Maquet 6650423 Oxygen Module Servo i Servo s 6650423 O2 module

Maquet 6650423 Oxygen Module Servo i Servo s 6650423 O2 module

The Maquet 6650423 Oxygen Gas Module is a high-performance pneumatic component engineered specifically for Servo i and Servo S intensive care ventilators. Serving as the critical flow control unit, this precision module regulates inspiratory oxygen delivery with exceptional accuracy across the full clinical spectrum. Featuring an integrated design with advanced flow sensing technology, it ensures consistent gas mixture ratios from neonatal to adult ventilation modes. This OEM-specification module restores optimal pneumatic performance, maintaining the ventilator's ability to deliver precise tidal volumes and FiO₂ concentrations in demanding critical care environments.

Specification:

Description:

This oxygen gas module is extensively deployed across Intensive Care Units (ICUs), Neonatal Wards, and Operating Theaters where Servo i/Servo S platforms provide advanced respiratory support. It serves as a vital Field Replaceable Unit (FRU) for biomedical engineering teams, enabling rapid resolution of flow inconsistencies, FiO₂ drift, or pneumatic system failures. Its robust construction supports continuous 24/7 clinical operation, ensuring accurate gas delivery during prolonged mechanical ventilation, complex weaning protocols, and emergency respiratory interventions for patients ranging from 0.5 kg neonates to 250 kg adults.

Advantage:

The 6650423 module distinguishes itself through its wide dynamic flow range (0.1–100 L/min), enabling seamless ventilation across all patient populations without hardware reconfiguration. Its high-precision flow control (±3% accuracy) guarantees consistent FiO₂ delivery, critical for managing ARDS and other oxygen-dependent conditions. The integrated design minimizes connection points, reducing potential leak paths and simplifying installation. Furthermore, its modular architecture allows for straightforward replacement during scheduled preventive maintenance, with an expected service life of approximately 5000 hours, optimizing equipment uptime and maintenance cost efficiency.