Process Control Devices products
Flow Meter
Turbine Flow Meter
Process Control Devices manufacture various digital flow meter used in industry as per fluid property. Turbine flow meter is used for measuring the instant flow rate of clean liquid as well as gas. It consists of turbine rotor mechanism, pickup coil, and an electronics module. the velocity of flow is directly proportional to the flow rate. Media it can measure is water, oil, diesel, solvent, chemical and any clear liquid. viscosity should be less than 20 CP.
Custody Transfer Turbine Flow Meter
Custody transfer is one of the crucial applications for flow measurement. Many flow measurement technologies are used for custody transfer applications one such is the turbine flow meter. Custody transfer turbine flow meters meant for high-class metering of petroleum liquids such as crude oil, Diesel, and refined products. Turbine meters is a volumetric flow meter, its structure consists of the rotor mechanism, pickup coil, and an electronic module. Its mechanism consists of a rotor with propeller-like blades that spin in proportion to flow rate as liquids pass over it. The turbine flow meter is used to for measuring clean, steady, high-speed flow of low-viscosity fluids. In comparison to other custody transfer flow meters, the turbine flow meter has a significant cost advantage, especially in the larger line sizes. High accuracy and better reliability make it intended for use in fiscal or custody transfer applications.
Gas Flow Meter
Compressed Air Flow Meter
Thermal Mass Flow Technology for Compressed Air Flow Measurement. The thermal principle operates by observing the cooling effect of a gas flow as it passes over a heated transducer. In compressed air flow meter, the temperature sensor monitors the actual air temperature whilst the heater transducer is maintained a constant differential temperature by caring the required current to the heating sensor from electronic in order to maintain the differential temperature. Greater the flow, greater will be cooling effect and current required to maintain the differential temperature. The current produce to maintain this temperature differential is directly proportional to the mass flow rate. Hence there is no need for additional temperature or pressure compensation in the thermal mass flow meter. This makes thermal mass flow meters as a preferred choice for use in compressed air flow monitoring systems.
Thermal Mass Flow
Thermal Mass Flow Meter is accurate, easy to install, having no moving parts and best suitable solution for measuring and controlling compressed Air, oxygen, nitrogen, biogas, digester gases, ethane and natural gas flow. Heat dispersion (mass flow) technology to provide proportional mass flow measurement resulting in higher accuracy performance at a lower cost than orifice flow meter, Vortex shedding flow meter and other gas flow measuring devices.