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Lockheed Martin Missiles and Fire Control (MFC) is one of four Lockheed Martin business areas. MFC is a recognized designer, developer and manufacturer of precision engagement aerospace and defense systems for the U.S. and allied militaries. MFC develops, manufactures and supports advanced combat, missile, rocket, manned and unmanned systems for military customers that include the U.S. Army, Navy, Air Force, Marine Corps, NASA and dozens of foreign allies. MFC also offers a wide range of products and services for the global civil nuclear power industry and the military’s green power initiatives. MFC has five principal product categories that correspond to the vital capabilities it provides our warfighters and civilian customers in their defining moments. MFC pursues business in more than 50 countries with more than 50 product and service lines.
As the leading provider for offensive and defensive weapons systems, Lockheed Martin Missiles and Fire Control (MFC) develops and produces electro-optic and smart munitions systems and is a pioneer of high-performance missiles, missile defense, advanced sensors, threat detection and rocket technology, delivering these capabilities to military forces globally.
MFC offers more than 50 products and service lines. Below is a look at one of our advanced technologies, which supports our customer's mission.
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Learn how we are strengthening the economies, industries and communities of our global partner nations.
Designed to help the U.S. and allies leverage emerging technologies to create a resilient multi-domain network.
Taking action to help you protect what matters most
We develop laser weapon systems, radio frequency and other directed energy technologies for air, ground and sea platforms to provide an affordable countermeasure alternative.
We have invested in developing and demonstrating hypersonic technology for over 30 years.
Our Multi-Domain Operations/Joint All-Domain Operations solutions provide a complete picture of the battlespace and empowers warfighters to quickly make decisions that drive action.
Whether it's protecting citizens or advancing the boundaries of science, MFC missions are some of the most important and challenging in the world. By leveraging our employees’ diverse talents and backgrounds, we deliver innovative, affordable solutions and unparalleled customer value. We offer flexible work arrangements, strong benefits and ample training and development opportunities. Join our team today.
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This article needs additional citations for verification . Please help improve this article by adding citations to reliable sources . Unsourced material may be challenged and removed. Find sources: "Mass flow controller" – news · newspapers · books · scholar · JSTOR ( September 2018 ) ( Learn how and when to remove this template message )
^ Tison, S. A. (1996). "A critical evaluation of thermal mass flow meters" (PDF) . Journal of Vacuum Science & Technology A: Vacuum, Surfaces, and Films . 14 (4): 2582–2591. Bibcode : 1996JVSTA..14.2582T . doi : 10.1116/1.579985 . ISSN 0734-2101 . S2CID 39546958 . Archived from the original (PDF) on 2019-03-02.
A mass flow controller ( MFC ) is a device used to measure and control the flow of liquids and gases . [1] A mass flow controller is designed and calibrated to control a specific type of liquid or gas at a particular range of flow rates. The MFC can be given a setpoint from 0 to 100% of its full scale range but is typically operated in the 10 to 90% of full scale where the best accuracy is achieved. The device will then control the rate of flow to the given setpoint. MFCs can be either analog or digital . A digital flow controller is usually able to control more than one type of fluid whereas an analog controller is limited to the fluid for which it was calibrated.
All mass flow controllers have an inlet port, an outlet port, a mass flow sensor and a proportional control valve. The MFC is fitted with a closed loop control system which is given an input signal by the operator (or an external circuit/computer) that it compares to the value from the mass flow sensor and adjusts the proportional valve accordingly to achieve the required flow. The flow rate is specified as a percentage of its calibrated full scale flow and is supplied to the MFC as a voltage signal.
Mass flow controllers require the supply gas or liquid to be within a specific pressure range. Low pressure will starve the MFC of fluid and cause it to fail to achieve its setpoint. High pressure may cause erratic flow rates. There are many different technologies which can help to measure the flow of the fluids and eventually help in controlling flow. Those technologies define the types of Mass Flow Controllers, and they include differential pressure (ΔP), differential temperature (ΔT), Coriolis , Ultrasonic, electromagnetic, turbine , etc.
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