Ferrous Debris Monitor FM20520

Introduction

Ferrous Debris Monitor utilizes a PQ index measurement system to detect large ferromagnetic wear particles. Equipped with a quantitative analysis function, it accurately identifies wear debris in oil for enhanced fault detection. Integrated with a human-computer interaction interface, it displays each operation on the screen for user convenience. Built-in customizable settings allow users to select detection methods and name measurement data. Our Ferrous Debris Monitor includes a 4.5 ml special oil sample container with a matching conversion ring for precise analysis.

Applications

Ferrous Debris Monitor used in oil analysis labs, wind energy, oil and gas processing, power generation, offshore & power generation, and more.

Specifications

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

Features

Self-calibration.

Quick analysis.

Highly sensitive on wear debris particles >1µm.

Provides test results in 10 seconds.

User-friendly device.

FAQs

1. What are Ferrous Debris Monitors used for?

Ferrous Debris Monitors are used to detect and quantify ferromagnetic wear particles in lubricating oils.

2. What measurement method is used in Ferrous Debris Monitors?

Ferrous Debris Monitors use a PQ index measurement system to identify large ferromagnetic particles.

3. How do Ferrous Debris Monitors support fault detection?

Ferrous Debris Monitors enhance fault detection by accurately monitoring wear particle concentration in lubricants.

4. What interface features are available in Ferrous Debris Monitors?

Ferrous Debris Monitors feature a human-computer interaction interface with real-time result display.

5. Can detection settings be customized in Ferrous Debris Monitors?

Ferrous Debris Monitors allow customizable detection methods and naming of measurement data.

6. Where are Ferrous Debris Monitors commonly used?

Ferrous Debris Monitors are commonly used in oil analysis, machinery maintenance, and industrial equipment monitoring.