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Tanaka Electric
Tanaka Electric
We are a professional enterprise specializing in the production of various reactors, power transformers, dry-type transformers, amorphous alloy transformers, special transformers, and box-type substations. Our products feature innovative designs, low losses, low temperature rise, and strong short-circuit withstand capability.
The 2200KVA pad mounted transformer is a crucial piece of electrical equipment widely used in distribution networks. It plays a vital role in stepping down high-voltage electricity (12.47kv) to a level suitable for end-users (0.415KV), ensuring a stable and reliable power supply.
| Feature | Technical Specification |
|---|---|
| Capacity Range | 50KVA ~ 3500KVA |
| Phase | Three Phase |
| Primary Voltage | 4.16KV, 12.47KV, 13.2KV, 13.8KV, 24.94KV, 34.5KV (Customizable) |
| Secondary Voltage | 480V, 440V, 420V, 415V, 400V (Customizable) |
| Frequency | 60HZ |
| Cooling | ONAN |
| Tap Changer | 5 Position, ±2*2.5% |
| Efficiency | Meet DOE 2016 Standard |
| Insulation | Mineral Oil |
| Winding Material | Copper |
| Housing | Coated steel, Tamper Resistant w/ Padlockable Lid |
A: It is ideal for medium-to-large scale commercial buildings, industrial parks, and residential complexes where high-capacity, reliable power distribution is required.
A: The grounded concrete pad installation and tamper-resistant coated steel housing prevent unauthorized access and protect the unit from environmental hazards like flooding.
A: Yes, our transformers are designed to meet or exceed DOE 2016 efficiency standards, reducing energy loss and operational costs.
A: Absolutely. While standard primary voltage is 12.47kv and secondary is 0.415KV, we can design and manufacture units to meet specific customer voltage requirements.
A: It utilizes the ONAN (Oil Natural Air Natural) cooling method, which is efficient for managing heat in oil-immersed distribution transformers.
A: The unit includes overcurrent and overvoltage protection, bayonet fusing, and a fire-resistant enclosure design to ensure maximum operational safety.
