Our Products

PCC is a central power control panel with breakers, monitoring, and protection devices.

• It's placed near power sources and must handle high fault levels (50KA or 65KA for 1 sec).
• The bus bar system can manage fault levels and temperature rises up to 40°C.
• PCC ensures efficient and safe power distribution.

A Motor Control Centre (MCC) serves as a centralized system for controlling multiple electric motors.

• Each section of an MCC typically contains a combination starter, integrating a motor starter, fuses or circuit breakers, & a power disconnect for efficient motor control & protection.
• The MCC features enclosed sections to ensure safety and reliability, with a common power bus facilitating power distribution to the connected motors.

APFC Panels stabilize power factor for industrial and commercial spaces, saving on electricity bills.

• They adapt to changing loads, maintaining efficiency even during peak demand.
• IPFC Panels elevate this by using smart technology to fine-tune power factor in real-time.

• VFD Panels regulate electric motor and feed pump speeds, crucial for industrial applications
• They ensure variable speeds during peak loads and constant speeds during normal operation.
• Closed-loop systems within VFDs stabilize motor speeds despite input or load changes

PLCs automate industrial tasks like controlling machinery and equipment in factories.

• Integrated PLC panels offer real-time monitoring & data access
• SCADA systems complement PLCs, providing centralized monitoring and control for entire industrial processes.
• SCADA enhances efficiency by visualizing data and enabling remote operation and control.

• Bus ducts are electrical power distribution systems that consist of insulated conductors enclosed in a protective housing.
• They provide a safe and efficient method for transporting electricity within buildings or industrial facilities.
• Bus ducts are highly customizable and modular, allowing for easy installation and expansion of electrical systems.

• Load shedding prevents power grid overload by cutting electricity in certain areas during high demand.
• Load shedding avoids blackouts by managing electricity demand efficiently.
• AMF systems switch to backup power like generators instantly when the main power source fails.

• Lighting and welding are two distinct electrical applications often managed through separate circuits in industrial settings
• Lighting circuits illuminate workspaces, while welding circuits power welding equipment for fabrication tasks.
• Distribution boards serve as central hubs for distributing electricity to various circuits throughout a building or facility.

• SCADA desks serve as central command centers for overseeing industrial processes.
• They provide operators with comprehensive v ehensive view of the entire system, including PLC-controlled machinery & equipment.
• SCADA desks enable real-time monitoring of various parameters such as temperature, pressure, and flow rates.

• Control desks are command hubs for overseeing operations, equipped with interfaces for managing systems.
• Control desks are designed for user comfort and easy access to controls, enhancing efficiency.

• DG Synchronization panels are mainly designed for meeting critical aspects of Power system requirements which primarily includes uninterrupted or flashing restoration of Power supply along with DG and circuitry protection for an infrastructure of social or commercial values and repute