Model

WZP-120 KW 

Work power: 

3 phase 380V+/-10%, 50-60HZ 

Input voltage: 

320V-420V 

Input current: 

6-200A

Oscillation frequency: 

10-80khz 

Cooling water pressure 

0.3 MPA 

Size of generator: 

850*600*1330MM

Size of transformer 

780*540*520mm 

Weight of generator  

131kgs 

Weight of transformer

89kgs 

Application

Definition

Scope of application

Selection of frequency

Selection of power

hot foring

Through heating is a heating process which enable the internal temperature of heated part to be equal to the surface temperature approximately.

Hot forging and hot rolling of fastner, hardware tool, automobile

/motorcycle fittings, rigging, pipe fitting,twist drill.

If diameter of work piece is bigger,frequency selected shall be lower,

E.g.Through heating of bar stock.

If the diameter of workpiece is bigger or the heating required is quicker, the power selected will be higher.

diameter 16*40fastener:WZP-90 or WZP-120

Brazing

Brazing is the process of joining two or more pieces of metal or cermic material with a molten filler metal such as silver, aluminium alloy or copper. Induction brazing is a new brazing technology,it is charactered by good woking condition, high production efficiency, safe operation, good joint appearance without acid cleaning and osidation removing.

Diamond saw blade, hard alloy cutting tools

(turning tool, milling cutter,

drilling bit),

mould mining tools(bore bit, coal puncheon)

compressor pipe fittings of

refrigerator, copper wire of transformer,copper wire of motor, induction brazing of copper/silver/tin of automobile fittings.

The diameter of parts i smaller,the frequency is higher;

the diameter of parts is bigger, the frequency is lower.

E.g.

Below 20 lathe tool, frequency range from 50-100KHZ

Above 20 lathe tool, frequency range from 10-50KHZ

The heated area of base metal is bigger, the power is higher the heating cycling of the individual is faster, the power is higher.

E.g. brazing of diamond circular saw blade: WZP-40

Heat treatment

Heat treating is the controlled heating and cooling of a metal or alloy to change its crystal structure while maintaining its shape.and then the metal obtains different mechanical properties,E.g. Hardening ,annealing,normalizing and tempering

Hardening and annealing of gear, arbor wheel, chain gear, guide rail of machine tool, hardware tools, copper wire, copper belt , stainless steel and

automobile/ motorcycle fittings.

Frequency of hardening depends on the depth of quenching layer: the depth is deeper, the frequency is lower; the depth is shallower, the frequency is higher.

0.1-0.5mm, 150-700Khz

0.2-0.8mm, 100-250Khz

1.0-1.5mm, 40-50KHZ

1.5-2.0mm, 20-25Khz

2.0-3.0mm, 8-20 KHZ

3.0-5.0mm, 4-8Khz

5.0-8.0mm, 2.5-4Khz

The hardening area is bigger , the power is higher; the hardening area is smaller, the power is lower, the hardening depth is shallower, the power is higher;

the hardening depth is deeper, the power is lower.

E.g. Hardening of diameter 20 axis surface: WZP-60,WZP-90

Melting

Heating metals in a non-conductive crucible to enable the metal being melted down to liquid form.

Melting of gold, silver, copper, aluminium , semiconducting materials, etc.

Selection of frequency depends on capacity of furnace. The capacity is smaller,the frequency is higher, the capacity is bigger,the frequency is lower.

The power depends on the weight of melted metal and melting time for one furnace