YuanYuanXin Industrial Park
China, Wuhan 430040
+86 136 572 20727
24/7 Customer Support
Email:cici@sansionpower.com
Online for your needs on test solution
China, Wuhan 430040
24/7 Customer Support
Online for your needs on test solution
Assesses and optimizes transformer health, performance
Customized needs
Phone:+86 136 572 20727 Email:cici@sansionpower.com
Our Transformer Test System is an advanced, industry-leading solution designed to ensure the reliability, performance, and safety of your power transformers. It offers a comprehensive suite of tests to assess the health of your transformers, helping you prevent failures, optimize performance, and extend the lifespan of your equipment.
Our test system, featuring full automation, is the optimal solution for conducting comprehensive routine tests on 10-35KV distribution transformers, in accordance with the IEC60076 standard. It is specifically designed for routine and temperature rise testing of 10-35KV distribution transformers, ensuring their efficient and safe operation.
Transformer Oil Testing: This includes acidity, dewpoint, flashpoint, breakdown, capacitance & tan delta, and dissolved gas analysis to ensure the oil’s optimal performance and longevity.
Transformer Insulation Resistance Testing: This test is crucial for assessing the quality and effectiveness of the transformer’s insulation.
Transformer Winding Resistance Testing: This test measures the resistance of the transformer windings, which is essential for identifying potential issues and ensuring efficient operation.
Transformer Turns Ratio Testing: This test verifies the correct turns ratio of the transformer windings, which is critical for its proper functioning.
Transformer Load/No-Load Current & Loss Testing: These tests measure the transformer’s performance under load and no-load conditions, helping to identify inefficiencies and losses.
Transformer Capacitance & Tan Delta Testing: These tests assess the transformer’s capacitance and power factor, which are important indicators of its health and performance.
Transformer Short Circuit Impedance & Load Loss Testing: These tests measure the transformer’s impedance and losses under short circuit conditions, providing valuable information about its resilience and safety.
Transformer Power Frequency Withstand Voltage Testing: This test verifies the transformer’s ability to withstand high voltage at power frequency, ensuring its reliability and safety.
Transformer Inductive Withstand Voltage Testing: This includes partial discharge testing for 110kV transformers, which is crucial for identifying potential insulation breakdowns.
Impulse Voltage Testing: This includes full wave and chopping wave testing, which assess the transformer’s ability to withstand sudden voltage surges, ensuring its durability and safety.
Thermal Rise Testing: This test evaluates the transformer’s ability to handle increases in temperature during operation, ensuring its performance remains stable and reliable under varying thermal conditions.
Zero-Sequence Impedance Testing: This specialized test assesses the transformer’s impedance under zero-sequence conditions, providing valuable insights into its performance during unbalanced load situations.
No-Load Current Harmonic Testing: This test evaluates the harmonic content of the transformer’s no-load current, ensuring its operation remains efficient and stable even in the presence of harmonic distortions.
Transformer Test Bench: The central hub for conducting various transformer tests.
DC Winding Resistance Tester: A device specifically designed to measure the resistance of the transformer windings.
Inductive Regulator: A tool used to adjust the level of inductive reactance in the circuit.
Transformer Turns Ratio Tester: A specialized instrument for verifying the correct turns ratio of the transformer windings.
Motor Generator Sets (DVDF): These sets are used to generate the required voltage and frequency conditions for testing.
Insulation Resistance Meter: A device used to measure the resistance of the transformer’s insulation.
Intermediate Transformer: This voltage boosting transformer is used when the Low Voltage (LV) exceeds 400V.
Power Frequency Withstand Voltage Test Set: A set of tools designed to test the transformer’s ability to withstand high voltage at power frequency.
Sampling Cabinet: This includes High Voltage (HV) / Low Voltage (LV) CT/PT cabinets and primary circuits cabinets.
Temperature Tester: A device used to monitor and measure temperature changes during testing.
Power Analyzer: An instrument used to measure and analyze the power consumption and efficiency of the transformer.
Partial Discharge System: This includes a PD free detector, coupling capacitors, etc., and is used to detect and measure partial discharges in the transformer.
