Vacuum Tube High Frequency Equipment （Good Quality)

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

Min Order Qty:: 1 unit

Supply Capability:: 10 unit/month

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Application Scope

The plasma gas generator, monocrystalline silicon zone melting, woods, food drying, steel tube welding, high frequency quenching

Function Structure

For frequency more than 1MHz or other low cost application filed, vacuum tube high frequency power supply still has an irreplaceable position and wide application.

Vacuum tube high frequency power supply adopts AC-DC-AC frequency variable structure. Convert power frequency AC voltage to adjustable high voltage DC voltage through the matching of 3-phase AC voltage regulation circuit, step-up transformer and high voltage silicon rectifier stack (6-pulse wave or 12-pulse wave). Oscillating circuit adopts high frequency large power vacuum tube to produce self-oscillation. Resonant circuit can adopt single circuit or three-circuit mode.

The whole unit of equipment is composed of AC voltage regulation cabinet, step-up transformer, vacuum tube oscillating cabinet and tank circuit cabinet, circulation soft water cooling system, console and positioning table.

Technical Features

Ø Perfect structure design

1. Integration design of voltage regulation cabinet and oscillating cabinet, or independent layout design, which is convenient for layout and installation at site.
2. Full digital AC voltage regulation control with small content of non characteristic harmonic and high grid-side power coefficient.
3. Vacuum tube self-oscillation circuit adopts optimum design with stable oscillation, high efficiency and non- parasitic oscillation.
4. High standard electromagnetism compatibility design, electromagnetism radiation meets national standard.
5. Closed cabinet design, meeting rigor environmental requirements on site.

Ø HMI and fault diagnosis system (optional)
1.Adopt PLC and touch screen to form perfect HMI system.
2.Realize integrated automatic control of power supply system.
3.Fault display and diagnosis system.

Main Technical Parameter

Model	AC input*	Anode voltage	Anode current	Frequency Scope	Electricity efficiency	Working status
GP60-13.6-C	3AC380V 50/60Hz	11kV	5.5A	12~15 MHz	≥65%	continuous incontinuous
GP100-2.4-C	3AC380V 50/60Hz	11kV	11A	2~2.5 MHz	≥65%	continuous incontinuous
GP200-1-H-C	3AC380V 50/60Hz	13kV	15.5A	0.9~1MHz	≥65%	continuous incontinuous
GP400-0.8-H-C	3AC380V 50/60Hz	13kV	30.8A	700~800 kHz	≥65%	continuous incontinuous
GP800-0.6-H-C	3AC380V 50/60Hz	13kV	62A	500~600 kHz	≥65%	continuous incontinuous
GP1200-0.4-H-C	3AC380V 50/60Hz	13kV	92A	350~400 kHz	≥65%	continuous incontinuous

Q:What is the influence of the cooling rate after welding on the mechanical properties of the weld?: Welding itself generates thermal stress and tissue stress. If the cooling rate is too high, it will increase the stress and cause cracking

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