Factory testing plays an important role in ensuring transformer quality. In traditional testing setups, several test instruments are often used separately. Different tests may require changes to wiring connections and individual operation of the instruments, adding to preparation time and making the process more dependent on operators’ experience.
For transformer manufacturers, reducing repeated wiring, simplifying test procedures, and improving testing efficiency are important ways to optimize factory testing.
Nanke Electric develops Intelligent Transformer Test Systems to help transformer manufacturers improve their factory testing processes. One of these products, the Super Automatic Distribution Transformer Test System, integrates multiple test instruments and uses centralized software control to reduce repeated wiring and manual operations, helping make factory testing more efficient.
Traditional testing setups and Nanke Electric’s Super Automatic Distribution Transformer Test System differ in instrument configuration, wiring requirements, test control, and other aspects.
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Comparison |
Traditional Testing Methods |
Nanke Electric’s Super Automatic Distribution Transformer Test System |
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Instrument Configuration |
Multiple test instruments are set up and used separately. |
Multiple test instruments are integrated into one system. |
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Wiring |
Wiring connections may need to be changed between tests. |
One-time wiring for seven routine tests. |
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Test Control |
Instruments are generally operated individually. |
Test operations are centrally controlled by the software. |
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Operation |
Procedures can be more complicated and may require greater operator experience. |
Simple operation; operators can get started after basic training. |
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Area Layout |
Operating areas are arranged according to equipment layout and testing requirements. |
The energized area is completely separated from the operating area. |
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Data and Management |
Test records and reports need to be compiled separately as required. |
PC-based software supports paperless test station operations and the addition of test items. |
Nanke Electric offers Intelligent Transformer Test Systems for different transformer testing requirements. Testing capabilities, system configurations, and functions vary by product.
The Super Automatic Distribution Transformer Test System integrates multiple test instruments into one system, with test operations centrally controlled by software.
With one-time wiring, the system can perform the following seven routine tests:
1.Insulation resistance test
2.DC resistance test
3.Turns ratio and vector group test
4.Power-frequency withstand voltage test
5.No-load loss test
6.Load loss test
7.Induced voltage withstand test
By enabling seven routine tests with one-time wiring, the system reduces repeated wiring changes and manual operations, helping improve factory testing efficiency.
The system is designed for simple operation, and operators can get started after basic training. This reduces the level of operator experience required for routine testing and helps simplify day-to-day testing procedures.
The system is designed with the energized area completely separated from the operating area. This layout helps protect test personnel and improve safety during testing.
All test items are carried out through PC-based software. The system supports paperless test station operations and allows additional test items to be incorporated, supporting digital test management and future expansion of testing capabilities.
Nanke Electric continues to develop Intelligent Transformer Test Systems based on the practical needs of transformer manufacturers, providing suitable equipment and customized services for the factory testing of different types of transformers.
For more information, visit the product page: Super Automatic Distribution Transformer Test System.