High Volume Air Sampler Andersen Type HV-RW
under construction.
Please contact us here.
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| Item Code | 080130-1209 | |
| Model | HV-RW(for Andersen) | |
| Suction Pump | Brush-less blower | |
| Flow Rate Detection | Differential pressure detection system | |
| Power Failure Processing | Operation prior to the outage continues after recovery from the outage | |
| Flow Accuracy | Within ±5 % of the set flowrate value | |
| Particle Separation Range | 1.1 to 7.0μm | |
| Particle Size Classification | 4 stages Stage 1:7.0μm and larger Stage 2:3.3 to 7.0μm Stage 3:2.0 to 3.3μm Stage 4:1.1 to 2.0μm (Backup filter:1.1μm and smaller) |
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| Mass | Approximately39kg | |
| Suction Flow Rate | 566L/min |
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| Display | Touch panel LCD screen (with backlight) | |
| Power Supply | AC100V 10A Cable length : 3m | |
| Size | While using : 575(W)x575(D)x1420(H)mm, Collection port height : 1210mm(From the installation surface) Folded state : 575(W)x575(D)x960(H)mm |
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| Accessories | Dust separator main unit Collection paper (5 sheets each in 4 rows) 20 sheets Backup filters 5sheets |
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| Price (excluding tax) | Contact us | |
| Note | HV-RW (for Andersen) is a particle separating air sampler, with an impactor equipped with a multi-stage porous jet nozzle. It is designed to collect particles suspended in the air that penetrate the respiratory system. The particle size separator main unit consists of 4 overlapping particle separating stages. It separates out aerosols between 1.1 and 7.0 μm in size. Aerosols smaller than 1.1 μm are filtered out by a backup filter. The sampling flowrate is stabilized by combining a constant flowrate unit and a suction blower. ● Aerosols 1.1 to 7.0 μm in size are separated out by a 4-stage filter. ● Particles can be separated in 5 stages including the backup filter. ● The constant flowrate unit suppresses suction flowrate drops associated with collecting volume increases. ■ Applications ● Researching air pollution ● Researching respiratory disorders ● Analyzing carcinogenic substances separately by particle size ● In-factory monitoring | |