Datex Ohmeda 1505-5604-000 Neonatal flow sensor cable GE 1505-5604-000 flow sensor cable for Engstrom R860

The GE 1505-5604-000 Neonatal Flow Sensor Cable is a specialized medical-grade interconnect engineered to link proximal flow sensors with GE Engstrom Carestation and S5 series critical care ventilators. Serving as the vital telemetry bridge, this precision cable transmits real-time respiratory data from the patient's airway directly to the ventilator's central processing unit. Constructed with a robust 4-conductor 26-gauge tinned copper core and encased in a protective tinned copper spiral shield, it guarantees exceptional signal integrity in electromagnetically complex clinical environments. The durable polyamide and glass-filled nylon connectors ensure a secure, long-lasting interface for uninterrupted neonatal ventilation.

Specification of ventilator parts:

Description of ventilator accessories:

This flow sensor cable is extensively deployed across Neonatal Intensive Care Units (NICUs) and Pediatric Wards where precise respiratory monitoring is non-negotiable. It acts as an essential biomedical spare part, facilitating the seamless integration of neonatal flow transducers into the main ventilator chassis. Its extended 2.4-meter length provides clinicians with optimal maneuverability during delicate patient handling, suctioning procedures, and prone positioning therapies. The cable is equally suited for stationary bedside ventilation and intra-hospital transport scenarios, ensuring continuous data acquisition for fragile neonatal patients.

Advantage:

The 1505-5604-000 distinguishes itself through superior electromagnetic interference (EMI) shielding, effectively neutralizing noise from adjacent medical devices to preserve waveform accuracy. Its industrial-grade connector architecture features a snap-lock mechanism that prevents accidental dislodgement during dynamic clinical workflows. The advanced tinned copper construction offers exceptional corrosion resistance and flexibility, withstanding repeated bending and rigorous hospital-grade sterilization cycles. Furthermore, its standardized OEM geometry guarantees flawless interoperability, simplifying inventory management and reducing equipment downtime for respiratory care departments.