The UHV-103 CT PT Analyzer is a specialized instrument used for testing and analyzing current transformers (CT) and potential transformers (PT), also known as voltage transformers. It is designed to ensure the accuracy and proper functioning of these devices in electrical power systems.
Key features and functionalities of the UHV-103 CT PT Analyzer include:
1、CT Testing: The analyzer provides comprehensive testing capabilities for current transformers, including ratio measurement, turns ratio measurement, polarity verification, primary injection testing, burden measurement, and more. It helps assess the performance and accuracy of CTs.
2、PT Testing: It also offers testing capabilities for potential transformers (PTs) or voltage transformers. This includes ratio measurement, phase angle measurement, burden measurement, and other tests to evaluate the performance and accuracy of PTs.
3、Saturation Curve Measurement: The analyzer can measure the saturation characteristics of CTs to determine their behavior under varying load conditions.
4、Accuracy Assessment: The UHV-103 enables the calculation of accuracy classes and errors for both CTs and PTs, providing valuable information about their performance and compliance with standards.
5、Data Analysis and Reporting: The analyzer facilitates data analysis through its software interface, allowing users to interpret test results, generate reports, and store test data for future reference.
6、User-Friendly Interface: The UHV-103 features an intuitive user interface that simplifies the setup and execution of tests, making it easier for technicians and engineers to operate.
7、Safety Features: The analyzer incorporates safety measures to protect operators during testing, such as interlocks and grounding systems.
The UHV-103 CT PT Analyzer is a valuable tool for power system engineers, utility companies, and maintenance personnel responsible for ensuring the accuracy and reliability of CTs and PTs in electrical networks. By conducting comprehensive tests and analysis, the analyzer helps identify any issues or deviations in performance, allowing for timely corrective actions and ensuring the proper operation of protective relays and metering systems.