The Promoda Power Control Center (PCC) Panel is a low voltage power distribution system designed to receive power from transformers or generators and distribute it safely to multiple downstream loads within industrial facilities. The panel serves as the central hub of low voltage power management, ensuring reliable control, protection, and distribution of electrical power across various sections of a plant.
PCC panels are widely used in industrial power systems where large electrical loads must be distributed efficiently to different equipment and distribution boards. The panel integrates circuit breakers, busbar systems, protection devices, and metering equipment within a robust sheet-steel enclosure engineered for continuous operation in demanding industrial environments.
The system incorporates high-capacity copper or aluminum busbars capable of carrying large current loads while maintaining thermal stability. Incoming power is controlled through main circuit breakers that provide overload protection, short circuit protection, and safe isolation of electrical circuits during maintenance or fault conditions.
Promoda PCC panels are designed using a modular compartmentalized architecture, allowing multiple feeder sections to be integrated within the same enclosure. Each feeder section can be configured with molded case circuit breakers (MCCB), air circuit breakers (ACB), or other protective devices depending on system requirements.
Manufactured using precision sheet-metal fabrication and high-quality electrical components, the PCC panel ensures reliable operation in industrial power systems. The panel design supports floor-mounted installation with front access for operation and rear access for maintenance, making it suitable for modern electrical control rooms and substations.
Promoda PCC panels are built according to industry standards and are widely installed in industrial plants, power generation facilities, infrastructure projects, and large commercial buildings where dependable low voltage power distribution is required.
Key Highlights
Central Power Distribution System
Acts as the primary low voltage distribution panel in industrial electrical systems.
High Current Carrying Capacity
Busbar systems designed for large current loads and stable power distribution.
Modular Panel Design
Multiple feeder sections can be integrated within a single PCC lineup.
Advanced Circuit Protection
Circuit breakers protect electrical systems from overload and short circuit faults.
Industrial Grade Construction
Heavy-duty sheet steel enclosure ensures durability and reliability.
Flexible System Integration
Compatible with MCC panels, distribution boards, and motor control systems.
Panel Architecture
The PCC panel uses a modular compartmentalized design that improves electrical safety and simplifies maintenance operations.
- Incoming Section
Contains the main air circuit breaker controlling incoming power. - Busbar Section
Houses copper busbars distributing power to feeder sections. - Feeder Section
Contains MCCB or ACB breakers for outgoing circuits. - Metering Section
Includes meters and monitoring devices for electrical parameters.
Major Components
- Air Circuit Breaker
Controls incoming power and provides main system protection. - Copper Busbars
Provide high-current electrical distribution. - MCCB Feeders
Protect outgoing electrical circuits. - Metering Devices
Monitor voltage, current, and power consumption. - Terminal Blocks
Provide wiring connections and cable termination.
| Parameter | Specification |
|---|---|
| Panel Type | PCC Panel (Power Control Center) |
| Voltage Rating | 415V AC |
| Rated Current | Up to 6300 A |
| Busbar Material | Copper / Aluminum |
| Main Breaker Type | Air Circuit Breaker (ACB) |
| Feeder Protection | MCCB / ACB |
| Panel Construction | Floor mounted sheet steel enclosure |
| Access | Front operation, rear maintenance |
| Ingress Protection | IP42 / IP54 |
| Control Wiring | FRLS copper wiring |
| Busbar Rating | Up to 6300 A |
| Standards | IEC 61439 compliant panel |
Reliable Power Distribution
- Centralized low voltage power distribution for industrial facilities
- High-capacity busbars designed for continuous heavy load operation
- Protection against overload and short circuit conditions
- Reliable switching and circuit isolation
- Improved operational safety in power distribution systems
Electrical Protection System
- Main incoming air circuit breaker (ACB)
- Feeder protection using MCCB or ACB
- Overcurrent and short circuit protection
- Electrical metering and monitoring devices
- Safe isolation for maintenance operations
Panel Engineering Design
- Floor-mounted modular panel structure
- Expandable feeder sections
- Front access for operation and monitoring
- Rear access for wiring and maintenance
- Robust sheet-steel enclosure for industrial environments
Efficient Power Management
- Centralized power distribution control
- Improved electrical system safety
- Reliable protection against electrical faults
- Efficient load management in industrial plants
Compared to Conventional Distribution Boards
- Higher current handling capacity
- Better protection coordination
- Modular expandable design
- Improved electrical monitoring
Key Industry Sectors
- Industrial manufacturing plants
- Power generation facilities
- Infrastructure projects
- Oil and petrochemical industries
- Large commercial complexes
Common Installations
- Main power distribution panels
- Industrial electrical control rooms
- Utility low voltage substations
- Captive power plant distribution systems
- Large industrial electrical networks
