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Variable Frequency Drive Panel Manufacturer

VFD Drive Panels — Engineered to IEC 61800 & IEC 61439

Maximize your industrial motor's potential — adjustable speed, energy savings, and smooth operation for pumps, conveyors, and drilling equipment, all from a precision-built vfd panel.

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500kW
Max Rated Power
IP54
Protection
150%
Overload (1 min)
IEC 61800
Compliance.

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aditya-birla
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ashok-leyland
hinduja-founder
wockhardt
jsw
adani
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Built to recognized standards
IEC 61800 | IEC 61439 | ISO Certified
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 VFD drive panel is built in-house to spec, not assembled from third-party kits.

Compliance-first engineering

IEC 61800 / IEC 61439 / ISO Certified 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

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 61800 / IEC 61439 / ISO Certified compliance isn't a checkbox for us it's built into every vfd drive panel from the first drawing.

[ CERTIFICATE DOCUMENT - IEC 61800 ]

IEC 61800

Internationally recognized safety and performance benchmark.

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[ CERTIFICATE DOCUMENT - IEC 61439 ]

IEC 61439

Internationally recognized safety and performance benchmark.

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[ CERTIFICATE DOCUMENT - ISO Certified cards ]

ISO Certified cards

Internationally recognized safety and performance benchmark.

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Certificate

Certificate document for

Industries Served

Drive Panels Built for Your Industry

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

Water & Wastewater

Water & Wastewater

Water & Wastewater

Optimizes pump performance for efficient fluid handling using a dedicated vfd pump control panel.

Manufacturing

Manufacturing

Manufacturing

Controls machine tools, boilers, and food processing equipment.

HVAC Systems

HVAC Systems

HVAC Systems

Regulates pumps and fans for energy-efficient climate control.

Drilling & Conveyors

Drilling & Conveyors

Drilling & Conveyors

Provides precise speed control for material handling equipment.

What Our Clients Say

Trusted by Industrial Teams Across Sectors

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

“

Energy savings on our HVAC pumps crossed 35% after switching to Burak VFD panels. The harmonic filters are built in and there's been no nuisance tripping at all

NJ
Neha Joshi
Energy Manager, Commercial Complex
“

We run 22 VFD-controlled conveyors and the panel handles all of them without a single fault. The forced-air cooling design is smart no overheating even in summer.

AK
Arun Krishnamurthy
Maintenance Engineer, Port Terminal
“

The Ethernet and RS485 integration with our SCADA worked out of the box. Burakelectric's technical team was responsive during

SK
Sameer Kulkarni
Automation Engineer, Auto Plant
Get a Custom VFD Panel Quote

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

IEC 61800 Certified
IEC 61439 Certified

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Product Education

What Is a VFD Drive Panel?

A VFD (Variable Frequency Drive) panel  sometimes labeled simply panel VFD or vfd electrical panel on a site drawing  is an enclosed cabinet housing drives and electrical components that control the speed of three-phase AC motors, adjusting voltage and frequency to match motor speed to real-time process demand. Some engineers also refer to the same equipment as a vsd panel, short for variable speed drive.

 

Inside, the drive's power electronics convert fixed-frequency incoming power into a variable-frequency output, ramping motor speed up or down smoothly instead of switching abruptly on or off — the same principle behind every variable frequency drive control panel we build. Built-in circuit breakers protect against short circuits and overloads, while an HMI displays power consumption, frequency, amperage, and fault codes for real-time diagnostics, making a vfd drive panel standard in pumping, drilling, and conveyor applications where speed control directly drives energy savings.

What Is a VFD Drive Panel?
Problem Awareness

What Happens Without the Right Drive Panel

01

Energy waste at fixed speed

Motors running at full speed regardless of load demand waste significant energy that a properly sized vfd motor control panel would otherwise save.

02

Mechanical stress at startup

Direct-on-line starting causes abrupt torque spikes that wear down mechanical components.

03

No real-time diagnostics

Without visual diagnostics, operators can't catch fault codes before a costly shutdown.

04

Harmonics & power quality issues

Poorly filtered drives introduce harmonic distortion that affects other equipment on the same supply.

Capabilities

What Makes Burak Electric's Drive Panels Different

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

Energy Savings (Demand-Based Speed Control)

Adjusts motor speed based on demand by controlling voltage and frequency, preventing unnecessary energy waste the goal behind every vfd control panel we configure.

Power Switching & Protection

Circuit breakers and safety features safeguard against short circuits and overloads inside the vfd panel box

Adjustable Speed

Precise motor speed control via potentiometer, operator input, or closed-loop control logic, including vector control vfd configurations for high-precision applications.

Visual Diagnostics

Real-time displays for power consumption, frequency, amperage, and fault codes.

Smooth Operation

Gradual voltage/frequency ramping minimizes mechanical stress and extends equipment lifespan.

Revisit full technical specifications ↑
Technical Education

How a Variable Frequency Drive (VFD) Panel Works

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

1

Input rectification

Incoming 3-phase AC power is rectified to DC by the drive's input stage.

2

DC bus & filtering

The DC bus smooths the rectified power before inversion.

3

Inverter stage

Power transistors convert DC back to AC at a controlled variable frequency.

4

Motor speed control

The variable-frequency output drives the motor at precisely the speed the process demands.

5

Monitoring & feedback

The HMI displays real-time amperage, frequency, and fault codes for diagnostics.

Business Outcomes

What This Means for Your Operation

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

↓ Energy Cost
Speed matched to real demand
↓ Wear
Smooth start/stop ramping
↑ Diagnostics
Real-time fault visibility
↑ Process Control
Precise speed & torque tuning
Engineering Backed by Execution

From Design to Dispatch A Structured Build Process

Every VFD 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 Drive Panels

What is the difference between a VFD panel and a Soft Starter panel?
A VFD provides continuous variable speed control throughout motor operation, while a soft starter only manages the start/stop ramp at fixed running speed. A vfd starter panel that includes both functions is also available for applications needing controlled starts plus ongoing speed control. VFDs offer ongoing energy savings; soft starters reduce starting mechanical stress only.
How much energy can a VFD panel actually save?
Savings depend on your load profile, but centrifugal pump and fan applications often see significant reductions since power demand drops roughly with the cube of speed reduction even modest speed reductions yield meaningful savings.
Can a VFD panel integrate with my PLC or SCADA system?
Yes our VFD panels support Modbus RTU, with RS485 and Ethernet communication options for integration into existing automation systems, including setups built around a vfd with motor control panel architecture.
What motor sizes can a Burak Electric VFD panel handle?
Our standard range covers 10 kW to 500 kW, with configurations available from 0.75 kW to 1000 kW depending on application requirements, including a vfd panel for motor loads at the upper end of that range.
What is the typical lead time for a custom VFD panel?
Lead time depends on power rating, communication requirements, and HMI configuration. Share your project details and we'll confirm a timeline with your quote.
What standards do your VFD panels comply with?
Our VFD panels are engineered to IEC 61800 and IEC 61439 standards.
Does Burak Electric export VFD panels internationally?
Yes — Burak Electric manufactures and exports VFD panels to industrial buyers beyond India, alongside domestic project work.
What's inside a vfd control board or vfd panel board, and is it the same as a vfd control box?
The vfd control board (or vfd panel board) refers to the internal mounting plate carrying the drive, terminals, and protection devices; the vfd control box is the enclosure around it. Together they make up the complete electrical vfd panel you receive.
Can I order individual vfd panel components, or only the full control panel VFD assembly?
We primarily ship the complete, factory-tested control panel VFD assembly rather than loose vfd panel components, since the wiring, protection coordination, and HMI integration are validated together before dispatch.
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