FSH10AR

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The FSH10AR flow sensor is a member of the FSHAR family of flow sensors, designed for direct integration into both liquid and gas systems. The device is based on a differential pressure (or back-pressure) flow equation, where flow is proportional to the square root of the applied pressure. The sensor can detect low flow rates, ranging from 0 to 1718 mL/min (0 to 1.3 kg/m3 ) for gases and up to 10 L/min (0 to 10 kg/m3 ) for liquids. The FSH10AR allows the user to set flow thresholds as low as 0.015 l/min, and the output can be configured for either digital or analog signals.

The FSH10AR can be used in many applications that require accurate flow sensing. It is a great choice for HVAC systems, home water systems, medical devices, and applications that require constant flow monitoring. The device is also ideal for many industrial applications such as water flow and petroleum monitor systems, pump control systems, and process control systems.

The FSH10AR works by measuring the back-pressure created when the flow rate passes through the device. The device uses a differential pressure equation to calculate the flow rate, which is proportional to the square root of the applied pressure. The FSH10AR can then produce a digital or analog output that corresponds to the determined flow rate. The output can be used to display the flow rate on a control panel or to control the flow rate directly.

The FSH10AR device is designed to be integrated directly into a system, with standard ORFS or NPT threaded ports providing simple installation. The device is built from corrosion-resistant materials and has an adjustable response time of up to 300 milliseconds. Additionally, the FSH10AR is highly accurate, with a repeatability of +/- 0.01 l/min, and can handle both high pressures (up to 100 bar) and low temperatures (down to -20°C).

The FSH10AR is an excellent choice for applications that require accurate and reliable flow sensing. Its differential pressure design allows it to measure even low-flow rates and provides precise readings. The adjustable response time makes it suitable for many applications, while the corrosion-resistant material construction ensures long-term durability. It\'s easy to install and configure, allowing it to be quickly integrated into most systems.

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