 2000/GCLR-O 2000
6
3 Brief instructions
For installation and commissioning of the GCLR 2000 in stand-alone opera-
tion.
Step 1: Install the reader (see Chapter 4.1)
XHeed the range of the LF scanned eld when positioning the reader.
XAdjust the range of the LF scanned eld using the rotary potentiometer
"Dist" on the GCLR.
Step 2: Connect the reader (see Chapter 4.2)
XConnect a 12–36VDC voltage supply to the GCLR.
XPreferably, voltage from automatic drives should be used.
XHeed the overall current consumption.
XConnect output "Relay 1" to the peripherals to be activated.
Step 3: Teach the transponders (see Chapter 4.3)
XTeach 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, please heed the following:
XChoose the position of the reader in such a way that the LF scanned eld
produced covers the required area.
The GCLR-I 2000 is suitable for installation indoors, the GCLR-O 2000 for
installation outdoors.

7
Installation and commissioning.GCLR-I 2000/GCLR-O 2000
4.1.1 The LF scanned eld
The LF scanned eld spreads spherically 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 eld, view from the front

LF scanned eld, view from above
4.1.2 Adjusting the LF scanned eld
Adjust the range of the scanned eld (LF eld) using the rotary potentio-
meter DIST on the reader board.

Installation and commissioning. GCLR-I 2000/GCLR-O 2000
8
4.1.3 Checking the LF scanned eld
àUsing the eld tester:
The LF scanned eld can be checked using the eld tester.
Flashing LEDs indicate the eld coverage.
àUsing the transponder with 2 keys:
The transponder with 2 keys displays the scanned eld through a red
LED.
àUsing the LEDs on the housing (optional):
When a transponder has been taught, the green LED ashes as soon as
the transponder is within the scanned eld. If a transponder has not been
taught, the green LED goes out as long as the transponder is within the
scanned eld.
4.1.4 Cable routing
XHeed the wiring diagrams and installation instructions of the respective
products.
àThe power supply NT is not required when the voltage supply to the
GCLR is via the drive.
XHeed the overall current consumption.

9
Installation and commissioning.GCLR-I 2000/GCLR-O 2000






 


 






 



1 NYM-J 3 × 1.5 mm2 5 J-Y (ST) Y 2 × 2 × 0.8 mm2 7 J-Y (ST) Y 4 × 2 × 0.8 mm2 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

Installation and commissioning. GCLR-I 2000/GCLR-O 2000
10
4.2 Step 2: Connect the reader
Transponders are taught using group button 1 on the GCLR. Activation
of the door is via relay1 of the GCLR through the respective input of the
connected peripherals. Other products not shown here can be connected to
relay1 of the GCLR in the same way. Relay1 switches as long as the
transponder is within the set scanned eld + 2 seconds.
Option 1: Transponders which switch relay2 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 group 1 parallel to the
switching time of relay1.
XHeed the wiring diagrams and installation instructions of the respective
products.
àThe power supply NT is not required when the voltage supply to the
GCLR is via the drive.
XHeed the overall current consumption.

11
Installation and commissioning.GCLR-I 2000/GCLR-O 2000
Relais
1
12 – 35
V DC
NO
COM
NC
V AC
–
+
NO
COM
NC
Relais
2
OUT
OPTO +
–
RS 485
B
A
CAN
L
H
IN1
OPTO +
–
GN / YE
NT 24V DC BU
BN
N
L1
PE
6 A
BU
BN
1
KB20 24 V2
KB23
24 V2
KZF9
24 V2
GCLR 2000
1
2 3
4
5 6 7
–2412
*
* * *
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

Installation and commissioning. GCLR-I 2000/GCLR-O 2000
12
4.3 Step 3: Teach/delete transponders
Requirement
The green LED on the housing and the green LED D5 on the control are
permanently lit.
1 Programming button group 1
2 Programming button group 2
3 LED, red
4 LED, green
12
34
Function Action Feedback
Teaching new group1
transponder
XPress programming but-
ton "GR.1" (1) (< 5 s)
The green LED D5 (4) starts
to ash
XRelease programming
button "GR.1" (1)
Green LED (4) continues to
ash
XMove the new transpond-
er into the scanned eld
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
XPress programming but-
ton "GR.1" (1) (5 ... 10 s)
The green LED D5 (4) starts
to ash (< 5 s).
The green LED D5 (4) goes
o, the red LED D7 (3) starts
to ash slowly after 5s.
XRemove master card LED D7 (3) ashes red slowly
XMove the transponder
to be deleted into the
scanned eld
The red LED D7 (3) goes o.
The green LED (4) is lit per-
manently.
Deleting individual group2
transponders
Same method as group 1, but using programming button
"GR.2" (2)

13
Installation and commissioning.GCLR-I 2000/GCLR-O 2000
Function Action Feedback
Deleting ALL transponders XPress both program-
ming buttons "GR.1" (1)
+ "GR.2" (2) at the same
time
(> 6 s)
The red LED D7 (3) ashes
red quickly (0 … 6 s).
The red LED D7 (3) goes o
XRelease both program-
ming buttons "GR.1" (1) +
"GR.2" (2)
Both LEDs D5 (4) and D7 (3)
remain o briey.
The green LED D7 (3) is lit
permanently again.
All transponders are deleted
4.4 Overview DIP switches
DIP switch Description ON OFF
1 Buzzer group 1 ON OFF
2 Interface Conguration 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 switching time of the output "Relay 1"
and thus only active for transponders which have been taught using group
button "GR.1".
For applications with accompany functions in care homes:
the acoustic signal can be sounded if people who should not enter a par-
ticular area are within the scanned eld.

Installation and commissioning. GCLR-I 2000/GCLR-O 2000
14
DIP switch 2: Interface
On Settings can be made in the conguration software via the RS232
interface on the reader
O System is in operation
DIP switch 3: Mode of operation
On The reader can be operated both in the "networked" and "stand-
alone" mode of operation
The GCLR recognises automatically whether a GCDU 200 is connected via
the RS485 interface of the reader and then switches to networked opera-
tion.
DIP switch 4: LF eld of detection
On LF scanned eld is only transmitted if the input "OPTO-IN1" is
activated
O The LF scanned eld 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 eld
DIP switch 5: Door release time
O The outputs switch as long as the transponder is within the
scanned eld (standard). The door release time only starts running
when the transponder leaves the eld. The door release time is 2 s
and can be modied using the conguration software.
On In the "Single (2 sec.)" position, the outputs switch only once for the
set door release time when a transponder enters the scanned eld.
The outputs do not switch again until the transponders have left and
reentered the scanned eld.

15
Installation and commissioning.GCLR-I 2000/GCLR-O 2000
DIP switch 6-12: BUS addresses
Up to 128 addresses can be set using DIP switches 6-12. Max. 2 addresses
are required for connection to the GCDU 200.
Address "0" = DIP switch 12 "OFF"
Address "1" = DIP switch 12 "ON"
4.5 Transponders
4.5.1 Transponders with keys
Standard transponders transmit their "electronic keys" automatically to the
reader as soon as they enter the LF scanned eld.
In addition, there are transponders which have 2 additional keys.
These keys can be used to transmit the "electronic key" by wireless techno-
logy (HF) to the reader from a distance of up to 50 m.
The function of the keys must be activated via the conguration software
(see Chapter 5.2.2). Here it is possible to select which keys switch which
output or whether both outputs are to be switched when one of the keys is
activated.
4.5.2 Transponder battery monitoring
The transponders have a battery as their energy source.
If the battery voltage approaches a critical value, the red LED on the reader
housing or on the transponder with keys ashes as long as the transponder
is within the scanned eld.
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 eect and no further memory space is occupied. This guarantees that up
to 300 transponders can be taught.
4.5.4 Several transponders in the scanned eld during teaching/deletion
If there are several transponders in the scanned eld during teaching/
deletion processes, it is possible that only one (or none) will be taught or
deleted, since the transponders can override each other in learning mode.
4.5.5 Operation of several transponders in the scanned eld
The system works with intelligent anti-collision functions in order to com-
municate with many transponders at the same time. If there are several
transponders within the scanned eld during scanning, one valid
transponder is sucient to trigger the switching processes. In networked
operation, all the transponders within the scanned eld are reported via the

Installation and commissioning. GCLR-I 2000/GCLR-O 2000
16
RS485 interface.
4.5.6 Multiple use of transponders
The transponders have individual ID numbers and can thus be taught at any
number of readers at the same time.
4.5.7 Resetting to factory setting
XActivate both programming buttons "GR.1" (1) + "GR.2" (2) in the de-
energized state.
XApply supply voltage in the activated state.
XRelease 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 eld 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 commands are only executed at this
reader and that no further readers within a radius of 50 metres can trigger
switching processes unintentionally.
The LF-ID can be changed, but this is not necessary.

17
Installation and commissioning.GCLR-I 2000/GCLR-O 2000
4.6 LED display on the GCLR housing
The GCLR housing contains a green LED and a red LED.
The two LEDs have already been pre-wired to the control outputs.
The display diers depending on whether the system is working in net-
worked mode or stand-alone mode of operation.
4.6.1 LED display 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 eld
Taught transponder in the eld and battery low
Non-taught transponder in the eld
Non-taught transponder in the eld and battery
low
4.6.2 LED display in networked mode of operation
Green LED Red LED
Networked operation with GCDU 200
No transponder or non-taught transponder in
the eld
Data transmission in progress
Taught transponder in the eld
Communication problem

Conguration program – wide-range reader GCLR 2000 GCLR-I 2000/GCLR-O 2000
18
5 Conguration program – wide-range reader GCLR 2000
Areas of application for the conguration program
The following settings can be made on the wide-range reader using the
conguration program:
àChanging switching times for outputs relay 1 + 2
àDelaying outputs relay 1 + 2
àActivating keys for wireless transmission (HF)
àDeactivating/activating programming keys GR.1 and GR.2 on the GCLR
Required accessories
The following software and hardware is required for connecting PC and
GCLR:
àProgram: Kong_28.04.exe
Can be found in the download section of the GEZE website
àAdapter USB 2.0 for serial no. 163520
5.1 Installing the conguration 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.
XConnect the adapter to the PC.
XSave the program "Kong.exe" to a local drive.
XStart the program "Kong.exe".
5.1.2 Setting up the serial interface
XAfter starting the program, carry out the COM port settings in the menu
"Program" – "Init COM Port PC"
àInterface: Select COM port
àBaud rate: 38400
àData bit: 8
àParity bit: none
àStop bits: 1
àReception buer: 2048
àTransmission buer: 2048
XConrm by pressing OK.
5.2 Main menu

19
Conguration program – wide-range reader GCLR 2000GCLR-I 2000/GCLR-O 2000





Pos. Area Explanation
1 General information Displays the data read out of the GCLR
2 Setting of the switching times
of the outputs and activation
delays
If the eld "Permanent" is 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
àwhich output is to be switched
àwhether the pick-up delay is to be activated
àor whether the keys are to be activated for the
transponder with keys

Conguration program – wide-range reader GCLR 2000 GCLR-I 2000/GCLR-O 2000
20
Pos. Area Explanation
4 Information about the tran-
sponder last read and the
current switching states of the
system
à"Key A" and "key B" indicate which key is
activated on a transponder with keys.
à"Walk IN" is not relevant.
à"First LF" is set when a transponder is detect-
ed for the rst time following entry into the
scanned eld.
à"Battery low" indicates when the battery in the
transponder within the scanned eld is low.
à"IN-Field" indicates if there is a transponder
within the scanned eld during communication.
5 Button "Send data" Sends data to the GCLR 2000. The changes are only
enabled once this has happened.
6 Button "Read out data" Reads out the data from the GCLR 2000