Particle-Sampler PS 30
German translation
Partikelsammler PS 30Category
SamplingSpecification
Slot jet impactor for sampling particles and microorganisms on coated slides for microscopic analysis.- Approved Slot jet impaction process
- Samples spores, pollen, fibres, dandruff and other microparticles in air or gas on coated standard slides.
- The slot jet can be moved and permits up to three samplings on one slide .
- For microscopic analysis of all, microorganisms, including those that can not be cultivated.
- The slides are locked into place allowing samples to be taken in all attitudes.
- By connecting a hose samplings can also be done in cavities
- Same air flow volume as in the LKS30 and the filteradpater FA 30 : 30 l/min
- The ideal spores and pollen trap
- No cultivating - Analysis can take place straight after the sampling.
Principle
The technical specifications of the PS 30:Air flow volume: 30 litres/min
Sample air volume: 200 litres under average circumstances
Attitude: free due to the fixed positioning of the slide
Sample medium: coated standard size slides: 75 ... 76 mm x 25 ... 26 mm
Number of samples: due to siding mechanism of the slot jet up to three samples can be taken per slide
Size of slot jet: 1,1 mm x 16 mm
Negative pressure: ca. 0,1 bar at 30 litres/min air flow volume.
Nozzle for sample air: can be extended with a hose of 25 mm (1,5 inch) internal diameter
Connection to pump: via nozzle for hose of 8 mm internal diameter
Size: 80 mm x 120 mm x 110 mm (H x B x D)
Weight: 1.270 g
Thread for tripod: UNC 1/4 inch (Foto) und UNC 3/8 inch (microphone).
Note: subject to alterations
Handbook
The english datasheet is not available at time.Application
The particle sampler PS30 is ideally suited for:- for microbiological air samplings health and organic architecture.
- for microbiological examination of controlled- and clean air environments and filters. .
- for detecting fungus spores, that can not easily be cultivated (e.g. Stachybotrys charatrum).
- for a quick check up of the effect of renovation after microbiological damage.
Example and Functional principle