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Oxygen Regulator Flowmeter 0-25 LPM 320 Grams, Inlet Pressure: 20,000 Kpa @ 15C Each. Each
Oxygen Regulator Flowmeter 0-25 LPM 320 Grams, Inlet Pressure: 20,000 Kpa @ 15ºC. Maximum Outlet Pressure: 400 Kpa. Inlet: Pin Indexed Yoke. Flow Settings (LPM) - 25, .5, 1, 2, 3, 4, 6, 8, 10, 15, 25. Maximum Outlet Pressure: 400 Kpa. The lightweight compact combined regulator and flowmeter offers a superior product for the mobile home therapy patient or the emergency care kit. Features:
All brass high pressure interior design for the oxygen flow path. Accurate flows.
Gas specific inlet to the Australian Standards. Safety relief valve is built in to the regulator to protect staff and patients in the event of high pressure failures.
All brass high pressure interior design for the oxygen flow path. Accurate flows.
Gas specific inlet to the Australian Standards. Safety relief valve is built in to the regulator to protect staff and patients in the event of high pressure failures.
$261.73
Oxygen Regulator Flowmeter 0-25 LPM 320 Grams, Inlet Pressure: 20,000 Kpa @ 15C Each. Each—
$261.73
Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Oxygen Regulator Flowmeter 0-25 LPM 320 Grams, Inlet Pressure: 20,000 Kpa @ 15ºC. Maximum Outlet Pressure: 400 Kpa. Inlet: Pin Indexed Yoke. Flow Settings (LPM) - 25, .5, 1, 2, 3, 4, 6, 8, 10, 15, 25. Maximum Outlet Pressure: 400 Kpa. The lightweight compact combined regulator and flowmeter offers a superior product for the mobile home therapy patient or the emergency care kit. Features:
All brass high pressure interior design for the oxygen flow path. Accurate flows.
Gas specific inlet to the Australian Standards. Safety relief valve is built in to the regulator to protect staff and patients in the event of high pressure failures.
All brass high pressure interior design for the oxygen flow path. Accurate flows.
Gas specific inlet to the Australian Standards. Safety relief valve is built in to the regulator to protect staff and patients in the event of high pressure failures.
