HMT 161567 O2 cell cable HMT C1 ventilator 161567 Oxygen sensor cable

HMT 161567 O2 cell cable HMT C1 ventilator 161567 Oxygen sensor cable

The HMT 161567 O2 Cell Cable is a specialized medical-grade interconnect engineered to link oxygen sensors with the HMT C1 compact intensive care ventilator. Serving as the vital telemetry bridge, this high-fidelity cable transmits real-time oxygen concentration data from the galvanic fuel cell directly to the ventilator's central processing unit. Constructed with premium conductive cores and encased in a robust, flexible shielding jacket, it guarantees exceptional signal integrity in electromagnetically complex clinical environments. Designed for seamless integration, this OEM-specification cable ensures accurate gas monitoring, making it an indispensable spare part for maintaining optimal respiratory care.

Specification of ventilator parts:

Description of ventilator parts:

This O2 cell cable is extensively deployed across Intensive Care Units (ICUs), Emergency Departments, and Intrahospital Transport scenarios where the HMT C1 platform provides critical respiratory support. It acts as an essential biomedical spare part, enabling rapid troubleshooting and restoration of ventilators experiencing oxygen monitoring drift or sensor communication failures. Its durable construction supports continuous operation during high-acuity patient care, ensuring that clinicians have uninterrupted access to accurate FiO2 readings during prolonged mechanical ventilation and emergency interventions.

Advantage:

The 161567 cable distinguishes itself through superior electromagnetic interference (EMI) shielding, effectively neutralizing electrical noise from adjacent medical devices to preserve waveform accuracy. Its advanced strain-relief architecture at the connector junctions prevents wire fatigue and breakage, withstanding repeated bending and rigorous clinical handling. The high-purity conductive materials offer exceptional signal stability over extended periods, minimizing data latency and calibration drift. Furthermore, its standardized OEM geometry guarantees flawless interoperability, simplifying inventory management and reducing equipment downtime for respiratory care departments.