33kv 12 12.5 Mva 3 Phase Power Transformer

To produce an exceptional 33kv 12 12.5 mva 3 phase power transformer, Conso Electrical Technology and Science Co., Ltd will start from the step of power transformer designing, until to a 33kv 12 12.5 mva 3 phase power transformer ready to ship. The engineer take about 5 days to offer the cost effective solution according to requirement of clients. Meanwhile, each steps of production process will be inspected to provide a smooth user experience to clients. The product will suffer a more serious non destructive testing test, especially to oversea clients.

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33kv 12 12.5 mva 3 phase power transformer Maintenance Guidelines:

1.Safety First: When conducting 33kv 12 12.5 mva 3 phase power transformer maintenance, ensuring personnel safety is paramount. Adhere to relevant operating procedures and safety measures to prevent accidents.

2.Professional Personnel: Its maintenance should be carried out by trained professionals with the requisite knowledge and experience. They can accurately assess the transformer's operational status and issues, taking appropriate measures.

3.Regular Maintenance: Its maintenance should follow a predefined schedule to ensure that maintenance is conducted regularly. Adhering to the schedule helps prevent failures resulting from neglecting maintenance.

4.Record Management: Detailed records of the 33kv 12 12.5 mva 3 phase power transformer maintenance process and outcomes should be maintained. This includes maintenance dates, activities performed, test results, etc., for later analysis and reference.

5.Emergency Preparedness: During maintenance, be prepared for emergencies. This includes having the necessary repair tools and spare parts on hand, as well as contact information for repair services.

33kv 12 12.5 mva 3 phase power transformer Technical Parameter:

Rated Capacity:	12500 kva or 12.5 mva;
Mode:	S11-M-12500 or depends;
Voltage Ratio:	33/10 kV, 33/11 kV, 33/15 kV,etc;
No loading loss:	10 kW±15% or depends;
loading loss:	53.8 kW±15% or depends;
Impedance:	4.5% ± 15%;
Short Circuit Current:	≤0.30%;
Vector Group:	YNd11;
Cooling method:	ONAN or ONAF;