Advanced HVAC Control Panels | Energy-Efficient Climate Automation

Technical Specifications

HVAC Control Panel Technical Specifications

Standard configuration shown below every hvac electrical panel is custom-built to your load, environment, and compliance requirements.

Control & Operation

Control Voltage	Standard control circuit voltage	24V AC/DC, 110V AC, 230V AC
Operating Mode	System control logic	Manual, Auto, Remote (BMS)
VFD Range	Motor control capacity	0.75 kW – 500 kW
Input/Output	Signal types	Analog (4-20mA, 0-10V), Digital

Communication & Integration

Communication Protocols

Networking capability

Modbus RTU, BACnet, LonWorks

Construction & Protection

Enclosure Material	Panel casing durability	CRCA Steel, Stainless Steel (SS304/316)
Protection Class	Environmental resistance	IP 54, IP 55, IP 65
Cooling	Internal thermal management	Exhaust Fans, Air Conditioning

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

Compliance-first engineering

IEC 61439, paired with Schneider / ABB / Siemens components, 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 compliance and branded Schneider / ABB / Siemens components aren't a checkbox for us they're built into every HVAC control system from the first drawing.

[ CERTIFICATE DOCUMENT - IEC 61439 ]

IEC 61439

Internationally recognized safety and performance benchmark.

View certificate →

[ CERTIFICATE DOCUMENT - Schneider / ABB / Siemens Components ]

Schneider / ABB / Siemens Components

Internationally recognized safety and performance benchmark.

View certificate →

Industries Served

HVAC Control Panels Built for Your Industry

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

Cleanrooms & Pharma Labs

Data Centers

Shopping Malls

Cold Storage

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 BACnet integration on Burakelectric's HVAC control panel worked seamlessly with our existing BMS. Scheduling, fault alarms, and occupancy control all came together without any customization headaches.

Shreya Agarwal

Building Services Engineer

“

Reliable AHU and chiller controls in a single panel. The 24V DC control voltage and clean relay layout made fault tracing easy for our in-house team.

Vishal Pradhan

Facility Maintenance Head

“

We've deployed six Burakelectric HVAC control panels across a large hospital project. Performance has been spot-on and after-sales support has been excellent quick response every time we call.

Rajan Iyer

MEP Project Manager

Get a Custom HVAC Panel Quote

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

IEC 61439 Certified

Schneider

ABB

Siemens Components Certified

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Product Education

What Is an HVAC Control Panel?

An HVAC control panel is the centralized "brain" of a building's climate system monitoring environmental sensors and coordinating the operation of fans, pumps, chillers, and boilers to keep airflow and temperature consistent while minimizing energy waste. As the core of a building's hvac control system, it ties every mechanical component back to one coordinated logic.

Inside, Variable Frequency Drives (VFDs) regulate motor speed for fans and pumps to match real-time demand, while Programmable Logic Controllers (PLCs) sequence heating and cooling cycles as part of the wider hvac controls strategy. Temperature and humidity controllers process sensor data to maintain precise setpoints, and BMS integration over Modbus or BACnet allows centralized monitoring and remote control of the hvac panel turning a building's mechanical systems into a coordinated, energy-efficient whole. Buyers comparing an hvac mcc panel against a standard motor control center should note the HVAC version adds climate-specific sequencing and BMS connectivity on top of standard motor control.

Problem Awareness

What Happens Without the Right HVAC Control Panel

Energy waste at fixed fan/pump speed

Without VFD control, motors run at full speed regardless of actual climate demand.

No centralized visibility

Without BMS integration, facility managers can't monitor or adjust hvac control system performance remotely.

Inconsistent temperature control:

Manual or basic control logic struggles to maintain precise setpoints across zones.

Unauthorized setpoint changes

Without access control, unauthorized adjustments can destabilize system performance.

Capabilities

What Makes Burak Electric's HVAC Control Panels Different

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

Variable Frequency Drives (Demand-Matched Motor Speed)

Regulates motor speed for fans and pumps to match real-time demand, significantly reducing energy consumption — the same VFD logic available on our hvac vfd panel configuration.

Programmable Logic Controllers

Provides logic and automation for complex sequencing of heating and cooling cycles.

BMS Integration

RS485/Modbus communication allows centralized monitoring and remote control of every hvac electrical panel.

Temperature & Humidity Controllers

Digital interfaces process sensor data to maintain precise environmental setpoints.

Multi-Level Protection

Phase-failure relays, MPCBs, and surge protection devices safeguard the system.

Revisit full technical specifications ↑

Technical Education

How an HVAC Control Panel Works

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

Sensor input

Temperature and humidity sensors feed real-time environmental data to the panel.

PLC logic processing

The PLC sequences heating and cooling cycles based on programmed logic and sensor input.

VFD speed control

VFDs adjust fan and pump motor speed to match real-time demand, saving energy.

BMS communication

Modbus or BACnet links the panel to the building management system for centralized control.

Output to equipment

Coordinated signals operate fans, pumps, chillers, and boilers to maintain setpoints.

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

VFD-matched fan/pump speed

Comfort

Precise zone-level setpoints

↑ Visibility

Centralized BMS monitoring

↑ Equipment Life

Reduced mechanical wear

Engineering Backed by Execution

From Design to Dispatch A Structured Build Process

Every HVAC 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 HVAC Control Panels

What is the difference between an HVAC panel and a standalone VFD panel?

An HVAC control panel integrates VFDs, PLCs, and sensor logic specifically for climate systems, while a standalone VFD panel provides general-purpose variable speed motor control for any application.

Can the HVAC panel integrate with my existing BMS?

Yes our HVAC panels support Modbus RTU, BACnet, and LonWorks protocols for integration with most major Building Management Systems.

What components does Burak Electric use in HVAC panels?

We use top-tier components from global leaders like Schneider, ABB, or Siemens to guarantee long-term reliability in every hvac electrical panel.

How is unauthorized setpoint tampering prevented?

PLC access is restricted via password protection, preventing unauthorized setpoint adjustments and ensuring system stability.

What is the typical lead time for a custom HVAC control panel?

Lead time depends on VFD range, BMS integration scope, and sensor configuration. Share your project details and we'll confirm a timeline with your quote our team can also advise on hvac control panel price ranges for your scope.

What standards do your HVAC control panels comply with?

Our HVAC control panels are built to IEC 61439 standards, with rigorous wiring checks and insulation resistance testing before dispatch.

Does Burak Electric export HVAC control panels internationally?

Yes Burak Electric manufactures and exports HVAC control panels to buyers beyond India, alongside domestic project work, and acts as a dependable hvac panel manufacturer and hvac control panel manufacturer for both markets.

Do you offer support for HVAC control panel installation and wiring?

Yes every order ships with a wiring diagram and our team is available to guide your electrician through hvac control panel installation and hvac panel wiring diagram review. We also support hvac control panel wiring queries after delivery and act as hvac control panel suppliers hvac panel suppliers for repeat industrial clients seeking a reliable hvac automation panel partner.

How does your hvac control panel design process work, and what's typical hvac panel price?

Our hvac control panel design starts with your load list and BMS requirements, moves through a factory review, then a quoted hvac panel price based on VFD range and protocol needs share your specs and we'll size it accurately rather than guess from a generic template.

HVAC Control Panels Engineered to IEC 61439, BMS-Integrated

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