Product introduction: FKC - Ⅲ planktonic bacteria sampler is a highly efficient porous suction decay of collector.It is designed according to the theory of constant speed sampling, and the sampling is direct. The collected headwind speed is basically consistent with the clean indoor air speed, which accurately reflects the concentration of microbes in the clean indoor air.At sampling time, the dust-bearing bacteria air passed through the micropore at a high speed, and were evenly impacted on the AGAR surface in the dish.The collection efficiency of active particles in accordance with ISO14698-1 standard has been greatly improved.The system design optimizes the impact speed and ensures the biological efficiency. It can be widely used in environmental monitoring, labor protection and other places. Product parameters: 1. Sampling flow: 100L/min 2. Sampling mode: three-file design, customizable sampling volume 3. Sampling amount: 10-9999l 4. Sampling delay: 1-60 seconds 5. Collection method: manual 6. Battery: the lithium battery is 16.8v 8.8ah, which can work continuously for 10 hours 7. Weight: 6kg (the whole machine is made of all 316 stainless steel) 8. Plate size: f90*15mm 9. Dimensions: 200*240*160(width * depth * height) 10. Display window: high brightness LCD display screen 11, working environment: temperature: 0-50 ℃, humidity: 10-90% 12. Calibration period: every year Product features: The instrument is controlled by computer board, and the sample of low noise pump is collected, so the operation is simple and the performance is stable. The collection head is made of 316L stainless steel, which is suitable for disinfection in various ways.
Product introduction: FKC - Ⅲ planktonic bacteria sampler is a highly efficient porous suction decay of collector.It is designed according to the theory of constant speed sampling, and the sampling is direct. The collected headwind speed is basically consistent with the clean indoor air speed, which accurately reflects the concentration of microbes in the clean indoor air.At sampling time, the dust-bearing bacteria air passed through the micropore at a high speed, and were evenly impacted on the AGAR surface in the dish.The collection efficiency of active particles in accordance with ISO14698-1 standard has been greatly improved.The system design optimizes the impact speed and ensures the biological efficiency. It can be widely used in environmental monitoring, labor protection and other places.
