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A device used to measure a fluid’s mass flow rate that is unaffected by variations in fluid pressure is known as a pressure insensitive mass flow module. This module is frequently employed in situations where accurate mass flow measurements are still necessary yet the fluid pressure is continually changing.
The heat transfer between the fluid and the surroundings is measured by the pressure-insensitive mass flow module using thermal sensors.
The mass flow rate of the fluid is calculated using the temperature difference between the fluid and a reference temperature, which is measured by the sensors.
Since the module is made to have a very low pressure drop, the pressure of the fluid travelling through it is not greatly altered. Due to this, the module can accurately measure mass flow even in situations with wildly fluctuating fluid pressures.
In sectors including chemical processing, oil and gas, and pharmaceutical manufacture, where precise monitoring of fluid flow is essential for process control and optimization, pressure-insensitive mass flow modules are frequently utilised.
Global pressure insensitive mass flow module market accounted for $XX Billion in 2022 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2023 to 2030.
The pressure-insensitive MFC D500’s high sensitivity and wide range of flow control technology are carried over into the ultra-thin MFC DZ-100, but it has a module width that has been reduced from 28.575 mm (1.125 inches) to 10 mm, or roughly a third of the current width, without sacrificing performance, and it weighs 70% less at 230g.
HORIBA, Ltd. will introduce the DZ-100 ultra-thin Mass Flow Controller. One of the MFCs that the HORIBA Group has created on its own is the DZ-100 controller.
Because semiconductor devices are getting smaller and more integrated, the gas flow conditions employed in the production process are getting more complicated.
It is challenging to add more MFCs to handle the complex flow circumstances due to the small size of the gas box where they are normally installed.It is challenging to use more MFCs to handle the complex flow circumstances due to the small gas box where they are normally mounted.
