Singh Power Control

An Electrical Control Panel is a centralized unit that manages and controls electrical systems and equipment. It houses components like circuit breakers, relays, switches, and controllers to regulate power flow, protect against faults, and automate operations. Widely used in industrial, commercial, and residential setups, it ensures safe, efficient, and reliable power distribution and system control.

 

A PLC (Programmable Logic Controller) Control Panel is an automated system used to control machinery and processes in industrial environments. It houses the PLC, input/output modules, power supplies, and protective devices. Designed for precise, real-time control, it enables efficient monitoring, sequencing, and automation of complex operations. Widely used in manufacturing, processing, and utility sectors for reliable and programmable control.

 

A Street Light Control Panel is used to automate and manage street lighting systems. It controls multiple lighting circuits, typically using timers, photocells, or astronomical switches for automatic ON/OFF operation based on time or ambient light. Equipped with MCBs, contactors, and surge protection, it ensures safe, efficient, and energy-saving streetlight operation. Ideal for highways, urban roads, and public areas.

 

We specialize in manufacturing high-performance Control Panel Boards that are used for monitoring and controlling electrical systems in a wide range of industrial, commercial, and utility applications. Designed for maximum efficiency, safety, and customization, our control panels comply with the latest IS/IEC standards.

An APFC (Automatic Power Factor Control) Panel improves power factor by automatically switching capacitor banks as per load demand. It reduces reactive power, enhances energy efficiency, and minimizes electricity charges. The panel includes a microcontroller-based relay, contactors, MCBs, and capacitors. Widely used in industries, commercial complexes, and utilities, it ensures stable voltage, efficient power usage, and compliance with energy regulations.

 

We specialize in manufacturing high-performance Control Panel Boards that are used for monitoring and controlling electrical systems in a wide range of industrial, commercial, and utility applications. Designed for maximum efficiency, safety, and customization, our control panels comply with the latest IS/IEC standards.

An MCCB (Moulded Case Circuit Breaker) Control Panel is designed to protect electrical circuits from overloads, short circuits, and faults. It uses MCCBs to control and isolate power to various loads in industrial and commercial systems. The panel ensures reliable power distribution, easy maintenance, and enhanced safety. Suitable for medium to high-power applications, it offers adjustable protection settings and is ideal for motors, machinery, and power distribution networks.

 

A Star Delta Starter Control Panel is used to start and protect three-phase induction motors smoothly by initially connecting them in a star configuration, then switching to delta. This reduces starting current and prevents electrical and mechanical stress. The panel includes contactors, timers, and overload relays. Commonly used in industrial applications, it ensures efficient and safe motor operation for high-power machinery.

 

An LT Cum Capacitor Panel combines power distribution and power factor correction in one unit. It distributes low-tension (up to 415V) electrical power and includes capacitor banks to improve power factor by reducing reactive power. Equipped with circuit breakers, contactors, and APFC relays, it enhances energy efficiency, reduces electricity bills, and ensures stable operation in industrial and commercial power systems.

 

An APFC (Automatic Power Factor Control) Panel improves power factor by automatically switching capacitor banks based on load requirements. It reduces reactive power consumption, enhances energy efficiency, and lowers electricity bills. Equipped with a power factor controller, contactors, and protection devices, it is widely used in industries and commercial buildings to maintain optimal power factor and comply with utility regulations.