SAFE DISTRIBUTION • CLEAR PROTECTION • CONTROLLED POWER
PDB Panels for Organized, Reliable Power Distribution
Industrial Engineering manufactures Power Distribution Boards that receive an upstream electrical supply and divide it safely among equipment, departments, and final circuits. Each panel is engineered around the load schedule, fault level, phase arrangement, installation environment, protection philosophy, and future capacity.
Request a PDB Panel QuoteCoordinated breakers, robust busbars, metering, and clear circuit identification make facility power easier to protect and manage.
BUILT FOR EVERYDAY ELECTRICAL DUTY
High-Performance PDB Panels
Correctly rated components, orderly feeder arrangements, practical cable access, and durable construction support safe distribution under changing load conditions.
THE FOUNDATION OF ORDERLY DISTRIBUTION
The Role of PDBs in Electrical Infrastructure
A Power Distribution Board accepts power from a main LT panel, transformer-fed switchboard, generator system, or other upstream source. It then divides that supply into protected outgoing circuits serving machinery, utilities, lighting, sockets, HVAC, and departmental loads.
Our engineering process covers demand and diversity, breaker selection, busbar sizing, phase balancing, fault level, discrimination, neutral and earth arrangements, metering, surge protection, cable entry, heat dissipation, feeder labels, maintenance access, and expansion provision. This creates a safer, clearer, and more serviceable distribution point.
A Clear Distribution Route
WHERE PDB PANELS ARE USED
Applications Across Buildings and Industry
PDB panels serve facilities that need a safe, organized point to distribute power to multiple local circuits and equipment groups.
WHY A PURPOSE-BUILT PDB
Six Advantages for Better Power Management
A properly engineered board improves safety, load organization, fault isolation, visibility, and future adaptability.
Organized Feeder Control
Every outgoing circuit is arranged, protected, and labelled around its actual connected duty.
Selective Protection
Breaker ratings and coordination help isolate faults while limiting disruption to healthy circuits.
Balanced Loading
Thoughtful phase allocation supports stable operation and better use of the available supply.
Safer Maintenance
Clear isolation, identification, segregation, and termination access assist service teams.
Useful Visibility
Optional meters and indicators give operators a clearer understanding of distribution status.
Expansion Ready
Spare ways, busbar capacity, and enclosure space can be planned for future circuits.
WHY INDUSTRIAL ENGINEERING
Reliable. Organized. Load-Ready.
We combine practical distribution engineering, disciplined fabrication, and responsive project coordination to deliver PDB panels that fit the facility and remain straightforward to operate and maintain.
COMMON QUESTIONS
PDB Panel FAQs
What is a PDB panel?
A Power Distribution Board receives electrical power and distributes it through protected outgoing circuits to equipment and local loads.
How is a PDB different from an MCC?
A PDB focuses on general power distribution, while an MCC is mainly organized around motor feeders, starters, and motor-control functions.
How is the panel rating selected?
The design considers connected load, diversity, system voltage, fault level, phase arrangement, cable capacity, and future demand.
Can a PDB be installed outdoors?
Yes. Outdoor versions use enclosure protection, sealing, ventilation, and component arrangements suited to the expected environment.
What protection devices can be included?
Depending on the design, the panel may include MCCBs, MCBs, RCCBs, RCBOs, surge protection, metering, and other specified devices.
What tests are completed before delivery?
Typical checks cover wiring, breaker operation, insulation, phase sequence, metering, indications, earthing continuity, and functional operation.
START WITH YOUR LOAD SCHEDULE
Planning a Power Distribution Board?
Share your single-line diagram, connected loads, fault rating, phase arrangement, feeder schedule, installation location, and spare requirements. Our team will help define a practical PDB solution.