- Product Details
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Quick Details
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Brand Name:
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Sujing
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Model Number:
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FKC-I B
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Sampling flow:
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100L/min
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Inlet impact speed:
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0.38m/s basically the same as the speed of clean room
Quick Details
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Type:
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microbial air sampler
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Warranty:
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1 year
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Place of Origin:
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Jiangsu, China
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Brand Name:
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Sujing
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Model Number:
-
FKC-I B
-
Sampling flow:
-
100L/min
-
Inlet impact speed:
-
0.38m/s basically the same as the speed of clean room
FKC-I B Microbial Air Sampler
FKC-I B Microbial air sampler is a kind of high-efficiency multi-hole inhaled air sampler.It is designed in accordance with the principle of isokinetic sampling,It samplers directly and keeps wind speed of sampling basically consistent with that of clean room,so that reflecting the concentration of animalcule in clean room more accurately.When sampling ,the air with puffball will bump into the agar surface in culture dish through tiny holes swiftly.These animalcules grow quickly with the help of agar surface,thus the result will be obtained faster.
Operational Environment
| Temperature | 10--35 ℃ |
| Relative humidity | 10--90 percent RH |
| Atmospheric pressure | 80—110kPa |
| Maximum dust concentration | 100000000 particles / m³@0.5µm or 0.2mg/m³ |
Feature and Parameter
| Sampling inlet has many tiny holes to reduce puffball superposition and error of animalcule count. | |
| Sampling flow | 100L/min |
| Inlet impact speed |
0.38m/s basically the same as the speed of clean room. (isokinetic sampling) |
| Sampling quantity | can be set from 0.001—9.999m³ |
| Standard dimension of culture dish | Φ90*15 |
| Power supply | DC16.8V chargeable battery which can supply 4hours power |
| Dimension | Φ120*325 |
| Weight | 3.0kg |
FKC-1B Microbial Air Sampler
FKC-1B Microbial Air Sampler is a high efficient microorganism sampler. It is designed on the theory of isokinetic sampling. It can sample directly, and the velocity of the sampling port and the cleanroom is consistent, so it can accurately reflect the microorganism concentration of the cleanroom. In the sampling process, biocontaminated air is drawn through the small holes in the top plate with high velocity, and strikes the test medium of agar in the Petri dish, maximizing collection efficiencies for viable particles in accordance with ISO 14698-1 standard. The system design optimizes the striking velocity, ensuring biological efficiency.
