ZR-1020A Animal Aerosol Exposure Experimental System
Introduction: The ZR-1020A animal aerosol exposure experimental system is a professional experimental device specially designed for CHT (virus inhalation infection system) experiments. The rat chamber interface is evenly distributed outside the exposure chamber, and double-position double operation can be realized, simplifying the experimental process. The internal negative pressure environment provides a guarantee for the safety of the experimenters. It integrates aerosol generation, sampling, air pressure compensation, and oxygen content detection. Features: 1. It integrates gas purification, aerosol generation, sampling, air pressure compensation, and oxygen content detection; 2. Special aerosol sprayer, the flow rate can be set, and the atomization effect is good; 3. The exposure device is made of stainless steel, and the rat cage is made of medical glass, which is convenient for disinfection; 4. Use a peristaltic pump to inject bacterial liquid, and start it after the negative pressure is stable to ensure the atomization effect; 5. Two-way Porten sampling, one of which is negative pressure balance to ensure stable sampling flow; 6. Double display screen, double button operation, improve the operable range; 7. Loss of pressure alarm function to ensure the safety of experimenters; 8. 10-inch Chinese color touch screen; 9. With USB interface and built-in printer, it is convenient for data export and transfer. Technical parameter: Sampling flow: (0～50)℃ Spray particle size: (0.3～3.0)um High efficiency air filter characteristics: Filtration efficiency of particles above 0.3μm ≥99.99% Input power: AC (220±22) V, (50±1) Hz Host weight: about 150kg Host size: (length 1140 × width 1240 × height 1600) mm Power consumption: <500W
Introduction: The ZR-1020A animal aerosol exposure experimental system is a professional experimental device specially designed for CHT (virus inhalation infection system) experiments. The rat chamber interface is evenly distributed outside the exposure chamber, and double-position double operation can be realized, simplifying the experimental process. The internal negative pressure environment provides a guarantee for the safety of the experimenters. It integrates aerosol generation, sampling, air pressure compensation, and oxygen content detection.
