The EASYHEAT-8310 is an induction heating system designed for efficient heating applications requiring up to 10 kW of power. It operates over a frequency range of 150 to 400 kHz, allowing for precise power control with a resolution of 50 W. The system features a movable workhead that can be positioned up to 3 meters (10 feet) from the power supply, making it suitable for various geometries and compositions. This model includes a front panel programmable controller capable of defining up to four heating profiles, each with five time/power steps, and a built-in timer for cycle control. The EASYHEAT-8310 is water-cooled and requires connection to a heat exchanger for effective heat dissipation. It supports remote operation and logging through optional serial communication, enhancing its versatility for different applications such as soldering, brazing, and heat treating. The unit is compact, with dimensions of 432 x 610 x 178 mm and a weight of 28 kg, making it suitable for both bench-top and rack-mount configurations.
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. EASYHEAT-8310 is frequency-agile, continuously optimizing the power delivered to the load for accurate, repeatable heating. With excellent power control, a built-in-timer and push-button RF power control, the Ambrell EASYHEAT-8310 system is a truly versatile heat source for a wide range of process heating applications. Available in bench-top and rack-mount models operating from 3 phase 220V or 370 to 520V, the EASYHEAT-3542 is ideal for heat-treating, soldering, brazing, bonding, curing, shrink fitting, melting metals and more.
| Ambrell Induction Heating Solutions | |
|---|---|
| Product Category | Electric Heaters |
| Product Number | 8310 |
| Product Name | EASYHEAT Induction Heater |
| Heater Type | Induction |
| Max Air Temperature | 115 F (46.11 C) |
| Heating Capacity | 10.00 kW (34.12 MBH) |
| Sleeve (Sheath) Material | None |
