Inductive Sensors with increased switching distances are distinguished by rugged design, easy installation and reliable measured values. The large range makes additional types of sensor superfluous because they can also be used to implement special applications. In addition to error-free operation of several sensors in a very small space, the new generation also provides the possibility of detecting system errors before it's too late thanks to ASIC und wenglor weproTec.
Increased switching distance
Minimal mounting clearance thanks to wenglor weproTec
Innovative ASIC circuit technology
Sensor head as sensing face
Inductive Data
Switching Distance
3 mm
Correction Factors Stainless Steel V2A/CuZn/Al
1,27/0,83/0,80
Mounting
Non-flush
Mounting A/B/C/D in mm
16/25/9/2
Mounting B1 in mm
0...10
Installation D1 in mm
0
Switching Hysteresis
< 10 %
Electrical Data
Supply Voltage
10 ... 30 V DC
Current Consumption (Ub = 24 V)
< 10 mA
Switching Frequency
900 Hz
Temperature Drift
< 10 %
Temperature Range
-40 ... 80 °C
Switching Output Voltage Drop
< 1 V
Switching Output/Switching Current
150 mA
Residual Current Switching Output
< 100 µA
Short Circuit Protection
yes
Reverse Polarity Protection
yes
Overload Protection
yes
Protection Class
III
Mechanical Data
Housing Material
Plastic, PBT
Sensing face
Plastic, PBT
Degree of Protection
IP67
Connection
Cable; 3-wire
Cable length (L)
2 m
Cable Jacket Material
PVC
Wire cross-section
0.14 mm²
Weight
46 g
Safety-relevant Data
MTTFd (EN ISO 13849-1)
3,706.54 a
General Data
Packaging unit
1 Piece
Function
Error Indicator
yes
Output
NPN NO
yes
Standards and certificates
* Temperature range with permanently installed cable, bending radius: > 40 mm
Connection Diagram
Mounting
Dimensioned Picture
Dimensions specified in mm (1 mm = 0.03937")1 = Switching Status IndicatorScrew M3 = 0,5 Nm
