Parameters |
Mount |
Panel |
Package / Case |
Axial |
Number of Pins |
4 |
Operating Temperature |
-25°C~55°C |
Packaging |
Bulk |
Published |
2002 |
Series |
E3F2 |
Part Status |
Obsolete |
Moisture Sensitivity Level (MSL) |
1 (Unlimited) |
Max Operating Temperature |
55°C |
Min Operating Temperature |
-25°C |
Voltage - Supply |
10V~30V |
Ingress Protection |
NEMA 6 |
Operating Supply Voltage |
24V |
Operating Supply Current |
30mA |
Output Configuration |
NPN - Dark-ON/Light-ON - Selectable |
Response Time |
2.5ms |
Adjustment Type |
Fixed |
Sensing Distance |
3.937 ~ 78.740 (100mm ~ 2m) ADJ |
Sensing Method |
Retroreflective, Polarized |
Connection Method |
Wire |
Light Source |
Red (660nm) |
RoHS Status |
RoHS Compliant |
E3F2-R2RC4-M Overview
Photoelectric sensors should be set at -25°C~55°C for reliable performance. For these electronic components to work, the voltage should be provided by 10V~30V. Ideally, photoelectric sensors should respond within 2.5ms. It is essential that photoelectric sensors operate at a minimum working temperature of -25°C to ensure their reliability. Having a maximum operating temperature of 55°C ensures that the system will operate reliably. To make the photoelectric sensor work properly, 4 pins must be connected. Photoelectric sensors should be supplied with 24V voltage for best performance. This package contains photoelectric sensors for your convenience. A Bulk package contains the sensor. A photoelectric sensor's supply current is set to 30mA.
E3F2-R2RC4-M Features
Sensing Distance: 3.937 ~ 78.740 (100mm ~ 2m) ADJ
4 pins
Response Time: 2.5ms
Operating Temperature: -25°C~55°C
Available in Axial package
E3F2 Series
E3F2-R2RC4-M Applications
There are a lot of Omron Automation and Safety E3F2-R2RC4-M Photoelectric Sensors applications.
- Mechanical engineering
- Passive infrared sensors
- Contrast sensors
- detect objects
- Automotive industry
- Pharmaceutical industry
- Logistics and materials handling
- Counting small objects
- Luminescence sensors
- Monitoring bigger areas for objects with light grids