Induction power supply

ABE-100AB

100kW

End heating, hardening, tempering and billet heating at 100 kW.

ABE-100AB is specified for end heating, hardening, tempering and billet heating for hand tools and auto components.

At 100 kW the machine is normally part of a line rather than a standalone bench: bar ends fed continuously into a heating coil ahead of a forging hammer or press, or billets brought to forging temperature at a rate matched to the press.

We build customised automation around this power class with PLC and CNC control, sized to your application and production requirement.

Technical specifications

ABE-100AB technical specification
ParameterSpecification
Output power100 kW. We confirm the duty cycle for your application.
Oscillation frequencyWe select the frequency for your material, heating zone and required case depth.
Input power supplyWe confirm the voltage, phase, frequency and connected load in your quotation.
Cooling water requirementWe specify the water flow, pressure, quality and cooling circuit for your machine configuration.
PLC / automation interfaceManual, PLC or CNC control options. We confirm communications and I/O with your automation requirements.
Compatible steels and alloysWe assess your material grade and heat treatment requirements before confirming suitability.
Switching technologySolid-state IGBT
Download ABE-100AB specifications (PDF)

Calculating required power? Run your cycle time on the Induction Power Estimator.

We select the frequency, dimensions, cooling and handling for your application. Send us your component drawing and required cycle time so we can confirm the complete machine specification.

Where ABE-100AB sits in the range

ModelPowerMax shaft dia.
ABE-15AB15 kWAsk us
ABE-25AB25 kW30 mm
ABE-40AB40 kWAsk us
ABE-50AB50 kW60 mm
ABE-60AB60 kW80 mm
ABE-70AB70 kWAsk us
ABE-120AB120 kW120 mm

Tell us about the part.

Send a drawing, the material, the case depth or temperature you need, and your production rate. Our engineers will help define the right machine for your process.