The manifold header & rack system provides a continuous medical gas supply from high-pressure cylinder banks with reliable regulators. It meets HTM 02-01, HTM 2022, and ISOO7396-1 standards, ensuring global compliance and reliability.
Compliance
Modular design
With a modular design, the system allows easy expansion and customization. It supports various configurations, such as wall-mounted, free-standing, or double-stacked, to meet the facility's growing needs.
Enhanced safety
The system, featuring non-return valves and halogen-free materials, prevents gas backflow in high-pressure applications. These safety measures ensure operational integrity and patient safety.
Key Features
Each tailpipe connection includes non-return valves, providing an additional layer of safety by preventing gas backflow. This feature is essential for maintaining a secure and reliable medical gas delivery system.
The manifold header & rack system can be installed in various configurations, including corner installations and double-stacked arrangements. This flexibility allows for optimal use of space and adapts to different room layouts, ensuring a versatile solution for any healthcare environment.
Utilizing halogen-free polymers and elastomers for components subjected to high pressure, along with metallic seats and ceramic balls in non-return valves, the system is designed for durability and reliability. This construction ensures long-lasting performance and safety.
The manifold header system is CE marked, ensuring it meets European safety, health, and environmental protection standards. Compliance with HTM and ISO standards further underscores the system’s reliability and quality, making it a trusted choice for healthcare facilities worldwide.
The system provides a wide range of header pipe rail kits for different gases, including Oxygen, Nitrous Oxide, Entonox, Medical Air, Nitrogen, and Carbon Dioxide. This variety allows for tailored solutions to meet specific medical gas requirements, ensuring all necessary gases are efficiently managed.