Our Various Products & Solutions
Power Control Centre (PCC)
A PCC is the main electrical distribution panel that receives power from transformers or generators and distributes it to various loads. It provides protection, control, and monitoring of the power distribution system in industrial and commercial facilities.
Motor Control Centre (MCC)
An MCC is used to control and protect multiple electric motors from a centralized location. It houses motor starters, circuit breakers, overload relays, and control devices for efficient motor operation.
Draw out PCC & MCC Panels
Draw-out panels feature removable circuit breakers or motor feeders, allowing maintenance without shutting down the complete system. They improve safety, reduce downtime, and simplify servicing.
AMF Panels for D.G. Set
Automatic Mains Failure (AMF) Panels automatically start the diesel generator during a power failure and transfer the electrical load to it. When mains power is restored, they switch the load back and stop the generator automatically.
D.G. Synchronizing Panel with Auto Load Sharing
These panels synchronize multiple diesel generators to operate together while automatically sharing the electrical load. They ensure efficient fuel consumption, reliability, and uninterrupted power supply during varying load conditions.
Auto Source Changeover System Panel
This panel automatically transfers the power supply between two or more power sources such as utility, generator, or alternate feeders. It ensures continuous power without manual intervention.
Engine Control Panel
Engine Control Panels monitor and control diesel or gas engines used in generator sets. They provide engine protection, parameter monitoring, alarms, and automatic shutdown during faults.
Fire Fighting Panel
Fire Fighting Panels control fire pumps, jockey pumps, and standby pumps in accordance with fire safety requirements. They ensure reliable operation during fire emergencies and maintain system pressure.
HVAC Starter Panel
HVAC Starter Panels are designed to control motors used in heating, ventilation, and air-conditioning systems. They provide motor protection, reliable starting, and efficient operation of HVAC equipment.
Stainless Steel Panels / DB
Stainless Steel Panels and DBs are corrosion-resistant enclosures suitable for harsh, humid, or hygienic environments. They are widely used in food processing, pharmaceuticals, chemical plants, and outdoor installations.
Starter / MCCB Enclosures (Indoor / Outdoor)
These enclosures house motor starters or Molded Case Circuit Breakers (MCCBs) for safe operation and protection. Available in indoor and weatherproof outdoor designs, they protect equipment from dust, moisture, and environmental conditions.
Control & Relay Panel
Control & Relay Panels are used for protection, monitoring, and control of electrical equipment such as transformers, generators, and switchgear. They incorporate protective relays, meters, alarms, and communication systems.
VFD Starter Panel (DOL / Star Delta with Bypass)
These panels use Variable Frequency Drives (VFDs) to control motor speed and reduce energy consumption. The bypass contactor allows the motor to operate directly in case of VFD maintenance or failure, ensuring uninterrupted operation.
Feeder Pillars
Feeder Pillars are outdoor electrical distribution cabinets used to distribute power to lighting, utility, and industrial loads. They provide safe switching, protection, and cable termination in external installations.
Control Desk, Mimic Panel & Annunciator Panel
These operator interface panels enable centralized monitoring and control of industrial processes. Mimic panels provide a visual representation of the system, while annunciator panels display alarms for quick fault identification.
Automatic Power Factor Correction Panel
APFC Panels automatically switch capacitor banks to maintain the desired power factor. They reduce reactive power, minimize electricity penalties, improve energy efficiency, and enhance system performance.
PLC Logic-Based Process Control Panel
PLC-based panels automate industrial processes using programmable logic controllers. They improve operational accuracy, reduce manual intervention, enable remote monitoring, and integrate with SCADA or HMI systems.
Air Insulated Busduct (Indoor / Outdoor)
Air Insulated Busducts are used for high-capacity power transmission between transformers, generators, and switchgear. They provide a compact, reliable, and efficient alternative to conventional cable systems.
Rising Mains Air Insulated (Indoor / Outdoor)
Rising Mains are vertical busbar systems used to distribute electrical power across multiple floors in high-rise buildings. They offer safe, space-saving, and reliable power distribution with easy provision for floor-wise tapping.