1. Modular design

• High voltage power supply adoptsPlug in modularizationdesign
• Convenient and fast installation, disassembly, and replacement
• Support multiple voltage level combinations to meet different application requirements

2. Strong compatibility of chassis

• Standardized chassis design, capable of supportingMulti module parallel/series connection
• Equipped with high protection level (IP20/IP54 optional) to ensure safety
• Internal layout optimization for easy heat dissipation and wiring

3. High voltage output capability

• The output voltage range can reachHundreds of kV(Customizable)
• Flexible output power to meet experimental and industrial needs
• Low ripple, high stability output, ensuring testing and experimental accuracy

4. Intelligent control and monitoring

• Can integrate digital display and touch interface
• Support remote monitoring interfaces such as RS485/CAN/Ethernet/USB
• Real time monitoring of voltage, current, power, and module status

5. Security protection mechanism

• Overvoltage, overcurrent, short circuit, over temperature, and anti breakdown protection
• High voltage soft start design to prevent damage to equipment caused by impact
• Fault alarm and self diagnosis function to improve system reliability

6. High scalability

• Flexible expansion of module quantity according to demand
• Support single module single control or centralized control to meet laboratory and industrial applications
• Seamless integration with existing high-voltage systems, loads, and testing platforms

• Scientific research experimen: High voltage physics experiments, arc testing, plasma research
• Industrial applications: High voltage detection equipment, insulation testing, material breakdown experiment
• Power industry: Transformer testing, partial discharge testing, maintenance of ultra-high voltage equipment
• New energy: High voltage inverter and energy storage system testing
• Electronic equipment research and development: Verification of high-voltage electronic components and pulse devices

• Power supply size standard 19 inch rack mounted chassis, height 8U
• Support grounding methods such as common ground/floating ground/complete electrical isolation (digital isolation/analog isolation)
• High integration, containing up to 17 slots for installing high-voltage output modules, IO controllers, and other components
• Adjustable fan speed
• RJ45 interface, remote control provides standard TCP/IP, EPICS, OPC UA communication
• Each channel has voltage, current, and temperature monitoring
• Each channel works independently and can remotely set the output voltage, switch status, and voltage rise and fall rate
• Equipped with overvoltage, overcurrent, short circuit, and over temperature protection functions, the protection threshold can be remotely set
• Has ultra-low temperature drift characteristics<100ppm/℃

• Has ultra-low drift characteristics<100ppm/h

• Quick maintenance: Modular design, supporting quick replacement and upgrade
• Flexible configuration: Modules can be freely combined according to experimental or industrial needs
• High precision and reliability: High stability output ensures reliable experimental data
• safety protection: Multiple protection mechanisms ensure the safety of equipment and operators
• intelligent management: Real time monitoring of module status, supporting remote control and data collection