Introduction

Voltage Breakdown Tester Utilizes microcontroller technology and bi-directional voltage and current interference suppression technology for precise voltage control. With a transformer capacity of 10KVA, it has a continuously adjustable test voltage ranging from 0 to 100 KV. It supports software that enables Bluetooth remote operation across different computers, for various operational requirements. This system includes upper and lower computer alarms, along with a zero-voltage alarm to prevent potential hazards resulting from user interaction with malfunctioning instruments.

This test equipment is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

It is used primarily in electrical and electronics industries to assess the dielectric strength or insulation quality of various materials, components, and electrical systems. It evaluates the breakdown strength of both solid and liquid insulating materials.

Specifications

Transformer Capacity 10
Booster Capacity 3
Input Voltage AC 220 V
Output Voltage AC 0 to 100 KV
DC 0 to 100 KV
Boost Rate 0.1KV/s to 5 KV /s adjustable
Test Method DC test: 1. Uniform boost 2. Gradient boost 3. Voltage withstands test
AC test: 1. Uniform boost 2. Gradient boost 3. Voltage withstand test
Test Medium Air
Voltage Test Accuracy ≦1%
Test Voltage 0 to 100 KV
Voltage Fluctuation 0.1
Withstand Voltage Time 0 to 7 Hr
Ambient Temperature 23 ±2 °C
Ambient Humidity 50 ±5 %
Control Method Wireless Bluetooth
Communication Method Wireless Bluetooth technology
Breakdown Judgment Method High Voltage and Leakage Current Judgment
Detection Method Automatic Cruise Detection
Test Fixture - D149
Power Supply 220V±10% 50Hz±1%
Dimension 1650 × 980 × 1750 mm
Weight 280 kg

Features

Capability to collect current down to the mA level in real-time

Utilize an advanced non-contact technology for voltage boosting

Capable of withstanding pressure in solid or liquid environments

Optional inclusion of an easily assembled and disassembled oil bath

Chassis constructed with overall plastic spraying for durability

Facilitates high voltage and leakage current assessments

Withstand voltage for both power frequency AC and DC voltages

Real-time plotting of test curves, display of test data, accurate judgment

Capability to save, analyze, print, and modify test data

Enables concurrent usage with the capability to assign different passwords
Provides optional activation of high voltage protection
Adjustable withstand voltage duration
Configurable gradient steps
Choice of leakage current and overvoltage settings
Selection of sensitive leakage voltage
Freedom to set boost speed within the range of 0-5kV for nonpolar ring-in tests
Remote operation and human-machine separation settings
Stores and retrieves test results while facilitating personnel selection
Operates and organizes test results according to specific customer requirements
Supports more than five color line comparisons
Automatically adjusts and integrates test data

FAQs

1. What types of materials or systems can be tested using the It Voltage Breakdown Tester ?

It Voltage Breakdown Tester is designed to assess the dielectric strength or insulation quality of both solid and liquid insulating materials. It is widely used in the electrical and electronics industries for testing cables, insulators, circuit boards, transformers, and related components. By evaluating how these materials respond to high voltage stress, the tester helps identify weak points that could lead to system failures. Its ability to simulate real operating conditions makes it an essential tool for quality assurance and safety compliance.

2. How does the Voltage Breakdown Tester enhance operational safety during high-voltage testing?

The Voltage Breakdown Tester features several built-in safety mechanisms, including upper/lower computer alarms, zero-voltage alarms, and optional high-voltage protection. These systems help prevent accidents during abnormal voltage conditions or when users interact with malfunctioning instruments. Additionally, the remote Bluetooth control function allows human-machine separation, reducing direct exposure to high-voltage zones. Together, these features provide a safer testing environment for operators.

3. How is voltage control of the Voltage Breakdown Tester managed during testing, and how precise is it?

Voltage Breakdown Tester uses microcontroller and bidirectional interference suppression technology for highly precise voltage control. Users can adjust the boost rate between 0.1 kV/s and 5 kV/s depending on test needs. With a voltage accuracy of ?1%, the tester ensures reliable and consistent results across multiple sessions. This precise control is critical for conducting both gradual and stress-intensive breakdown evaluations.

4. How user-friendly is the Voltage Breakdown Tester for data analysis and result tracking?

Voltage Breakdown Tester allows real-time plotting of test curves, data display, and automatic storage of results for review and analysis. Users can save, print, and modify test data, with the added benefit of password-protected access and multi-user functionality. It also supports color line comparisons and test result organization by personnel or customer requirement. These features streamline documentation and quality reporting.

5. What environmental conditions are optimal for operating the Voltage Breakdown Tester?

The Voltage Breakdown Tester's recommended ambient temperature for testing is 23 ±2 °C with humidity at 50 ±5%, ensuring accurate and stable measurement conditions. Users should operate the device in this range to minimize the influence of external factors on test results. The robust design also supports operation in both solid and liquid environments. Users should maintain stable conditions to help preserve test integrity and prolong device life.

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