FCA‑2000 Ferrous Content Analyzer
240510-FCA-2000-Ferrous-Content-Analyzer_V1
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The FCA-2000 Ferrous Content Analyzer provides rapid and precise detection of iron magnetic particles in lubricating and hydraulic oils. Delivering results within 10 seconds, it is an invaluable diagnostic tool for monitoring equipment wear in both field and laboratory environments. Compact, portable, and compliant with ASTM D8120, the FCA-2000 eliminates the need for chemical consumables while ensuring reliable, repeatable measurements.
Key Features
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Compliant with ASTM D8120 Standard
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Rapid 10-second detection
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Wide test range: 0–2000 ppm (mg/kg)
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Requires only 5 ml sample volume
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Repeatability within ±5 ppm
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Detects particles from nanometer to millimeter scale
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Compact, portable, and easy to operate
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Immune to effects of oil aging, bubbles, or moisture
Technical Specifications
Detection Content
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Parameter: Iron magnetic particle concentration (µg/kg)
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Fluids: Lubricating oil and hydraulic oil
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Range: 0–2000 ppm
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Lower Detection Limit: 5 ppm
Measurement Performance
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Resolution: 1 ppm
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Detection Time: <10 s
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Sample Volume: 5 ml
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Repeatability:
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0–100 ppm: <5 ppm
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100–500 ppm: <2% or 5 ppm (whichever is greater)
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500–2000 ppm: <1%
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Particle Response: Nanometer to millimeter range
Display & Data Storage
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Display: 4.3″ TFT Touch Screen
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Storage: 2000 test records
Power & Environmental Conditions
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Power Supply: DC 24V, 0.25A
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Operating Temperature: 10–45°C
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Storage Temperature: –20 to 70°C
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Humidity: 10–90% RH (non-condensing)
Physical Characteristics
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Dimensions: 20 × 19.2 × 14 cm
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Weight: ~3 kg
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IP Rating: IP34
Standards & Accessories
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Calibration: Supplied with three calibration samples
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Compliance: ASTM D8120
Measurement Principle
The FCA-2000 operates using two precision electromagnetic induction coils: one for real-time detection and the other for reference comparison. When a 5 ml oil sample is inserted, iron magnetic particles (such as Fe, Ni, Co) alter the sensing coil’s magnetic field, generating a signal proportional to particle concentration. This enables accurate detection of ferrous content ranging from nanometers to millimeters, ensuring early fault identification and preventive maintenance.
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