FREE BREATHING VALVE AND MOPV INTERFACE MANIFOLD FOR BREATHING CIRCUIT GAS by Datex-Ohmeda
OEM#: 1504-8505-000FREE BREATHING VALVE AND MOPV INTERFACE MANIFOLD FOR BREATHING CIRCUIT GAS by Datex-Ohmeda
Drop Shipped From GE - Not For Export Out Of US
The Free Breathing Valve and Mechanical Overpressure Valve (MOPV) are provided as parts of the vent engine of the Breathing Circuit Gas (BCG) of a ventilator. The drive gas (O₂ or air) enters the vent engine at a pressure towards the bellows assembly. The ventilator is programmed to supply a specified number of breaths per minute to the patient at a specified pressure. Hence pressure is regulated by a pressure regulator, inspiratory flow control valve and MOPV. MOPVACts as a pressure limit control at third level. It is a redundant mechanical valve and operates irrespective of electrical power. The free breathing valve permits the patient to inhale if patient needs a breath in between the programmed cycles thus ensuring that he/she can spontaneously breathe. It is closed upon mechanical inspiration. The underside of vent engine contains MOPV and free breathing valve interface manifold along with a flapper valve placed in the seat of breathing valve and sealed by O-ring. The manifold forms a mechanical driving force for gases to enter the bellows assembly in a controlled condition.
- Does not require significant maintenance
- Minute amount of lubrication is sufficient
- Robust and strong
- Clean manifold, free of defects
The Free Breathing Valve and Mechanical Overpressure Valve (MOPV) are provided as parts of the vent engine of the Breathing Circuit Gas (BCG) of a ventilator. The drive gas (O₂ or air) enters the vent engine at a pressure towards the bellows assembly. The ventilator is programmed to supply a specified number of breaths per minute to the patient at a specified pressure. Hence pressure is regulated by a pressure regulator, inspiratory flow control valve and MOPV. MOPVACts as a pressure limit control at third level. It is a redundant mechanical valve and operates irrespective of electrical power. The free breathing valve permits the patient to inhale if patient needs a breath in between the programmed cycles thus ensuring that he/she can spontaneously breathe. It is closed upon mechanical inspiration. The underside of vent engine contains MOPV and free breathing valve interface manifold along with a flapper valve placed in the seat of breathing valve and sealed by O-ring. The manifold forms a mechanical driving force for gases to enter the bellows assembly in a controlled condition.
- Datex-Ohmeda
- AISYS CARESTATION
The Free Breathing Valve and Mechanical Overpressure Valve (MOPV) are provided as parts of the vent engine of the Breathing Circuit Gas (BCG) of a ventilator. The drive gas (O₂ or air) enters the vent engine at a pressure towards the bellows assembly. The ventilator is programmed to supply a specified number of breaths per minute to the patient at a specified pressure. Hence pressure is regulated by a pressure regulator, inspiratory flow control valve and MOPV. MOPVACts as a pressure limit control at third level. It is a redundant mechanical valve and operates irrespective of electrical power. The free breathing valve permits the patient to inhale if patient needs a breath in between the programmed cycles thus ensuring that he/she can spontaneously breathe. It is closed upon mechanical inspiration. The underside of vent engine contains MOPV and free breathing valve interface manifold along with a flapper valve placed in the seat of breathing valve and sealed by O-ring. The manifold forms a mechanical driving force for gases to enter the bellows assembly in a controlled condition.
- Does not require significant maintenance
- Minute amount of lubrication is sufficient
- Robust and strong
- Clean manifold, free of defects
The Free Breathing Valve and Mechanical Overpressure Valve (MOPV) are provided as parts of the vent engine of the Breathing Circuit Gas (BCG) of a ventilator. The drive gas (O₂ or air) enters the vent engine at a pressure towards the bellows assembly. The ventilator is programmed to supply a specified number of breaths per minute to the patient at a specified pressure. Hence pressure is regulated by a pressure regulator, inspiratory flow control valve and MOPV. MOPVACts as a pressure limit control at third level. It is a redundant mechanical valve and operates irrespective of electrical power. The free breathing valve permits the patient to inhale if patient needs a breath in between the programmed cycles thus ensuring that he/she can spontaneously breathe. It is closed upon mechanical inspiration. The underside of vent engine contains MOPV and free breathing valve interface manifold along with a flapper valve placed in the seat of breathing valve and sealed by O-ring. The manifold forms a mechanical driving force for gases to enter the bellows assembly in a controlled condition.
- Datex-Ohmeda
- AISYS CARESTATION
The Free Breathing Valve and Mechanical Overpressure Valve (MOPV) are provided as parts of the vent engine of the Breathing Circuit Gas (BCG) of a ventilator. The drive gas (O₂ or air) enters the vent engine at a pressure towards the bellows assembly. The ventilator is programmed to supply a specified number of breaths per minute to the patient at a specified pressure. Hence pressure is regulated by a pressure regulator, inspiratory flow control valve and MOPV. MOPVACts as a pressure limit control at third level. It is a redundant mechanical valve and operates irrespective of electrical power. The free breathing valve permits the patient to inhale if patient needs a breath in between the programmed cycles thus ensuring that he/she can spontaneously breathe. It is closed upon mechanical inspiration. The underside of vent engine contains MOPV and free breathing valve interface manifold along with a flapper valve placed in the seat of breathing valve and sealed by O-ring. The manifold forms a mechanical driving force for gases to enter the bellows assembly in a controlled condition.
- Does not require significant maintenance
- Minute amount of lubrication is sufficient
- Robust and strong
- Clean manifold, free of defects
The Free Breathing Valve and Mechanical Overpressure Valve (MOPV) are provided as parts of the vent engine of the Breathing Circuit Gas (BCG) of a ventilator. The drive gas (O₂ or air) enters the vent engine at a pressure towards the bellows assembly. The ventilator is programmed to supply a specified number of breaths per minute to the patient at a specified pressure. Hence pressure is regulated by a pressure regulator, inspiratory flow control valve and MOPV. MOPVACts as a pressure limit control at third level. It is a redundant mechanical valve and operates irrespective of electrical power. The free breathing valve permits the patient to inhale if patient needs a breath in between the programmed cycles thus ensuring that he/she can spontaneously breathe. It is closed upon mechanical inspiration. The underside of vent engine contains MOPV and free breathing valve interface manifold along with a flapper valve placed in the seat of breathing valve and sealed by O-ring. The manifold forms a mechanical driving force for gases to enter the bellows assembly in a controlled condition.
- Datex-Ohmeda
- AISYS CARESTATION