OXYGEN FLOW CONTROL VALVE by Datex-Ohmeda
OEM#: 1011-3429-000OXYGEN FLOW CONTROL VALVE by Datex-Ohmeda
Drop Shipped From GE - Not For Export Out Of US
The Flow Control Valve comes as a part of the Alternate Oxygen manifold in Breathing Circuit Gas (BCG) of an anesthesia delivery system. It is used to control the oxygen gas flow through the Medium Pressure Oxygen Service (MPOS) manifold where, pressure is in the range of 50 to 3000 kPa and which, is provided as a part of the unit. The assembly comes into contact with oxygen-enriched gas, a mixture that contains more than 23.5% volume fraction of oxygen. The components are corrosion resistant, despite these conditions and hence it is highly efficient to use in medical environments. The valve consists of a shaft. The clockwise rotation of the flow control shaft reduces the flow. When the shaft is at the minimum stop, the flow from the outlet port is 510-685 mL/min and at the maximum stop, flow is 11.0-12.75 L/min. In and Out ports are permanently identified in position and orientation.
- Does not contain Cadmium (Cd) more than 0.01% by weight and Lead (Pb), Mercury (Hg), Hexavalent Chromium, Poly Brominated Biphenyl (PBB) and Poly Brominated Diphenyl Ethers (PBDE) more than 0.1% by weight
- Cleaned to specified levels of hydrocarbon agents (i.e., oils, grease, etc.), particulates (dust, dirt, lint, fibers, paper, rust, etc.) and other foreign materials on the surface or in the internal passages
- Packaged individually to avoid damage due to rubbing or shifting during transit
- ROHS compliant
- Fast signal transmission
- Good structural design
- Highly insulated
- Made of high quality material
The Flow Control Valve comes as a part of the Alternate Oxygen manifold in Breathing Circuit Gas (BCG) of an anesthesia delivery system. It is used to control the oxygen gas flow through the Medium Pressure Oxygen Service (MPOS) manifold where, pressure is in the range of 50 to 3000 kPa and which, is provided as a part of the unit. The assembly comes into contact with oxygen-enriched gas, a mixture that contains more than 23.5% volume fraction of oxygen. The components are corrosion resistant, despite these conditions and hence it is highly efficient to use in medical environments. The valve consists of a shaft. The clockwise rotation of the flow control shaft reduces the flow. When the shaft is at the minimum stop, the flow from the outlet port is 510-685 mL/min and at the maximum stop, flow is 11.0-12.75 L/min. In and Out ports are permanently identified in position and orientation.
The Flow Control Valve comes as a part of the Alternate Oxygen manifold in Breathing Circuit Gas (BCG) of an anesthesia delivery system. It is used to control the oxygen gas flow through the Medium Pressure Oxygen Service (MPOS) manifold where, pressure is in the range of 50 to 3000 kPa and which, is provided as a part of the unit. The assembly comes into contact with oxygen-enriched gas, a mixture that contains more than 23.5% volume fraction of oxygen. The components are corrosion resistant, despite these conditions and hence it is highly efficient to use in medical environments. The valve consists of a shaft. The clockwise rotation of the flow control shaft reduces the flow. When the shaft is at the minimum stop, the flow from the outlet port is 510-685 mL/min and at the maximum stop, flow is 11.0-12.75 L/min. In and Out ports are permanently identified in position and orientation.
- Does not contain Cadmium (Cd) more than 0.01% by weight and Lead (Pb), Mercury (Hg), Hexavalent Chromium, Poly Brominated Biphenyl (PBB) and Poly Brominated Diphenyl Ethers (PBDE) more than 0.1% by weight
- Cleaned to specified levels of hydrocarbon agents (i.e., oils, grease, etc.), particulates (dust, dirt, lint, fibers, paper, rust, etc.) and other foreign materials on the surface or in the internal passages
- Packaged individually to avoid damage due to rubbing or shifting during transit
- ROHS compliant
- Fast signal transmission
- Good structural design
- Highly insulated
- Made of high quality material
The Flow Control Valve comes as a part of the Alternate Oxygen manifold in Breathing Circuit Gas (BCG) of an anesthesia delivery system. It is used to control the oxygen gas flow through the Medium Pressure Oxygen Service (MPOS) manifold where, pressure is in the range of 50 to 3000 kPa and which, is provided as a part of the unit. The assembly comes into contact with oxygen-enriched gas, a mixture that contains more than 23.5% volume fraction of oxygen. The components are corrosion resistant, despite these conditions and hence it is highly efficient to use in medical environments. The valve consists of a shaft. The clockwise rotation of the flow control shaft reduces the flow. When the shaft is at the minimum stop, the flow from the outlet port is 510-685 mL/min and at the maximum stop, flow is 11.0-12.75 L/min. In and Out ports are permanently identified in position and orientation.
The Flow Control Valve comes as a part of the Alternate Oxygen manifold in Breathing Circuit Gas (BCG) of an anesthesia delivery system. It is used to control the oxygen gas flow through the Medium Pressure Oxygen Service (MPOS) manifold where, pressure is in the range of 50 to 3000 kPa and which, is provided as a part of the unit. The assembly comes into contact with oxygen-enriched gas, a mixture that contains more than 23.5% volume fraction of oxygen. The components are corrosion resistant, despite these conditions and hence it is highly efficient to use in medical environments. The valve consists of a shaft. The clockwise rotation of the flow control shaft reduces the flow. When the shaft is at the minimum stop, the flow from the outlet port is 510-685 mL/min and at the maximum stop, flow is 11.0-12.75 L/min. In and Out ports are permanently identified in position and orientation.
- Does not contain Cadmium (Cd) more than 0.01% by weight and Lead (Pb), Mercury (Hg), Hexavalent Chromium, Poly Brominated Biphenyl (PBB) and Poly Brominated Diphenyl Ethers (PBDE) more than 0.1% by weight
- Cleaned to specified levels of hydrocarbon agents (i.e., oils, grease, etc.), particulates (dust, dirt, lint, fibers, paper, rust, etc.) and other foreign materials on the surface or in the internal passages
- Packaged individually to avoid damage due to rubbing or shifting during transit
- ROHS compliant
- Fast signal transmission
- Good structural design
- Highly insulated
- Made of high quality material
The Flow Control Valve comes as a part of the Alternate Oxygen manifold in Breathing Circuit Gas (BCG) of an anesthesia delivery system. It is used to control the oxygen gas flow through the Medium Pressure Oxygen Service (MPOS) manifold where, pressure is in the range of 50 to 3000 kPa and which, is provided as a part of the unit. The assembly comes into contact with oxygen-enriched gas, a mixture that contains more than 23.5% volume fraction of oxygen. The components are corrosion resistant, despite these conditions and hence it is highly efficient to use in medical environments. The valve consists of a shaft. The clockwise rotation of the flow control shaft reduces the flow. When the shaft is at the minimum stop, the flow from the outlet port is 510-685 mL/min and at the maximum stop, flow is 11.0-12.75 L/min. In and Out ports are permanently identified in position and orientation.