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3 # 8

8011155/YTW9/2016-03

© SICK AG · Germany · All rights reserved · Subject to change without notice · Irrtümer und Änderungen vorbehalten

6. Electrical Installation

6.1 Data Interfaces

Recommended cable length from ID sensors to host:

LED 

Farbe Funktion

Power  

grün  

Leuchtet, wenn die Versorgungsspannung am 

 

(Codeleser 1)   

CDM420 anliegt und Schalter S 1 auf „ON“

Sensor 1, 2 

gelb 

Leuchtet, wenn der entsprechende Eingang des 

 

Sen 1,2 

 

ID-Sensors 1 oder 2 schaltet  

Result 1, 2 

gelb 

Leuchtet, wenn der entsprechende Ausgang des

 

Res 1,2 

  

ID-Sensors 1 oder 2 schaltet

6. Elektrische Installation

6.1 Datenschnittstellen 

Empfohlene Leitungslänge der ID-Sensoren zum Host:

5.3  Function of LEDs (connecting board 1 and 2)

LED 

Color Function

Power 

green  

Lights up when the power supply is connected

 

(reader 1) 

 

to the CDM420 and switch S 1 is set to “ON“

Sensor 1, 2 

yellow 

Lights up when the corresponding input of the

 

Sen 1,2 

 

ID sensor 1 or 2 switches

Result 1, 2 

yellow 

Lights up when the corresponding output of the

 

Res 1,2 

 

ID sensor 1 or 2 switches

Interface type 

Data transfer rate 

Distance to host

RS 232 

Up to 19.2 kBd 

Max. 10 m

 

 

38.4 kBd ... 57.6 kBd 

Max. 3 m

RS 422/485 

Max. 38.4 kBd 

Max. 1,200 m

 

 

Max. 57.6 kBd 

Max. 500 m

Schnittstellentyp 

Datenübertragungsrate 

Entfernung z. Host

RS-232 

Bis 19,2 kBd 

Max. 10 m

 

 

38,4 kBd... 57,6 kBd 

Max. 3 m

RS-422/485 

Max. 38,4 kBd 

Max. 1.200 m 

 

 

Max. 57,6 kBd 

Max. 500 m 

5. Konfigurationselemente und Anzeigen

5

. 1 Konfigurationsschalter für ID-Sensor 1 (Anschlusskarte 1)

Schalter Funktion 

Default

S 1 (Power) 

Anliegende Versorgungsspannung: 

ON

 

 

ON:  Versorgungsspannung ein

 

 

OFF:  Versorgungsspannung aus 

S 2 (RS-485) 

RS-422/485-Umschaltung: 

OFF

 

 

ON:  RS-485

 

OFF:  RS-422

S 3 (Trm - 422)  RS-422-Terminierung (Empfänger): 

OFF

 

 

ON:  Widerstand 120 Ohm zugeschaltet

 

OFF:  Keine Terminierung

S 4 (Trm - CAN)  Terminierung der CAN-Schnittstelle: 

OFF

 

ON:  Widerstand 120 Ohm zugeschaltet

 

OFF:  Keine Terminierung 

S 6 (SGND-GND)  Bezugspotenzial für Sensor-GND: 

ON 

 

 

ON:  Verbunden mit GND des ID-Sensors

 

 

OFF:  Potenzialfrei

S 8 (NO CMC) 

Integration des CMC600 (ID-Sensor 1): 

NO (oben)

 

 

„YES“: CMC in Leitung der Aux-Schnitt-

 

 

 

stelle des ID-Sensors 1 geschaltet 

 

„NO“:  Kein CMC gesteckt

5. Configuration Elements and Displays

5.1 Configuration switches for ID sensor 1 (connecting board 1)

Switch Function 

Default

S 1 (Power) 

Connected power supply: 

ON

 

 

ON:  Power supply on

 

 

OFF:  Power supply off 

S 2 (RS 485) 

RS 422/485 selector: 

OFF

 

 

ON:  RS 485

 

OFF:  RS 422

S 3 (Trm422) 

RS 422 termination (receiver): 

OFF

 

 

ON:  120 Ohm resistor connected

 

OFF:  No termination

S 4 (TrmCAN) 

Termination CAN interface: 

OFF

 

 

ON:  120 Ohm resistor connected

 

 

OFF:  No termination 

S 6 (SGND-GND)  Reference potential for ID sensor GND:  ON 

 

 

ON:  Connected to ID sensor’s GND 

 

 

OFF:  Floating

S 8 (NO CMC) 

CMC 600 integration (ID sensor 1): 

NO (on top) 

 

 

“YES”: CMC connected to Aux interface

 

 

 

of ID sensor 1 

 

“NO”:  CMC not connected

 

5. 2 Funktion der LEDs (Anschlusskarte 1 und 2)

6.2 Versorgungsspannung

Die Höhe der erforderlichen Versorgungsspannung ist abhängig  

vom anzuschließenden ID-Sensor und der optionalen Module:

Wichtig:

 

ID-

Sensor 1: Die zusätzlichen Eingänge Aux In 1 und 2 sowie die 

Ausgänge Aux Out 1 und 2 haben keine Statusanzeige durch LEDs.

Important:

ID 

sensor 1: The additional inputs Aux In 1 and 2 as well as the 

outputs Aux Out 1 and 2 have no status indication by LEDs.

Siehe hierzu auch Angaben auf dem Typenschild des ID-Sensors.

*) Nr. 2056475 (mit Leitung 0,2 m) oder Nr. 2057709 (mit Leitung 0,3 m).

6.2 Supply voltage

The required power supply voltage depends on the ID-sensor to be 

connected on the used optional modules:

See also details on the typeplate of the ID sensor.

*) No. 2056475 (with cable 0.2 m) or No. 2057709 (with cable 0.3 m).

ID-Sensor / Modul 

Versorgungsspannung

CLV61x, CLV62x, Lector62x 

DC 10 V ... 30 V

CLV63x ... CLV65x ohne Heizung 

DC 18 V ... 30 V

CLV63x ... CLV65x mit Heizung 

DC 24 V 

± 

10 %

RFH6xx, RFU620-104xx 

DC 10 V ... 30 V

RFU620-101xx, bis –25 °C  

DC 10 V ... 30 V

RFU620-101xx, bei –25 °C  ... –35 °C  DC 20 V ... 30 V
CLV42x ... CLV45x, ICR85x-2 

DC 10 V ... 30 V 

ICR84x-2 

DC 15 V ... 30 V

IDM1xx, IDM2xx 

DC 5 V, über DC 24 V/5 V-

 

 Wandler 

*)

 

Mit CMF400 oder CMD400 

DC 18 V ... 30 V

ID sensor /Module 

Supply voltage

CLV61x, CLV62x, Lector62x 

10 V to 30 V DC

CLV63x ... CLV65x without heater 

18 V to 30 V DC

CLV63x ... CLV65x with heater 

24 V DC 

±

 10 %

RFH6xx, RFU620-104xx 

10 V to 30 V DC

RFU620-101xx, down to –25 °C  

10 V to 30 V DC

RFU620-101xx, from –25 °C to –35 °C  20 V to 30 V DC
CLV42x ... CLV45x , ICR85x-2 

10 V to 30 V DC

ICR84x-2 

15 V to 30 V DC

IDM1xx, IDM2xx 

5 V DC, via 24 V DC/5 V DC 

 

 converter 

*)

With CMF400 or CMD400 

18 V to 30 V DC

Summary of Contents for CDM420-0004

Page 1: ... use Modular designed connection module referred to as CDM420 below for connecting a compact unit of two SICK identification sensors referred to as ID sensor below The module is used to connect the ID sensors to host serial CAN Sensor Network fieldbus systems as well as to the peripheral equipment and volt age supply Alternatively you can configure a master slave unit For this purpose the CAN inte...

Page 2: ...2 Supply voltage Page 3 and 8 Technical Data P 7 Input voltage of 100 V to 250 V AC 50 Hz to 60 Hz is required when using the CMP490 Power Supply Module 4 Installation Free access to internal AUX male connectors is required to connect to the ID sensors configuration and diagnosis Max cable length between CDM420 and ID sensors if the serial data interfaces are used 10 m Cover with connection diagra...

Page 3: ...Configuration Elements and Displays 5 1 Configuration switches for ID sensor 1 connecting board 1 Switch Function Default S 1 Power Connected power supply ON ON Power supply on OFF Power supply off S 2 RS 485 RS 422 485 selector OFF ON RS 485 OFF RS 422 S 3 Trm422 RS 422 termination receiver OFF ON 120 Ohm resistor connected OFF No termination S 4 TrmCAN Termination CAN interface OFF ON 120 Ohm re...

Page 4: ... protected against short circuits and overload the wire cross sec tions must be dimensioned in accordance with the fuses installed in the CDM420 The valid national standards must be observed Connect the shield of your system to the CDM420 Shield terminal For terminal assignment see connection diagram on Page 5 or inside the cover CDM420 0004 only For host CAN interface switching input output diagr...

Page 5: ...to CLV45x as well as ICR84x 2 ICR85x 2 Stromlaufplan Anschlusskarte 2 ID Sensor 2 Circuit diagram of connecting board 2 ID sensor 2 Aufbau Klemmenbelegung design terminal assignment Interne Verbindungsleitungen Internal connecting cables Anschlusskarte 1 Anschlusskarte 2 Connecting board 1 Connecting board 2 Anschluss Signal Aderfarbe Anschlussklemme klemme Terminal Wire color Terminal 21 CAN_H We...

Page 6: ...or operation with CMX module for CAN multiplexer S4 Switch for CAN termination S5 Switch for CAN_2 termination S3 Switch for RS485 termination S2 Switch RS422 RS485 S6 Switch INGND GND 4 pin to I O board 4 pin to CMP to CMF400 bus module 24V_Heating_Out 24V_Heating_Out to CMC module AUX plug S7 Switch RS232 CLV41x Terminal AUX 15 pin D Sub HD socket to scanner For MPX module no scanner connected W...

Page 7: ...perating instructions of the ID sensor Check switch S 6 SGND GND Using SOPAS ET software set the reading pulse source on the ID sensor to Sensor 1 Perform a download to the ID sensor Malfunction Power LED UIN does not light up when power supply UIN is connected Cannot access ID sensor with SOPAS ET configuration soft ware after connecting the PC to the AUX male connector Signals from connected rea...

Page 8: ...Printed in Germany Typ CDM420 0004 Nr 1028487 EMV Prüfung Störaussendung nach EN 61000 6 4 2007 01 A1 2011 02 Störfestigkeit EN 61000 6 2 2005 08 Schwingfestigkeit Nach IEC 60068 2 27 2009 05 Schockfestigkeit Nach IEC 60068 2 6 2008 02 Gewicht Basisgerät Ca 800 g Umgebungstemperatur Betrieb 35 6 C 40 C Lager 35 C 70 C Rel Luftfeuchtigkeit Max 90 nicht kondensierend 6 In Ruhe keine Montage oder ele...

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