High Efficiency Dual Mode Test System with Reduced Input Capacity

Name: High Efficiency Dual Mode Test System with Reduced Input Capacity
Brand: Jiangsu Verxon Electric Co., Ltd.
SKU: 2004818671

Jiangsu, ChinaJiangsu Verxon Electric Co., Ltd.

US$350,000.00

1 Set

Product specifications

Voltage / Current

Product profile

After-sales Service

Lifetime Technical Support / 24-Hour Response

Warranty

2 Years

Max Diameter of Workpiece

N/a

Model NO.

VXRTS

Mass Scope of Workpiece

N/a

Type

Series Resonant Test System

Maxcapacity

N/a

Accuracy Grade

Load Way

N/a

Loading Method

N/a

Display

Digital

Control

Computer Control

Weight

>2000Kg

Power Source

AC 380/415V ±10%, 50/60Hz

Oil Cylinder Position

N/a

Rated Output Voltage

up to 1000kv, Customizable According to Test Requi

Maximum Quality Factor

up to 150 for Induced-Tuned Type; up to 180 for

Test Functions

AC Withstand Voltage Test, Partial Discharge Test,

Applicable Standards

IEC 60060-1, IEC 60060-2, IEC 60270

Input Power Ratio

Input Power Capacity Is Only 1/Q of Output Capacit

Transport Package

Standard Export Wooden Cases

Specification

Customized Voltage and Current

Trademark

VERXON

Origin

China

HS Code

9030899090

Production Capacity

20 Sets/Year

Key features

High Q-factor up to 150 with ultra-low partial discharge, suitable for 1000kV-class AC withstand and PD testing

Compact & lightweight design; input power only 1/Q of output capacity with high energy efficiency

No transient overvoltage after specimen flashover; low noise with world-leading performance level

Company profile

Jiangsu Verxon Electric Co., Ltd.

Jiangsu, China

CertifiedBusiness Type: Trading Company CertifiedCustomization Options: Customization from Samples, Customization from Designs, etc. CertifiedExport Year: 1 Year CertifiedNearest Port: Shanghai Port CertifiedTerms of Payment: T/T CertifiedInternational Commercial Terms(Incoterms): FOB, CIF, EXW

About Our Factory & Business Background

AddressYangzhou, Jiangsu, China

Plant Area213.43 square meters

Number of Employees3

Registered Capital10,000,000 RMB

Average Lead TimePeak Season Lead Time: 3-6 months Off Season Lead Time: 1-3 months

Minimum Order Quantity1 Set

Supply Chain Partners5

Our Production Capability & Technical Expertise

Main ProductsSeries Resonant Test System, Applied Voltage Test Transformers with Pd Free, Impulse Voltage Generator

QA/QC inspectors1 people

Inspection Type for Finished Products100% inspection(Visual inspection & Function inspection)

Inspection Method for Finished ProductsHave instructions and uniformly followed

R&D Engineers1 people

Traceability of Raw MaterialsYes

Our Industry Experience & Global Business Record

Year of Establishment2026-05-12

Main MarketsSoutheast Asia/ Mideast

Repeat Buyers Choice50%~80%

Number of Foreign Trading Staff3

Overseas Agent/BranchNo

New Products Launched in Last yearNo

Our Certifications, Standards & Industry Recognition

Cooperated with Fortune 500No

Product Q&A

Q:What is the series resonant test system used for?

It is designed for AC withstand voltage tests and partial discharge tests on SF6 circuit breakers, GIS units, transformers, power cables and other high-capacity power equipment with voltage up to 1000kV. The frequency-tuned model is also suitable for on-site testing and can work as a power-frequency test device within 20-300Hz resonance range.

Q:What are the core performance advantages of this test equipment?

It features a high Q-factor up to 150 for the induced-tuned version and up to 180 for the frequency-tuned version, and its input power capacity is only 1/Q of the output capacity. It also delivers low noise, minimal partial discharge and no transient overvoltage after test specimen flashover.

Q:Is the series resonant test system suitable for on-site field testing?

Yes. Both types adopt a compact and lightweight design. The frequency-tuned version is specially optimized for on-site AC withstand voltage testing, and the induced-tuned version can also be deployed flexibly for both laboratory and field test scenarios.