Kingsine Electric Automation Co., Ltd.

  Kingsine's Relay Protection Testers in Industrial Sites Industrial Sites Relay protection testers are widely used in industrial sites to ensure the safety, reliability, and stability of power systems. Below is an introduction to the specific applications of industrial relay tester .   Applications of Relay Protection Testers in Industrial Sites Testing and Verification of Power System Protection Devices:   1. Industrial sites typically have complex power systems, including substations, distribution rooms, and various electrical equipment. Relay protection testers, such as Kingsine's k2063i protection relay tester, can test and verify the protection devices in these systems to ensure they operate correctly in the event of a fault.   2. By simulating various fault conditions (such as short circuits, overcurrent, overvoltage, etc.), the response time and operating characteristics of the relay protection devices can be tested to ensure their performance meets design re...

  Understanding Primary Injection Testing Primary injection testing is a comprehensive method used to evaluate the performance of solid-state units and electromechanical trip units. This type of relay injection testing involves injecting the required current directly into the system, assessing all sensors, wiring, and the current conduction path of the circuit breaker. Due to its complexity, primary injection testing must be conducted by specialists. It is particularly essential for circuit breakers that are part of critical processes or engineered safety systems, where reliability is paramount. This testing method is also commonly used during the commissioning process, often in conjunction with secondary injection testing.   One limitation of primary injection testing is its potential inability to detect sensor wiring and polarity issues unless all three phases of the breaker are tested simultaneously. Despite this drawback, primary injection testing remains a vital tool for ...

  Secondary injection test kits are indispensable tools in the field of electrical testing and maintenance. These kits are designed to ensure the proper functioning of protective devices such as relays and circuit breakers. This article will explore the nuances of secondary injection test equipment, emphasizing its significance, components, and benefits.   Primary Injection Test vs. Secondary Injection Test Understanding the distinction between primary and secondary injection testing is crucial for electrical engineers. A primary injection test set injects a multiple of the fault-rated current through the breaker, measuring the trip time. This method simulates real-world conditions to test the breaker comprehensively. Conversely, a secondary injection test kit injects a ratio of the fault-rated current directly into the trip unit, focusing on the timing and function of the trip unit rather than the entire breaker system. This approach allows for a more targeted evaluation of t...

  Basic Functions of the Eletrical Power Calibrator An electrical power calibrator is a high-precision measurement and calibration tool, primarily used for measuring and calibrating signals in industrial fields and laboratories. It can output various signals, including voltage, current, resistance, frequency, etc., and features high precision, high stability, and portability. This makes the electrical power calibrator an essential tool for testing and verifying industrial automation systems and instruments.   Applications in Power Systems In power systems, electrical power calibrators are widely used for the calibration and testing of various power equipment. For example, they can be used to calibrate key equipment such as power transformers, current transformers, and voltage transformers to ensure the accuracy of their measurement results. Additionally, electrical power calibrators can be used to test the stability and reliability of power systems, helping engineers to prompt...