4000V10A High Power High Voltage Power Supply for vacuum Sputtering

• Customization: Available
• Output Type: Single
• Warranty: 1 Year
• Model NO.: HP 4KV10A
• Output Power: 40kw
• Input Voltage: 380V
• Connection Mode: Series Switching Power Supply
• Starting Mode: Self-excited Switching Power Supply
• Voltage Regulating Mode: Frequency Modulation Type
• Power Supplying System: Terminal Power Distribution Equipment
• Energy Transmission: One-way Transmission
• Modulation System: PFM
• Brand: Idealtek
• Output Voltage: 4kv
• Output Current: 10A
• Output Polarity: Positive or Negative
• Circuit Mode: IGBT Full Bridge Circuit
• Working Mode: Constant Voltage / Constant Current
• Output Display: LED
• Remote Control: 0~10V / 4~20mA Analog Signal Control / RS Ports
• Cooling Method: Water Cooling Plus Olil Immersed
• Application: High Voltage Capacitor Charging, Vacuum Sputtering
• Color: Ral7035
• Transport Package: Plywood Case
• Specification: IGBT & HF transformer
• Trademark: IdealTek
• Origin: China
• HS Code: 85044019
• Production Capacity: 50PCS/Month

Product Description

HP Series High Power High Voltage Power Supply - 4KV10A

Brief Introduction

The HP series is high power type high voltage power supply designed by Idealtek, it consists of featured series resonant inverter part, rectifying part and filtering part, it ranges in power from 5KW to 15KW, from 5KV to 60KV in voltage.
HP series has complete working and output indications, it is built in 19 inch standard enclosure for easy installation, it is widely used for high voltage charging, high voltage test and labs etc.


Features

1. Continuous DC operation or capacitor charging application.
2. Output voltage: 5KV/10KV/20KV/30KV/40KV/50KV/60KV optional.
3. Output power: 5KW/10KW/15KW
4. Output voltage & current both 0 ~ 100% rated value continuously adjustable.
5. CV & CC working modes
6. Max. charging/discharging repetition frequency: 50kHz
7. Charging/discharging repetition accuracy:  <2% (@50Hz)
8. Forced air cooling, very rugged design
9. Remote control (analog signal or RS port) (optional)


Principle description
The HP unit is made up of four different functional parts as shown below: 

Rectifier Part
This stage takes three-phase 380Vac or 440Vac input, then after rectifies and filters, it creates a 600Vdc pulsing DC output.
 
High Frequency DC/AC Part
This stage uses an IGBT (Insulated Gate Bipolar Transistor) full bridge circuit to convert the pulsing DC to a high frequency AC waveform that feeds the next stage.
 
Series Resonant Tank Part
This part is an inductor in series with a capacitor. This LC network defines the characteristic impedance of the system and the frequency at which the AC current resonant.
 

High Voltage AC/DC Part
This part uses a transformer to step up the high frequency AC the necessary high voltage level. A rectifier circuit is then used to convert the high voltage, high frequency AC to the high voltage DC
 
Theory of Operation
The IGBT full bridge inverter and the Series Resonant Tank circuit are the key components in this power supply.
The series resonant inverter converts input voltage source to a equivalent current source, each pulsing is equivalent to an energy pack, which is sent to output load or output filtering capacitor after HV rectifying.
Different output voltage and current corresponds to different output pulsing frequency, adjusting pulsing frequency leads to output voltage and current changes.


Technical Specification:
 

Electrical Characteristics
1. Input Voltage	Tri-phase 380V±10%
2. Output Power	40KW
3. Output Voltage	0 ~ 4KV, adjustable output voltage.
4. Output current	0 ~ 10A, adjustable output current.
5. Output polarity	positive or negative as customers' requirements.
6.Output adjusting mode	10-turn potentiometer or 0~10V analog signal control or RS port.
7. Line regulation	≤0.2%
8. Load regulation	≤0.2%
9. Ripple	≤0.5% (optional)
10. Working mode	CC/CV working modes, automatic switchable, withstand long-term continuously working.
11. Power factor	≥0.9
12. Total Efficiency	≥85%
13. Protection	Over voltage, over current, short-circuit, over heat and lack phase protections. CC-limiting working when short-circuit. Interlock control
14. Read output	Digital LED
15. Output display	4^1/2 digital meter (0.01KV, 0.01A)
16. Cooling	Water cooling plus olil immersed
17. Operation Temperature	-10ºC to 40ºC
18. Humidity	<90%
19. Dimension	600(W)mmX1000(D)mmX1600(H)mm
20. Weight	Approx. 120Kg

 
Remark: 
1. Repetition accuracy depends on load capacity and charging/discharging frequency, accuracy range: 0.1% ~ 2%
2. In case of special requirements, HV isolation switch should be installed between output and capacitors to prevent damages caused by capacitor discharging reverse peak voltage.
Custom-made requirements acceptable.

Environment conditions
1. Working environment conditions:
    1.1. Temperature: -10ºC ~ 40ºC
    1.2. Relative humidity: <90% (non-condensing)
    1.3. Height: 4000m
2. Storage environment conditions:
    2.1. Temperature: -10ºC ~ 45ºC
    2.2. Relative humidity: 10% ~ 90%
    2.3. Height: 4000m


Physical drawing and other type enclosure (for reference only)



Storage

Pay attention to the following points during temporary & long-term storage.
1. Store the power supply in our packing box
2. Long-term storage would lead to electrolytic capacitor degradation, it should be powered up yearly, at least 5 hours power-on time, input voltage should be increased to rated value by voltage regulator.  


Warranty

1. The warranty period of this product is 12 months, free repair within warranty period except for man‐made damages or irresistible forces.
The following cases during under warranty are not included in free-warranty scope:
(1). Incorrect operation & maintenance of the power source that cause fault.
(2). Natural loss of consumable material (shell, connector etc.)
(3). Manual damage caused by modification or dismantle
(4). Damage caused by external equipments or third-party product or plug-in units.
(5). Force majeure factors, such as fire, flood or input grid abnormal.
(6). Unilateral amendment or modification on our LOGO or part number.
(7). Fault caused by abnormal usage of power source.
(8). Other non-product quality causes
2. Reasonable maintenance & repair costs should be charged after warranty period.

Remark: Price offered in this page is for reference only, price changes would be made without notice
               Please contact us for accurate offering, thanks for understanding.