A single-phase pole mounted transformer is a special type of single-phase transformer that has a pole mounted shape. It consists of a primary winding and a secondary winding and is primarily used to step up or step down the voltage of AC power.
Single-phase pole mounted transformers find wide applications in industrial, commercial, and residential sectors. In industrial settings, they are often used in power distribution, substations, and control systems. In the commercial sector, they can be employed for power supply in buildings, shopping malls, and office complexes. In homes, they can be used for powering electronic devices, lighting, and other electrical appliances.
pole mounted distribution transformer

167 Kva Single Phase Pole Mounted Transformer Parameter:
| Rated Capacity: | 167 kVA; |
| Mode: | D11-M-167 or depends; |
| Primary Voltage: | 10000V, 11500V, 22000V or depends ; |
| Secondary voltage: | 120V, 400V, 240V,or depends; |
| No Loading Loss: | 350 W ±10%; |
| Loading Loss: | 1410 W ±10%; |
| Phase Number: | Single Phase; |
| Insulation Material: | Mineral Oil; |
| Working temperature: | -40 ℃ to 40 ℃ or depends; |
| Core material: | CRGO steel. |
167 Kva Single Phase Pole Mounted distribution Transformer Economical Operation:
1.Load Conditions: pole mounted Transformer economical operation can be categorized into three modes: full load, half load, and light load. Full load operation occurs when the pole mounted transformer operates at its rated load, which is the optimal working condition, maximizing efficiency. Half load operation means the pole mounted transformer is running at half its rated load, where efficiency is slightly reduced compared to full load but still results in energy savings. Light load operation, where the pole mounted transformer operates below its rated load, leads to very low efficiency and high energy consumption, and should be avoided as much as possible.
2.Load Factor: The pole mounted transformer's load factor, defined as the ratio of its actual load to its rated load, is crucial for economical operation. Higher load factors lead to higher efficiency and lower energy consumption. Therefore, during pole mounted transformer selection and use, efforts should be made to ensure that the load factor is close to the rated load to achieve economical operation.
3.Cooling Method: The cooling method used for pole mounted transformers also impacts economical operation. pole mounted Transformers can be either air-cooled by natural convection or forced air-cooled using fans. Natural cooling is cost-effective but less efficient, while forced air cooling is more expensive but enhances the transformer's efficiency and reduces energy consumption.
4.Quality of Insulating Oil: The quality of insulating oil is vital for the economical operation of pole mounted transformers. Insulating oil is a critical insulation material in pole mounted transformers, directly affecting their efficiency and lifespan. Therefore, in pole mounted transformer usage, high-quality insulating oil should be selected. Regular testing and replacement of insulating oil should also be performed to ensure economical operation.
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GNEE Electrical Group Co., Ltd. is a technology-based enterprise specializing in the research and development, production, sales and service of dry-type transformers, power transformers, high and low voltage switchgear and related products. Our factory can provide a full range of distribution transformers.

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