Description
Real time oil condition analysis sensor with integrated intelligent equipment maintenance optimisation analytics for all industrial and commercial applications.
OQSx-G2 delivers the ultimate high-quality real-time oil condition analysis. This enables multiple tangible operating benefits that include reduced maintenance costs, improved reliability, reduced oil wastage, and extended equipment life.
Our unique FSH™ core technology analyses oil condition holistically, detecting, measuring and tracking all and any contamination or wear with 0.01% sensitivity (100ppm) – other sensor systems typically look at specific parameters and ignore others. This unmatched real-time complete oil analysis capability is achieved through continuous analysis of the electro-chemical properties of the oil at a molecular level.
OQSx-G2 analysis data provides unrivalled high-confidence insight into real-time equipment health and maintenance status. Reliable forecasting and planning of maintenance based upon actual equipment need and thus extended optimised maintenance intervals and reduced cost becomes possible; with the assurance and safety of continuous over-watch that detects any unexpected anomalies and or contamination.
OQSx-G2 works with any oil type and is easily fitted to any equipment operating in any environment or application.
REAL TIME ANALYSIS – Continuous real-time oil condition analysis with 0.01% sensitivity, detecting and reporting changes caused by wear and or contamination.
RELIABLE ACCURACY – Our unique molecular level analysis technology means that the smallest changes down to 100ppm are detected and reported in real time. This enables us reliably track oil wear and immediately detect contamination or equipment issues at the earliest stage.
ANY OIL TYPE AND EQUIPMENT – Can be fitted and used on any equipment type operating in any environment using any oil type – mineral or synthetic.
REDUCE MAINTENANCE COSTS – Enables you to predict and pinpoint when equipment requires maintenance and oil is truly at the end of its life. This typically enables you to safely extend intervals between maintenance and reduce associated costs by approximately 30% per year.
REDUCED DOWNTIME – Unseen equipment issues cause subtle changes to oil condition, which are detected and alerted, enabling pre-emptive maintenance before failure or major damage and/or accelerated wear.
ENVIRONMENTAL (ESG) TARGETS – Safely maximise oil use to reduce consumption by approximately 30% per annum. Reduce parts consumption and extend equipment life.
OIL INTERPRETING GUIDE
Bafco Reliability continuously analyses oil in real time at a molecular level, accurately tracking condition changes as equipment operation causes oil to wear. Rate of change projection enables reliable optimal maintenance forecasting and safe interval increases – thus reduced costs. Contamination or equipment issues cause trend spikes which are instantly detected, enabling immediate evaluation and action as necessary to avoid unnecessary break downs and life-shortening equipment wear.
TECHNICAL SPECIFICATIONS
PRODUCT INFORMATION | Name Product Number |
Gen 2 – Oil Quality Sensor OQSxG2-1-XX-XX-5 |
---|---|---|
PHYSICAL | Material Dimensions Weight Connection Torque |
Stainless Steel AISI304 102mm x 36mm (L x W) 180g 32mm AF Hex Collar 25N m |
AVAILABLE THREADS | Thread 1/2” BSPP 1/2” NPT 7/8” UNF M18 |
Seal Dowty Type n/a ‘O’ Ring Dowty Type |
CONNECTORS | Connector | 6-Pin Bulgin PXP4013/06P/PC |
ELECTRICAL | Supply Consumption |
+9-30 V DC 0.4w Average |
DATA OUTPUT / INPUT | Digital Output Protocols Supported Analog Output |
RS485, CANbus Modbus, CanOpen and J1939 4-20mA |
OIL QUALITY DETECTION PARAMETERS | Frequency Output Accuracy Elements |
Every 2 seconds Tan Delta Number (TDN) Oil Temperature (°C or °F) 0.01% All wear and contamination |
ENVIRONMENTAL | Operating Temperature Calibrated Temperature Fluid Temperature Fluid Pressure Storage Temperature |
-40°C (-40°F) to +120°C (+248°F) -20°C (-4°F) to +120°C (+248°F) -40°C (-40°F) to +120°C (+248°F) up to 70 bar (1015 psi) -55°C (-67°F) to +150°C (+302°F) |
STANDARDS & CERTIFICATION | Water & Dust Shock & Vibration EMC Conformity |
IP68 when connected BS EN 60068-2-30 (Test Db – Cyc.Hum.) BS EN 60068-2-6 (Test Fc – Sine Vib.) BS EN 60068-2-27 (Test Ea – Mech.Shock) EN 61000-6-4:2007 (Generic Emissions Standard for Industrial Environments) EN 61000-6-2:2005 (Generic Immunity Standard for Industrial Environments) CE Marked RoHS Compliant |