The Twin Pipeline Adaptor 1703 (Oxygen) is a premium accessory designed for dual-line medical gas systems. Engineered for oxygen service, it features the same high-safety, self-sealing mechanism used in Airways Surgical’s self-sealing valves, ensuring reliable make-and-break control of pipeline supply.

The Airways 1703 Twin Pipeline Oxygen Adaptor is a precision-engineered medical gas accessory designed for hospitals and healthcare facilities using centralized oxygen supply systems. It allows the safe and efficient connection of two oxygen pipelines to a single system or outlet, ensuring continuous oxygen delivery without interruption.

This twin adaptor follows the same self-sealing valve mechanism used in Airways’ standard pipeline accessories—providing a leak-proof, secure, and non-interchangeable connection that maintains high safety standards in medical gas installations.

Key Features

• Model: Airways 1703

• Type: Twin Pipeline Adaptor – Oxygen

• Function: Enables dual oxygen pipeline connection for hospital gas systems

• Operation: “Making and breaking” supply connections function like Airways’ self-sealing valves

• Safety: Automatic shut-off when disconnected to prevent gas leakage

• Design: Robust, easy-to-use, and compatible with standard medical oxygen outlets

• Application Areas: ICUs, Operation Theatres, Wards, Emergency Rooms, and Patient Care Units

• Material: High-quality medical-grade components suitable for oxygen use

Benefits

• Ensures uninterrupted oxygen flow by providing two connection options

• Designed for maximum safety with a self-sealing system to prevent gas leaks

• Durable construction ensures long service life even in high-usage hospital environments

• Compatible with Airways Surgical medical gas pipeline systems and accessories

• Ideal for redundant or dual oxygen supply setups

Usage/Application

The Airways 1703 Twin Pipeline Adaptor is used in hospital central pipeline systems where dual oxygen supply points are required for safety or operational flexibility. It’s commonly installed in critical care areas, allowing medical equipment such as ventilators or flowmeters to be connected without interrupting oxygen service.