Electromagnetic Induction Brazing Equipment

Description

Electromagnetic Induction Brazing Equipment

ModelDW-UHF-60KW
Input Voltage3 phase,380V,50-60Hz
Output Power60KW
Oscillate frequency30-150KHz
Max Input Current90A
Duty Cycle100%
Heating Current15-145A
Weight120KG
SizeMain680X370X640mm
Heaer530X330X480mm

Main characteristics

1.With high frequency up to 150KHZ , and very thin and tiny parts can be easily heated.
2.IGBT and current inverting technologies have been used; higher reliability and lower maintenace cost.
3.100% duty cycle, continuous working is allowed at maximum power output.
4.Constant current or constant power status can be selected accordingly to achieve higher heating efficiency;
5.Display of heating power and heating current and oscillating frequency.
6.Simple to install , installation can be done by unprofessional person very easily;
7.Light weight, small size;
8.different shape and size of induction coil can be changed easily to heat different parts.

9.Advantages of the model with timer: the power and the operating time of the heating period and the retain period can be preset respectively, to realize a simple heating curve, this model is suggested to use for batch production to improve the repeatability.

Applications:

Particularly designed for small precision pieces soldering,quenching,heating.

Ā Ā  * Harden treatment for belt of saw,knife.

Ā Ā  * Harden treatment for both sides belt of knife.

Ā Ā Ā * Quenching valves.

Ā Ā  * Heating electrode.

Ā Ā  * Brazing of the saw tip.

Ā Ā  * Quenching of the gear.

Ā Ā  * Heating of the small screw.

Ā Ā  * Drills forging or hardening.

Ā Ā  * Brazing of the small PCB drills.

Ā Ā  * Brazing for parts of jewellery.

Ā Ā  * Brazing for parts of hardware.

Ā Ā  * Brazing for the parts of optical spectacle frame.

Ā Ā  * Soldering for DLC data link connector.

Ā Ā  * Tin-Lead bonding Antennas.

Ā Ā  * Tin soldering Coaxial Cable.

Ā Ā  * Annealing the small parts.

Ā Ā Ā * Brazing of the tools.

Ā Ā  * Quenching of the small shaft.

Ā  Ā * Shaping of the small shaft.

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