NLC Low-Voltage Ceiling Sensor with ECO Sensor and Daylight Harvesting
The NLCEFS107EA0 is a low-voltage, dual-tech ceiling mount room sensor that combines PIR and ultrasonic technologies to provide high accuracy and wide coverage. It is equipped with the AlgoH™ algorithm to maximize detection while reducing false-ON triggers. The NLCEFS107EA0 sensor incorporates dayli…
The NLCEFS107EA0 is a low-voltage, dual-tech ceiling mount room sensor that combines PIR and ultrasonic technologies to provide high accuracy and wide coverage. It is equipped with the AlgoH™ algorithm to maximize detection while reducing false-ON triggers. The NLCEFS107EA0 sensor incorporates daylight harvesting and is intended to operate with a luminaire controller NLCPPA104SB1. The NLCPPA104SB1 is commissioned with the Nicor NLC app.
- Dual-tech PIR and ultrasonic ceiling sensor for high accuracy and wide coverage
- AlgoH™ algorithm maximizes detection while reducing false-ON triggers
- Coverage of 32.8Ft x 16.4Ft (10m x 5m) at a 10Ft mounting height
- RJ45 Eco-Port connection with up to 10 sensors daisy-chained to an NLCPPA104SB1 controller
- RoHS compliant, TAA compliant, supports T24, with a 5-year limited warranty
Color Options:
WhiteOrdering information
Downloads
Specifications
Listings & certifications
- cURus Recognized
- UL 94 V-0 (Flame Resistance)
- UL 1376 Verified (Gold)
- DLC NLC5 Listed
- TAA Compliant
- Supports T24 Compliance
- IP20 Ingress Protection
- RoHS Compliant
Features
Construction
- Housing Material Flame Rating: UL94-5VA
- Color: White
- IP20
Electrical
- 12VDC
- Operating temperature: -30°C to 55°C (-22°F to 131°F)
- Storage temperature: -30°C to 85°C (-22°F to 185°F)
Installations
- Ceiling mounted
- Max Mounting Height: 10Ft
Full Listings
- cURus Recognized
- UL 94 V-0 (Flame Resistance)
- UL 1376 Verified (Gold)
- DLC NLC5 Listed
- TAA Compliant
- Supports T24 Compliance
- IP20 Ingress Protection
- RoHS Compliant
Warranty
- 5-year limited system warranty standard
- Warranty does not cover product failure due to an overvoltage event (power surge)