POWER DISTRIBUTION • MOTOR CONTROL • ONE SYSTEM
PMCC Panels Built for Coordinated Industrial Power
Industrial Engineering creates integrated Power and Motor Control Centre panels that distribute electrical energy, manage motor-driven equipment, and give operators clear control from one organized platform. Every solution is engineered around the connected load, process duty, fault level, site environment, and future expansion plan.
Request a PMCC ProposalA unified panel architecture that simplifies distribution, switching, protection, monitoring, and maintenance across demanding facilities.
ENGINEERED FOR CONTINUOUS OPERATIONS
High-Performance PMCC Systems
Robust busbar systems, clearly segregated feeders, coordinated protection, and practical access help keep production equipment powered and controllable.
THE CONTROL CORE OF AN INDUSTRIAL FACILITY
How PMCC Panels Support Plant Operations
A PMCC receives power from a transformer, generator, or upstream switchboard and distributes it to process areas while controlling pumps, fans, compressors, conveyors, and other motor loads. This combined approach reduces duplication and provides a more coherent view of the electrical system.
Our engineering process covers load assessment, feeder selection, starter philosophy, protection coordination, busbar sizing, interlocking, metering, cable access, heat management, segregation, and maintenance clearances. The result is a panel aligned with both electrical safety and day-to-day operating needs.
One Panel, Clear Control
WHERE PMCC PANELS FIT BEST
Applications Across Process and Infrastructure
PMCC architecture is especially valuable where several motor loads and distribution feeders must operate together from a centralized electrical room.
WHY INTEGRATED PMCC ARCHITECTURE
Five Advantages That Improve Operations
A properly engineered PMCC makes power management simpler, safer, and easier to expand.
Centralized Oversight
Distribution and motor feeders are organized in one coordinated system for clearer plant control.
Application-Fit Engineering
Ratings, starters, protection, and layout are matched to the connected equipment and operating sequence.
Safer Segregation
Structured compartments, interlocks, and protective devices support controlled operation and maintenance.
Efficient Space Use
Combining power and motor control can reduce panel-room footprint and simplify cable routing.
Expansion Ready
Spare capacity and modular feeder planning make future additions more practical.
Better Visibility
Metering, indications, alarms, and connectivity help teams identify conditions quickly.
WHY INDUSTRIAL ENGINEERING
Reliable. Organized. Process-Ready.
We combine practical electrical design, disciplined fabrication, and responsive project coordination to deliver PMCC panels that fit the plant—not just the drawing.
COMMON QUESTIONS
PMCC Panel FAQs
What does a PMCC panel do?
It combines electrical power distribution and control of multiple motor loads in a centralized panel arrangement.
How is PMCC different from an MCC?
An MCC focuses mainly on motor feeders, while a PMCC also incorporates main power distribution functions in the same coordinated assembly.
Which motor starting methods can be included?
Depending on the application, feeders may use DOL, star-delta, soft starters, variable-frequency drives, or other suitable control methods.
How is a PMCC configuration selected?
The design is based on the load schedule, system voltage, fault level, motor duties, control philosophy, installation environment, and expansion needs.
Can the panel connect to a PLC or SCADA system?
Yes. Communication-enabled meters, protection devices, starters, and control equipment can support remote monitoring and automation.
What tests are completed before delivery?
Checks typically cover wiring, interlocks, functional operation, insulation, protection, metering, indications, and the specified electrical tests.
START WITH YOUR LOAD SCHEDULE
Planning a New PMCC System?
Share your single-line diagram, motor list, load details, fault rating, control philosophy, and installation conditions. Our team will help shape a practical panel solution.