Introduction: ZR-1230 type mask dead space detector is a device that determines the dead space of mask samples by detecting the content of re-inhaled CO2 gas in exhaled CO2 gas. The filtered pure outside air is mixed with a 5% concentration of CO2 gas source to form a gas that simulates breathing. With the help of a breathing simulator, the frequency of normal human breathing is simulated, and the concentration of dead space is measured by detecting the CO2 content in the inhaled air. It can detect various types of masks such as disposable masks, full masks, and half masks. It is suitable for mask manufacturers, medical device inspection centers, safety protection inspection centers, drug inspection centers, disease prevention and control centers, textile inspection centers, etc. detection. Features: Using infrared method to measure CO2, accurate, fast and reliable; Controlled by computer operation, it realizes functions such as data collection, calculation of experimental results, printing of reports (qualification of samples), data storage, and historical data query; Realize large-capacity, real-time data storage; fault, alarm prompt; With the help of the bionic ventilator simulator, the synchronization of breathing simulation and dead space detection can be realized; It can detect various masks or protective masks such as disposable masks, half masks, full masks, etc.; the detection meets the requirements of relevant standards; The equipped USB printer can print self-adhesive paper and label paper containing text, QR code, etc.; Three types of head molds are configured: large, medium and small; Standard fan. Technical parameter: Respiratory rate: 20 beats/min Working power supply: AC (220±22)V, (50±1)Hz Host size: (length 765 × width 543 × height 1520) mm (with head mold) Host weight: about 85kg Power consumption: ≤300W
Introduction: ZR-1230 type mask dead space detector is a device that determines the dead space of mask samples by detecting the content of re-inhaled CO2 gas in exhaled CO2 gas. The filtered pure outside air is mixed with a 5% concentration of CO2 gas source to form a gas that simulates breathing. With the help of a breathing simulator, the frequency of normal human breathing is simulated, and the concentration of dead space is measured by detecting the CO2 content in the inhaled air. It can detect various types of masks such as disposable masks, full masks, and half masks. It is suitable for mask manufacturers, medical device inspection centers, safety protection inspection centers, drug inspection centers, disease prevention and control centers, textile inspection centers, etc. detection.
