Systems used in hospitals include oxygen plants, medical air4 plants, nitrogen oxide plants, carbon dioxide plants, nitrogen plants and their ramp systems. Manifold systems have high pressure coming from the tubes: 200 bar for Turkey, 300 bar for Germany, or 150 bar for filling tubes, cylinders . It is the control panel that reduces the high pressure coming from the cylinders to 8 bar or 7 bar through the first regulators and to the system pressure of oxygen accordance with MDD 93/42/EEC and HTM 02-01 standards 5 bar and nitrogen oxide accordance with MDD 93/42/EEC and HTM 02-01 standards 5 bar with the second regulators. These control panels are used in hospitals with 2 redundant systems. Medical Gas cylinders are connected to manifold systems as right and left ramps. Tubes(Cylinders) ramps can be designed as 5 tubes(Cylinders), 10 tubes(Cylinders), 20 tubes(Cylinders), 30 tubes(Cylinders), 40 tubes(Cylinders) ramps that can be changed according to the quantity.

Manifold systems are central gas control panels used in hospitals to regulate high-pressure oxygen, nitrous oxide, carbon dioxide, and medical air supplies. They reduce cylinder pressure from 200 or 300 bar to usable levels such as 5 or 8 bar, compliant with HTM 02-01 and MDD 93/42/EEC.

Each system includes dual high and low-pressure regulators, solenoid valves, bypass valves, and flexible copper whips. In emergencies, the solenoid system activates both ramps to double gas supply capacity. Manifold systems support real-time control via RJ 485 or WiFi and ensure continuity with redundant cylinder ramps on the left and right.

They are equipped with 12 service valves for maintenance without interrupting gas flow. The regulator flow rates range from 50 to 600 m3/h. Safety features include normally open solenoids, high-pressure-rated copper lines, and corrosion-resistant fittings. Manifold systems can operate as primary or backup sources, integrated with alarms and central control systems for medical gas infrastructure.