Omron Plastic Fibre Optic Sensor, NPN Output, 920 mW EtherCAT 30 V

Technical Document
Specifications
Brand
OmronProduct Type
Fibre Optic Sensor
Output Type
NPN
Fibre Optic Type
Plastic
Response Time
30μs
Light Source
Red LED
Terminal Type
Pre-Wired
Interface Type
EtherCAT
Power Consumption
920mW
Switching Frequency
60Hz
Maximum Supply Voltage
30V
Minimum Operating Temperature
-25°C
Housing Material
Polycarbonate
Maximum Operating Temperature
55°C
Width
33.5 mm
Depth
10mm
Length
104.8mm
Standards/Approvals
CE, IEC 60947-1
Series
E3NX-FA
Mount Type
DIN Rail
Country of Origin
China
Product details
E3NX-FA Smart Fibre Amplifier Units
The E3NX-A series of fibre amplifier units are advanced performance sensors for ultra stable and easy detection. The sensing distance and minimum sensing object specifications of the sensors have been improved allowing easy detection in a wide variety of applications. The sensor has a high contrast white on black display providing increased visibility even from a distance.
Advanced smart tuning, consistent for all users
Automatic adjustment to optimum incident level
Maintenance signal output to reduce downtime
Stock information temporarily unavailable.
€ 226.25
€ 226.25 Each (Exc. VAT)
1
€ 226.25
€ 226.25 Each (Exc. VAT)
Stock information temporarily unavailable.
1
Technical Document
Specifications
Brand
OmronProduct Type
Fibre Optic Sensor
Output Type
NPN
Fibre Optic Type
Plastic
Response Time
30μs
Light Source
Red LED
Terminal Type
Pre-Wired
Interface Type
EtherCAT
Power Consumption
920mW
Switching Frequency
60Hz
Maximum Supply Voltage
30V
Minimum Operating Temperature
-25°C
Housing Material
Polycarbonate
Maximum Operating Temperature
55°C
Width
33.5 mm
Depth
10mm
Length
104.8mm
Standards/Approvals
CE, IEC 60947-1
Series
E3NX-FA
Mount Type
DIN Rail
Country of Origin
China
Product details
E3NX-FA Smart Fibre Amplifier Units
The E3NX-A series of fibre amplifier units are advanced performance sensors for ultra stable and easy detection. The sensing distance and minimum sensing object specifications of the sensors have been improved allowing easy detection in a wide variety of applications. The sensor has a high contrast white on black display providing increased visibility even from a distance.
Advanced smart tuning, consistent for all users
Automatic adjustment to optimum incident level
Maintenance signal output to reduce downtime