High-Performance Charge / Discharge Battery Testing System for Precise Battery Performance Analysis

Series Partial Discharge Tester | IEC62368 G.5.4 Compliant High-Voltage PD Test System

Overview
The CS19010 Series is an advanced partial discharge tester designed for high-voltage insulation integrity evaluation in components such as optocouplers, magnetic couplers, IGBTs, MOSFETs, isolation substrates, and capacitors. This system performs precise partial discharge (PD) and withstand voltage tests, with a voltage output range of 0.1–10 kV and PD detection sensitivity from 1 pC to 10,000 pC. Complying with IEC62368 G.5.4, it serves as an essential tool for safety testing and quality assurance in both industrial and research environments.

Key Features

• Dual-Function Testing: Combines partial discharge and withstand voltage testing in one instrument, with customizable high-voltage waveforms and judgment criteria.

• Broad Compliance: Meets IEC62368 G.5.4, GB/T 7354-2018, IEC60270:2000, IEC60747-5-5, IEC60747-17, IEC60664-1, and IEC60747-15.

• Precision Measurements: Covers leakage current from 0.01 µA to 1 mA and PD levels from 1 pC to 10,000 pC.

• Programmable Operation: Allows adjustment of voltage ramp time (0.3–999.9 s), test duration, and PD detection delay.

• Robust Performance: Operates reliably at 0–40°C and 15–95% RH with ≤1% waveform distortion.

• Energy Efficient: Consumes ≤500 W, suitable for production and laboratory use.

Technical Specifications

• Place of Origin: China

• Brand: Kingpo

• Certification: ISO9001, CE

• Standard: IEC62368 G.5.4 (see document: IEC62368 G.5.4 Partial Discharge Tester.pdf)

• Pulse Rate: 1–100 Hz

• Power Supply: 220 VAC, 50/60 Hz

• Calibration Capacitance: 5 pF, 10 pF, 100 pF

• Dimensions & Weight:

  • Host: 426 × 136.5 × 527 mm, 22.5 kg

  • PD Test Module: 334 × 286 × 296.5 mm, 12 kg

Applications
Ideal for insulation performance validation in high-voltage isolation ICs, semiconductor devices, and insulating materials, ensuring compliance with international safety standards.