Introduction EKC-1 microbial planktonic bacteria sampler is an efficient porous inhaled puffball sampler. It is based on the theory of isokinetic sampling design, sampling directly collect the head and mouth clean room wind speed and wind speed are basically the same, to more accurately reflect the concentration of microorganisms in the clean room. Sampling with puffball air speed through the porous, uniformly impinge on a Petri dish of agar surface; these living microorganisms in the agar surface to obtain a uniform and adequate nutrition, in the training process, fast dynamic rehydration takes place, the high-speed growth thus faster result. Feature The instrument design is reasonable, stable performance, easy operation, its main performance indicators have reached the advanced level of similar foreign equipment. Is the pharmaceutical companies, medical device sector for the implementation and monitoring of GMP Article 15 on the "clean room (area) number of air microbes" were "regularly monitored" the ideal instrument. Technical Parameters Sampling flow: 100L / min. Constant flow sampling can be set from 1 ~ 9999L. Regular sampling from 1 ~ 9999min, can be arbitrarily set Use standard generic dish Φ90 * 15 Sampling head for countless micropores microbial agar surface evenly distributed, reducing the puffball overlap, reducing the microbial count errors. Sampling head opening velocity: 0.38m / s wind speed and the clean room is basically the same (isokinetic sampling). Power Supply: AC and DC, rechargeable battery DC7.4V, Ambient temperature: 10--35 ℃, Relative humidity: 10--90% RH, Atmospheric pressure: 80-110kPa, Maximum wind speed: 1m / s, The maximum dust concentration: 100 million / m³ 0.5μm or 0.2mg / m
Introduction EKC-1 microbial planktonic bacteria sampler is an efficient porous inhaled puffball sampler. It is based on the theory of isokinetic sampling design, sampling directly collect the head and mouth clean room wind speed and wind speed are basically the same, to more accurately reflect the concentration of microorganisms in the clean room. Sampling with puffball air speed through the porous, uniformly impinge on a Petri dish of agar surface; these living microorganisms in the agar surface to obtain a uniform and adequate nutrition, in the training process, fast dynamic rehydration takes place, the high-speed growth thus faster result.
