- Phone
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Address
Room 706, Building 5, Xizi International Center, 898 Xiuwen Road, Minhang District, Shanghai (201199)
Shanghai Yifeng Instrument Equipment Co., Ltd
Room 706, Building 5, Xizi International Center, 898 Xiuwen Road, Minhang District, Shanghai (201199)
The UFPC nanoparticle monitoring system is newly developed by GRIIM for monitoring ultrafine particulate matter (UFP), with ultra-high time resolution of 1 second and the ability to monitor particle sizes up to 7nm. This complex device can also be upgraded with built-in DMA to measure the particle size spectrum of aerosols in 42 channels ranging from 7 to 350nm.
Can monitor nanoparticles, independent monitoring device, capable of unmanned operation and monitoring for up to 15 days. The sampling tube adopts Naifon air drying system, SVC (Semi Volatile Compounds) without loss, and can continuously count aerosol concentration all day long.

Advantage
GRIMM CPC particle count, particle size equivalent D50=7.0nm
Isothermal dehumidification system
Outdoor protective box with temperature control system
GPS positioning system
Obtain data online through GSM
A software package with powerful features
Concentration range 1~107P/cm3
Obtaining meteorological parameter results
Automatic and non operational operation can last up to 15 days

Application
Health effects and related research
Research on Nanoparticles
EC and OC research
Research on Mobile Aerosols
Traffic monitoring
Parameter
Consistent with EU and US recommendations: EU CEN-TC264/US EPA-CASAC-11-011
Particle counting parameters
Minimum particle size limit: D50=7.0nm
Particle number concentration range: 0~107P/cm3
Sampling flow rate: 0.3L/min
Measurement range: 7nm~2000nm
Liquid container: N-butanol, automatically filled with water level control
Saturation dehumidification: automatic, can be maintained for 1 month, with liquid level display
Sampling conditions: isothermal
Dehumidification: Nafion tube automatically dehumidifies without losing SVC adsorbed on the surface of particulate matter. Optional SVC special sampling tube, optional whether to heat the sampling tube, in order to measure the total particle number concentration and the particle number concentration after removing SVC. The difference between the two results can be used as an important parameter for the SVC content in particulate matter.
Sampling head: 2 μ m dust collector
Relative humidity, temperature, and pressure sensors
GPS positioning system
Sealed, pressure resistant to 200mBar
communication port
GRIMM Data Recorder
Bluetooth and USB
USB data flash card
Including netbook
Outdoor protective box
stainless steel material
Internal insulation, with heating and cooling devices
Size: 49 × 65 × 28cm, weight 36kg
Sampling tube length 1.5m
working environment
Temperature: -20 ℃~+50 ℃
Power supply: 110/220V AC, 50/60Hz, power 250W
Configurable SVCs sensors can distinguish between solid particulate matter and SVC components. GRIMM has developed a reference system for quality control and calibration based on ISO9001, with a time resolution of 1 second.

Software
The EDM series monitoring system runs using Labview software developed by GRIIM, which can display and calculate data in real time. All data is stored on memory cards or data loggers, and there will be no data loss. Display monitoring data results in the form of data, charts, and bar charts, which can be exported in different formats.

