The Bebur BTP8300 Portable Cleanliness Monitor uses the principle of photometric obscuration to detect invisible particles (photometric obscuration principle) and is used to detect the size and quantity of solid particles in liquids. When the particles in the sample move between the light source (laser diode) and the detector, they block the light, resulting in a reduction in the light signal received by the detector. This reduction is directly proportional to the equivalent size of the particles.
The Bebur BTP8300 Portable Cleanliness Monitor uses the principle of photometric obscuration to detect invisible particles (photometric obscuration principle) and is used to detect the size and quantity of solid particles in liquids. When the particles in the sample move between the light source (laser diode) and the detector, they block the light, resulting in a reduction in the light signal received by the detector. This reduction is directly proportional to the equivalent size of the particles.
The BTP8300 Portable Cleanliness Monitor can be used for the detection of oil contamination degree, flocculation optimization, oil well water injection, tap water, lake water, etc. It features fast detection speed, strong anti-interference ability, high precision and good repeatability.

The BTP8300 Portable Cleanliness Monitor can be widely applied in military logistics support and in fields such as aviation, aerospace, power, petroleum, chemical engineering, transportation, ports, metallurgy, machinery, automobile manufacturing, etc. The solid particle contamination degree, viscosity and moisture content of aviation kerosene, hydraulic oil, lubricating oil, transformer oil (insulating oil), turbine oil (turbine oil), gear oil, engine oil, water-based hydraulic oil and other oil liquids are tested. The insoluble particles of organic liquids and polymer solutions are detected, and the filtration process is monitored (such as filter beds, membrane filtration, ceramic filters, etc.). Finished product quality monitoring (such as pure water for medical preparations, cleaning agents, etc.), industrial process optimization (such as flocculation optimization, oil well water injection), equipment wear detection, fluid cleanliness detection, scientific research analysis.
Wide measurement range: 1μm to 400μm(standard version); 2μm-750μm(Customized)
User-defined measurement channels can be up to 32, and more channels can be customized (up to 1000).
实Real-time alarm, data storage, printing function, calibration function, self-check function, data download and copy function, etc
On-site software calibration can be achieved without returning to the factory
The analog signal output of the sensor facilitates the detection of the sensor's working status
Powered by electricity or battery, suitable for laboratory or field operations
Measured particle size: 1μm to 400μm(standard version); 2μm-750μm(Customized)
Measurement channels: 8 channels, 32 channels are available for selection, and up to 1,000 channels can be customized
Flow rate: 10mL/min to 50 mL/min, and can be set by yourself
Test time: ≤2 minutes
Limit of coincident error: 10,000 per milliliter
Measurement accuracy: less than ± 5% for 2 microns, less than ± 10% for 5-10 microns
Printing function: It has the functions of data plotting and overall printing. Built-in printer for hard copy
Calibration function: Manual/automatic calibration, automatic cleaning/cleaning detection, and automatic system alarm
Other functions: It has self-checking function (self-check upon startup/set regular self-check by yourself), supports online detection function, online communication function, and supports USB and I/O port connection
Power supply: 110-240VAC, globally applicable
Appearance dimensions: 30.5x25x15 cm, 2.5kg(excluding battery pack)
Attachment: Sample injection and output pipelines, instrument backpack (standard configuration)
Sensor cleaning kit, calibration work kit (optional)