Heat and Moisture Exchanger with Filter Thermovent 23 mg at 34 C for 500 mL Tidal Volume 18 mg at 34 degree C for 1000 mL Tidal Volume 1.0 hPa at 0.5 L per Second 2.5 hPa at 1.0 L per Second 4.0 hPa at 1.5 L per Second 002865
Heat and Moisture Exchanger with Filter Thermovent 23 mg at 34 C for 500 mL Tidal Volume 18 mg at 34 degree C for 1000 mL Tidal Volume 1.0 hPa at 0.5 L per Second 2.5 hPa at 1.0 L per Second 4.0 hPa at 1.5 L per Second 002865
Heat and Moisture Exchanger with Filter Thermovent 23 mg at 34 C for 500 mL Tidal Volume 18 mg at 34 degree C for 1000 mL Tidal Volume 1.0 hPa at 0.5 L per Second 2.5 hPa at 1.0 L per Second 4.0 hPa at 1.5 L per Second 002865
Heat and Moisture Exchanger with Filter Thermovent 23 mg at 34 C for 500 mL Tidal Volume 18 mg at 34 degree C for 1000 mL Tidal Volume 1.0 hPa at 0.5 L per Second 2.5 hPa at 1.0 L per Second 4.0 hPa at 1.5 L per Second 002865
Heat and Moisture Exchanger with Filter Thermovent 23 mg at 34 C for 500 mL Tidal Volume 18 mg at 34 degree C for 1000 mL Tidal Volume 1.0 hPa at 0.5 L per Second 2.5 hPa at 1.0 L per Second 4.0 hPa at 1.5 L per Second 002865
Heat and Moisture Exchanger with Filter Thermovent 23 mg at 34 C for 500 mL Tidal Volume 18 mg at 34 degree C for 1000 mL Tidal Volume 1.0 hPa at 0.5 L per Second 2.5 hPa at 1.0 L per Second 4.0 hPa at 1.5 L per Second 002865
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$61.13
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Item No:
455503
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Material:
Open-cell Foam with Electrostatically Charged Polypropylene Media Type
Resistance:
1.0 hPa at 0.5 L per Second, 2.5 hPa at 1.0 L per Second, 4.0 hPa at 1.5 L per Second
Order # 455503_CS Manufacturer # 002865 Brand Thermovent??? Manufacturer Smiths Medical. Application Heat and Moisture Exchanger with Filter.
Material: Open-cell Foam with Electrostatically Charged Polypropylene Media Type
Resistance: 1.0 hPa at 0.5 L per Second, 2.5 hPa at 1.0 L per Second, 4.0 hPa at 1.5 L per Second
Sterility: NonSterile
With filter
23 mg at 34??? C for 500 mL Tidal Volume, 18 mg at 34??? C for 1000 mL Tidal Volume 1.0 hPa at 0.5 L per Second, 2.5 hPa at 1.0 L per Second, 4.0 hPa at 1.5 L per Second
Heat and passive humidification with filtration between patient and circuit