Drager 8306591 PCB Graphic Controller board CPU 68332 Draeger 8306591 mainboard for Evita

The Drager 8306591 Mainboard (also recognized as the CPU Board or Graphic Controller PCB) is the central computational unit engineered for the Drager Evita XL, Evita 4, and Evita 2 Dura intensive care ventilators. Serving as the primary logic controller, this high-density circuit board orchestrates complex respiratory algorithms, real-time parameter monitoring, and pneumatic valve actuation. It seamlessly integrates sensor inputs with ventilator outputs to deliver precise, adaptive breathing support. Designed to meet rigorous medical device standards, this OEM replacement processor board restores optimal system functionality, ensuring reliable performance in critical care environments where device uptime is non-negotiable.

Specification of ventilator parts:

Description of ventilator accessories:

This processor board is extensively deployed across Intensive Care Units (ICUs), Emergency Departments, and Long-Term Acute Care facilities utilizing Drager's Evita series platforms. It acts as a vital biomedical engineering spare part, enabling rapid troubleshooting and restoration of ventilators experiencing boot failures, sensor communication errors, or control logic malfunctions. Its robust architecture supports continuous, high-acuity patient monitoring and ventilation therapies. By facilitating swift hardware swaps, it significantly reduces equipment downtime, ensuring that critical life-support systems remain operational during complex surgical interventions and prolonged respiratory care.

Advantage:

The 8306591 CPU board delivers superior processing stability, executing complex ventilation modes with minimal latency and high computational accuracy. Its industrial-grade component selection ensures exceptional resistance to thermal stress and electromagnetic interference, extending the operational lifespan of the host ventilator. The board features optimized firmware architecture for rapid system initialization, allowing clinicians to access patient data and ventilation parameters immediately upon startup. Furthermore, its standardized OEM geometry and jumper configurations simplify installation, streamlining maintenance workflows for hospital technical teams.