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Most military aircraft operate at altitudes which require the provision of supplementary oxygen to the aircrew members either during normal operations or in emergencies. Such systems comprise an oxygen source and equipment to deliver the oxygen to the aircrew at the appropriate pressures and flowrates consistent with their altitude exposure and physiological needs.
Carleton has the capability to design, develop, and manufacture all of the hardware required in such systems ranging from liquid oxygen converters to high pressure reducers to the demand breathing regulators worn by aircrew on their chests or mounted within panels in the cockpit. Carleton also manufactures the backup oxygen systems required when the primary oxygen supply fails as well as the emergency oxygen systems provided within the aircraft ejection seats to provide oxygen to aircrew after their emergency departure from the aircraft.
Other Carleton life support products include HALO/HAHO Parachutist Oxygen Equipment and oxygen systems used as supplemental oxygen for helicopter crews, for treating decompression sickness and for treating patients in austere and rugged environments.
Below is an example of a typical aircraft oxygen supply system.
Products
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The CRU-103 Oxygen Regulator (part number F241-2300-5) regulates oxygen to an aircrew member during flight. The regulator is a chest mounted device that accounts for changes in altitude and G-levels as encountered by the user.
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The CRU-121/A is a positive pressure 100% oxygen regulator. It is designed to supply 0.0 - 2.0 in. H2O nominal pressure and 3.0 - 5.0 in. H2O in an emergency situation, up to an altitude ceiling of 40,000 ft.
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Carleton's B44560-1 Chest-Mounted Diluter Demand Regulator (CMDDR) design is based on our CRU-103 regulator. This regulator can supply 100% oxygen or oxygen
diluted with air as selected by the user.
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Carleton's B45474-1 Passenger Oxygen System (POS) is designed to supply 100% oxygen to various users including passengers, paratroopers and the medical community.
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Aircraft Emergency Oxygen Systems (EOS) provide a source of gaseous breathing oxygen to aircrew members upon failure of the primary system.
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Carleton's B40831-1 oxygen manifold and check valve assembly is an integral component in military aircraft oxygen life support systems.
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Carleton's survival kit is a multifunctional safety system designed for use in legacy aircraft, including the U-2, B-52, F-5 and F-4 aircraft. The survival kit is designed to protect aircrew members in both land and sea ejection environments.
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