Products | cooling

Looking for Reliable Cooling for Your Induction Heating Process?

RF Heating Consult supplies and specifies compressor chillers for induction power supplies, resonant circuits and water-cooled induction coils. Reliable process cooling is essential for maintaining stable operating conditions, preventing unplanned downtime and ensuring consistent, repeatable production results. Our cooling solutions are carefully matched to the requirements of your induction heating system, providing the cooling capacity and operational reliability needed for demanding industrial applications. This helps maximise equipment performance, extend component life and safeguard process stability.

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RF HEATING CONSULT

Your Requirement

Your Induction Power Generator Performs Only as Well as Its Cooling System.

Within an induction heating system, the Induction Power Generator, capacitor bank, resonant circuit, high-frequency (HF) cables and induction coil operate under significant thermal and electrical loads. Excessive cooling water temperatures, insufficient flow rates or contaminated cooling water can lead to reduced power output, system faults and unplanned downtime.

Therefore, we look beyond selecting a chiller. We engineer the complete cooling circuit for your induction heating process. The correct cooling capacity, pump pressure, flow rate and stable water temperature are essential for reliable process performance and maximum system uptime.

For compact induction heating systems, a small compressor chiller may be sufficient. For larger installations, high-power applications or multi-circuit systems, we specify an industrial water chiller based on the duty cycle, ambient temperature and required cooling water temperature.

Cooling Capacity Matched to Generator Power and Duty Cycle
Sufficient Water Flow for the Induction Power Generator, Resonant Circuit and Induction Coil
Correct Pump Pressure and Suitable System Connections
Temperature Control Optimised for Your Process
Alarm Contacts and External Enable Signals for Machine Integration
Compact, Easy to Maintain and Built for Industrial Use

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Key Benefits

Why Choose a Closed-Loop Compressor Chiller?

Constant temperature

A stable cooling water temperature supports a consistent, repeatable induction heating process while preventing condensation.

Less System Contamination

A closed-loop cooling circuit minimises scale build-up, contamination and corrosion in the Induction Power Generator, induction coil and cooling hoses.

Production Reliability

The correct flow rate and pump pressure help prevent system faults and unplanned downtime.

Key Considerations

Cooling Capacity Matched to Generator Power and Duty Cycle
Sufficient Water Flow for the Induction Power Generator, Resonant Circuit and Induction Coil
Correct Pump Pressure and Suitable System Connections
Temperature Control Matched to Your Process
Alarm Contacts and External Enable Signals for Machine Integration
Compact, Easy to Maintain and Suitable for Industrial Applications

From Chiller to Complete Induction Heating System

RF Heating Consult supports you with the selection, integration and commissioning of your cooling system. When required, we supply a complete induction heating system, including the Induction Power Generator, resonant circuit, high-frequency (HF) cables, cooling hose assembly and induction coil.

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Products & solutions

SELECTION

Which Compressor Chiller Best Fits Your Application?

The compressor chiller is selected based on the heat load, required cooling water temperature, ambient temperature, flow rate and pressure drop across the complete system.

Compact Compressor Chillers for Laboratories, Test Setups and Smaller Induction Power Generators
Industrial Water Chillers for Continuous Production
Multi-Circuit Cooling for Separate Generator and Induction Coil Circuits
Options for Outdoor Installation, Special Supply Voltages and Higher-Capacity Pumps
Integration with PLCs, Alarm Signals and Generator Enable Signals

Typical System Specification Questions

Question:

Why important
Generator power:

Determines the System Heat Load
Duty cycle:

Continuous and Intermittent Operation Require Different System Sizing
Desired water temperature:

Affects Cooling Capacity and Process Stability
Flow Rate and Pressure Drop:

Required for Reliable Cooling of the Induction Coil and Induction Power Generator
Ambient Temperature:

Important for High-Temperature Production Environments and Outdoor Installations

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Our Solution

Our Approach to Industrial Process Cooling

Analysis

We analyse the Induction Power Generator, induction coil, resonant circuit, duty cycle and required process conditions to determine the optimal cooling solution.

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Learn More About Induction Heating

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Would You Like to Know Which Compressor Chiller You Need?

Send us the generator power, required cooling water temperature and a brief description of your application. We will advise you on the most suitable cooling capacity and system configuration for your induction heating process.