HV TRANSFORMER by GE Healthcare

Key Highlights

• The HV Transformer by GE Healthcare is designed to enhance the performance and reliability of imaging systems, ensuring optimal operation in clinical environments.
• Engineered specifically for the MPX model, this transformer integrates seamlessly with existing systems to provide consistent power supply and improved imaging quality.
• Its robust construction and advanced technology minimize downtime, contributing to efficient workflow and increased patient throughput.
• GE Healthcare's commitment to innovation ensures that this transformer meets the evolving demands of modern radiology and imaging practices.

Compatible Systems & Use Cases

This HV Transformer is compatible with the MPX model, which is typically utilized in various imaging scenarios, including:

• X-ray imaging
• Fluoroscopy
• Interventional radiology

Technical Specifications

Parameter	Value
Input Voltage	220-240V AC
Output Voltage	50-60 kV
Frequency	50/60 Hz
Weight	Approximately 25 kg

Clinical and Service Value

The HV Transformer by GE Healthcare is a critical component that enhances the operational efficiency of imaging systems. Its compatibility with the MPX model ensures that healthcare facilities can maintain high standards of imaging quality while minimizing the risk of equipment failure. By investing in reliable power supply solutions, hospitals can reduce downtime and ensure that imaging services remain available, ultimately enhancing patient care.

In addition to its technical advantages, the HV Transformer is designed for easy maintenance and integration into existing systems. This feature allows biomedical engineers to perform routine checks and service without extensive training, streamlining workflow and reducing the potential for operational disruptions. With GE Healthcare's reputation for quality and innovation, this transformer represents a valuable asset for any imaging department looking to optimize performance and reliability.

Additional notes

HV TRANSFORMER by GE Healthcare