Posts

Showing posts with the label best liquid flow control valve

Difference between Flow Meters and Flow Transmitters

Image
Before we understand the difference between a flow transmitter and a flow meter, let us know their need. Both these devices are used to measure the flow of liquid or gas. Today, in industrial processes, there is a necessity to regulate the flow of fluid or gas. So, the primary purpose of such devices is for process control. Now that we have that cleared up. What is a  flow meter and nozzle ? Flow meters and nozzles are devices used to measure the flow of liquid or gas as they pass through pipes. It is a piece of engineering equipment that measures, monitors, and record the flow rate, discharge, or pressure of liquid and gasses. There are various types of flow meters – differential pressure flow meters, positive displacement flow meters, open channel flow meters, and electromagnetic flow meter. What is a flow transmitter? A flow transmitter is similar to the flow meter with the difference that it has electronics inside the pipe to provide electrical output in...

Proteus Industries: A Premier Manufacturer of Flow Switches

Image
With several kinds of flow switches on the market, it can be difficult to choose the perfect product for your specific purposes. Here are some important things to know before choosing a flow device from a premier manufacturer of flow switches . What is a Flow Switch? A flow switch is a mechanical device used to control the flow of liquid, steam, or air. Flow switches do this by sending trip indications to other devices within the framework (such as a pump), signaling it to shut off or turn on and safeguarding it from getting damaged. This device keeps track of a set point and determines whether the flow is below or above this specific rate. This set point may be fixed or adjustable, depending on the specifications of the product. When this set point is reached, sometimes the response is an electric circuit’s actuation. Once it is tripped, the flow switch remains in its new condition until the flow falls under the set point. What are the major benefits of Flow ...

Controlled Flow & Direction of the Fluid by the Flow Control Valve Sensors

Image
Flow meters are the equipment for the accurate measurement of the flow rate of the fluid passing through a pipe or an open space. The measurement can be made either on the basis of the mass flow rate or the volumetric flow rate. The rate of flow can be altered and distributed with the help of particular equipment called the flow control valve sensors. It provides accurate and programmable information, which helps in the execution of the distribution. Various industries have an abundant option of the control valve sensors to choose from. On the basis of the application and the purpose, the type of the sensors is chosen, which gives errorless productivity. Design of the Flow Control Valves The   flow control valve sensors   have diversified designs, from simple openings to refined electro-hydraulic valves. These different compositions of the valve sensors enable it to automatically adjust itself according to the change in temperature and pressure. The control valves are ...

Compact Liquid Flow Control Valves - Proteus Industries Inc

Image
Compact  Liquid Flow Control Valves  providing precise, programmable management of liquid distribution. FLC700 Series Flow Controller > Flow controller integrates valve, meter and display > Flow ranges from 5–100 LPM / 1.3–26.4 GPM > Programmable PID controller for precise control > Digital display > Analog output > Two programmable alarm levels > Usable to 60 °C / 140 °F and 0.4 MPa / 58 psi More  DETAILS FLC600 Series Flow Controller > Stand-alone and built-in manifold versions available > Flow controller integrates valve, meter and display > Flow ranges from 0.5–20 LPM / 0.13–5.3 GPM > Programmable PID controller for precise control > Digital display > Analog output > Two programmable alarm levels > Usable to 60 °C / 140 °F and 0.4 MPa / 58 psi More  DETAILS FCV-M Series Flow Control Valve > Direct control of flow or temperature from your PID controller with 4–20 mA, 1–5 VDC or 1–10 VDC ...