10KV Oil-immersed transformer
10KV Oil-immersed transformer
10KV Oil-immersed transformer

10KV Oil-immersed transformer

  • Distribution transformer

    Oil-immersed transformer, using mature oil-immersed insulation technology, the winding is immersed in insulating oil. Insulation oil not only provides excellent insulation performance, but also takes away heat during operation to ensure stable transformer operation. It is compact and well-designed for a wide range of voltage levels with a wide capacity range, from small distribution with low capacity to large power hubs with high capacity.

  • Description
  • Technical specification
  1. Excellent insulation performance
  2. Select high-purity and high-insulation strength high-quality insulating oil, combined with high-performance insulating materials, to ensure the safe operation of the transformer under complex conditions, reduce the risk of insulation failure, and extend the service life of the equipment.
  3. Efficient heat dissipation and stable operation
  4. Through the carefully designed heat dissipation structure, the operating temperature of the equipment is kept within a reasonable range. The stable operating temperature makes its performance stable, reduces the performance degradation and failure caused by overheating, and ensures the continuity of power supply.
  5. Strong overload capacity
  6. The selection of high-quality winding design and core materials gives the transformer excellent overload bearing capacity. In the face of peak or sudden power demand growth, it can withstand overload current for a short time, ensure uninterrupted power supply, and meet various application scenarios with high requirements for power supply reliability.
  7. Technological innovation
  8. Intelligent monitoring and control system. Equipped with advanced intelligent sensors, real-time monitoring of key parameters such as transformer oil temperature, winding temperature, oil level, partial discharge, etc., through the intelligent control system to analyze and process the data, realize remote monitoring and fault warning, when an abnormality occurs, the system will promptly alarm and take corresponding protection measures, which is convenient for operation and maintenance personnel to respond quickly, reduce operation and maintenance costs, and improve equipment management efficiency.​
  9. Energy-saving design
  10. Use new energy-saving core materials such as high magnetic permeability and low-loss silicon steel sheets, combined with optimized winding turns and layout, to reduce the no-load loss and load loss of the transformer. Reduce operating costs for users.
  11. Application scenarios
  12. Power system, industrial field, new energy field, civil buildings, etc.
Model numberCapacity
(KVA)
Voltage combination(KV)Connecttion groupNo-load loss
(W)
Load loss
(W)
No-load electricity
(W)
Short circuit resistance
(%)
High voltage  Tap rangeLow Voltage
S-M-30306kv

6.3KV

10KV

10.5KV


±5%

or

±2×2.5%


400V

Dyn11

or

Yyn0
80630/6001.54
S-M-5050100910/8701.34
S-M-63631101090/10401.24
S-M-80801301310/12501.24
S-M-1001001501580/15001.14
S-M-1251251701890/18001.14
S-M-1601602002310/22001.0 4
S-M-2002002402730/26001.0 4
S-M-2502502903200/30500.94
S-M-3153153403830/36500.94
S-M-4004004104520/43000.84
S-M-5005004805410/51500.84
S-M-63063057062000.64.5
S-M-80080070075000.64.5
S-M-10001000830103000.64.5
S-M-12501250970120000.54.5
S-M-160016001170145000.54.5
S-M-200020001360183000.45
S-M-250025001600212000.45


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