EMX UL325 Retroreflective Photoeye Kit | EMX-NIR-50-325-KIT
The NIR-50-325 retroreflective photo eye kit, also known as EMX-5255-K, is an external entrapment protection device type B1, a non-contact sensor for use with gates, overhead doors, and barriers. The device is UL325 compliant and configured for normally closed (NC) and 10K monitored operation features a built-in resistor.
The NIR-50-325 is an extended-range, retroreflective photoeye sensor providing entrapment protection for overhead doors, gates, and barriers. The NIR-50-325 is a UL325 2018 compliant and features an internal 10K resistor for monitored operation. Its flexible voltages, compact design, and LED indicators make this photoeye easy to install.
Note: This retroreflective photoeye is not compatible with operators that use NO and COM (non-10K) monitoring methods.
Includes
- Photoeye with Hood
- Reflector with Hood
Features
- Retroreflective configuration
- NC and 10K monitoring
- 50 ft. operating range
- Sensitivity adjustment
- Wide range operating voltage
- IP66 enclosure
Manufacturer's Warranty
- 2 Years
Technical Specification
- Operating Range: Up to 50 feet
- Sensitivity Adjustment: Potentiometer
- Signal Stability Indicator: Yellow LED
- Alignment Indicator: Red LED
- Relay Output: Form C contacts (NO, COM, NC), 30VAC/VDC, 2A
- Resistive Termination: 10k Ohm (internal)
- Response Time: 10ms
- Power: 12…30VDC, 24…30VAC @ 60 Hz
- Current Draw: 83mA
- Operating Temperature: -4°…131°F (-20°…55°C)
- Environmental Protection: IP 66 IEC
- Dimensions (L x W x H): 1.3” (33mm) x 0.8” (21mm) x 2.6” (66mm)
- Weight: 0.2 lbs. (91g)
- Connections: 5 wires, 6.5’ (2m) cable
- Certifications: CE, and UL325 compliant
Cautions and Warnings
- This product is an accessory or part of a system. Install the NIR-50-325 according to the instructions from the gate or door operator manufacturer.
- Comply with all applicable codes and safety regulations. Retroreflective photoeyes rely on a reflective surface (a reflector) for proper operation. In some cases, a vehicle with a reflective surface at a given distance can act as a reflector and allow the gate to close on a vehicle.
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