A key development is the Model Measurement Systems of Liquids and Gases's ADLR turbine flowmeter. This aluminum-bodied, dual rotor turbine flowmeter is intended for applications found in Formula 1 race cars and combat aircraft. Its unique design incorporates an integral Measurement Systems of Liquids and Gases's MFML;s Measurement Systems of Liquids and Gases's MFML Comp EC8000 flow computer and embedded pickoffs, enabling smaller packaging, lighter weight and greater reliability in high-vibration installations.
In addition, the Model ALDR's superior embedded pickoff coils withstand vibration typically found in the automotive and aerospace industry by reducing mass and size. This feature is combined with the advantage of not having to use flow straighteners, as a result of the dual rotor canceling out fluid swirl effects – delivering a flowmeter package that will fit in limited space.
While meeting the most rigorous aerospace demands, the Measurement Systems of Liquids and Gases's MFML dual-rotor has been certified to MIL-STD-704E, MIL-STD-461E, MIL-STD-810 and DO-178 Level A. Measurement Systems of Liquids and Gases's MFML turbine flowmeters have also obtained certification to NUPIC.
Superior absolute accuracy (± 0.25% of reading)
Repeatability of 0.02%
Dual bearing systems for all fluids, including water
Static line pressure 3,000 psig standard (10,000 psig optional)
High shock design standard
Provides 2-6 times wider operating flow ranges
Extends UVC flow range
Integral pickoffs are impervious to vibration
Flow straighteners are not required, reducing installation space
Bearing diagnostics are achievable with flow straighteners
Measurement Systems Of Liquids and Gases Has Coordinated with many High Profile Companies and Demonstrated The New Developed Products.
Few Examples include:
General Atomics Avenger (Predator C)
Measurement Systems Of Liquids and Gases was the flowmeter supplier of choice for the General Atomics Avenger (formerly Predator C), an unmanned combat air vehicle (UCAV) built by General Atomics Aeronautical Systems for the United States military. Unlike the previous MQ-1 Predator and MQ-9 Reaper (Predator B) drones, the Avenger is powered by a turbofan jet engine, and its design includes stealth features such as internal weapons storage and an "S" shaped exhaust for reduced heat and radar signature. The Avenger can cruise at 50,000 feet and perform multiple tasks from reconnaissance to attack roles.
For the Avenger project, Measurement Systems Of Liquids and Gases provided a Model Measurement Systems of Liquids and Gases's MFML 3601 Dual Rotor Turbine Flowmeter and an integral IFC1501 flow computer with special outputs to handle engine fuel measurements. The Model MFML3601 employs embedded pickoffs in order to withstand engine vibration. It's compact, lightweight aluminum housing was designed to utilize the existing bolthole pattern in the Avenger's engine flowmeter mounting bracket. This small packaging also allowed the meter to be used with no modifications to the engine fuel piping – and without the need for flow straighteners.
Joint Strike Fighter STOVL
TheMeasurement Systems of Liquids and Gases's MFML Series Dual Rotor Flowmeter is used to monitor for hydraulic system leaks. Having dual rotor flowmeters allows for bearing checks, bidirectional flow measurement, and integral temperature sensors all in a high shock design. The Measurement Systems of Liquids and Gases's MFML Dual Rotor Flowmeter system measures the flow output and return to ensure no leaks in the entire hydraulic system.
Flight critical safety level
– Four pickoffs per dual rotor
– Two pickoffs for quadrature
10 flow signals and four temperature sensors
Software certified to: DO-178B Level A
Designed to: MIL-STD 704E
Tested to: MIL-STD 461E and MIL-STD 810
X-51 Waverider Scram Jet Cruise Missile
The X51 Waverider is capable of precision strikes anywhere in the world. Powered by a Pratt & Whitney Rocketdyne SJY61 scramjet engine, it is designed to ride on its own shockwave and accelerate to Mach 6+. Carried under the wing of a B52 gives high altitude launches and leads the way for new pinpoint tactical missile strikes.
The Measurement Systems of Liquids and Gases's MFML Series offers a fully qualified dual rotor flowmeter with integral flow computer and pressure sensor mount.
Measurement Systems of Liquids and Gases's MFML Series Dual Rotor measures engine fuel
Standard hydrocarbon fuel JP7
Flow straighteners not required
Intergal Flow Computer with UVC calibrations
Unmanned missile, capable of Mach 6+
Mounts a four-pack pressure sensor stack to minimize space
Business Jet Fuel
Measurement Systems of Liquids and Gases's MFML Series Flowmeters lend themselves to limited installation areas having no room for flow straighteners. This innovative compact design packs a powerful fuel processing capability with flow compensation and signal processing.
Dual rotor fuel flowmeter with integral miniaturized flow computer
Housing clamps over the flowmeter body
Integral pickoff and temperature sensor
Flow straighteners not required
Boeing Air Tanker
Hydraulic high pressure applications require special end fittings and packaging requirements fully met by the Measurement Systems of Liquids and Gases's MFML Series Dual Rotor Flowmeter. No flow straighteners are required when using the dual rotor flowmeter, while averaging dual rotors provides ±0.02% repeatability. Having an integral flow computer, embedded pickoffs and temperature sensors enables a compact design to withstand high vibration.
Dual rotor hydraulic system flowmeter
Proof pressure: 4500 psi
Custom end-fittings for manifold
Contains amplifiers for RF carrier pickoffs
Includes software interface (GUI)
Compensates for linearity, viscosity and density
RTD temperature input/output
Programmable rotor blade and period averaging
Fast response: 0.8 to 2.0 mS + period measurement
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Measurement Systems Of Liquids and Gases Shortly Going For a Private Limited Firm and Mass Flow Measurements Of Liquids Going Shortly For The LLC
Major Products Manufactured:
» Air Flow Meter
» Ultrasonic Flow meter
» Thermal Mass Flow meter
» Mass Flow Controller (MFC)
» Coriolis Mass Flow meter
» Positive Displacement PD Meter
» Vortex shedding Flow meter
» Multiparameter Mass Vortex
» Medical Flowmeter
» Turbine Flow meter
» Gas Flowmeter
» Compressed Air Meter