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Model Micro MV 100 -Dynamic Flow Computers
The Micro MV is a 32-Bit, Dual Meter Run, Custody Flow Computer for Liquid, Industrial Gas, and Natural Gas Applications featuring: Three Frequency Channels, Four Analog Inputs, One Analog Output, Four Digital I/O’s, One RS-232 Port, Two RS-485 Ports, One Printer Output, and a Rosemount Multivariable Transmitter. An Input or Output Expansion Module is also available. Several Flow Computers are available for Liquid, Industrial Gas, and Natural Gas.
The Micro MV 100 is a three meter bi-directional field mounted flow computer which can be used for all liquid and gas applications, including custody or non-custody measurements. The Micro MV 100 flow computer is the most powerful flow computer of its kind and represents one of the latest advancements in operation, performance, and modularity.
The Micro MV 100 has been designed to meet the requirements of a wide variety of specialized industries using a single hardware platform thus reducing spare parts requirements, training and calibration costs, and lowers the overall cost of ownership.
With over 5,000 units in worldwide operation, the Micro MV 100 is indicative of Dynamic Flow Computers’ intense commitment to our customer’s needs and expectations.
The Micro MV 100 flow computer can be found operating under the most extreme conditions: the hot Saudi Arabian desert, the humid forests of Colombia, the snow-covered valleys of Canada, and the corrosive salt air of offshore platforms. You can be assured that the Micro 100 will be reliable under the rigors of any environmental conditions that you can imagine.
- Ultra low power (0.5 watts)
- 32-bit processor
- Touch screen interface
- Turbine diagnostics
- Battery backup/UPS
- Multiple I/O options
- Wireless radio/Modem ready
- Gas chromatography interface
- Custody transfer accuracy
- Smart field I/O
- Liquid and gas measurement
- Wellhead measurement & automation
- Custody measurement and control
- Compressor stations
- Well optimization
- PID control
- Liquid and gas pipelines
- Injection index testing
