Maintenance-Free DC Power Panel of Intelligent High-Frequency Switching

• Customization: Available
• Output Type: Multiple
• Warranty: 1 Year
• Model NO.: GZDW
• Output Power: >500W
• 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: Two-way Transmission
• Modulation System: PFAW
• Certification: ISO
• Transport Package: Wooden Box
• Specification: 2360*800*600mm
• Origin: China
• HS Code: 8504401990
• Production Capacity: 10000

Product Description

YZK-GZDW Series Intelligent High-Frequency Switch DC Power System

The YZK-GZDW series intelligent high-frequency switch DC power system is a power product independently developed, designed, and produced by our company. It is widely used in power system substations, power plants, hydroelectric stations, and other locations requiring DC equipment. This system is suitable for the operation of high-voltage circuit breakers and control in secondary circuits.

Key Features

- Intelligent Control: Advanced microprocessor control ensures high efficiency and reliability.

- High-Frequency Switching Technology: Provides stable and efficient power conversion.

- Wide Application: Ideal for substations, power plants, and other DC equipment applications.

- Safety and Protection: Includes comprehensive protection features like over-voltage, over-current, and short-circuit protection.

- User-Friendly Interface: Easy-to-use interface for monitoring and configuration.



Parameters Table
 

AC input voltage	380V±20%
Frequency	50Hz±10%
DC output voltage	190V-300V or 95V~150V
Continuously adjustable voltage regulation accuracy	≤±0.5%
Ripple factor	≤0.2%
Efficiency	≥94%
Current regulation accuracy	≤±1%
Power factor	≥0.93

 

Applications

- Power System Substations

- Power Plants

- Hydroelectric Stations

- DC Equipment Sites

Suitable For

• High-Voltage Circuit Breaker Operations
• Control in Secondary Circuits