Dielectric Barrier Discharge Atmospheric Plasma Cleaning Power Supply

10KW-DBD dielectric barrier discharge plasma cleaning power supply is used for cleaning, etching, activation, and surface treatment under atmospheric pressure

Main technical parameters

Product Name

10KW-DBD dielectric barrier discharge plasma cleaning power supply series

Product model

WZP10-DBD series

Product brand

transition

Power supply type

Fuly CNC intelligent power supply, 3-phase 4-wire

Input voltage:

AC380V ± 10%

output

Power:

10KW (voltage * current=10KVA)

Current:

0.2-2A (series parameters)

Voltage:

5KV~50KV (series parameters)

frequency

20~50Khz (automatic frequency conversion)

wave form

Quasi sine wave

mode

Steady flow mode

Adjusting accuracy

≤ 1%

efficiency

≥ 90%

power factor

Cos Φ≥ zero point nine

Power switch

DB9 pin interface

Control method:

Power panel button control

Analog signal control: TTL level, can control work stop, output voltage or current or output power, external multi-functional protection (generally used for water flow protection)

Digital interface control: 485 communication. You can also customize the 232 interface. Support MODBUS protocol.

WIFI connection of Internet of Things, remote Network monitoring

Display method:

Chinese and English LCD display

Insulation level

Level B

Protection level

IP20

Protection response time

1uS

input

Resistance to casing

≥ 20M Ω

output

Input to shell withstand voltage

2000V/1min

Input to output withstand voltage

3500V/1min

Usage environment

Temperature:

0-35 ℃

Humidity:

≤ 85%

Cooling method:

Air-cooled

Overall dimensions:

480 * 135 * 380 (mm)

Features:

Small size, light weight, simple structure, simple operation, stable and reliable

The circuit adopts modular design, making debugging and maintenance convenient.

Remarks:

Factory default to analog interface

Fault prompt

Intelligent fault detection and analysis, upper limit point fault alarm, parameter setting error, human operation error, multi-level number error sequence of internal factors of the power supply.

Applicable fields

Applied in atmospheric plasma cleaning, etching, plasma plating, plasma coating, plasma ashing, and surface modification. Through its treatment, the wetting ability of the material surface can be improved, enabling various materials to undergo coating, plating, and other operations, enhancing adhesion and bonding force, while removing organic pollutants, oil stains, or grease