KINGBRIGHT PSC05-12GWA, 16-SEGMENTS 12.7MM COMMON CATHODE GREEN LED ARRAY by GE Healthcare

Key Highlights

• The KINGBRIGHT PSC05-12GWA is designed for optimal visibility in imaging systems, featuring a 16-segment configuration that enhances readability.
• With a 12.7mm height, this common cathode green LED array provides clear indicators for critical system statuses.
• Engineered by GE Healthcare, this component ensures compatibility with advanced imaging modalities, particularly in x-ray applications.
• The robust design of the LED array ensures longevity and reliability, minimizing the need for frequent replacements.
• Ideal for integration into systems like the OPTIMA XR640 and DISCOVERY XR650, enhancing their operational efficiency.

Compatible Systems & Use Cases

This LED array is compatible with the following systems:

• OPTIMA XR640
• DISCOVERY XR650

Use cases include diagnostic imaging in radiology departments, where clear visual indicators are essential for effective workflow management.

Technical Specifications

Parameter	Value
LED Type	Common Cathode Green
Segment Count	16
Height	12.7 mm

Clinical and Service Value

The KINGBRIGHT PSC05-12GWA LED array enhances the functionality of imaging systems by providing clear and immediate visual feedback, which is critical in high-pressure clinical environments. Its compatibility with advanced x-ray systems like the OPTIMA XR640 and DISCOVERY XR650 ensures that healthcare providers can maintain consistent operational standards, leading to improved patient care.

From a maintenance perspective, the robust design of this LED array reduces the frequency of replacements, thus streamlining service workflows. This reliability translates to less downtime and ensures that imaging systems remain operational, which is vital in busy radiology departments. Overall, the integration of this component can significantly enhance the efficiency of clinical operations.

Additional notes

KINGBRIGHT PSC05-12GWA, 16-SEGMENTS 12.7MM COMMON CATHODE GREEN LED ARRAY by GE Healthcare