FG-K30258-KW Ferromagnetic Wear Particle Analyzer
| Brand | Kittiwake |
|---|---|
| Origin | United Kingdom |
| Model | FG-K30258-KW |
| Measurement Range | 0–2500 ppm |
| Sample Vessel | Standard 5 mL Test Tube |
| Analysis Time | <3 seconds |
| Portability | Field- and Lab-Deployable |
Overview
The FG-K30258-KW Ferromagnetic Wear Particle Analyzer is a compact, field-deployable instrument engineered for rapid quantification of ferromagnetic wear debris in lubricating oils and hydraulic fluids. Based on the principle of magnetic susceptibility measurement—where ferrous particles perturb a calibrated magnetic field—the analyzer delivers direct, non-destructive concentration readings in parts per million (ppm) without requiring sample dilution, filtration, or chemical reagents. Unlike optical or spectroscopic methods, this technique is selectively sensitive to magnetically responsive iron, steel, and nickel-based wear fragments, making it especially effective for early detection of abnormal mechanical wear in gearboxes, engines, turbines, and hydraulic systems. Its design adheres to fundamental tribology monitoring principles used in predictive maintenance programs aligned with ISO 4406, ASTM D7690, and SAE ARP5563 guidelines.
Key Features
- Sub-3-second analysis cycle: Enables high-throughput screening of multiple samples during routine oil condition monitoring without workflow interruption.
- True portability: Battery-operated operation with integrated display and onboard data storage supports on-site use in remote locations, mobile maintenance units, or production floors where benchtop instruments are impractical.
- Standardized 5 mL sample format: Compatible with common laboratory test tubes, eliminating need for proprietary consumables and reducing operational cost and supply chain dependency.
- Zero-calibration drift architecture: Utilizes self-referencing magnetic sensor array with temperature-compensated electronics to maintain measurement stability across ambient conditions from 5 °C to 45 °C.
- Ruggedized industrial enclosure: IP54-rated housing provides resistance to dust ingress and incidental moisture, suitable for workshop and offshore environments.
Sample Compatibility & Compliance
The FG-K30258-KW accepts mineral-, synthetic-, and bio-based lubricants—including engine oils (SAE 0W–60), turbine oils (ISO VG 32–100), hydraulic fluids (HL, HM, HVLP), and gear oils (EP formulations)—without matrix interference. Non-ferrous contaminants (e.g., copper, aluminum, chrome) do not contribute to the signal, ensuring specificity for ferromagnetic degradation products. The analyzer complies with requirements for field instrumentation under ISO 17025-accredited laboratories when used as part of a documented oil analysis procedure. Data output meets traceability standards for GLP and GMP-regulated facilities, supporting audit-ready documentation when paired with timestamped CSV export.
Software & Data Management
On-device firmware enables storage of up to 500 test records with embedded metadata (date/time, operator ID, sample ID, and instrument serial number). USB-C interface allows direct transfer of raw and processed data to Windows-based asset management platforms or CMMS systems. Optional desktop software (Kittiwake OilView™ v3.x) provides trend visualization, alarm threshold configuration (per OEM recommendations), and automated report generation compliant with ISO 23171 and SAE AS4059F contamination code formatting. All stored results include full audit trail capability—supporting FDA 21 CFR Part 11 requirements when deployed in pharmaceutical or aerospace maintenance operations.
Applications
- Condition-based monitoring of rotating equipment in power generation, marine propulsion, and wind turbine gearboxes.
- Verification of filter efficiency and breather performance in hydraulic circuits.
- Baseline wear assessment during commissioning and post-overhaul verification.
- Supporting ISO 4406 particle count correlation studies where ferrous content dominates failure mode signatures.
- Integration into OEM service bulletins requiring rapid ferrous debris screening prior to scheduled maintenance interventions.
FAQ
Does the FG-K30258-KW require calibration with certified reference oils?
No—factory calibration is retained via internal magnetic reference standards; periodic verification using Kittiwake’s traceable FerroCheck® Reference Slurry (Cat. No. FC-REF-01) is recommended every 12 months or after 1,000 analyses.
Can it distinguish between cutting wear and fatigue wear particles?
No—this instrument reports total ferromagnetic mass concentration only. Morphological classification requires complementary ferrography (e.g., analytical ferrography per ASTM D7690) or SEM-EDS analysis.
Is the device compatible with used oil containing water or glycol contamination?
Yes—non-magnetic contaminants such as free water (<5% v/v) or glycol do not interfere with magnetic susceptibility measurement; however, emulsified water may affect viscosity-driven particle settling and should be homogenized prior to testing.
What is the minimum detectable particle size?
The system responds to particles ≥1 µm in equivalent spherical diameter with sufficient magnetic moment; detection sensitivity is mass-dependent rather than size-dependent, and correlates strongly with total ferrous surface area.
Does it support Bluetooth or Wi-Fi connectivity?
No—data transfer is conducted exclusively via USB-C to ensure electromagnetic compatibility in electrically noisy industrial environments and eliminate cybersecurity exposure vectors.
