The transmitter level analog LS-MH 24VDC is based on the LS-M magnetic flap level controller. Through technological innovation, a liquid level sensor is added to enable it to output a 4~20mA current signal. This improvement not only improves the functionality of the controller, but also greatly enhances its applicability and flexibility in industrial automation systems.

The transmitter level analog LS-MH consists of a series of precise magnetic induction module units. These module units move with the change of liquid level driven by the float. The magnetic unit attached to the float interacts with the magnetic induction module unit, so that the corresponding point of each module unit moves when the liquid level changes. This action is converted into a resistance change signal through the mechanism inside the sensor.

The transmitter is the core component of the transmitter level analog LS-MH, which is responsible for converting the resistance signal output by the sensor into a 4~20mA current signal. This current signal is a widely used signal type in the field of industrial automation, and is easy to interface with other automation equipment and control systems, thereby realizing the precise transmission and control of liquid level information.

The main technical parameters of the transmitter level analog LS-MH are as follows:

- Junction box: Made of aluminum alloy, it has good corrosion resistance and durability.

- Resolution: up to 5mm, ensuring high precision of liquid level measurement.

- Working voltage: DC24V, which meets the power requirements of most industrial equipment.

- Ambient temperature: It has a wide range of adaptability, from -10℃ to 85℃, suitable for a variety of environmental conditions.

- Sensor housing: Made of stainless steel 316L/304, it has extremely high corrosion resistance and stability.

- Transmitted output current: 4~20mA, load impedance is less than 500Ω, ensuring the stability and reliability of signal transmission.

Transmitter level analog LS-MH is widely used in petroleum, chemical, food, pharmaceutical, water treatment and other industries. For occasions where precise control of liquid level is required, such as storage tanks, reactors, water towers, etc., they can provide stable and reliable liquid level monitoring and control.

The transmitter level analog LS-MH has become the preferred solution for liquid level control in the field of industrial automation with its high precision, high stability and easy integration. With the continuous advancement of industrial automation technology, the LS-MH controller will continue to provide strong support for industrial production with its excellent performance, ensuring the efficiency and safety of the production process.