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Power Control Centre Panel Manufacturer

Power Control Centre Panels Engineered to IEC 61439 & IS 8623

Reliable power distribution for mission-critical operations our power panel range is custom-built, IP-rated, and compatible with ACB, MCCB & SFU incomers.

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4000A
Rated Current
IP54
Protection
50kA
ICW (1 sec)
IEC 61439
Compliance.

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Built to recognized standards
IEC 61439 | IS 8623 | NEMA | UL 845
Authority

Why Industrial Buyers Choose Burak Electric

Engineering discipline, compliance-first manufacturing, and configurations built around your actual operation not a catalog SKU.

Manufacturing discipline

Every PCC panel is built in-house to spec, not assembled from third-party kits.

Compliance-first engineering

IEC 61439 / IS 8623 / NEMA built into the design process, not retrofitted.

Full panel-type capability

The same engineering team builds your entire electrical room — MCC, PCC, PLC, AMF, and distribution panels from one vendor. See all panel types

Direct manufacturer relationship

No reseller markup, no communication layers between you and the people building your panel.

Proof & Compliance

Certified to the Standards Your Project Requires

IEC 61439 / IS 8623 / NEMA / UL 845 compliance isn't a checkbox for us it's built into the panel from the first drawing.

[ CERTIFICATE DOCUMENT - IEC 61439 ]

IEC 61439

Internationally recognized safety and performance benchmark.

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[ CERTIFICATE DOCUMENT - IS 8623 ]

IS 8623

Internationally recognized safety and performance benchmark.

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[ CERTIFICATE DOCUMENT - NEMA cards ]

NEMA cards

Internationally recognized safety and performance benchmark.

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Certificate

Certificate document for

Industries Served

PCC Panels Built for Your Industry

Every industry has different load profiles, environments, and compliance demands our panels for electricity are configured accordingly.

Industrial Plants

Industrial Plants

Industrial Plants

Powers heavy machinery and essential equipment in factories and processing plants.

Commercial Buildings

Commercial Buildings

Commercial Buildings

Keeps power supply steady and reliable in offices, data centers, and skyscrapers.

Renewable Energy

Renewable Energy

Renewable Energy

Handles and distributes electricity from solar power plants one of several electricity panels we configure for grid-tied sites.

Utilities & Power Distribution

Utilities & Power Distribution

Utilities & Power Distribution

Reliable PCC Panels for substations, utility networks, and power distribution systems. Designed to ensure stable electrical supply

What Our Clients Say

Trusted by Industrial Teams Across Sectors

Real feedback from plant owners, EPCs, and engineers who've specified Burak Electric panels for critical operations.

“

The 4000A PCC panel handles our entire plant load distribution without any issue. Bus temperature has been within spec through two full summers well designed ventilation.

RD
Ravi Deshmukh
Electrical Head, Steel Rolling Mill
“

Burakelectric delivered the PCC panel on time for our critical substation upgrade. The draw out ACB arrangement means we can isolate incomers for maintenance without a full shutdown

LS
Lata Sharma
Project Director, Infrastructure EPC
“

We needed a PCC with 100kA short circuit withstand for a heavy industry application. Burakelectric met the spec, passed the type test, and delivered ahead of schedule. Thoroughly impressed.

OG
Omprakash Gupta
Senior Consultant, Power Projects
Get a Custom PCC Panel Quote

Tell Us Your Configuration We'll Respond With a Tailored Proposal

IEC 61439 Certified
IS 8623 Certified

No spam. Your information is used only to prepare your quote.

Product Education

What Is a Power Control Centre (PCC) Panel?

A Power Control Centre (PCC) panel is the central enclosure that receives incoming power from the grid or a generator and distributes it to downstream panels and loads across a facility acting as the main power panel and hub for industrial and commercial sites. It belongs to the broader family of electricity panels used wherever incoming supply needs to be split, protected, and routed safely.

 

Inside, copper or aluminum busbars carry’s a high currents from the incomers (ACB, MCCB, or SFU) out to multiple outgoing feeders, each protected by its own breaker and relay. Because a PCC sits upstream of equipment like MCCs and distribution boards, it's built to handle higher fault levels and carry the full facility load reliably which is why PCC panels are standard in any site managing high-power loads and voltages, and why facilities sourcing panels for electricity at scale typically start their single-line diagram with a PCC.

What Is a Power Control Centre (PCC) Panel?
Problem Awareness

What Happens Without the Right PCC Panel

01

Single point of failure risk

An undersized or poorly protected PCC puts the entire facility's power supply at risk during a fault.

02

Fault level mismatch

Incomers and busbars rated below actual short-circuit levels fail catastrophically instead of tripping safely.

03

Poor metering visibility

Without proper instrumentation, faults and inefficiencies in downstream circuits go undetected for too long.

04

Inflexible incomer config

Fixed incomer setups can't adapt when a facility adds a second grid feed or standby generator.

Capabilities

What Makes Burak Electric's PCC Panels Different

Built for the operating conditions of real industrial environments not just the test bench.

Robust Construction (14/16 SWG CRCA Sheet Steel)

Built using high-quality raw materials, ensuring durability and longevity even in demanding industrial environments

Modular Design

Flexible configuration that allows for future expansion as power needs evolve.

Protective Devices

Circuit breakers, fuses, and protective relays safeguard against electrical faults.

Copper/Aluminum Busbar System

Engineered to withstand high fault levels and temperature rises safely.

Metering & Instrumentation

Ammeters, voltmeters, and energy meters for comprehensive system monitoring across every power panel we ship.

Revisit full technical specifications ↑
Technical Education

How a Power Control Centre (PCC) Panel Works

The step-by-step operating sequence inside every Burak Electric PCC panel.

1

Incoming power

Power from the grid or generator enters via ACB, MCCB, or SFU incomers.

2

Busbar distribution

Copper or aluminum busbars carry the full load current to outgoing feeders.

3

Outgoing protection

Each outgoing feeder is independently protected against overload, short circuit, and earth fault.

4

Metering & monitoring

Ammeters, voltmeters, and energy meters track system performance in real time.

5

Downstream distribution

Protected power feeds MCCs, distribution boards, and critical loads facility-wide.

Business Outcomes

What This Means for Your Operation

Fewer surprises. Faster diagnostics. A panel that's still right for you after you scale.

↓ Risk
From higher fault-level protection
↑ Visibility
Via integrated metering
↓ TCO
Modular design vs. full rebuilds
↑ Reliability
Consistent power across the facility
Engineering Backed by Execution

From Design to Dispatch A Structured Build Process

Every PCC panel goes through structured quality checks before it ships.

Step 1
Design Review
Load profile, configuration, and compliance requirements finalized.
Step 2
Panel Assembly
In-house build to drawing busbar, components, control wiring.
Step 3
Factory Testing
Routine testing and factory acceptance checks before approval.
Step 4
Dispatch
Packed and shipped per project timeline, with documentation included.
Common Questions

Frequently Asked Questions About PCC Panels

What is the difference between a PCC panel and an MCC panel?
A PCC panel handles main power distribution and incoming protection for a facility, while an MCC panel centralizes control of multiple motors downstream of the PCC. Most facilities use both together
How many incomers can a PCC panel support?
Standard configurations support 1 to 6 incomers, with 2 to 4 being typical for most industrial facilities requiring dual-source reliability.
What incomer type should I choose ACB, MCCB, or SFU?
ACBs suit higher current ratings and frequent switching, MCCBs are cost-effective for mid-range loads, and SFUs work for simpler, lower-maintenance applications. Our engineering team can confirm the right fit for your load profile.
Can a PCC panel be customized for dual power sources (grid + generator)?
Yes. PCC panels are commonly configured with multiple incomers to manage automatic or manual transfer between grid and standby generator supply.
What is the typical lead time for a custom PCC panel?
Lead time varies by current rating, incomer configuration, and component availability. Share your project details and our team will confirm an exact timeline with your quote.
What standards do your PCC panels comply with?
Every PCC panel is engineered to IEC 61439, IS 8623, and NEMA standards, with compliance built into the design process.
What IP rating do I need for my PCC panel?
IP42 suits clean indoor installations; IP54 or IP65 is recommended for outdoor or harsh environments. Indoor panels should be IP54 at minimum, outdoor IP65.
Does Burak Electric export PCC panels internationally?
Yes Burak Electric manufactures and exports PCC panels to industrial buyers beyond India, alongside domestic project work.
Is a PCC panel just one of many types of electricity panels, or is it specific to one use case?
A PCC panel is a specific category within the wider family of electricity panels — purpose-built as the main incoming power panel for a facility, rather than a general-purpose distribution box. If you're sourcing panels for electricity across a multi-building site, the PCC is typically the first panel power enters after the meter.
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