Ambrell Induction Heating Solutions Datasheets for Electric Heaters
Electric heaters generate heat by passing an electric current through a high-resistance material.
Electric Heaters: Learn more
| Product Name | Notes |
|---|---|
| EKOHEAT induction heating systems for 15-40 kHz range provide reliable and repeatable solutions for heating larger parts when efficient heating of your part dimensions requires higher frequencies than our 10kHz... | |
| EKOHEAT induction heating systems for 2 - 6 kHz range provide reliable and repeatable solutions for heating with large coils or for heating larger parts. Typical applications include heating of... | |
| EKOHEAT induction heating systems for 50-150 kHz range provide reliable and repeatable solutions for high-speed heating of smaller parts where the part geometry or the coil size requires high frequency... | |
| Equipped to operate over a broad frequency range from 150 to 400kHz the EASYHEAT-0112 is a compact and efficient heating solution for applications requiring up to 1.2kW of power. EASYHEAT-0112... | |
| Equipped to operate over a broad frequency range from 150 to 400kHz the EASYHEAT-0224 is a compact and efficient heating solution for applications requiring up to 2.4kW of power. EASYHEAT-0224... | |
| Equipped to operate over a broad frequency range from 150 to 400kHz the EASYHEAT-3542 is a versatile, reliable and efficient heating solution for applications requiring up to 4.2kW of power. | |
| Equipped to operate over a broad frequency range from 150 to 400kHz the EASYHEAT-5060 is a versatile, reliable and efficient heating solution for applications requiring up to 6.0kW of power. | |
| Equipped to operate over a broad frequency range from 150 to 400kHz the EASYHEAT-7590 is a versatile, reliable and efficient heating solution for applications requiring up to 9.0kW of power. | |
| Equipped to operate over a broad frequency range from 150 to 400kHz the EASYHEAT-8310 is a versatile, reliable and efficient heating solution for applications requiring up to 10.0kW of power. |