PJ500 Thistle Tube Iron Spectrometer Introduction: The PJ500 Thistle Tube Iron Spectrometer is convenient to carry and can work in outdoor environments; The ferrographic analysis method has a wide range of size inspection and can obtain various information about the abrasive particles; The PJ500 Thistle Tube Iron Spectrometer is used to separate and evaluate wear particles and pollutant particles in lubricating oil, hydraulic oil, coolant or fuel in use; Can detect the concentration and size of abrasive particles; Morphology of abrasive particles (causes and mechanisms of abrasive particle formation); Composition of abrasive particles (the location where abrasive particles are produced). Features: 1. Meet the ASTM D7690 Ferrograph Abrasion Particle Inspection Standard, ASTM D7684 Standard for Microscopic Properties of Lubricant Particles in Service, and SH/T 0573-1993 Test Method for Wear Particles of Lubricant Oils in Service; 2. Efficient separation of abrasive particles and pollutant particles in oil samples; 3. The spectrum making process will not cause abrasive deformation; 4. High magnetic field gradient ensures the neat arrangement of iron abrasive particles and avoids stacking phenomenon; 5. Provide a reference graph library to accurately determine the location and cause of wear faults; 6. Less solvent required, no need for external compressed gas; 7. The design concept of cleaning agents evaporating into the air ensures the health of personnel; 8. One click rotary design, quick replacement of glass thistle tubes, easy to maintain, clean, and maintain; 9. The streamlined appearance design and exquisite combination structure make the overall design simple and elegant; 10. A brand new high-performance, low-power core with stronger resistance to electromagnetic interference; 11. The speed of spectrum making can be adjusted, which can effectively improve the success rate of spectrum making; 12. The instrument positioning device can adjust the distance between the oil pipeline and the ferrogram substrate to maintain a consistent state at the inlet of the oil sample, improving the reproducibility of ferrogram production; Technical parameters: Iron spectrum analyzer particle inspection range: 0-800 μ M; Sample injection method: manual injection, the sample is injected into a thistle tube capillary tube and drips under gravity. The tested oil sample drips through its own gravity without passing through a peristaltic pump, avoiding the destructive effect of the peristaltic pump on the abrasive particles. The spectrum preparation process will not cause deformation of the abrasive particles; Injection flow rate: 0.4ml/min; Word analysis oil sample: 2-3ml Magnetic field: high magnetic flux density ≈ 1.8T, high magnetic field gradient>0.5T/cm; Magnetic field separation: optimized permanent magnet design, high gradient magnetic field, ensuring neat arrangement of iron abrasive particles and avoiding stacking phenomenon; Cleaning method: Automatic cleaning, can be timed; Cleaning speed regulation: adjustable; Spectrum size: 60 × 24 × 0.17mm; Display screen size: 3.5 "TFT; Product dimensions: length, width, height 340mm x 300mm x 430mm; Weight: 9.6Kg Working temperature: 18-35 ℃; Power supply voltage VAC220 ± 10%, 50Hz;
Introduction: The PJ500 Thistle Tube Iron Spectrometer is convenient to carry and can work in outdoor environments; The ferrographic analysis method has a wide range of size inspection and can obtain various information about the abrasive particles; The PJ500 Thistle Tube Iron Spectrometer is used to separate and evaluate wear particles and pollutant particles in lubricating oil, hydraulic oil, coolant or fuel in use; Can detect the concentration and size of abrasive particles; Morphology of abrasive particles (causes and mechanisms of abrasive particle formation); Composition of abrasive particles (the location where abrasive particles are produced).
