1. Light source: semiconductor laser

2. Flow rate range: 5-500mL/min

3. Test sample viscosity: ≤ 650cSt

4. Online pressure detection: 0.1~10 Mpa (with optional pressure reducing device, the maximum pressure can reach 42 Mpa)

5. Particle size range: 1~600 μ m

6. Interface: USB interface, RS232 interface, RS485 interface

7. Data storage: Provides 1000 sets of data storage space and supports USB storage

8. Sensitivity: 1 μ m or 4 μ m (c)

9. Limit coincidence error: 40000 particles/ml

10. Counting volume: 1~999ml

11. Counting accuracy: ± 0.5 pollution level

12. Protection level: IP56

13. Test interval: 1 second to 24 hours

14. Test sample temperature: 0~80 ℃

15. Working temperature: -20~60 ℃

16. Power supply: AC 220V ± 10%, 50/60Hz or DC12-40V

17. Weight: 1kg

18. Volume: 115 × 85 × 60mm

1. Using the principle of photoresist (shading) method and high-precision laser sensor, it has small size, high accuracy, and stable performance

2. Suitable for on-site online detection, capable of real-time monitoring of particle contamination in oil systems

3. Built in data analysis system, capable of displaying real data of particle size in each channel and automatically determining sample grade

4. The standard model can directly withstand a pressure of 100 kilograms and can be equipped with a pressure reducing valve for online high-pressure measurement

5. Equipped with volume flushing and duration flushing modes, convenient for users to use and maintain the equipment

6. Built in particle pollution level standards such as ISO4406, NAS1638, SAE4059, GJB420A, GJB420B, Г OCT17216, GB/T14039, etc

7. Built in calibration function, can calibrate according to standards such as GB/T21540, ISO4402, ISO11171, GB/T18854, etc. One test can provide all built-in standard results

8. Can independently set all standards and any alarm level to achieve pollution or cleanliness detection

9. RS232 or RS485 interface, supporting standard Modbus protocol, can be connected to computers, upper computers, printers, PLC systems or other devices for data monitoring and processing

10. Ultra large storage, can be stored inside the instrument or on external storage devices

11. Durable exterior structure, suitable for complex working environments

12. The bottom in and top out mode is beneficial for minimizing the interference of online bubbles on test results

13. Continuous testing is possible, and the testing time interval can be set arbitrarily

14. Dual system of Chinese and English, customers can freely switch, suitable for export

15. Touch screen or membrane button operation, can be freely switched, and the instrument interface can freely control the switch of the remote printer

16. Optional 4G/5G module, supporting remote data monitoring, historical data, and curve query on mobile phones or computers (optional)

17. Built in moisture and temperature sensor module, capable of simultaneously outputting four types of parameter information (optional)