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Personal PM1-PM4 / PM4-PM10 Particulate Monitor Thermo Scientific pDR-1500
Real-time active aerosol data logger/monitor with aerodynamic design.
The Thermo ScientificTM Personal DataRAM pDR-1500 monitor was developed to meet the need for a fully integrated personal active sampling instrument with increased accuracy, increased capabilities, reduced size and weight, maximum ease of use and increased uptime.
Features
- True volumetric flow control
- Interchangeable cyclones for greater precision at precision cutting points
- Personal aerosol instrument with benchtop performance
- Total compensation of environmental variables
- Suitable for NIOSH Methods 0500 and 0600
- The pDR-1500 is designed for applications such as site remediation, size discrimination, mass validation, exposure modeling and asthma patient protection.
- Accurately measures aerosol concentration in real time, with relative humidity compensation, true volumetric flow control and legacy pDR nephelometry.
- An integrated sample filter allows post-gravimetric validation of the data.
- Volumetric flow control and ACGIH traceable cyclones, available in pairs, for PM10 and PM4 or PM2.5 and PM1, provide particle cut-off points superior to those achievable with impactors.
- A toroidal inlet ensures optimized aerosol aspiration and a representative sample even without a cyclone.
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Thermo Scientific TVA2020 Portable Toxic Vapor/Hydrocarbon Analyzer TVA2020
Intrinsically safe, lightweight, portable FID/PID detector
The Thermo Scientific TVA2020 Toxic Vapor Analyzer is the only intrinsically safe portable field analyzer using flame ionization detection (FID) and photoionization detection (PID) technologies.
Features
- Dual FID/PID technology
- Bluetooth connection
- Lightweight and compact design
- Easy field maintenance
- No PC software required
- The Thermo Scientific TVA2020 Toxic Vapor Analyzer is capable of detecting virtually all organic and inorganic compounds.
- It can be configured for use in a variety of applications, including U.S. EPA Method 21 monitoring, site remediation, landfill monitoring and general area surveys.
- It is equipped with a flame ionization detector to measure organic compounds with high sensitivity. FID technology allows for a wide dynamic range and line that produces stable and repeatable responses.
- The analyzer can be configured with FID and PID technology for simultaneous detection and enhanced analytical capabilities.
- This dual configuration is capable of producing a faster readout of organic and organic compounds, compared to a single detector technology, and provides more complete gas coverage than other devices of comparable size.
- After performing a primary calibration, the TVA2020 can be customized by activating internal logging parameters, uploading a monitoring path, establishing a Bluetooth connection, setting alarm levels and activating response factors.
- Optional Bluetooth communication allows transmission of concentration data to a portable device containing the LDAR software database, thus eliminating the need to transfer files after monitoring and providing greater access to route information.
- The TVA2020 is 21% lighter than previous models and more compact than most stand-alone FID instruments. Lightweight and compact design reduces fatigue for true portability.
- In addition, a variety of options are available, such as basic or upgraded probe, carrying case and hydrogen refueling set.
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