Single Phase Transformer
Product Details:
- High Voltage Up to 11000 V
- Rated Voltage 230 V / 110 V
- Dimension (L*W*H) Approx. 400 x 300 x 350 mm
- Cooling Type Air Cooled / Oil Cooled
- Capacity 1 kVA to 100 kVA
- Voltage Booster Type Auto and Isolated Transformer Types
- Coil Material High Grade Copper
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Single Phase Transformer Price And Quantity
Single Phase Transformer Product Specifications
- High Grade Copper
- AC Output
- Single Phase
- Above 98%
- 110 V / 230 V
- Electrical Power Distribution
- Auto and Isolated Transformer Types
- Double Winding
- <1% of Total Load
- 50/60 Hz
- Up to 100 kVA
- 230 V / 110 V
- Approx. 400 x 300 x 350 mm
- Up to 11000 V
- Toroidal or EI Type
- Air Cooled / Oil Cooled
- 1 kVA to 100 kVA
- Step Down/Step Up Transformer
Product Description
Being a client-oriented company, we are engaged in trading, supplying and exporting Phase Transformer. Offered device is installed for converting electrical power in any AC system owing to its high efficiency and minimum energy loss during the conversion. Our product is acclaimed by clients for its longer functional life, high operational accuracy and low maintenance. We test our Phase Transformer on different parameters to ensure its quality as per the international standards.
Versatile Applications and Mounting
Single phase transformers are paramount in power distribution for industrial, commercial, and residential environments. Thanks to their flexible design, these units can be floor-mounted for heavy-duty sites or wall-mounted for space efficiency, allowing seamless integration in diverse settings. Their robust construction supports various voltage requirements while maintaining low no load and load losses.
Efficiency and Energy Savings
The high-efficiency design of this transformer guarantees energy savings due to remarkably low no load losses and a performance rating above 98%. Electrolytic copper wire windings further ensure minimal electrical resistance, boosting overall efficiency. Its advanced overload and short circuit protection systems safeguard equipment and users alike, extending operational lifespan.
Superior Protection and Cooling Options
Operators can select from air or oil cooling mediums to ensure optimal thermal management, even under continuous operation in high humidity or elevated temperatures. Built-in overload and short circuit protection mechanisms enhance safety, reducing the risk of electrical failures and unscheduled downtime. These features ensure reliable operation across varying environmental conditions.
FAQs of Single Phase Transformer:
Q: How does the transformers overload and short circuit protection enhance safety for different applications?
A: The built-in overload and short circuit protection safeguards the transformer and connected equipment by automatically interrupting power if abnormal conditions arise. This mechanism helps prevent damage, prolongs transformer life, and maintains operational reliability in industrial, commercial, and residential settings.Q: What advantages does the use of electrolytic copper wire and high-grade materials offer?
A: Electrolytic copper wire and premium materials decrease electrical resistance and enhance heat dissipation. This results in improved efficiency, reduced energy loss, and extended durability, ensuring stable performance even during peak operations.Q: When should I opt for floor mounting versus wall mounting for installation?
A: Floor mounting is recommended for heavy-duty industrial applications requiring high power capacities, while wall mounting suits environments with space constraints, such as commercial or residential settings with lower power demands. The chosen method supports secure, adaptable installation based on site requirements.Q: Where can these single phase transformers be used effectively?
A: These transformers are suitable for electrical power distribution in factories, small businesses, apartment complexes, residential homes, and other locations requiring stable single phase AC power. Their design supports installation in regions with high humidity or elevated ambient temperatures.Q: What is the process for selecting between air and oil cooling mediums?
A: Choosing between air and oil cooling depends on operational demands and environmental conditions. Air cooling is ideal for lighter loads and moderate climates, while oil cooling ensures effective thermal management in intensive, high-temperature operations, protecting the transformer during continuous use.Q: How does the high efficiency and low noise design benefit my operation?
A: Operating above 98% efficiency, the transformer significantly reduces energy costs and promotes sustainability. Its low noise output ( 50 dB) creates a more comfortable and quieter work environment, especially in residential and commercial installations.Tell us about your requirement
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