GKC433H Switchgear Analyzer China Factory Suppliers High Voltage Circuit Breaker Tester
Looking for reliable China suppliers? Our factory provides the GKC433H Switchgear Analyzer to test mechanical and electrical characteristics of high-voltage circuit breakers, isolating switches, and contactors. Measure closing time, opening time, asynchronous time, and bounce time for up to 12 main and auxiliary contacts.
About this product
Product information from the supplier.
The GKC433H Switchgear Analyzer is a high-precision diagnostic instrument engineered for the comprehensive testing of mechanical and electrical characteristics in high-voltage circuit breakers, isolating switches, and contactors. By integrating advanced timing capabilities and transducer interfaces, it provides a robust solution for ensuring the operational reliability of power system switching equipment.
Designed for versatility and accuracy, the analyzer supports the measurement of critical parameters including closing/opening times, bounce times, and rotation angles. With its built-in high-power adjustable DC power supply and Bluetooth connectivity, the GKC433H streamlines the testing process, allowing engineers to analyze waveforms and generate detailed reports to prevent equipment failure and optimize maintenance schedules.
Detailed Parameters
| Timing Accuracy | ±(0.05%t+0.1) ms (1-2000ms) | Timing Resolution | 0.1ms (up to 2000ms) / 1ms (up to 20s) |
|---|---|---|---|
| DC Output Range | 0~270V / 20A (4kVA) | Stroke Range | Max 1000mm (Res: 0.1mm) |
| Digital Accuracy | ±0.1º (Resolution: 0.04º) | Speed Range | 0~20m/s (Resolution: 0.01m/s) |
| Coil Current | DC 0~30A, AC peak 0~30A | Coil Resistance | 50~300Ω (Accuracy: ±(1%R+0.2Ω)) |
| Power Source | AC 198~264V, 47~63Hz | Weight/Dimensions | 12kg / 492mm×392mm×218mm |
Key Advantages
Comprehensive Testing
Analyzes closing/opening time, bounce time, and asynchronous time for up to 12 main contacts and auxiliary contacts.
High-Precision Motion
Measures stroke, penetration, and speed using analog and digital transducers with resolution up to 0.04 degrees.
Integrated DC Power
Built-in adjustable DC power supply with manual/automatic regulation for convenient action voltage testing.
Visualized Data
High-resolution LCD screen displays real-time contact waveforms, travel curves, and current curves.
Smart Connectivity
Bluetooth 2.0+ support and USB interfaces for seamless data transfer and software upgrades.
Automated Efficiency
Capable of performing up to 10,000 automatic operation tests for rigorous endurance validation.
Product Gallery
Management Platforms
Model Library
Store and edit up to 50 different switch models with customized speed definitions.
Control Logic
Execute precise O-C-O, C-O, and O-C control operations via electronic switches.
Current Monitoring
Analyze motor current to detect abnormalities in the energy storage or motion systems.
Data Storage
Securely save 500 sets of test data with power-failure protection.
Report Generation
Connect to PC for envelope generation and professional test report analysis.
Interface Selection
Switchable Simplified Chinese and English interfaces for global operation.
Investment Return Comparison
| Metric | Manual Testing | GKC433H Analyzer |
|---|---|---|
| Analysis Time | High (Hours) | Low (Minutes) |
| Data Accuracy | Subjective / Low | High Precision (±0.1ms) |
| Risk Detection | Reactive | Proactive (Waveform Analysis) |
| Labor Cost | Multiple Technicians | Single Operator |
| Equipment Life | Unknown Wear | Predictive Maintenance |
Frequently Asked Questions
The GKC433H is designed for high-voltage circuit breakers, isolating switches, and various contactors used in electrical power systems.
It utilizes digital transducers via an RS422 interface to measure the rotation angle of operating mechanisms with a resolution of 0.04 degrees.
Yes, it features an automatic operation function capable of conducting up to 10,000 continuous tests for durability and stability validation.
Absolutely. Data can be transferred via USB flash drive or through a USB communication cable to a computer for detailed reporting and envelope generation.
Yes, the instrument uses Bluetooth communication to meet the "Technical Specification for Data and Communication of Digital Testing Instruments for Electrical Equipment".
By analyzing the motor current, the analyzer can determine if the energy storage system or motion system of the circuit breaker is functioning abnormally.