Dawell CZ DHC 6510R Portable Induction Heater

INVERTER
The DHC 6510R is designed for the controlled post-weld annealing of materials to reduce voltage and hydrogen content, as well as for pre-weld preheating up to 1050 °C. It features a temperature controller and data logging capabilities specifically for high-level programming of post-weld annealing.
programming specifically for welding annealing.
It also supports multi-zone mode, program linking and copying, setting multiple controller
values, and more. It has a recording duration of up to 1,400 hours.

*Energy
and petrochemical industries—pipelines, heat exchangers, boilers, steel
vessels, and flanges—for welding annealing and preheating—anywhere where welds require annealing.

*Framework
construction, shipbuilding—welding of long and short joints—preheating,
annealing.

*Mining
industries—preheating of parts prior to welding.

*Industrial
manufacturing—preheating parts to a specific temperature.

*Repairs,
renovations, welding work – proper preheating of parts for both economic and technological reasons,
mobility allows for the use of inverters on-site.

*Automotive
industry – preheating of the entire chassis prior to welding during production.

*Wide range of accessories.

Portable—weighs 17 kg.

Even heating.

Power: 10.8 kW.

Can be connected to up to 4 elements.

Flexible use – power supply: 3x
400 V, 32 A.

Intuitive and easy controls – easy to use.

Multi-zone mode – connect up to 9
machines with a single application – heating control for zones with a total power output of up to 95 kW. Versatile applications – even heating.

3-in-1 – inverter + temperature
regulator + data logger.

DHC 6510R controller and data logger – easy programming of the controller.

Quick data download from the data logger and easy work with measured data.
Temperature can be controlled using any of 20 temperature profiles/programs—each with up to 180 segments—that are user-configurable, or by a temperature set directly by the user that can be changed at any time as needed.
temperature that can be changed at any time as needed. You can independently set the heating or cooling rate, the duration for which the temperature must be maintained, and the target temperature in each profile segment, as well as in manual temperature control mode.

Of course, the heating power can be controlled directly. The controller features a user lock in the menu to lock the PID
settings. A digital recorder for the heating curve with a 64-hour
recording capacity is also integrated.
The data can be transferred to a PC where it can be further
processed—for example, to record the heating profile or control data. Thus, this device offers maximum
complexity and ease of use, allowing anyone to
operate it.