ndd EasyOne Flow Tube for EasyOne Air肺活量计

Technical Printing optionsDirect to printer or with EasyOne Connect software Data managementEasyOne Connect ExportHL7, XML, GDT, with software Data linksUSB, Bluetooth Test storageUp to 10‘000 tests Age rangeSpirometry > 4 years Dimensions87 x 155 x 36 mm (H x B x T), 356 g
3.4 x 6.1 x 1.4‘‘ (H x W x D), 13 oz Device classificationType BF applied part Operating conditionsTemp 0 - 40 °C/ 32 - 104 °F
Rel. Humidity 5 - 90%
Athmosph. Pressure 700 - 1060 hPa Power supply5 VDC, Standby 0.3W Rechargeable batteryExchangeable, 3.6 VDC Parameters FVCBEV, EOTV, FEF10, FEF25, FEF 2575, FEF2575/FVC, FEF40, FEF50, FEF50/FVC, FEF60, FEF75, FEF80, FET, FET2575, FEV.25, FEV.5, FEV.5/FVC, FEV.75, FEV.75/FVC, FEV1, FEV1/FEV6, FEV1/FVC, FEV3, FEV3/FVC, FEV6, FVC, MEF20, MEF25, MEF40, MEF50, MEF60, MEF75, EF90, MMEF, PEF, PEFT, t₀ FVLBEV, EOTV, FEF10, FEF25, FEF 2575, FEF2575/FVC, FEF40, FEF50, FEF50/FVC, FEF60, FEF75, FEF80, FET, FET2575, FEV.25, FEV.5, FEV.5/FVC, FEV.75, FEV.75/FVC, FEV1, FEV1/FEV6, FEV1/FIV1, FEV1/FVC, FEV3, FEV3/FVC, FEV6, FIF25, FIF50, FIF50/FEF50, FIF75, FIV.25, FIV.5, FIV1, FVC, MEF20, MEF25, MEF40, MEF50, MEF60, MEF75, MEF90, MIF25, MIF50, MIF75, MMEF, PEF, PEFT, t₀ SVCERV, IC, IRV, Rf, VC, VCex, VCin, VCmax, VT MVVMVV, MVV6, MVVtime, VT Predicted Normal Values GLIStanojevic 2009, Quanjer 2012 North AmericaNHANES III (Hankinson) 1999, Knudson 1983, Knudson 1976, Crapo 1981, Morris 1971 & 1976, Hsu 1979, Dockery (Harvard) 1993, Polgar 1971, Gutierrez (Canada) 2004, Eigen 2001 Latin AmericaPereira 1992, Perreira 2006 & 2008, Pérez-Padilla (PLATINO) 2006, Pérez-Padilla (Mexico) 2001, Pérez-Padilla (Mexico, Pediatrics) 2003, Chile 2010, Chile (Pediatrics) 1997 EuropeERS (ECCS, EGKS, Quanjer) 1993, Zapletal 1977, Zapletal 2003, Rosenthal 1993, Austria 1988, Austria 1994, Sapaldia (Switzerland) 1996, Roca (Spain, SEPAR) 1982, Garcia-Rio (SEPAR) 2013, Vilozni 2005, Falaschetti 2004, Klement (Russia) 1986 Europe ScandinaviaHedenström 1985 & 1986, Gulsvik (Norway) 1985, Berglund Birath (Sweden) 1963, Langhammer (Norway) 2001, Finnish 1982 (1998), Nystad 2002 AustraliaHibbert 1989, Gore Crockett 1995 AsiaChhabra (India) 2014, Dejsomritrutai (Thailand) 2000, Indonesia 1992, IP (China, HongKong) 2000 & 2006, JRS 2001 & 2014 AfricaEthiopia 1985 Flow & Volume Sensor TypeUltrasonic transit time Flow Range± 16 L/s Flow Resolution4 mL/s Flow Accuracy (except PEF)± 2% or 0.020 L/s PEF Accuracy± 5% or 0.200 L/s MVV Accuracy± 5% or 5 L/min Volume Range± 12 L Volume Resolution1 mL Volume Accuracy± 2% or 0.050 L Resistance0.3 cm H₂0/L/s at 16 L/s Standards & Recommendations Quality, Medical Devices & ElectricalISO 13485 , ISO 14971, IEC 62366 , IEC 62304 , ISO 26782, ISO 3747 ,IEC 60601-1, IEC 60601-2, ISO 10993-1 FDA510(k) clearance Associations & InstitutesATS/ ERS 2005, NIOSH, OSHA Languages English, French, German, Spanish ">

Technical Printing optionsDirect to printer or with EasyOne Connect software Data managementEasyOne Connect ExportHL7, XML, GDT, with software Data linksUSB, Bluetooth Test storageUp to 10‘000 tests Age rangeSpirometry > 4 years Dimensions87 x 155 x 36 mm (H x B x T), 356 g
3.4 x 6.1 x 1.4‘‘ (H x W x D), 13 oz Device classificationType BF applied part Operating conditionsTemp 0 - 40 °C/ 32 - 104 °F
Rel. Humidity 5 - 90%
Athmosph. Pressure 700 - 1060 hPa Power supply5 VDC, Standby 0.3W Rechargeable batteryExchangeable, 3.6 VDC Parameters FVCBEV, EOTV, FEF10, FEF25, FEF 2575, FEF2575/FVC, FEF40, FEF50, FEF50/FVC, FEF60, FEF75, FEF80, FET, FET2575, FEV.25, FEV.5, FEV.5/FVC, FEV.75, FEV.75/FVC, FEV1, FEV1/FEV6, FEV1/FVC, FEV3, FEV3/FVC, FEV6, FVC, MEF20, MEF25, MEF40, MEF50, MEF60, MEF75, EF90, MMEF, PEF, PEFT, t₀ FVLBEV, EOTV, FEF10, FEF25, FEF 2575, FEF2575/FVC, FEF40, FEF50, FEF50/FVC, FEF60, FEF75, FEF80, FET, FET2575, FEV.25, FEV.5, FEV.5/FVC, FEV.75, FEV.75/FVC, FEV1, FEV1/FEV6, FEV1/FIV1, FEV1/FVC, FEV3, FEV3/FVC, FEV6, FIF25, FIF50, FIF50/FEF50, FIF75, FIV.25, FIV.5, FIV1, FVC, MEF20, MEF25, MEF40, MEF50, MEF60, MEF75, MEF90, MIF25, MIF50, MIF75, MMEF, PEF, PEFT, t₀ SVCERV, IC, IRV, Rf, VC, VCex, VCin, VCmax, VT MVVMVV, MVV6, MVVtime, VT Predicted Normal Values GLIStanojevic 2009, Quanjer 2012 North AmericaNHANES III (Hankinson) 1999, Knudson 1983, Knudson 1976, Crapo 1981, Morris 1971 & 1976, Hsu 1979, Dockery (Harvard) 1993, Polgar 1971, Gutierrez (Canada) 2004, Eigen 2001 Latin AmericaPereira 1992, Perreira 2006 & 2008, Pérez-Padilla (PLATINO) 2006, Pérez-Padilla (Mexico) 2001, Pérez-Padilla (Mexico, Pediatrics) 2003, Chile 2010, Chile (Pediatrics) 1997 EuropeERS (ECCS, EGKS, Quanjer) 1993, Zapletal 1977, Zapletal 2003, Rosenthal 1993, Austria 1988, Austria 1994, Sapaldia (Switzerland) 1996, Roca (Spain, SEPAR) 1982, Garcia-Rio (SEPAR) 2013, Vilozni 2005, Falaschetti 2004, Klement (Russia) 1986 Europe ScandinaviaHedenström 1985 & 1986, Gulsvik (Norway) 1985, Berglund Birath (Sweden) 1963, Langhammer (Norway) 2001, Finnish 1982 (1998), Nystad 2002 AustraliaHibbert 1989, Gore Crockett 1995 AsiaChhabra (India) 2014, Dejsomritrutai (Thailand) 2000, Indonesia 1992, IP (China, HongKong) 2000 & 2006, JRS 2001 & 2014 AfricaEthiopia 1985 Flow & Volume Sensor TypeUltrasonic transit time Flow Range± 16 L/s Flow Resolution4 mL/s Flow Accuracy (except PEF)± 2% or 0.020 L/s PEF Accuracy± 5% or 0.200 L/s MVV Accuracy± 5% or 5 L/min Volume Range± 12 L Volume Resolution1 mL Volume Accuracy± 2% or 0.050 L Resistance0.3 cm H₂0/L/s at 16 L/s Standards & Recommendations Quality, Medical Devices & ElectricalISO 13485 , ISO 14971, IEC 62366 , IEC 62304 , ISO 26782, ISO 3747 ,IEC 60601-1, IEC 60601-2, ISO 10993-1 FDA510(k) clearance Associations & InstitutesATS/ ERS 2005, NIOSH, OSHA Languages English, French, German, Spanish ">