230KW Vacuum Tube Cookware Bottom Brazing Machine

TENYES 230KW Vacuum Tube Cookware Bottom Brazing Machine is a high-tech integrated machine mainly used for brazing composite bottom of stainless steel cookware, such as pots, pans, kettles, and other flat heating surfaces. The machine controlled by multiple sets of microcomputers, making it a sophisticated and advanced equipment that is leading position domestically. The high-precision microcomputer control system of the machine can achieve accurate heating temperature control, ensuring stable and reliable brazing results.

Send Inquiry

Product Description

The 230KW Vacuum Tube Cookware Bottom Brazing Machine with the multiplayer and compound base mainly is employed in the welding of the compound base of the tableware such as stainless steel pan, pot and kettle, etc., as well as in the plane heating of other work-piece. It is the high-tech production of integration of machine, liquid and electricity controlled by many sets of microcomputers, whose performance takes the leading position in China.

Model description: (Taking 200KW as an example)

GPQH-21-230/600 type

GP: High frequency

QH: Brazing

21: Single head dual station

230: Maximum power 200KW

Input power supply: three-phase power frequency 380V ± 10%, 50Hz.

Rated output: oscillation power 200KW, frequency 200KHZ.

Environmental requirements for use:

This device is allowed for long-term use under the following conditions:

Altitude not exceeding 1000 meters;

Environmental temperature -5 ℃ -+40 ℃;

The relative humidity of the air shall not exceed 85%;

No conductive explosive dust, no gases or vapors that corrode metals or damage insulation;

No severe vibration or impact;

The fluctuation range of AC power supply voltage amplitude shall not exceed ± 10%.

Cooling water: The pH value of primary cooling water is within the range of 6.5-8.5, with a hardness not exceeding 60mg/l and a resistivity greater than 10kg/cm3. The secondary cooling water is softened water or purified water

The inlet water temperature of the cooling water in the heat exchanger is below 30 degrees, and the flow rate is greater than 2 liters per second.