Thermal flow meter MDot™
massfor waterfor wastewater

Thermal flow meter - MDot™ - Pulsar Measurement - mass / for water / for wastewater
Thermal flow meter - MDot™ - Pulsar Measurement - mass / for water / for wastewater
Thermal flow meter - MDot™ - Pulsar Measurement - mass / for water / for wastewater - image - 2
Thermal flow meter - MDot™ - Pulsar Measurement - mass / for water / for wastewater - image - 3
Thermal flow meter - MDot™ - Pulsar Measurement - mass / for water / for wastewater - image - 4
Thermal flow meter - MDot™ - Pulsar Measurement - mass / for water / for wastewater - image - 5
Thermal flow meter - MDot™ - Pulsar Measurement - mass / for water / for wastewater - image - 6
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Characteristics

Technology
thermal
Type
mass
Fluid
for water, for wastewater, for air, for natural gas, biogas
Pipe diameter
DN50 - 2", DN15 - 1/2", DN80 - 3", DN100 - 4", DN40 - 1"1/2, DN20 - 3/4", DN150 - 6", DN200 - 8", DN300 - 12", DN250 - 10"
Material
stainless steel, aluminum
Communication
4-20 mA, RS485, Modbus RTU, HART, USB
Supply voltage
12VDC
Protection level
ATEX, IP67, NEMA 4X
Applications
for low flow rates
Other characteristics
high-accuracy, with LCD display, programmable, IEC
Volumetric flow rate

Min.: 0 m³/h
(0 ft³/h)

Max.: 32,979.6 m³/h
(1,164,663.5826 ft³/h)

Process temperature

Min.: -40 °C
(-40 °F)

Max.: 121 °C
(249.8 °F)

Process pressure

230 psi, 285 psi, 500 psi

Precision

0.2 %, 0.5 %, 1 %, 1.5 %

Repeatibility

0.2 %

Description

The MDot™ is one of the most technically advanced gas flow meters specifically designed for water and wastewater. An innovative Thermal Mass Flow Meter and Temperature Transmitter that operates on the law that gases absorb heat. Specifically developed for the demands of the water and wastewater industry, where aeration, digestion, and cogeneration play crucial roles. Use the Pulsar Measurement MDot™ to successfully measure air, methane (natural gas), and methane/CO2 mixes (digester and biogas). Microprocessor-based and field programmable, the MDot™ features two sensor elements, with one sensor element detecting the gas temperature and the second maintained at a constant temperature above the gas temperature. When gas flows past the sensor, the energy required to maintain the constant differential temperature as heat is siphoned into the gas is proportional to the mass flow rate. Gas Flow Measurement in the Water and Wastewater Industry The MDot™ Thermal Mass Flow Meter has been designed to meet the demands of the water and wastewater industry, where aeration, digestion, and cogeneration play crucial roles. Optimize your aeration blower systems and save money on operation costs by installing the MDot™ on your main air header and each individual feed line. The MDot™ is highly accurate and has incredible turndown, perfect for modern systems where blowers are variable speed. In aerated grit removal systems, installing the MDot™ will allow you to accurately adjust your air feed process for the varying influent conditions seen at the treatment plant. With incredible turndown, the MDot™ ensures accurate measurement at minimal to maximum wastewater volumes.

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