Datex Ohmeda 1503-3854-000-s valve flow control 120 LPM 12V MPOS GE 1503-3854-000-s flow valve

Datex Ohmeda 1503-3854-000-s valve flow control 120 LPM 12V MPOS  GE 1503-3854-000-s flow valve

The Datex-Ohmeda 1503-3854-000-S Valve Flow Control is a critical pneumatic regulation component engineered for GE Healthcare anesthesia machines. Operating within the Medium Pressure Oxygen Service (MPOS) manifold, this high-precision proportional valve serves as the primary actuator for managing ventilator drive gases. It seamlessly translates digital CPU commands into accurate mechanical gas modulation, ensuring stable respiratory support throughout complex surgical procedures. Crafted from corrosion-resistant medical alloys, this OEM-specification flow control valve guarantees reliable performance in oxygen-enriched environments, making it an indispensable replacement part for maintaining optimal anesthesia delivery system integrity.

Specification of medical equipment repair:

Description of medical equipment repair:

This flow control valve is extensively deployed across main operating theaters, ambulatory surgery centers, and critical care units utilizing GE Datex-Ohmeda platforms such as the Aisys Carestation and Avance series. It acts as a vital biomedical engineering spare part, enabling rapid restoration of ventilator pneumatic circuits experiencing flow drift or drive gas anomalies. Its robust design supports continuous, high-frequency usage in demanding clinical workflows, ensuring that anesthesia workstations maintain precise tidal volume delivery and consistent airway pressure during prolonged mechanical ventilation and gas anesthesia administration.

Advantage:

The 1503-3854-000-S distinguishes itself through exceptional chemical inertness, safely withstanding prolonged exposure to high-concentration medical oxygen without degradation. Its advanced proportional actuation technology delivers microsecond-level response times, enabling seamless synchronization with the anesthesia machine's respiratory algorithms. The valve features a zero-leak sealing architecture, effectively preventing drive gas wastage and maintaining circuit pressure stability. Furthermore, its standardized OEM geometry allows for rapid, tool-assisted installation, significantly reducing equipment downtime and streamlining preventive maintenance protocols for hospital technical teams.