Handheld Capnograph and Oximeter Capno-H
$66.11
$110.4
Description Features of Kingst Handheld Capnograph and Oximeter Capno-H Certification – With FDA certification, CE certification, 1SO9000 certification, the product conforms to RoHS, ETCO2 module conforms to FDA certification Compact and Lightweight – 3.5 inch LCD display, 380g weight Technique – Using non-scattering infrared gas analysis technology Unit – kpa, %, mmHg Air pump flow – The air pump flow is adjustable, its range: 50cc/min—250cc/min Safety – Patented filter to ensure continuous machine work without obstacles Specifications AC Input 100V – 240V, 50Hz/60 Hz to 5VDC Adapter with 5V type-CUSB adapter Cable. Optional Vehicle 12V to 5V Type-CUSB Charger Lead. Battery Built-in rechargeable lithium battery pack (3.7V, 3500mAH) Temperature 5 to 40 ℃ Humidity 30-75% Atmospheric pressure 86~106kpa EtCO2/FiCO2 Range 0~150mmHg Accuracy ±2mmHg for CO2 range 0 – 40mmHg; ±5% for CO2 range from 41 – 70mmHg; ±8% for CO2 range from 71 – 100mmHg; Over 100mmHg ±10% Respiration Rate Range 3~150 breaths/minute Accuracy ±1% of reading or ±1 rpm whichever is greater Size 72 x 155 x 38mm (W x H x D) Weight Weight on Airway ETT/LMA<25g. Monitor 380g Display size 3.5 inches Application Scenarios of Kingst Handheld Capnograph and Oximeter Capno-H Two modes are available: sidestream and mainstream. Capno-H can simultaneously measure blood oxygen saturation, pulse rate, ETCO2 and respiratory rate. Its lithium battery can support continuous work at full load for more than 10 hours; Capno-H is available for short and long-term monitoring of adults, pediatrics, and infants. It is ready to use after power on and no need to calibrate. Capno-H has automatic atmospheric pressure compensation that can provide accurate monitoring whether in plateau or helicopter rescue. With selected interference gas, pulmonary pressure and body temperature compensation to achieve the higher precision. With simple maintenance and sturdy structure, Capno-H is suitable for various harsh environments.
Anesthesiology