Replacement Large O-Ring, for BioStage Impactor Base Plate
Replacement Large O-Ring, for BioStage Impactor Base Plate Overview
Replacement Large O-Ring, for BioStage Impactor Base Plate, ea
The SKC BioStage® viable cascade impactor meets NIOSH requirements and ACGIH recommendations for sampling indoor and outdoor mold and bacteria. The BioStage comprises an inlet cone, precision-drilled 400-hole impactor stage, and a base that holds a standard-size agar plate. A high flow pump, such as the QuickTake 30, pulls microorganisms in air through the holes (jets) where they are collected on the agar surface. Testing demonstrates that BioStage provides performance equivalent to the industry-standard Andersen N-6. What sets BioStage apart from other samplers is its SureLock positive seal (instead of bulky spring clamps) that ensures sample integrity.
Applications
- Indoor Air Quality (IAQ) studies
- Filter and cleanroom efficiency studies
- Pharmaceutical production
- Brewery fermentation
- Animal care laboratories
- Food processing areas
- Sewage treatment plants
- Hospital environments
- Cosmetic manufacturing
- Grain processing and transportation
- Bio-risk response
Performance Profile
Flow Rate
|
28.3 L/min |
Material
|
Inlet cone and base plate: Precision-tooled autoclavable aluminum O-rings: Duro 50, BUNA-N (not autoclavable ) |
Jet Classification Stage
|
400 holes (0.25-mm hole diameter |
Median Cut-point (D50) | 0.6 µm |
Sample Media
|
90 to 100-mm agar plates* |
Suggested Media
|
For bacteria: Tryptic Soy Agar (TSA) Blood Agar Plates (BAP) For fungi (viable): Potato Dextrose Agar (PDA) Malt Extract Agar (MEA) Dichloran Glycerol 18 Agar (DG-18) Corn Meal Agar (CMA) |
Analysis
|
Colony culture‡ |
Tubing | 1/4-inch ID |
* | Requires microbiological media supplied by analytical laboratories. For lab list see the: BioStage Analytical Laboratories Reference List or visit the AIHA website at www.aiha.org. |
‡ | In situations where spore counts are high, positive hole correction should be used. See Macher, J., "Positive-Hole Correction of Multiple-jet Impactors for Collecting Viable Microorganisms," American Industrial Hygiene Journal, 50 (11), 1989, pp. 561-568 |