Submittal Drawing:GPSEN-xxx
Introducing the GPSEN-xxx, an advanced daylighting sensor system designed for reliability and simplicity in controlling lighting based on natural daylight availability. This sensor features a sophisticated switching system that adjusts according to the space type and the amount of daylight present. Ideal for various commercial and industrial environments, the GPSEN-xxx provides a seamless solution for energy-efficient lighting control.
DESCRIPTION
GLC uses four different daylighting sensors to provide:
- A reliable switching system based on the Type space and available daylighting.
- Controls which are easy to calibrate and remain stable over time.
- Simple integration with control relays and manual switch overrides.
The sensors connect to the GPCON photocell control unit to provide photocell control.
SPECIFICATIONS
Weight: 0.12 Kg / 0.25 lb.
Operating Environment: -30° to 50° C (-20° to 120° F)
Weatherproof
Power Requirements: No external source required
KEY FEATURES
The GPSEN-xxx is equipped with four different daylighting sensors that work in unison to ensure consistent and accurate lighting adjustments. With easy calibration, these sensors maintain stability over time, eliminating the need for frequent recalibration. This ensures that the system continues to perform effectively, reducing the chance of lighting inconsistencies. Additionally, the integration with control relays and manual switch overrides offers flexibility and ease of use.
SPECIFICATIONS AND FUNCTIONALITY
The GPSEN-xxx connects directly to the GPCON photocell control unit, enabling photocell control for even more efficient energy management. With a weight of just 0.12 kg (0.25 lb), this lightweight device is weatherproof, designed to withstand harsh operating environments ranging from -30° to 50° C (-20° to 120° F). Its robust, weather-resistant build ensures reliable performance across a wide range of outdoor and indoor settings without requiring an external power source.
This product is a technically advanced version of the GE RPSEN-xxx