
Hispec HSPC2 Niagara Internal Remote Photocell
SKU HSPC2
Original price
£7.70
-
Original price
£7.70
Original price
£7.70 inc VAT £6.42 exc VAT
£7.70
-
£7.70
Current price
£7.70 inc VAT £6.42 exc VAT
inc VAT £6.42 exc VAT
Estimated delivery time: 2-3 working days
Description
The Niagara Internal Remote Photocell is a highly effective lighting control device designed to improve energy efficiency and convenience. By sensing ambient light levels, this photocell automatically controls lighting to ensure optimal illumination only when necessary, reducing energy consumption and enhancing security:
- Automatic Light Adjustment: Utilises advanced photocell technology to detect changes in ambient light, automatically turning lights on at dusk and off at dawn, or when natural light levels are sufficient.
- Energy Efficient: Helps reduce electricity usage by ensuring lights are only active when needed, leading to lower energy bills and a more sustainable lighting solution.
- Remote Control Capability: Features remote control functionality for easy adjustment and configuration of settings, allowing you to tailor light sensitivity and operation to suit different environments.
- Versatile Applications: Suitable for a wide range of settings, including residential areas, commercial buildings, outdoor pathways, car parks, and public spaces.
- Easy Installation: Designed for straightforward integration into existing lighting systems, making it an ideal upgrade for improving the efficiency of your lighting setup.
- Reliable Performance: Built with high-quality components to ensure consistent operation and long-term reliability, even in varying environmental conditions.
- Compact Design: The internal photocell is discreet and blends seamlessly into the environment, providing efficient lighting control without compromising aesthetics.
- Enhanced Safety and Security: Ensures areas remain well-lit during low-light conditions, improving visibility and safety for occupants and deterring potential intruders.