GE 1505-3062-000 Filter Bowl with O ring HPO2 mechnical Datex Ohmeda 1505-3062-000 Filter bowl

GE 1505-3062-000 Filter Bowl with O ring HPO2 mechnical Datex Ohmeda 1505-3062-000 Filter bowl

The GE 1505-3062-000 Filter Bowl with O-Ring is a precision-engineered pneumatic component designed for High-Pressure Oxygen (HPO2) mechanical systems within GE Healthcare's critical care platforms, including the CARESCAPE R860, Engstrom ventilators, and CardioServ systems. This assembly integrates a robust filter bowl, a high-performance Viton O-ring, a drain valve, and secure bowl threads to form a critical barrier against particulate contamination. By effectively filtering dust and debris from the high-pressure gas supply before it enters the device's sensitive internal pneumatics, this component ensures the longevity and reliability of life-support equipment in demanding clinical environments.

Application

This filter bowl assembly is extensively deployed across Intensive Care Units (ICUs), Emergency Departments, and Mobile Critical Care settings where continuous, high-reliability respiratory support is paramount. It serves as an essential maintenance spare part for biomedical engineering teams, facilitating the restoration of pneumatic integrity in ventilators and gas delivery systems that have experienced filter clogging or O-ring degradation. Its robust design supports rigorous hospital usage, ensuring that high-pressure oxygen lines remain free of contaminants that could compromise valve actuation or sensor accuracy during critical patient care.

Advantages

The 1505-3062-000 distinguishes itself through the use of a premium Viton O-ring, renowned for its exceptional resistance to petroleum oils, mineral oils, and abrasion, ensuring a leak-tight seal even under fluctuating pressure conditions. The integrated drain valve mechanism allows for efficient moisture management and easy maintenance without disassembling the entire unit. Its corrosion-resistant construction guarantees long-term durability in oxygen-rich environments, while the precision-molded bowl threads facilitate quick, secure installation. This reliability significantly reduces the risk of downstream pneumatic failures, minimizing equipment downtime.