PERFORMIX PRO VCT HEAT EXCHANGER WIRING HARNESS. by GE Healthcare

Key Highlights

• The PERFORMIX PRO VCT Heat Exchanger Wiring Harness by GE Healthcare is designed to enhance the performance of advanced imaging systems.
• Compatible with multiple GE models, this wiring harness ensures seamless integration and reliability in clinical settings.
• Engineered for durability, it supports optimal thermal management, contributing to the longevity of imaging equipment.
• Facilitates efficient workflow by minimizing downtime associated with equipment maintenance and repairs.
• Backed by GE Healthcare’s reputation for quality, this component is crucial for maintaining system integrity in high-demand environments.

Compatible Systems & Use Cases

• LIGHTSPEED VCT
• LIGHTSPEED PRO 32
• LIGHTSPEED 7X

Technical Specifications

Parameter	Value
Part Number	5123697
Brand	GE Healthcare
Material	High-Temperature Resistant Insulation
Length	Standardized for GE Systems
Compatibility	GE Imaging Systems

Clinical and Service Value

The PERFORMIX PRO VCT Heat Exchanger Wiring Harness is an essential component for ensuring the optimal performance of GE imaging systems. Its design is tailored to enhance thermal management, which is critical in high-intensity imaging environments. By maintaining consistent operational temperatures, this wiring harness helps to prevent overheating, thereby extending the lifespan of the imaging equipment and reducing the frequency of service interventions.

From a procurement perspective, investing in high-quality components like the PERFORMIX PRO VCT Wiring Harness can significantly improve the reliability of imaging systems. This harness not only ensures compatibility with multiple GE models but also streamlines maintenance processes. With fewer breakdowns and enhanced system performance, healthcare facilities can focus on delivering quality patient care without the disruptions typically associated with equipment failures.

Additional notes

PERFORMIX PRO VCT HEAT EXCHANGER WIRING HARNESS. by GE Healthcare