KJL111424-43

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KJL111424-43 is a type of electrohydraulic proportional valve, which is widely used in the fields of automation and accuracy control. It has the advantages of high pressure resistance, fast response, high precision and capacity modulation. It has been widely used in industrial production processes, such as machinery manufacturing, food and beverage industry, pharmaceutical industry, etc.

The basic working principle of the KJL111424-43 is to convert the electrical signal into hydraulic pressure signal which is matched with it. The input signal is a DC current signal, which will cause a proportional change in pressure on the output side. The pressure of the output side is inversely proportional to the input current. That is, when the input signal increases, the output pressure decreases, and vice versa.

The core of the KJL111424-43 is its pilot valve. The pilot valve is composed of a hydropneumatic unit and an electromagnetic winding. The hydropneumatic unit is a core component responsible for the conversion of electrical signals into hydraulic pressure signals. The electromagnetic winding is responsible for actuating the piston. When there is no current flowing through the winding, the piston will not move, but when the current is applied, the piston will move in response to the signal.

The KJL111424-43 is mainly used for the flow control of hydraulic systems. It is also widely used in precise control and flow adjustment fields such as machinery, metallurgy, shipbuilding, transportation and energy fields. In industrial production, it is mainly used in pressure setting, pressure measuring, pressure cutting off, pressure controlling and speed governing, which is simple and user friendly. Moreover, its accuracy is quite high and is widely accepted in various industries.

In conclusion, KJL111424-43 is a type of electrohydraulic proportional valve which is widely used in industrial production processes. It has the advantages of high pressure resistance, fast response, high precision and capacity modulation. Its working principle is to convert the electrical signal into hydraulic pressure signal which is matched with it. And it is mainly used for flow control of hydraulic systems in many industrial production fields. Its simple structure and high accuracy make it an essential element in industrial production.

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