Description

Medical Gas Pipeline System

The Medical Gas System ensures safe, efficient, and uninterrupted delivery of vital gases such as Oxygen, Nitrous Oxide, and Medical Air throughout the healthcare facility. It is designed with advanced control, monitoring, and safety features to maintain consistent performance and patient safety.

System Components

• Manifolds (Oxygen, Nitrous Oxide, Air):
  Ensure continuous gas supply by automatically switching between primary and secondary cylinder banks.

• Line Control Panel (Wall-Mounted):
  Regulates and monitors gas pressure within the distribution network.

• Medical Gas Alarm System:
  Provides visual and audible alerts for pressure fluctuations or supply interruptions.

• Medical Gas Outlets:
  Enable quick and safe connection of medical equipment to the gas pipeline.

• Bed Head Unit (BHU):
  Integrates gas outlets, electrical sockets, and lighting for convenient access at the patient’s bedside.

• Oxygen Flow Meter:
  Accurately controls and measures oxygen flow to patients.

• Suction Venturi:
  Provides efficient suction for medical procedures requiring negative pressure.

• Vacuum Regulator:
  Maintains consistent vacuum pressure for various clinical applications.

• Area Control Unit (ACU):
  Monitors and manages medical gas and vacuum pressures for specific hospital zones or departments.

Medical Gas Department Units

• Medical Air System:
  Supplies clean, dry, and oil-free compressed air for patient ventilation and surgical instruments.

• Vacuum Unit:
  Creates and maintains the negative pressure required for suction and other procedures.

• AGSS Unit (Anesthetic Gas Scavenging System):
  Safely removes waste anesthetic gases from the operating area, ensuring a clean and safe environment.

Area Control Unit Overview

The Area Control Unit (ACU) is designed to monitor and regulate medical gas and vacuum pressures for individual hospital departments. It integrates consumption monitoring and alarm management features, enabling real-time oversight, efficient gas usage, and enhanced safety across the facility.