KL-PC-2 Online Oil Particle Counter Sensor

1 Piece (MOQ)

Business Type Manufacturer, Exporter, Supplier
Country of Origin India
Interface Mode Standard High Pressure Hose; Optional Internal Dia.4mm and External Dia.6mm Low Pressure Hose
Humidity Work under relative humidity 20%~85%, no condensation, storage humidity 98%
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Preferred Buyer From

Location Worldwide

Product Details

Size
100mm*75mm*71mm( L * W *H )
Power
DC 9V, 1000mA
Storage temperature
-55℃~80℃
Environment Temperature
-30℃~60℃
Oil temperature
<80℃
Detection Flow Speed
50~300mL/min
Online Pressure
0~10MPa; 0~40MPa (should with pressure reducing valve)
Accuracy
±0.5 pollution degree
Additional Information

KL-PC-2 Online Oil Particle Counter Sensor

 

  • Adopts the light blockage method (photoresistance method) principle
  • Can be calibrated as per ISO4402 or ISO11171 standards
  • Equipped with a standard serial RS485 interface
  • Enables real-time data analysis and monitoring of hydraulic system wear trends
  • KL-PC-2 Online Particle Counter Sensor is developed based on the light blockage method
  • (photoresistance method) principle. It is used for on-line real-time monitoring of particle pollution in the
  • oil circuit of hydraulic systems. It finds applications in aerospace, aviation, electric power, petroleum,
  • chemical industry, traffic, port, metallurgy, machinery, automobile manufacturing, etc. It can detect solid
  • particle oil pollution in hydraulic oil, lubricating oil, transformer oil, insulating oil, turbine oil, gear oil,
  • engine oil, kerosene, water-based hydraulic oil, as well as particles impurities in organic liquids and
  • polymer solutions.

 

Detection Principle:

 

  • KL-PC-2 Online Particle Counter Sensor adopts the light blockage method specified by
  • ISO4402/ISO11171 to test the oil pollution degree. It offers fast detection speed, strong antiinterference,
  • high precision, and good repeatability.
  • The light blockage method is illustrated in Figure 2-1. A parallel beam vertically crosses the projected
  • area named A and exposes it to the photoelectric receiver. When no particles are present in the fluid flow
  • circuit, the output voltage is "E". When a particle and its shadow area named "a" flow in the projected
  • area, they block the parallel beam, causing the transmitted light to attenuate. At this point, a negative
  • pulse is generated in the circuit

 

 

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