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The PS-1006 Six Cup Insulation Oil Bdv Tester is a professional-grade breakdown voltage instrument engineered for high-precision testing of insulating oils. Utilizing a sophisticated six-cup configuration, this device ensures exceptional consistency and reliability in determining the dielectric strength of transformer oils and other industrial insulating fluids, meeting stringent electrical safety standards.
Designed for the modern electrical laboratory, the PS-1006 integrates advanced CPU and PLC control systems to automate complex testing sequences. From voltage boosting and stirring to data calculation and storage, the instrument minimizes human error and optimizes workflow efficiency, providing operators with a stable, safe, and highly accurate diagnostic tool for power system maintenance.
Detailed Parameters
| Output Voltage | 0～80 kV (Adjustable up to 100KV) | THVD | ＜1% |
|---|---|---|---|
| Pressure Rate | 0.5~5.0 kV/s | Booster Capacity | 1.5 kVA |
| Measurement Accuracy | ±2% | Supply Voltage | AC 220 V ±10% |
| Power Frequency | 50 Hz ±2% | Power Consumption | 200 W |
| Operating Temp/Humidity | 0～45℃ / ＜85 % RH | Dimensions (WHD) | 770675760 (mm) |
Key Advantages
Enhanced Safety
Equipped with overvoltage, overcurrent, limit, and earthing alarms to ensure maximum operator protection during high-voltage tests.
Fully Automated
Automatically handles boosting, holding, stirring, static settings, and result calculation for seamless operation.
Precision Control
Unique waveform setting functions eliminate harmonic interference, ensuring highly accurate breakdown voltage measurements.
Intuitive Interface
Features a 5.4-inch LCD display with a user-friendly menu, integrated clock, and real-time temperature/humidity monitoring.
Industrial Stability
Powered by high-performance CPU and PLC architecture to guarantee long-term stability and instrument reliability.
Flexible Connectivity
Supports RS232, USB, and Bluetooth wireless transmission for effortless data transfer to computers.
Product Gallery
Management Platforms
Auto-Save System
Integrated power-outage protection automatically saves test results to prevent data loss.
Intelligent Calibration
Precise voltage control with adjustable output up to 100KV for diverse oil grade requirements.
Safety Monitoring
Real-time earthing and over-limit alerts provide immediate notification of abnormal conditions.
Environmental Tracking
On-screen temperature and humidity tracking ensures test environment compliance.
Wireless Sync
Bluetooth integration allows for mobile monitoring and rapid report generation.
Data Export
Dual RS232 and USB ports facilitate seamless integration with laboratory LIMS software.
Investment Return Comparison
| Evaluation Metric | Manual Testing | PS-1006 Automation |
|---|---|---|
| Testing Speed | Slow / High Labor | Rapid / Fully Auto |
| Data Accuracy | Subject to Error | High (±2% Precision) |
| Safety Risk | Moderate Risk | Low (Multi-Alarm Sys) |
| Data Logging | Manual Recording | Auto-Save & Bluetooth |
| Operational Cost | High Labor Cost | Low Maintenance Cost |
Frequently Asked Questions
The Oil Breakdown Voltage (Bdv) tester measures the dielectric strength of insulating oils. It determines the maximum voltage the oil can withstand before electrical breakdown occurs, which is critical for assessing the health of transformers and circuit breakers.
The PS-1006 features a unique waveform setting function specifically designed to eliminate the interference of harmonic waves, ensuring that the breakdown voltage measurement is accurate and not skewed by electrical noise.
Yes, the device is equipped with a power-outage protection function that automatically saves all current test results, preventing data loss and reducing the need for re-testing.
The PS-1006 provides a comprehensive suite of connectivity options, including RS232, USB ports, and Bluetooth wireless transmission for convenient data transfer to a computer.
Absolutely. The output voltage ranges from 0 to 80 kV and can be specifically set up to 100 kV to meet various international standards and specific industrial requirements.
The instrument incorporates a comprehensive safety system including overvoltage alarms, overcurrent protection, limit alarms, and a dedicated earthing alarm to protect personnel from electrical hazards.
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