Street Light & High Mast Panel


Street Light & High Mast Panels

are electrical control panels specifically designed to manage and control the operation of street lighting and high mast lighting systems in urban, industrial, or public spaces. These panels ensure efficient power distribution, safety, and automation for lighting systems, allowing for centralized control and monitoring.

Street Light Panel:

A   is designed to control the street lights installed along roads, highways, or residential areas. It allows for the automated switching on and off of lights based on time schedules or sensor inputs like daylight sensors. These panels include protective devices such as circuit breakers and fuses to safeguard the system against overloads and electrical faults.

Key Features:

  1. Automation: Equipped with timers or sensors (e.g., photocells) to automatically switch street lights on at dusk and off at dawn.
  2. Energy Efficiency: Helps conserve energy by controlling lights efficiently based on time or ambient light conditions.
  3. Protection: Includes overload protection, surge protection, and circuit breakers for safe operation.
  4. Remote Monitoring: Some advanced panels offer remote control and monitoring features for ease of maintenance.

High Mast Light Panel:

A High Mast Light Panel is used to control high mast lighting systems, typically found in large public spaces like stadiums, industrial areas, airports, or highway intersections. High mast lights are mounted on tall poles to illuminate large areas, and these panels provide control over multiple high-wattage lights simultaneously.

Key Features:

  1. Multiple Light Control: Manages the operation of high-wattage lamps, allowing centralized control of large lighting systems.
  2. Staggered Operation: Allows for phased switching, where lights can be turned on or off in stages to reduce power surges.
  3. Durability: Designed to withstand outdoor conditions and heavy-duty operation in harsh environments.
  4. Manual and Automatic Operation: Supports both manual control and automated switching based on time schedules or light sensors.