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Feig Electronic ID ISC.LRM200-A/B, Installation Instructions Manual, Page: 3 / 20

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Feig Electronic ID ISC.LRM200-A/B Installation Instructions Manual Download Page 3

Installation Instructions ID ISC.LRM200-A/B

FEIG ELECTRONIC GmbH

Page 3 of 20

Contents:

1.  Safety Instructions / Warning ......................................................................................4

2.  Features of the ID ISC.LRM200-A/B Reader Module ..................................................5

2.1.  Features ............................................................................................................................. 5

2.2.  Available modules ............................................................................................................. 5

3.  Installation and wiring ..................................................................................................6

3.1.  Terminals, sockets and switches ..................................................................................... 7

3.2.  Antenna connection .......................................................................................................... 8

3.3.  Supply voltage ................................................................................................................... 9

3.4.  X7: Inputs (optocoupler isolated) ................................................................................... 10

3.5.  X6: Output (optocoupler isolated) .................................................................................. 11

3.6.  X11: Relay ........................................................................................................................ 12

3.7.  X9: RS485 interface ......................................................................................................... 13

3.8.  X10: RS232 interface ....................................................................................................... 14

4.  Control and display elements ....................................................................................15

4.1.  LED´s ................................................................................................................................ 15

4.2.  Buttons / switches........................................................................................................... 16

5.  Startup .........................................................................................................................17

5.1.  Interface configuration using jumpers........................................................................... 17

5.2.  Setting addresses for bus operation.............................................................................. 18

6.  Technical Data for ID ISC.LRM200-A/B .....................................................................19

Summary of Contents for ID ISC.LRM200-A/B

Page 1: ...M00602 1e ID B DOC O BID i scan Installation Instructions ID ISC LRM200 A B ...

Page 2: ...ual has been done to the best of our knowledge FEIG ELECTRONIC GmbH does not guarantee the correctness and completeness of the details given in this manual and may not be held liable for damages ensuing from incorrect or incomplete information Since despite all our efforts errors may not be completely avoided we are always grateful for your useful tips The installation instructions given in this m...

Page 3: ... 1 Terminals sockets and switches 7 3 2 Antenna connection 8 3 3 Supply voltage 9 3 4 X7 Inputs optocoupler isolated 10 3 5 X6 Output optocoupler isolated 11 3 6 X11 Relay 12 3 7 X9 RS485 interface 13 3 8 X10 RS232 interface 14 4 Control and display elements 15 4 1 LED s 15 4 2 Buttons switches 16 5 Startup 17 5 1 Interface configuration using jumpers 17 5 2 Setting addresses for bus operation 18 ...

Page 4: ...se of a device Repairs are to be performed only by the manufacturer Hookup startup maintenance measuring and calibration work on the device must be per formed only by electrical specialists who have received the relevant accident prevention train ing When operating devices with probably live wires respect the valid security regulations Before opening the device always turn off the supply voltage a...

Page 5: ...200 B may be connected to the Reader An anti collision function allows reading of up to 30 transponders at a time The Reader Module electronics is mounted on a rigid 6 mm thick aluminum base plate The mod ule has two digital inputs two digital outputs a relay output and an asynchronous interface which can be configured as RS232 or RS485 The configurability of the interfaces also allows the module ...

Page 6: ...sistance between the base plate and the heat sink as possible The use of heat sink compound is recommended If the antenna is properly tuned and there is sufficient air convection along the mounting plate the ID ISC LRM200 can be operated without an additional heat sink at up to 4W of power Note here however that detuning of the antenna can result in additional heating of the Reader In such cases t...

Page 7: ... 1 Terminals sockets and switches Fig 3 1 1 Top view Upper and lower circuit board X7 X9 X10 X6 J405 J407 J403 J400 J8 J1 X19 J350 X20 J402 J401 S1 X16 X15 J3 J2 X13 X14 J51 J6 J50 X21 J5 J4 X18 X11 S2 ON OFF 1 2 3 4 X3 X1 X2 Lower circuit board Upper circuit board V1 V2 V3 V4 V5 ...

Page 8: ...or the SMA socket is 0 45 Nm Terminal Description X1 For connecting the complementary antenna only ID ISC LRM200 B X2 For connecting the basic antenna Input impedance 50Ω Notes The input impedance of the basic antenna should be calibrated to a value of 50 Ω 3 Ω 3 To achieve optimum read distances the length of the antenna lead in cables should be 3 6 m 0 1 m When connecting an antenna ensure that ...

Page 9: ...DC supply voltage X3 Pin 2 GND Supply voltage ground X3 X1 1 2 24 V DC GND Fig 3 3 1 Connecting the supply voltage Power supply recommendations To exploit the full performance of the Reader Module you should select a sufficiently regulated and noise filtered power supply ripple max 20 mV When using switching power supplies be sure that the internal switching frequency is below 300 kHz Model Manufa...

Page 10: ...Input 1 3 IN2 Input 2 4 IN2 Input 2 For cable lengths greater than 3 m use shielded cable Notes The inputs are designed for a maximum input voltage of 24 V DC and an input current of maximum 20 mA Reversing the polarity or overloading the inputs will destroy the unit The supply voltage of the Reader may not be used for driving the inputs since the added noise may result in reduced effective readin...

Page 11: ...ry The outputs must therefore be supplied externally Terminal Name Description 1 O1 C Collector Output 1 2 O1 E Emitter Output 1 3 O2 C Collector Output 2 4 O2 E Emitter Output 2 For cable lengths greater than 3 m use shielded cable Notes The outputs are configured for max 24 V DC 30 mA Reversing the polarity or overloading the outputs will destroy the unit The outputs are designed to switch resis...

Page 12: ...minal Name Description 1 COM Working contact 2 NC Normally closed contact 3 NO Normally open contact Notes The relay outputs are configured for max 24 V DC 60 W The relay outputs are designed to switch resistive loads only If using an inductive load the relay contacts must be protected by means of an external protection circuit ...

Page 13: ...Interface configuration using jumpers The RS485 interface is configured on X9 The transmission parameters can be software configured Configuration for X9 RS485 interface Terminal Name Description 1 4xxB RS485 B 2 4xxA RS485 A 3 4xxG RS485 GND 4 422Y n c 5 422Z n c 6 422G n c Fig 3 7 1 Configuring the RS485 interface X9 1 2 3 4 ID ISC LR200 5 6 n c n c n c RS485 GND RS485 A RS485 B ...

Page 14: ...nfiguration using jumpers The RS232 interface is configured on X10 The transmission parameters can be software configured Configuration for X10 RS232 interface Terminal Name Description 1 GND RS232 GND 2 RxD RS232 RxD 3 TxD RS232 TxD X10 1 2 3 GND RxD TxD ID ISC LR200 9 pin sub D female Pin 5 X10 1 Pin 3 X10 2 Pin 2 X10 3 PC Fig 3 8 1 Wiring example for connecting the RS232 interface ...

Page 15: ...e Flashes alternating with V1 after Reset following a software update Flashes alternating with V1 in case a data error while reading the parameters occurred following a Reset LED V3 red Diagnostic 2 Host communication Short flashing indicates a protocol is being sent to the host on the RS232 RS485 interface LED V4 red Diagnostic 3 Reserved LED V5 red Diagnostic 4 Reader initialization RF error Com...

Page 16: ...Page 16 of 20 FEIG ELECTRONIC GmbH 4 2 Buttons switches Name Description S1 Reset button S2 1 3 Setting data bus addresses 0 7 4 not used Note To set the bus address using S2 the Reader must be set to software address 0 factory setting ...

Page 17: ...1 1 2 2 3 Jumpers J403 J405 and J407 can be used to insert the termination resistors which may be re quired for the RS485 interface Jumper In Out 405 Pull Up on RS485 B No Pull Up on RS485 B 407 Pull Down on RS485 A No Pull Down on RS485 A 403 Termination resistor RS485 A RS485 B No termination resistor RS485 A RS485 B Note It is not possible to operate both RS232 and RS485 at the same time J405 J...

Page 18: ...S2 To set the bus address using S2 the Reader must be set to software address 0 factory set ting Address Switch 1 Switch 2 Switch 3 0 OFF OFF OFF 1 OFF OFF ON 2 OFF ON OFF 3 OFF ON ON 4 ON OFF OFF 5 ON OFF ON 6 ON ON OFF 7 ON ON ON b Setting the bus address through software Addresses are assigned through the host computer The software is used to assign addresses 0 to 253 to the Reader Note Since a...

Page 19: ...ating frequency 13 56 MHz Transmitting power 0 5 to 10 W software settable in 0 25W steps Modulation 8 100 software settable Antenna connection Basic antenna Complementary antenna Model B 1 x SMA socket 50Ω 1 x SMA socket 50Ω Outputs 2 optocoupler 1 relay 1 x change over 24 V DC 30 mA galvanically isolated 24 V DC 60 W Inputs 2 optocoupler max 24 V DC 20 mA Interfaces RS232 and RS485 internally se...

Page 20: ...interface Optional 3 position DIP switch up to 8 addresses Software up to 254 addresses Optical indicators 5 LED s for status diagnostics Multi Reader mode Protocol synchronization through use of the ex isting in and outputs Ambient Temperature range Operating Storage 20 C to 65 C 25 C to 70 C Vibration EN60068 2 6 10 Hz to 150 Hz 0 075 mm 1 g Shock EN60068 2 27 Acceleration 30 g Applicable norms ...

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