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APM High Shear Fluid Condition Viscosity Sensor
The APM high shear fluid condition sensor platform is a breakthrough in viscosity sensing applications. The APM fluid condition viscosity sensor is solid state with no moving parts and based on a rugged quartz crystal design. The surface of the sensor is also treated to be scratch and chemically resistant. It operates at 160MHz producing a very high shear rate in liquids. The sensor is fully immersible and can be easily configured for insertion into a myriad of processes. Unaffected by flow or vibration conditions, the APM fluid condition viscosity sensor is operable from 10 to 500 AV (acoustic viscosity). It can be operated in fluids at temperatures ranging from 0°C to +85°C and comes with a smart digital interface.
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MCF Low Shear Fluid Condition Viscosity Sensor
The MCF low shear fluid condition sensor platform is the latest in development of breakthrough in viscosity sensing applications. The MCF fluid condition viscosity sensor is solid state with no moving parts and is based on a leading edge crystal design. The surface of the sensor is also treated to be scratch and chemically resistant. The sensor operates at 5.3MHz producing a very low shear rate in liquids which results in better correlation to more traditional viscosity measurement techniques. The sensor is fully immersible and can be easily configured for insertion into a myriad of processes. Unaffected by flow or vibration conditions, the MCF fluid condition viscosity sensor is operable for a wide range of fluids and especially targeted for oil condition monitoring applications. It can be operated in fluids at very wide operating temperature ranges and is available in two product packages. The first configuration, similar to the APM fluid condition sensor, comes in a square format. The second, integrates the sensor and electronics into a threaded bolt configuration (1/2 NPT and BSPT).
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Description: The fluid property analyzer (FPA) is designed to provide customers with an industrial robust and flexible platform for monitoring applications that may include distillation and chemical process streams, machinery lubricants, and gear oils. The FPA offers data logging capabilities, as well as direct digital or analog integration to distributed control systems (DCS) for remote system monitoring.
Features:
-Flexible design enables a wide variety of industrial and process monitoring installations
-Stainless steel, hermetically sealed analyzer with electronic control module
-Operating Temperature: -40°C to 125°C
-Operating Range: Fluid viscosities 0 - 100 mPa-s
-Factory calibrated with datalogging and field calibration options
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MIVI PROCESS VISCOMETER FOR INLINE, ONLINE AND ON REACTOR APPLICATIONS
Simple, Rugged, Reliable, No wear part, Low maintenance, Operates in any position, Easy installation
GENERAL TECHNICAL DATA
• Maximum working temperature up to 200 or 300°C
• Maximum working pressure up to 60 bar or 150 bar (500 possible at request)
• Maximum viscosity range up to 1000 Pascal.second
• Watertightness of the body IP67
• Material 316L SS, Hastelloy, ...
• Protective coatings Diamolith, PTFE, enamel
• Exproof approval ATEX, FM, JIS
• Sanitary design on request
INDUSTRIES :
Petrol, Petrochemical, Chemical, Food & beverage, Cosmetics, Printing & coating
APPLICATIONS :
Polymerization control, Heavy fuel oil control, Inks control...
PRODUCTS :
Oil, Polymers, Fuels, Bitumen, Resins, Gels, Emulsions, Cheese, molasses, Paints, Inks...
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Applications: Direct installation into engine oil gallery, transmission housing and fuel system for lubricant and fuel quality monitoring
Industries: Transportation, General Industry
Description: The FPS2800B12C4 is a novel fluid property sensor that will directly and simultaneously measure the viscosity, density, dielectric constant and temperature of fluids. Relying on patented tuning fork technology, the sensor monitors the direct and dynamic relationship between multiple physical properties to determine the quality, condition and contaminant loading of fluids such as engine oil, fuel, transmission and brake fluid, hydraulic and gear oils, refrigerants and solvents. The multi-parametric analysis capability improves fluid characterization algorithms. The FPS provides in-line monitoring of fluids for a wide range of OEM and aftermarket installations including fluid reservoirs, process lines and pressurized high flow conduits (e.g., engine oil gallery) for applications that include on and off highway vehicles, HVAC&R, compressors, industrial equipment and turbines. A universal digital CAN J1939 compliant protocol provides easy to connect interface to main Host controller. A simple 4 pin connector allows for cost effective mounting options.
Features:
-Fully integrated, stand-alone module combines sensor and processing electronics
-Rugged construction for high pressure and high flow environments
-Proprietary corrosion and contaminant resistant coating for wetted parts
-Accurate, repeatable temperature, viscosity, density and dielectric constant
-Factory calibrated with NIST traceable fluids
-On-board microprocessor for real-time data analysis with 5, 12 or 24 Volts supply
-Highly reliable and long term stability
-Digital output as per J1939, CAN2.0B standard or CAN 2.0A featuring high-resolution parameter readings
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