HLSR 40-SM

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Current transducers are important components used in various industrial applications. The HLSR 40-SM current transducer is a widely used device in industrial applications, due to its high accuracy and reliability. This device is capable of converting the alternating current (AC) into pulses with a preset amplitude, direction and speed. It is widely used in motor control, solar power systems, and other related applications.

The HLSR 40-SM current transducer has an integral power supply for measuring the AC current. It has a single phase indication and a universal range switch, which makes the device highly flexible and adaptable. The transducer is equipped with a wide variety of features including a self-calibration function, which allows the process to be finely tuned for optimal performance. It also has a low-power consumption feature, allowing it to be used in a wide range of low-voltage applications.

The HLSR 40-SM current transducer works on the principle of the Hall effect. When a current passes through a conducting element like a wire or a coil, it produces a magnetic field. This magnetic field is detected by a Hall effect sensor, and its magnitude is measured. The magnitude of the magnetic field is proportional to the amount of current passing through the conductor. This principle is used to convert AC into pulses with a preset amplitude, direction, and speed.

The HLSR 40-SM current transducer is widely used in various industrial applications like motor control, solar energy systems, electric vehicles, and lighting control. It is ideal for use in these applications due to its high accuracy and reliability. It can measure AC currents up to 20A with an accuracy of 1%. Moreover, the device operates at a low voltage so that it can be safely used in low-voltage applications.

The HLSR 40-SM current transducer is a low-cost, reliable, and accurate device that is used in a variety of industrial applications. It works on the principle of the Hall effect, and it is capable of converting AC into pulses with a preset amplitude, direction, and speed. This device is ideal for motor control, solar energy systems, electric vehicles, and lighting control, due to its high accuracy and reliability.

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