English
The PUSH Electrical PS-1001D Transformer Oil Breakdown Voltage (BDV) Tester is a high-precision diagnostic instrument engineered for the rigorous demands of the electrical power industry. By measuring the dielectric strength of insulating oils, this device ensures the operational safety and reliability of transformers and other high-voltage equipment, preventing catastrophic failures through precise oil quality analysis.
Integrating advanced single-chip microcomputer control and a unique high-voltage terminal sampling design, the PS-1001D eliminates analog circuit errors to provide superior measurement accuracy. Whether operating in a controlled laboratory environment or performing on-site field tests, its portable structure and compliance with international standards make it an indispensable tool for electrical engineers and maintenance professionals.
Detailed Parameters
| Output Voltage | 0~80 kV (Optional 0-100kV) | 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 Temperature | 0~45℃ |
| Dimensions (WHD) | 410×390×375 (mm) | Net Weight | ~ 32 kg |
Key Advantages
Multi-Standard Compliance
Fully supports ASTM D1816, ASTM D877, and IEC 156 standards, providing flexibility for global regulatory requirements.
Stable MCU Control
Controlled by a large-capacity single-chip microcomputer ensuring highly stable operation and reliable data processing.
Precision A/D Sampling
Direct sampling from high-voltage terminals to the A/D converter avoids analog circuit errors for pinpoint accuracy.
Leak-Proof Design
Utilizes a specialized one-time glass mold to prevent oil spills and eliminate external interference during testing.
Comprehensive Protection
Built-in over-current, over-voltage, and short-circuit protection for maximum operator and equipment safety.
Field-Ready Portability
Engineered with a portable structure for seamless transition between laboratory analysis and on-site field testing.
Product Gallery
Management Platforms
Standardized Testing
Easily switch between ASTM and IEC modes to ensure compliance with regional power grid regulations.
System Watchdog
Integrated wide-range watchdog circuit effectively eliminates system "death" or freezing during long tests.
Safety Monitoring
Real-time monitoring of voltage and current to trigger immediate protection during abnormal discharge.
EMI Compatibility
Strong anti-interference capability ensures accurate readings even in high-electromagnetic environments.
Custom Operations
Provides custom operation modes to adapt to specific user requirements and unique oil types.
Rapid Deployment
Plug-and-play design allows for fast setup in remote substations, reducing downtime for critical assets.
Investment Return Comparison
| Evaluation Metric | Standard Testers | PS-1001D Advantage |
|---|---|---|
| Measurement Error | ±5% to 10% | High Precision ±2% |
| Standard Support | Single Standard | ASTM D1816/D877 & IEC 156 |
| Stability | Prone to Analog Drift | Digital A/D Direct Sampling |
| Operational Safety | Basic Fusing | Comprehensive Over-Voltage/Current |
| Maintenance Cost | Frequent Recalibration | Long-term Stable MCU Control |
Frequently Asked Questions
The PS-1001D is designed to be versatile, supporting ASTM D1816, ASTM D877, and IEC 156 national standard methods, as well as custom operation modes.
It utilizes a unique high-voltage terminal sampling design that allows test values to enter the A/D converter directly, bypassing analog circuits that typically introduce measurement errors.
The device features comprehensive protection against over-current, over-voltage, and short circuits, combined with strong electromagnetic compatibility for safe operation.
Yes, the PS-1001D features a portable structure specifically designed for easy movement and reliable use both inside the laboratory and outside in the field.
The standard output voltage is 0~80 kV, with an optional configuration available up to 0-100kV depending on your specific testing needs.
The use of a special one-time glass mold effectively prevents oil spills and reduces external interference, ensuring a cleaner and more accurate test environment.
Ready to Optimize Your Transformer Maintenance?
Contact Us
-
Guide to Dielectric Test on Transformer Oil for Power StabilityMaintaining the electrical integrity of power transformers is critical for preventing catastrophic failures and ensuring grid stability. One of the most vital maintenance procedures is the dielectric test on transformer oil , which measures the oils ability to withstand electrical stress without breaking down. Transformer oil serves a dual purpose: acting as an electrical insulator and a cooling medium. When contaminants like moisture, carbon particles, or acids accumulate, the dielectric strength drops, increasing the risk of internal arcing. In this comprehensive guide, we will explore the methodologies, standards, and importance of testing insulating oils to ensure long-term equipment reliability.Detail -
Comprehensive Guide to dga transformer oil analysis for Grid StabilityThe Essential Guide to DGA Transformer Oil Analysis Maintaining the health of power transformers is critical for ensuring grid stability and preventing catastrophic failures. One of the most powerful diagnostic tools available to engineers is dga transformer oil analysis Dissolved Gas Analysis. By monitoring the specific gases that dissolve in insulating oil, technicians can listen to the internal condition of a transformer without taking it offline. This proactive approach allows for the detection of incipient faults, such as overheating or electrical arcing, long before they lead to a total blackout. In this guide, we will explore how DGA worksDetail -
Comprehensive Guide to the dga test for transformer oilMastering the DGA Test for Transformer Oil: A Complete Guide Ensuring the reliability of high-voltage equipment is critical for power grid stability. One of the most effective diagnostic tools available is the dga test for transformer oil , which allows engineers to see inside a transformer without shutting it down. Dissolved Gas Analysis DGA monitors the concentration of specific gases that dissolve in the insulating oil, serving as an early warning system for potential failures. By identifying abnormal gas levels, operators can prevent catastrophic explosions and extend the operational lifespan of their assets. In this guide, we will explore how DGA worksDetail
