Float Level Switch Float level switches work by using a buoyant float that moves up and down with the liquid level. This movement then actuates a switch, either directly or through a magnetic mechanism, to signal whether the liquid level is above or below a certain point. A float switch definition is: It is a…
Conductive Level Switch Conductivity level switches work by detecting the presence of a conductive liquid between two or more electrodes. When a conductive liquid bridges the gap between the electrodes, it completes an electrical circuit, triggering a signal. This signal can be used to indicate the liquid level, activate pumps, or trigger alarms. FeaturesSpecificationsDocumentsApprovalsDrawingsVideosApplication NotesFeatures Conductive level…
AFT96 AFT96 Flow totalizer is use to measure Total Flow Consumption & Current Flow From any Flow Meter Like Electromagnetic flow meter, Paddle Wheel Flowmeter, Oval Gear, Vortex Flowmeter Etc… AFT96 is 16 Bit Microcontroller Based Instrument which have Universal input 4-20mA & Pulse. AFT96 also Can Measure Open Channel Flow measurement for any Parshall…
Coriolis Flow Meter Our range of Coriolis mass flow meters is designed to suit your need to measure almost any fluid, across any application. Built on the Coriolis principle, these meters measure the mass of the fluids directly, rather than volume. This means they do not require compensations for factors such as temperature and pressure…
Pitote Tube Flowmeter [Annubar Flow meter] A Pitot tube measures fluid flow velocity by sensing the difference between stagnation pressure and static pressure. This pressure difference, related to the fluid’s velocity through Bernoulli’s principle, allows for accurate speed calculations. A. Static Pressure: Static pressure is the pressure of the fluid when it’s not disturbed by the…
Thermal Mass Flow Meter Thermal Mass flow meters measure the mass flow rate of gases and air directly. Volumetric measurements are affected by all ambient and process conditions that influence unit volume or indirectly affect pressure drop, while mass flow measurement is unaffected by changes in viscosity, density, temperature, or pressure. Thermal mass flow meters…
River or Channel Flow Meter A radar flow meter for rivers uses radar technology to measure water flow in open channels like rivers and canals. These meters typically combine a radar level sensor and a radar current meter (or velocimeter) to measure water level and surface velocity, respectively. By combining this data, along with knowledge of…
Open Channel Flow meter Basic Principle Open Channel flow meters measure level, flow rate and total volume of water flowing through weirs, flumes, channels and partially filled pipes. The flow meters use a non-contact level sensor to detect the water level and then calculate the flow rate and volume using the Manning equation and characteristics…
V Corn Flow Meter The principal theory behind the V-Cone flow meter is Bernoulli’s theorem for energy conservation in a closed pipe. According to this theorem, for a constant flow, the pressure in a pipe is inversely proportional to the square of the velocity; as the velocity increases, the pressure decreases. For example, as fluid…
Paddle Wheel Flow meter As the magnets in the blades spin past the sensor, the paddle wheel meter generates a frequency and voltage signal which is proportional to the Flow rate. The faster the flow the higher the frequency output. The paddle wheel meter is designed to be inserted into a pipe fitting, either ‘in-line’ or…
