No electrical system can maintain its reliable and safe operation without adequate systems in place to ensure such. We specialize in protective relaying and related circuits essential for safeguarding electrical systems. Our expertise ensures that your electrical infrastructure operates efficiently and safely.
By reviewing and optimizing relay settings, we can help ensure they are aligned with system requirements and operational needs. Consulting services provide expert guidance on setting adjustments for enhanced performance and reliability.
This testing involves a thorough physical inspection for any damage and defects. It ensures that all relay components are in optimal condition, ensuring your protective relays meet all specifications and standards right from the start
Derived from traditional electromechanical testing methods, element testing remains relevant even in the age of microprocessor relays. While sometimes viewed as antiquated, this testing can still identify issues that modern relays occasionally encounter. With advanced testing suites, element testing is now faster and more efficient than ever.
In modern relaying, most mistakes or failed tests are found in custom-tailored logic testing of microprocessor relays or logical circuits. Although logic testing can be time-consuming, it yields some of the highest diagnostic results, ensuring that the logic operates correctly under all conditions.
Functional testing is crucial for verifying the end-to-end performance of your relaying scheme. It ensures that all components work together as intended. Besides identifying issues in relay logic, functional testing often reveals wiring mistakes, making it an essential step in the testing process.
We can assist our customers with verifying and optimizing their electrical designs. We provide detailed markups for modifications to correct or enhance the safety, reliability, and efficiency without requiring a complete redesign.
This comprehensive testing verifies that protection circuits function correctly under various conditions. This includes initial testing and periodic re-testing of entire circuit paths to maintain reliability.
By identifying and resolving issues within protection circuitry we can ensure continuous and reliable operation for our customers. This involves advanced diagnostic techniques and prompt troubleshooting to minimize downtime.