45 KVA Transformer Cast Resin for Hospitals
This 45 KVA Transformer Cast Resin is specifically designed for hospital use, ensuring reliable and efficient power supply.
Product Description
This 45 KVA Transformer Cast Resin is specifically designed for hospital use, ensuring reliable and efficient power supply. Made with high-quality materials, it offers a 45 KVA capacity and is suitable for various hospital equipment. Trust in its durability and safety for all your hospital needs. This transformer is crafted with top-of-the-line materials to provide a robust and dependable power source for hospitals. With a 45 KVA capacity, it can efficiently power a variety of equipment, ensuring uninterrupted operations. You can count on its long-lasting performance and secure design to meet your hospital’s demands.
Main Technical Specifications
| Type | Dry Type Transformer |
| Phrase | Three-phase |
| Rated Capacity | up to 20000 KVA |
| Rated Voltage | up to 40.5 KV |
| Frequency | 50Hz / 60Hz |
| Winding Material | Copper |
| Iron Core | Cold-rolled Silicon Steel Sheet |
| Place of Origin | Jiangsu, China |
A 45 KVA Cast Resin Transformer designed specifically for hospitals is a reliable and safe power distribution solution tailored to the unique needs of healthcare facilities. Here’s a product description for a 45 KVA Cast Resin Transformer intended for hospital applications:
Key Features:
- Capacity:This transformer has a rating of 45 KVA, providing a balanced and efficient power supply for various hospital equipment and facilities.
- Cast Resin Insulation:The transformer is constructed with cast resin insulation, offering excellent protection against environmental factors, chemicals, and contaminants. This insulation method ensures a high level of safety and reliability, particularly in hospital environments where fire safety is critical.
- Dry Type Design:As a dry-type transformer, it eliminates the use of liquid coolant such as oil. This feature enhances safety by minimizing the risk of oil leaks and makes it a suitable option for indoor installations in hospitals.
- Three-Phase Configuration:Operating on a three-phase system, the transformer is well-suited for providing a stable and balanced power distribution throughout the hospital facility. This is crucial for supporting various medical equipment and systems.
- Compact Design:Despite its moderate capacity, the transformer is designed to be compact, facilitating installation in limited spaces within hospital buildings.
- Efficiency:Engineered for high efficiency, the transformer minimizes energy losses during the power conversion process. This efficiency contributes to cost savings and aligns with energy conservation goals.
- Low Maintenance:The dry-type design of the transformer typically requires lower maintenance compared to oil-filled transformers. This can lead to reduced downtime, ensuring a reliable power supply for critical hospital operations.
- Compliance with Standards:The transformer complies with relevant industry standards and regulations to ensure the safety, reliability, and performance necessary for hospital environments. It may include features like overcurrent protection, thermal protection, and other safety measures.
Applications in Hospitals:
– Medical Equipment Power Supply: The transformer provides a stable power supply to medical equipment, including diagnostic devices, imaging systems, and life support equipment.
– Facility Lighting and HVAC Systems: Supports the electrical needs of hospital facilities, including lighting, heating, ventilation, and air conditioning (HVAC) systems.
– Emergency Power Systems: Ensures a reliable power supply for critical areas, such as emergency rooms, operating theaters, and intensive care units.
– Laboratory Equipment: Supports the power requirements of laboratory equipment used for medical testing and research.
– General Power Distribution: Powers various electrical loads across the hospital, contributing to the overall functionality and safety of the healthcare facility.
Before installation, it is crucial to consult with electrical engineers and professionals to ensure that the transformer meets the specific requirements of the hospital’s electrical system and adheres to safety standards and regulations in the healthcare industry.