EtaMax Technologies Pvt. Ltd. provides VA 550 - Thermal Mass Flow Sensor for industrial purposes when there is a need for accurate flow measurement and energy monitoring. The VA 550 sensor is based on the principle of thermal mass flow and is capable of measuring mass flow and giving direct standard volume flow. This device will help its users monitor their consumption and know their leakage flows and their energy usage in compressed air and gas flow processes.
VA 550 - Thermal Mass Flow Sensor Manufacturers
As VA 550 - Thermal Mass Flow Sensor Manufacturers, EtaMax Technologies Pvt. Ltd. provides a strong sensor that caters to various industrial flow measuring needs. The VA 550 is made up of stainless steel wetted components and a strong aluminum housing and is thus able to cater to harsh industrial environments. The VA 550 is capable of providing pressure and temperature compensation because of the thermal mass flow measurement technology used in the sensors.
VA 550 - Thermal Mass Flow Sensor Suppliers
As VA 550 - Thermal Mass Flow Sensor Suppliers, EtaMax Technologies Pvt. Ltd. provide the VA 550 with characteristics appropriate to flow monitoring and measurement of consumption. It provides the 4–20 mA interface, pulse, and Modbus RTU (RS 485) communication interfaces, as well as additional interfaces like Modbus TCP, PoE, and M-Bus available on demand. It also provides the display to view the measured values, modify settings, and reset the main metering value. It is possible to install this flowmeter via a ½ inch ball valve and under pressure.
VA 550 - Thermal Mass Flow Sensor Exporters
As VA 550 - Thermal Mass Flow Sensor Exporters, EtaMax Technologies Pvt. Ltd. offers the VA 550 thermal mass flow sensor that is suitable for applications related to industrial flow rate measurement, energy monitoring, and leakage detection purposes. The sensor may be used as an insertable model for pipes with diameters of 3/4 inch and above to DN 1000; it is able to withstand pressures up to 50 bar, with a specific model having the capacity to withstand pressures up to 100 bar. It is capable of operating with media having a temperature up to 180°C, whereas ATEX and IECEx versions are able to withstand temperatures up to 120°C.