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Lab Expo Ferrous Debris Monitor LE-FM101 detects large ferromagnetic wear particles using a PQ index measurement system. It is equipped with a quantitative analysis function for accurate debris evaluation. Integrated human-computer interaction interface simplifies operational control. Built-in display shows each operation on screen for user convenience and monitoring. Our Ferrous Debris Monitor is ideal for machinery maintenance, and oil analysis applications.
$16,099.00 $ 13416
| Detection Range | 0 to 15000 PQ |
| Capture Ferromagnetic Wear Particle Range | Greater Than 1µm |
| Turntable Speed | 11S/ Turn |
| Measurement Resolution | 1PQ (Average Resolution 0.1PQ) |
| Repeatability | ±0.5% or ±3PQ. |
| Ambient Temperature | 15℃ to 30℃ |
| Working Environment Humidity | 30% to 80%RH |
| Operation Input Method | Capacitive Touch Screen on Display |
| USB Connection | Type-A2.0 (Only for Connecting USB Flash Disk) |
| Data Communication | RS232 Serial Communication Port |
| Display | 5.6 inches TFT color LCD display ( 640 × 480 ) |
| Power Connection | IEC 6A 3PIN Power Cord |
| Power Consumption | Less Than 15 W |
| Power Supply | AC 100V to 240V 50Hz/60Hz |
| Dimensions | 402 × 266 × 186 mm |
| Package Dimension | 48 × 47 × 26 cm |
| Weight | Less Than 5 kg |
| Package Gross Weight | 9 kg |
Function Implementation Machinery maintenance labs 0 to 15000 PQ enables precise debris quantification Oil analysis facilities Greater Than 1µm captures ferromagnetic wear particles Quality control stations ±0.5% or ±3PQ ensures repeatable measurements Industrial monitoring sites Less Than 15 W supports continuous operation Research and development units AC 100V to 240V adapts to global power standards
Lab Expo Ferrous Debris Monitor units are used for detection and evaluation of ferromagnetic wear particles in lubricants and machinery fluids. Systems support measurement up to 15000 PQ while capturing particles greater than 1 µm for wear condition assessment. Configurations incorporate controlled turntable rotation and particle monitoring functions to assist in equipment condition analysis. Suitable for predictive maintenance, oil analysis, and industrial monitoring workflows requiring early identification of component wear and contamination.