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OEM#: 1504-8505-000New OEM Original Outright
FREE BREATHING VALVE AND MOPV INTERFACE by Datex-Ohmeda
Your price:
$244.40 eachEstimated to ship by 11/26 if ordered before 4:00 PM EST
OEM#: 1504-8505-000FREE BREATHING VALVE AND MOPV INTERFACE by Datex-Ohmeda
New OEM Original Outright
Your price:
$244.40 each
Estimated to ship by 11/26 if ordered before 4:00 PM EST
Asset Information
Drop Shipped From GE - Not For Export Out Of US
ADD TO LIST
Product Overview
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.
Features
- Does not require significant maintenance
- Minute amount of lubrication is sufficient
- Robust and strong
- Clean manifold, free of defects
Technical Specs
P/N: 1504-8505-000 Key Specs
Item
FREE BREATHING VALVE AND MOPV INTERFACE
OEM
Datex-Ohmeda
OEM #
1504-8505-000
Condition
New OEM Original
Returnable
No
Warranty
90 Day
Equivalents
Fitments
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.
- 1504-8505-000: GE Healthcare: Canonical Redirect
- Datex-Ohmeda
- AISYS CARESTATION
Product Overview
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.
Features
- Does not require significant maintenance
- Minute amount of lubrication is sufficient
- Robust and strong
- Clean manifold, free of defects
Technical Specs
P/N: 1504-8505-000 Key Specs
Item
FREE BREATHING VALVE AND MOPV INTERFACE
OEM
Datex-Ohmeda
OEM #
1504-8505-000
Condition
New OEM Original
Returnable
No
Warranty
90 Day
Equivalents
Fitments
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.
- 1504-8505-000: GE Healthcare: Canonical Redirect
- Datex-Ohmeda
- AISYS CARESTATION
Product Overview
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.
Features
- Does not require significant maintenance
- Minute amount of lubrication is sufficient
- Robust and strong
- Clean manifold, free of defects
How can we
improve our item listing
?Technical Specs
P/N: 1504-8505-000 Key Specs
Item
FREE BREATHING VALVE AND MOPV INTERFACE
OEM
Datex-Ohmeda
OEM #
1504-8505-000
Condition
New OEM Original
Returnable
No
Warranty
90 Day
Equivalents
Fitments
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.
- 1504-8505-000: GE Healthcare: Canonical Redirect
- Datex-Ohmeda
- AISYS CARESTATION