RCB series
SENSOR SWITCH
Order example Assembling style
RCB ─ □ Cylinder type Mounting clamp
MODEL WIRE LENGTH MCJQ2, MCGA, MSB*
RCB: Reed switch 1M: L=1000mm
RDB: Non-contact 2M: L=2000mm
RNB: NPN QD: M8, 3 Pin connector
RNBE: NPN EQD: M8, 3 Pin connector
RPB: PNP
* Special order is available.
RPBE: PNP
Dimension Wiring of the QD
Standard lead wire QD connector ● 2 wire ● 2 wire ● 3 wire
RCB/ RDB/ QD wiring EQD wiring QD wiring
2000±20
150±10
RPB/ PRBE: Green LED
1 1 1
RNB/ RNBE: Red LED Brown(+) Brown(+) Brown(+)
4 4 4
Not used Blue(-) Black(Out)
11
3 Blue(-) 3 Not used 3 Blue(-)
15.5 22
Specification
Model RCB RDB RNB RNBE RPB RPBE
Wiring method 2 wire 3 wire
Switching logic SPST normally open Solid state output, normally open
Switch Type Reed switch Non-contact NPN current sinking PNP current sourcing
Operating voltage 5~240V DC/AC 5~30V DC
Switching current 100mA max. 50mA max. 200mA max.
Switching rating (*1) 10W max. 1.5W max. 6W max.
Current consumption (*5) – 22 mA@24V DC max. 6 mA@24V DC max. 20 mA@24V DC max. 6 mA@24V DC max.
Voltage drop (*5) 3.5V max. 3.7V max. 0.5V max.
Leakage current (*5) – 0.1mA(40uA) max. 0.01mA max.
Indicator Green LED Red LED Green LED
Cable ø3.3, 2C, PVC ø3.3, 3C, PVC
Temperature range –10~+70°C (No freezing)
Shock (*2) 30G 50G
Vibration (*3) 9G
Enclosure classification IEC 60529 IP67
Protection circuit (*4) 1 3,4
Weight 33 g (2m cable)
BRN BRN
Load + BRN BRN
Load + + +
~
Main circuit
Main circuit
Main circuit
BLK Load BLK
Connect diagram Power Power Power Power
BLU BLU BLU Load
− − −
~ BLU
−
*1. Warning: Never exceed rating (watt=voltage×amperage). Permanent damage to sensor will occur. * 6. Caution for safety please refer to page 9-3~4.
*2. Sin wave / X.Y.Z. 3 directions / 3 times each direction / 11ms each time.
*3. Double amplitude 1.5mm / 10Hz~55Hz~10Hz(Sweep 1min) / X.Y.Z. 3 directions / 1 hour each time.
*4. 1=None / 2=Short-circuit / 3=Power source reverse polarity / 4=Surge suppression.
*5. It bases on conditions of voltage 24V DC, ambient temp. 25°C and cable 2M length. Voltage drop increases in pace with cable length.