Customization: | Available |
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Cooling Method: | Air Cooling |
Frequency Band: | High Frequency |
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Product Description
1.The AVC118 plasma arc voltage adjustment controller utilizes the constant current characteristics of the plasma power supply.
2.The AVC118 arc voltage adjustment controller detects changes in arc voltage and controls the lifting motor of the cutting torch to control the distance between the cutting torch and the sheet metal, keeping the arc voltage and cutting torch height unchanged.
Product technical parameters
Working voltage |
DC 24V+10%, 3-5A (depending on the power of the driven DC motor, the output power of the DC power supply should be greater than 10% of the maximum power of the motor). |
Lifting motor: | DC24V DC motor. |
Driving method | PWM (pulse width modulation) |
Output power | maximum 100W |
Working temperature | regulator -10 to 60 ºC |
Initial positioning method |
proximity switch initial positioning (suitable for various plasma cutting on and off water) Protective cap positioning (suitable for water cutting) |
Partial pressure ratio | 100:1 |
Accuracy | Maximum ± 1V, adjustable |
Boundary dimensions | length x width x height: 240mm x 210mm x 60mm |
Product features
1. With high-performance microprocessors as the core, it has complete functions, flexible configurations, and a high degree of intelligence.
2. Using a high brightness and low power LCD screen as the display interface, combined with LED indicator lights, to ensure the entire control
The working status of the device is clear and practical.
3. A large number of high-performance low-power integrated circuits and high-efficiency power modules are adopted to ensure the overall control
The static power consumption of the device has been reduced to below 5W, reducing the heat generation of the product and improving its thermal stability.
Product application
1. The motor is driven by the latest integrated circuit modules and high-power MOSFETs from the United States, with PWM control accuracy
Further improvement.
2. Adopting a streamlined operation panel structure, it can easily and clearly complete all functional operations without compromising
Causing unnecessary misoperation.
3. The proximity switch and protective cap positioning method can be used independently or simultaneously. The positioning method of the protective cap has
Strong ability to resist high-frequency interference.
4. Equipped with plasma cutting torch collision prevention function and automatic arc voltage adjustment function:
5. Adjustable internal parameters that can accurately adapt to different plasma power sources and mechanical loads