







E3A2-XCM4T | Omron Fiber-Optic Photoelectric Sensor, Red LED, Light/Dark-ON
- Regular price
- $1,257.00
- Sale price
- $1,257.00
- Regular price
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Product Description P/N: E3A2-XCM4T
Description
The Omron E3A2-XCM4T Photoelectric Sensor is a slim, rectangular fiber-optic amplifier unit designed for reliable object detection in industrial automation systems. It features a pulse-modulated red LED light source with switch-selectable Light-ON or Dark-ON operation modes.
Technical Specifications
Condition | New/Never Used Surplus |
Brand | Omron |
Category | Industrial Sensors |
Part Number | E3A2-XCM4T |
Subcategory | Photoelectric Sensor |
Series | E3A2 |
Sensor Type | Fiber-optic photoelectric amplifier |
Light Source | Pulse-modulated red LED |
Sensing Method | Through-beam or reflective (with fiber cable) |
Operating Modes | Light-ON / Dark-ON (switch selectable) |
Output Type | Plug-in output terminal block |
Connection Type | Screw terminals |
Supply Voltage | 12–24 VDC |
Response Time | Approx. 1 ms |
Operating Range | Dependent on fiber cable type |
Indicators | LED operation indicator |
Mounting Type | Panel or DIN rail (via mounting accessories) |
Housing Shape | Slim rectangular |
Material | ABS plastic body |
Ingress Protection | IP50 (typical) |
Operating Temperature Range | -10°C to +55°C (14°F to 131°F) |
Part Status | Discontinued by manufacturer |
Compliance | CE Certified |
Dimensions | Approx. 65 mm H × 18 mm W × 40 mm D |
Weight | 0.2 lb (0.09 kg) |
Information About E3A2-XCM4T
The E3A2-XCM4T is part of Omron’s E3A2 Series of compact photoelectric sensors, engineered for precision detection in space-constrained environments. This fiber-optic type sensor is compatible with Omron’s fiber-optic cables, providing flexible sensing configurations for various applications such as packaging, assembly, and part positioning. It operates using a pulse-modulated red LED, which ensures stable detection performance while minimizing the effects of ambient light. The sensor offers Light-ON/Dark-ON mode selection via a simple switch, making it adaptable to different control logic requirements. Designed with TDR (Through-beam Detection Relay) universal terminals and a robust housing, the E3A2-XCM4T offers reliable performance for industrial automation tasks.
Key Features:
- Fiber Optic Design: Compatible with Omron fiber-optic cables for adaptable sensing configurations.
- Pulse-Modulated Red LED: Provides stable, high-contrast detection with ambient light immunity.
- Switch-Selectable Operation: Supports both Light-ON and Dark-ON modes for flexible control.
- Screw Terminal Connections: Simplifies wiring for fast and secure installation.
- Slim Rectangular Housing: Saves space in densely packed control panels or equipment.
- Plug-In Output Design: Allows easy replacement or maintenance without rewiring.
- Universal Mounting: Fits easily into standard fiber-optic sensor holders.
- Discontinued Legacy Support: Ideal for maintenance of existing Omron E3A2 system installations.
The E3A2-XCM4T delivers the reliability and precision required for accurate optical detection in industrial automation and material handling applications.
Description
The Omron E3A2-XCM4T Photoelectric Sensor is a slim, rectangular fiber-optic amplifier unit designed for reliable object detection in industrial automation systems. It features a pulse-modulated red LED light source with switch-selectable Light-ON or Dark-ON operation modes.
Technical Specifications
Condition | New/Never Used Surplus |
Brand | Omron |
Category | Industrial Sensors |
Part Number | E3A2-XCM4T |
Subcategory | Photoelectric Sensor |
Series | E3A2 |
Sensor Type | Fiber-optic photoelectric amplifier |
Light Source | Pulse-modulated red LED |
Sensing Method | Through-beam or reflective (with fiber cable) |
Operating Modes | Light-ON / Dark-ON (switch selectable) |
Output Type | Plug-in output terminal block |
Connection Type | Screw terminals |
Supply Voltage | 12–24 VDC |
Response Time | Approx. 1 ms |
Operating Range | Dependent on fiber cable type |
Indicators | LED operation indicator |
Mounting Type | Panel or DIN rail (via mounting accessories) |
Housing Shape | Slim rectangular |
Material | ABS plastic body |
Ingress Protection | IP50 (typical) |
Operating Temperature Range | -10°C to +55°C (14°F to 131°F) |
Part Status | Discontinued by manufacturer |
Compliance | CE Certified |
Dimensions | Approx. 65 mm H × 18 mm W × 40 mm D |
Weight | 0.2 lb (0.09 kg) |
Information About E3A2-XCM4T
The E3A2-XCM4T is part of Omron’s E3A2 Series of compact photoelectric sensors, engineered for precision detection in space-constrained environments. This fiber-optic type sensor is compatible with Omron’s fiber-optic cables, providing flexible sensing configurations for various applications such as packaging, assembly, and part positioning. It operates using a pulse-modulated red LED, which ensures stable detection performance while minimizing the effects of ambient light. The sensor offers Light-ON/Dark-ON mode selection via a simple switch, making it adaptable to different control logic requirements. Designed with TDR (Through-beam Detection Relay) universal terminals and a robust housing, the E3A2-XCM4T offers reliable performance for industrial automation tasks.
Key Features:
- Fiber Optic Design: Compatible with Omron fiber-optic cables for adaptable sensing configurations.
- Pulse-Modulated Red LED: Provides stable, high-contrast detection with ambient light immunity.
- Switch-Selectable Operation: Supports both Light-ON and Dark-ON modes for flexible control.
- Screw Terminal Connections: Simplifies wiring for fast and secure installation.
- Slim Rectangular Housing: Saves space in densely packed control panels or equipment.
- Plug-In Output Design: Allows easy replacement or maintenance without rewiring.
- Universal Mounting: Fits easily into standard fiber-optic sensor holders.
- Discontinued Legacy Support: Ideal for maintenance of existing Omron E3A2 system installations.
The E3A2-XCM4T delivers the reliability and precision required for accurate optical detection in industrial automation and material handling applications.



