CN1020A14A12S6-200

CN1020A14A12S6-200 is a paddle-wheel type pulse sensor which is widely used in various fields. It is capable of directly measuring the flow rate and quantity of liquids and gases mediums which are clean, non-corrosive, and non-abrasive (such as water, oil, fuel, etc). The flow range of this sensor is 0-200 L/min, and it has a 4-20 mA output signal which is linear with flow rate. This flow sensor is also equipped with temperature compensation function which can guarantee a highly precise measurement accuracy.

The working principle of this paddle-wheel type pulse sensor is quite simple. It has two sets of magnets, one inside the paddle wheel and the other one outside of the wheel. The paddle wheel is placed inside the flowing medium (e.g. water, fuel, etc.) and its magnets generate a small electrical current on the fluid’s surface once the paddle wheel turns. The two sets of magnets together act as a voltage generator, and this generated voltage is further converted into a 4-20 mA output signal which is directly proportional to the flow rate of the fluid.

CN1020A14A12S6-200 is widely used in various applications, such as irrigation, chemical industries, petroleum and natural gas industries, etc. In these applications, the paddle-wheel type pulse sensor can accurately measure the flow rate and quantity of different mediums and provide precise measurement results. This precise measurement can help improve the process efficiency and improve the accuracy of the end product.

In addition to being used for flow measurement, this paddle-wheel type pulse sensor can also be used to control the flow rate as its 4-20 mA output signal can be used as a control signal for any process control system. It is also suitable for automatic metering systems and other flow monitoring applications. This makes CN1020A14A12S6-200 a highly versatile device.

In conclusion, CN1020A14A12S6-200 is a paddle-wheel type pulse sensor which can be used for a wide range of applications, such as irrigation, chemical industries, petroleum and natural gas industries, etc. It is capable of directly measuring the flow rate and quantity of various liquids and gases, and it has a 4-20 mA output signal which is linear with flow rate. It is also equipped with temperature compensation function which can guarantee a highly accurate measurement result. Furthermore, this paddle-wheel type pulse sensor can also be used to control the flow rate as its output signal can be used as a control signal for any process control system.