About Automatic Integrated Test System For Testing Power Transformer
Automatic Transformer Integrated Test System
This system is used for testing series performance and parameters for single phase and three phase power transformers and distribution transformers. We can design 10KV, 35KV, 110KV, 220KV, and 550KV automatic or customized test system according to customer requirements. The system is strictly accord with IC60076, IEEE C57, GB/T4776, DL/T572 and related standards.
Main Features:
- The system adopts industrial computer control, multi screen menu operating
- All the parameters are digital display on screen for easily view and checking
- The testing data is automatically collecting, analyzing, measuring, and calculating
- All the parameters can be saved in Access data base, and can be printed as per need
- Automatic protection for wrong wire connection, wrong operating, over load, etc
Advanced PLC-Based Touchscreen InterfaceOperate and monitor all test functions effortlessly via the intuitive PLC-based touchscreen interface. This advanced control system enables precise parameter setting, real-time monitoring, and instant adjustments, ensuring a user-friendly and highly efficient testing workflow for engineers and technicians alike.
Comprehensive Testing & High AccuracyEquipped to perform insulation resistance measurements and short circuit tests, the system delivers comprehensive testing capabilities for power transformers. With an accuracy class of 0.5, every measured value adheres to stringent standards, offering reliable results essential for maintenance, manufacturing, and quality control in the power industry.
Efficient Data Handling & ReportingEasily store and manage test data using the integrated internal memory and USB export features. Automated test report generation and printing enable immediate documentation, supporting traceability and compliance with international standards. This ensures seamless communication between testing, reporting, and record-keeping processes.
FAQs of Automatic Integrated Test System For Testing Power Transformer:
Q: How does the integrated test system enhance transformer testing efficiency?
A: The systems automatic testing functions, PLC-based touchscreen interface, and real-time remote monitoring streamline the entire testing process. These features reduce manual operations, eliminate errors, and accelerate reporting, resulting in faster, safer, and highly efficient transformer testing.
Q: What types of power transformer tests can the system perform?
A: The test system supports insulation resistance measurement and short circuit testing, accommodating a wide voltage (up to 330 kV) and power (up to 200 MVA) range. It is suitable for various transformer standards, including air or oil-cooled models with toroidal structures.
Q: When should I consider using this test system?
A: This system is ideal for routine maintenance, commissioning of new transformers, and quality assurance in manufacturing facilities. Its wide capacity makes it suitable for testing both high and low voltage transformer units in diverse industrial environments.
Q: Where can the generated test reports be accessed or stored?
A: Test reports are automatically generated and can be printed immediately. They are also stored internally within the system, with options to export data via USB, ensuring secure and flexible data management for analysis or record-keeping.
Q: What is the process for conducting a power transformer test with this system?
A: Operators connect the transformer using the supported 3-wire or 4-wire method, select the desired test parameters on the touchscreen, and initiate the process. The system conducts the test, monitors critical parameters, and provides instant results and reports, all while maintaining safety through built-in protection features.
Q: How does remote monitoring benefit transformer testing operations?
A: Remote monitoring allows operators and supervisors to observe live test data and system status from a distance. This reduces on-site labor, enhances safety by minimizing exposure to high-voltage environments, and allows expert support wherever needed.