brand | Other brands | Indication error | 1FS |
---|---|---|---|
timing error | 1 | Particle size distribution error | 1 |
repeatability | 1FS | Flow error | 1 |
Price range | discuss personally | Instrument type | handheld |
Flow range | large flow | Origin category | Import |
application area | Environmental protection, biotechnology, petroleum, mining, energy |
The METONE HHPC3+PM2.5 particle counter from the United States is a dual channel particle counter. Fast and accurate data output, can be connected to a computer to capture data.
PM2.5 particle counterProduct Introduction:
MetOne HHPC3+from the United States is lightweight and fast, and data from the particle counter can be obtained and downloaded using USB. Suitable for situations where HEPA filters are difficult to access and leak; Classification of cleanrooms; Visualized trends in particulate matter monitoring; Place your MET ONE HHPC+on the charging socket in the cleanroom; Convenient network connection; Use a USB drive to capture data; Connect directly to the computer using a USB cable
Product features:
★ Classification of Cleanrooms
Can quickly inspect or verify ISO 5 level (FED STD 100 level) or higher cleanrooms and controlled environments.
★ Visualized trends in particulate matter monitoring
Save time for on-site analysis to identify particle leakage points
★ Convenient network connection
Data can be downloaded to an Excel spreadsheet via Ethernet using a standard browser.
★ Use USB flash drive to capture data
Insert the USB flash drive into MET ONE HHPC+and transfer your particle counting data directly to the computer.
★ Connect directly to the computer using a USB cable
Insert it like a digital camera, and your data will be displayed in Excel format.
★ Place your MET ONE HHPC+on the charging socket in the cleanroom
Your handheld measuring device will be fully charged and ready for your use at any time. *The base allows the computer to access data from the particle calculator via Ethernet or USB cable.
Technical parameters:
★ Particle size: According to the ISO 14644-1 (FS 209E) industry standard, the channel size ranges from 0.3 μ m to 10 μ m (HHPC2+: 0.5 μ m to 5 μ m)
★ Number of channels: HHPC3+3 channels
★ Weight: Extremely lightweight, only 1.5lbs, suitable for comfortable handheld applications
★ Flow rate: 2.83 lpm, following ISO14644-1 Level 5 specifications, collecting 0.3 μ m samples in 1 minute
Communication: Particle counting data can be directly obtained through a computer via Ethernet, USB cable, or USB flash drive. No device drivers or software are required
★ Display: 3.5-inch high-resolution large screen
★ Display configuration: Large font display allows users to choose the size of the channel
★ Display data mode: Traditional table format particle count or trend chart, convenient for archiving particle count values
★ Battery lifespan: Typical models typically exceed 10 hours, with a short continuous operation of 5.5 hours
★ Charging time: 3.5 hours
★ Data storage: can store 10000 records to meet most application scenarios
Technical parameters:
★ Particle size: According to the ISO 14644-1 (FS 209E) industry standard, the channel size ranges from 0.3 μ m to 10 μ m (HHPC2+: 0.5 μ m to 5 μ m)
★ Number of channels: HHPC3+3 channels
★ Weight: Extremely lightweight, only 1.5lbs, suitable for comfortable handheld applications
★ Flow rate: 2.83 lpm, following ISO14644-1 Level 5 specifications, collecting 0.3 μ m samples in 1 minute
Communication: Particle counting data can be directly obtained through a computer via Ethernet, USB cable, or USB flash drive. No device drivers or software are required
★ Display: 3.5-inch high-resolution large screen
★ Display configuration: Large font display allows users to choose the size of the channel
★ Display data mode: Traditional table format particle count or trend chart, convenient for archiving particle count values
★ Battery lifespan: Typical models typically exceed 10 hours, with a short continuous operation of 5.5 hours
★ Charging time: 3.5 hours
★ Data storage: can store 10000 records to meet most application scenarios