• WD-G350 Integrated high frequency high voltage power supply
WD-G350 Integrated high frequency high voltage power supply
$4600.00
Model
HFHP-35
Basic info
Brand Wone
Model NO. WD-G350 Integrated high frequency high voltage power supply
Rated voltage AC220V+10%
Series WD-G350
Product Detail

Description

This product is mainly used for sampling impulse discharge of high-resistance fault waveform during fault testing of 35kV and below power cables and for impulse discharge when the fault point is accurately located. The sheath is used at precise points, and the burn-through capability can burn through the breakdown point in a short time and reduce the breakdown point resistance.

Feature

  • Integrated design, built-in capacitor, simple wiring.

  • Touch screen human-computer interaction, simple setting operation, intuitive and convenient display of instrument status.

  •  With voltage regulation, automatic voltage regulation and automatic protection functions.

  • The output high voltage has the function of single pulse and continuous pulse, respectively cooperate with the fault tester and the fixed point instrument to find the fault point.

  • The output high voltage has a DC output, which can be connected to an external ball gap for work, and the application is diversified.

  • Software controls vacuum shock spark discharge, self-adaptive discharge and pulse cycle.

  • With emergency stop button, automatic discharge function, automatic voltage reduction and discharge after emergency stop or shutdown, safe and reliable.

  • The continuous working time is not less than 6 hours, which meets the longest working time of the cable fault test.

  • Engineering chassis design, compact structure.

Specifications


Output mode pulse output/DC output
Output voltage  negative voltage, ≤35kV
Working current ≤40mA
Working mode ingle pulse/continuous pulse/DC output
Built-in capacitor 2.8uF/35kV
Discharge energy ≤1715J
Pulse period 3s~8s self-adaptive
Auto-discharge automatic discharge after shutdown
Working power supply power frequency 220V±10%
Display screen 800×480 resolution touch display
Working temperature  -10℃~40℃
Working humidity ≤80%
Altitude  ≤1000 meters
Dimensions 478(L)*370(W)*448(H) mm
Weight ≤28kg


Know your supplier
Wone
Main Categories
High voltage/Low voltage/Wire cable/Instrument meters/New energy/Tester/Production equipment/Generator/Electrical fittings/Integrated Electrical Equipment
Business Type
Design/Manufacture/Sales
Highest Annual Export (USD)
$50,000,000
Professional Experience
1 years
Workplace
65666m²m²
占位
占位
Related Products
Related Knowledges
What are the common faults that occur when low-voltage current transformers are combined with other power equipment?
What are the common faults that occur when low-voltage current transformers are combined with other power equipment?
Low-voltage current transformers, as indispensable measurement and protection devices in power systems, often encounter various faults when used in combination with other power equipment due to environmental factors, equipment linkage issues, and improper installation and maintenance. These faults not only affect the normal operation of power equipment but may also endanger personal safety. Therefore, it is necessary to gain an in-depth understanding of fault types, judgment methods, and prevent
Felix Spark
07/17/2025
What are the monitoring methods and future development trends of low-voltage voltage transformers?
What are the monitoring methods and future development trends of low-voltage voltage transformers?
With the continuous advancement of smart grid technology, intelligent monitoring systems are playing an increasingly important role in preventing and addressing faults in voltage transformers. These modern intelligent monitoring systems can collect key parameters from voltage transformers in real time—such as partial discharge levels, temperature, and oil quality—and use data analysis algorithms to assess the health status of the equipment, enabling early fault warnings and precise l
Echo
07/16/2025
What are the common faults of low-voltage voltage transformers?
What are the common faults of low-voltage voltage transformers?
1. Open - Circuit Fault on the Secondary SideOpen - circuit in the secondary side is a typical fault of low - voltage voltage transformers, showing abnormal voltmeter readings (zero/fluctuation), faulty power meters, buzzing noises, and core overheating. When open - circuited, the secondary voltage spikes (no secondary current to balance the primary EMF), causing core saturation, flux distortion, and potential overheating/damage.Causes include loose terminals, poor contact, or human error. In lo
Oliver Watts
07/16/2025
A Quick Verification Method for Low-Voltage Current Transformers
A Quick Verification Method for Low-Voltage Current Transformers
1. Selection of Low - Voltage Current Transformer ConfigurationThere are many factors leading to wrong selection of low - voltage current transformers in civil construction projects. For example, common factors include design problems: the calculated coefficient designed for the load of electrical equipment is relatively large, or the transformation ratio of the current transformer is selected incorrectly. Such a series of reasons will affect the use of electrical equipment. Therefore, in the co
James
07/16/2025
A Quick Verification Method for Low-Voltage Current Transformers
A Quick Verification Method for Low-Voltage Current Transformers
To ensure safe operation of the power system, power equipment operation must be monitored/measured. General devices can’t connect to primary high - voltage equipment directly; instead, large primary currents are scaled down for current transformation, electrical isolation, and use by measurement/protection devices. For AC large - current measurement, conversion to a unified current eases secondary instrument use.Current transformers split into measurement - and protection - type, with accu
Oliver Watts
07/16/2025
Research on Low - Voltage Anti - DC Current Transformer and Detection Device
Research on Low - Voltage Anti - DC Current Transformer and Detection Device
1. Overview of Components and IssuesTA (low-voltage current transformer) and electric energy meters are key components of low-voltage electric energy metering. The load current of such meters is no less than 60A. Electric energy meters vary in type, model, and anti-DC performance, and are connected in series in the metering device. Due to the lack of anti-DC capability, they suffer from metering errors under DC component loads, usually caused by non-linear loads. With the increasing use of DC or
Dyson
07/16/2025
×
Inquiry
Download
IEE-Business is dedicated to serving the personnel in the global power industry.
Join IEE-Business, not only can you discover power equipment and power knowledge, but also canhnd like - minded friends!