Power Control Center

Power Control Center:A Power Control Center (PCC) is an electrical distribution panel that serves as a centralized control unit for power distribution and monitoring in industrial or commercial settings. It houses various components such as circuit breakers, motor starters, and meters to ensure efficient control and management of power distribution.

Auto Mains Failure Panels: Auto Mains Failure (AMF) Panels are designed to automatically switch power supply from the main source to an alternative backup source in the event of a mains power failure. These panels incorporate control devices and relays to ensure seamless and uninterrupted power supply during such situations.

Synchronizing Panels: Synchronizing Panels are used to synchronize multiple power sources, such as generators, with the main power supply. These panels include synchronizing relays and devices that enable the parallel operation of multiple power sources, ensuring smooth and coordinated transfer of electrical loads.

Automatic Power Factor Control Panels

Automatic Power Factor Correction Panels: Automatic Power Factor Correction (APFC) Panels are designed to monitor and regulate the power factor of electrical systems automatically. They incorporate capacitors and control devices that analyze the reactive power requirements of the system and adjust the power factor accordingly, leading to improved energy efficiency and reduced penalties due to low power factor.

Motor Control Center

Single Front MCC: A Single Front Motor Control Center (MCC) is a panel that houses electrical components such as motor starters, circuit breakers, and control devices in a single front access configuration, allowing for easy access and maintenance of motor control equipment.

Double Front MCC: A Double Front Motor Control Center (MCC) is a panel that features access from both the front and rear sides, providing convenient access to motor control equipment and facilitating easier installation, maintenance, and troubleshooting of electrical components.

VFD MCC Panels: VFD MCC Panels are Motor Control Centers specifically designed to incorporate Variable Frequency Drives (VFDs). These panels provide centralized control and protection for motors equipped with VFDs, enabling precise speed control and energy-efficient operation of motor-driven systems.

Power Distribution Boards

Raw Power Distribution Boards: Panels designed for distributing raw electrical power to various circuits and loads in a building or facility, typically incorporating circuit breakers, fuses, and other protective devices.

UPS Power Distribution Boards: Distribution boards specifically designed for Uninterruptible Power Supply (UPS) systems, providing controlled and reliable power distribution to critical loads and equipment.

Lighting Distribution Boards: Panels dedicated to distributing power specifically for lighting circuits, allowing for efficient control and distribution of electrical power to lighting fixtures throughout a building or space.

Specialized Panels

Feeder Pillar Panels: Electrical distribution panels designed to house and distribute power to multiple outgoing feeders, typically used in outdoor or utility applications.

OEM Panels: Original Equipment Manufacturer (OEM) panels customized to specific requirements for integration into machinery, equipment, or specialized applications.

Pump Logic Panels: Control panels designed to monitor and control pumps, providing intelligent and automated control logic for efficient pump operation and system management.

Cabe Trays

Perforated Type Cable Trays: Cable trays with perforations for proper cable ventilation and management in electrical installations.

Ladder type Cable Trays: Sturdy and durable cable trays with a ladder-like structure for supporting and organizing cables in various applications.

L Bends,UP & DN Bends: Bends used in cable tray systems to change direction vertically or horizontally, allowing for flexible routing and cable management.

Earthing Items

Cast Iron Earth Electrodes: Durable and reliable grounding electrodes made of cast iron for effective earthing systems.

GI Pipe Earth Electrodes: Grounding electrodes made of galvanized iron (GI) pipes, commonly used for earthing installations.

Copper Earth Electrodes: High-conductivity grounding electrodes made of copper, providing efficient earthing and corrosion resistance.

Hot Dip GI Earth Flats: Galvanized iron (GI) earth flats coated with a hot-dip process for enhanced durability and conductivity in earthing systems.

Copper Flats: Copper grounding flats known for their excellent conductivity and long-term performance in earthing applications.

Earth Bus: A conductive busbar used for distributing and connecting the grounding system, providing a common path for effective earthing.

Storage Systems

Slotted Angle Racks: Versatile storage systems with adjustable metal angles for efficient organization.

Heavy Duty Storage Racks: Robust racks designed to support heavy and bulky items.

Medium Duty Storage Racks: Storage racks suitable for moderate loads and balanced affordability.

Pallets for Drum Storage: Specialized platforms for safe storage and transportation of drums.

Workmen Lockers: Secure storage units for personal belongings of employees, promoting organization and security.