Miller ProHeat35 air-cooled induction system.

Miller ProHeat 35 Air-Cooled Induction Heater

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Features

<ul class="productListsProdDetails">
<li>Weld Preheating and Stress Relieving</li>
<li>Easy to Learn, Easy to Use</li>
<li>Can Reduce Preheat Time by 400%</li>
<li>Pipe Diameters from 8" to 56"</li>
</ul>

Description

With the ProHeat 35 induction heating system, one or two joints can be rapidly and uniformly heated for preheat or stress relief with minimal setup and instruction time. An induction heating system induces heat electromagnetically rather than by using a heating element to conduct heat. The ProHeat 35 can be used as an air-cooled system for temperatures up to 400° F or as a liquid-cooled system for temperatures up to 1450° F.

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Description	Miller ProHeat 35 Air-Cooled Induction Heater
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Product name	Miller ProHeat 35 Air-Cooled Induction Heater
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Specifications

Manufacturer Part Number:	907689 Power Source
Model Number:	ProHeat 35 Air-Cooled
Input Power:	460 - 575 VAC, 3-Phase, 60 Hz
Temperature Rating:	Storag:e -40° C - +60° C Operation: -30° C -/+50° C
Rated Output:	35 kW at 100% duty cycle
Output Frequency:	5 - 30 KHz
Input Amps at Rated Output:	50 A at 460 V, 40 A at 575 V
KVA/KW at Rated Output:	30/37
Weight:	227 lb (103 kg)
Dimensions:	H: 29 in (736 mm) W: 21.5 (546 mm) D: 36.75 (933 mm)
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Additional Features

The ProHeat 35 Air-Cooled system can be operated in manual programming mode where a power output is applied to a part for a specified time or in the Temperature Based Programming mode where the part temperature is used to control power output. Air-cooled blankets are available for pipe diameters from 8 to 56 inches or, in the case of plate, the lengths are from 40 to 185 inches.

The ProHeat 35 features multiple outputs, four control thermocouples to ensure uniform heating, significantly faster time to temperature than conventional heating, and an extremely easy-to-use operator interface that allows the operator to program ramp and hold temperature times. It also tutors the operator to achieve maximum output from the induction coils. By switching from conventional heating processes (propane or resistance heating) to an induction heating system, companies have experienced a reduction in preheat time of 400% (from 2-1/4 hours to 30 minutes) while attaining more uniform heating without incurring consumable costs. The new induction heating system from Miller was designed to require minimal instruction and set up time — about 10 minutes each, decreasing labor costs while increasing productivity.

Typical Applications for Air-Cooled Induction Heating Systems: