EtaMax Technologies Pvt. Ltd. provides VA 520 - Thermal Mass Flow Meter for industrial use where there is a need to measure the flow and consumption of gas. This meter works on the basis of thermal mass flow to determine the rate of mass flow and provide the standard volume flow rate. It can be used to check energy consumption, detect leakage, and measure flow at distribution point, department or consumer point. The meter is applicable for compressed air and non-corrosive gases like nitrogen, oxygen, argon and helium.
VA 520 - Thermal Mass Flow Meter Manufacturers
As VA 520 - Thermal Mass Flow Meter Manufacturers, EtaMax Technologies Pvt. Ltd. provides a flow metering system that is suitable for both low and high flow rates. Our VA 520 features accurate measurement with the use of pressure and temperature compensation based on the thermal mass flow concept. This product has no moving parts; hence it will help minimize the maintenance cost. The design of this flow meter is such that there is very little blockage, thus minimizing the pressure losses.
VA 520 - Thermal Mass Flow Meter Suppliers
As VA 520 - Thermal Mass Flow Meter Suppliers, EtaMax Technologies Pvt. Ltd. offers the VA 520 meter for continuous flow and consumption measurement purposes. Among the standard meter interfaces are 04 – 20 mA, pulse, and Modbus RTU (RS 485). Additionally, other interface options include Modbus TCP, PoE, and M-Bus. Furthermore, the meter is equipped with a built-in display for displaying measured parameters, configuring parameters and resetting the main counter parameter.
VA 520 - Thermal Mass Flow Meter Exporters
As VA 520 - Thermal Mass Flow Meter Exporters, EtaMax Technologies Pvt. Ltd. is offering the VA 520 for flow measuring purposes in industries and for energy measurement. The device has a capability of handling pressures up to 40 bar, and it measures flows at temperatures ranging between -30° Celsius and 80° Celsius. Gas velocity handled by the meter is up to 224 Nm/s, and the meter gives an accuracy of ±1.5% or ±1% of measured values and ±0.3% of the final value.