PORT ASSEMBLY FOR BREATHING CIRCUIT GAS by Datex-Ohmeda
OEM#: 2071007-001-SPORT ASSEMBLY FOR BREATHING CIRCUIT GAS by Datex-Ohmeda
Drop Shipped From GE - Not For Export Out Of US
The Port Assembly Breathing Circuit Gas is a part used in an Anesthesia Delivery. Breathing circuits serve as the interface between the patient and machine. Because people breathe in volumetric flow and pressure cycles and anesthesia machines deliver a unidirectional stream of gas, an interface between a person and the anesthesia machine is required. Breathing circuits convert the machine's steady gas output to a flow and pressure cycle that is consonant with the human breathing cycle. The user-adjustable valve that releases gases to a scavenging system. It is used to control the pressure in the breathing system. The APL is provided in main manifold assembly. It releases anesthetic gases into the Anesthetic Gas Scavenging System (AGSS) and sets a pressure limit for manual ventilation in the breathing circuit by means of a diaphragm. The AGSS removes vented anesthetic gases from anesthesia machine in areas like operating rooms to eliminate the possible long-term health hazards for the exposed medical staff. The APL is seated on the seal which is flexible and tensile. The gases flow from the patient to the scavenging system through the APL valve where pressure is regularly fluctuated.
- High tear strength and temperature resistance
- High stiffness and hardness
- Fully cured and durable
- High flexibility and tensile strength
The Port Assembly Breathing Circuit Gas is a part used in an Anesthesia Delivery. Breathing circuits serve as the interface between the patient and machine. Because people breathe in volumetric flow and pressure cycles and anesthesia machines deliver a unidirectional stream of gas, an interface between a person and the anesthesia machine is required. Breathing circuits convert the machine's steady gas output to a flow and pressure cycle that is consonant with the human breathing cycle. The user-adjustable valve that releases gases to a scavenging system. It is used to control the pressure in the breathing system. The APL is provided in main manifold assembly. It releases anesthetic gases into the Anesthetic Gas Scavenging System (AGSS) and sets a pressure limit for manual ventilation in the breathing circuit by means of a diaphragm. The AGSS removes vented anesthetic gases from anesthesia machine in areas like operating rooms to eliminate the possible long-term health hazards for the exposed medical staff. The APL is seated on the seal which is flexible and tensile. The gases flow from the patient to the scavenging system through the APL valve where pressure is regularly fluctuated.
The Port Assembly Breathing Circuit Gas is a part used in an Anesthesia Delivery. Breathing circuits serve as the interface between the patient and machine. Because people breathe in volumetric flow and pressure cycles and anesthesia machines deliver a unidirectional stream of gas, an interface between a person and the anesthesia machine is required. Breathing circuits convert the machine's steady gas output to a flow and pressure cycle that is consonant with the human breathing cycle. The user-adjustable valve that releases gases to a scavenging system. It is used to control the pressure in the breathing system. The APL is provided in main manifold assembly. It releases anesthetic gases into the Anesthetic Gas Scavenging System (AGSS) and sets a pressure limit for manual ventilation in the breathing circuit by means of a diaphragm. The AGSS removes vented anesthetic gases from anesthesia machine in areas like operating rooms to eliminate the possible long-term health hazards for the exposed medical staff. The APL is seated on the seal which is flexible and tensile. The gases flow from the patient to the scavenging system through the APL valve where pressure is regularly fluctuated.
- High tear strength and temperature resistance
- High stiffness and hardness
- Fully cured and durable
- High flexibility and tensile strength
The Port Assembly Breathing Circuit Gas is a part used in an Anesthesia Delivery. Breathing circuits serve as the interface between the patient and machine. Because people breathe in volumetric flow and pressure cycles and anesthesia machines deliver a unidirectional stream of gas, an interface between a person and the anesthesia machine is required. Breathing circuits convert the machine's steady gas output to a flow and pressure cycle that is consonant with the human breathing cycle. The user-adjustable valve that releases gases to a scavenging system. It is used to control the pressure in the breathing system. The APL is provided in main manifold assembly. It releases anesthetic gases into the Anesthetic Gas Scavenging System (AGSS) and sets a pressure limit for manual ventilation in the breathing circuit by means of a diaphragm. The AGSS removes vented anesthetic gases from anesthesia machine in areas like operating rooms to eliminate the possible long-term health hazards for the exposed medical staff. The APL is seated on the seal which is flexible and tensile. The gases flow from the patient to the scavenging system through the APL valve where pressure is regularly fluctuated.
The Port Assembly Breathing Circuit Gas is a part used in an Anesthesia Delivery. Breathing circuits serve as the interface between the patient and machine. Because people breathe in volumetric flow and pressure cycles and anesthesia machines deliver a unidirectional stream of gas, an interface between a person and the anesthesia machine is required. Breathing circuits convert the machine's steady gas output to a flow and pressure cycle that is consonant with the human breathing cycle. The user-adjustable valve that releases gases to a scavenging system. It is used to control the pressure in the breathing system. The APL is provided in main manifold assembly. It releases anesthetic gases into the Anesthetic Gas Scavenging System (AGSS) and sets a pressure limit for manual ventilation in the breathing circuit by means of a diaphragm. The AGSS removes vented anesthetic gases from anesthesia machine in areas like operating rooms to eliminate the possible long-term health hazards for the exposed medical staff. The APL is seated on the seal which is flexible and tensile. The gases flow from the patient to the scavenging system through the APL valve where pressure is regularly fluctuated.
- High tear strength and temperature resistance
- High stiffness and hardness
- Fully cured and durable
- High flexibility and tensile strength
The Port Assembly Breathing Circuit Gas is a part used in an Anesthesia Delivery. Breathing circuits serve as the interface between the patient and machine. Because people breathe in volumetric flow and pressure cycles and anesthesia machines deliver a unidirectional stream of gas, an interface between a person and the anesthesia machine is required. Breathing circuits convert the machine's steady gas output to a flow and pressure cycle that is consonant with the human breathing cycle. The user-adjustable valve that releases gases to a scavenging system. It is used to control the pressure in the breathing system. The APL is provided in main manifold assembly. It releases anesthetic gases into the Anesthetic Gas Scavenging System (AGSS) and sets a pressure limit for manual ventilation in the breathing circuit by means of a diaphragm. The AGSS removes vented anesthetic gases from anesthesia machine in areas like operating rooms to eliminate the possible long-term health hazards for the exposed medical staff. The APL is seated on the seal which is flexible and tensile. The gases flow from the patient to the scavenging system through the APL valve where pressure is regularly fluctuated.