Description
Product Overview
The AELAB AE-FCK airborne bacteria sampler is an efficient multi-hole suction-type viable bacteria sampler designed for isokinetic sampling in cleanroom environments. The instrument draws air through micro-holes to uniformly impact viable bacteria onto agar media, enabling rapid rehydration and accelerated culture results.
Features
- Fast response and easy operation.
- Large-capacity lithium battery.
- Lightweight design, compact and portable.
- Supports multiple sterilization and disinfection methods.
- High airflow accuracy.
Applications
- Airborne Viable Bacteria Monitoring
- Cleanroom Classification
- Environmental Monitoring in Controlled Areas
- HEPA Filter Performance Verification
- Microbial Contamination Control
- Indoor Air Quality Assessment
Technical Specifications
Parameters
| Parameter | Value |
|---|---|
| External dimensions | φ120*325(mm) |
| Weight | 2.8kg |
| Sampling volume | Can be set arbitrarily from 0.001—9.999m³ |
| Power supply | DC16.8V |
| Sampling flow rate | 100L/min |
| Sampling head port flow velocity | 0.38m/s, basically the same as the airflow speed in the clean room (isokinetic sampling) |
| Operating time | 11 hours |
| Charging time | 2 hours |
| Petri dish size | φ90*15(mm) |
| Operating environment | Temperature: 10—35℃; Humidity: 10—90% RH; Atmospheric pressure: 80—110kPa |
| Maximum dust concentration | 100000000 particles/m³ @0.5μm or 0.2mg/m³ |
FAQ
What type of sampler is the AE-FCK?
The AE-FCK is a multi-hole suction-type viable bacteria sampler that uses isokinetic sampling.
What is the sampling flow rate?
The sampling flow rate is 100 L/min.
What sampling volume can be set?
The sampling volume can be set arbitrarily from 0.001 to 9.999 m³.
How long does the battery last?
The battery provides up to 11 hours of operating time.
What size petri dish does it use?
It uses petri dishes with dimensions of φ90×15 mm.
In what environmental conditions can the sampler operate?
It operates in temperatures of 10–35 °C, humidity of 10–90% RH, atmospheric pressure of 80–110 kPa, and a maximum dust concentration of 100,000,000 particles/m³ @0.5 µm or 0.2 mg/m³.
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