LA 100-P Sensors, Transducers

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Current transducers are a grouping of measurement instruments used in electrical engineering for measuring the magnitude of electric currents. One type of current transducer, the LA 100-P, is a current regulating transducer, allowing for indirect current sensing and rotation angle monitoring. It is a popular choice due to its precision, versatility, and cost-efficient price.

Applications

The LA 100-P may be used in applications involving the regulation of current levels in a circuit. Examples include motor drives, power supply systems, and power converters. It is particularly useful in the control of adjustable speed drives, where it ensures the correct voltage and current levels remain constant. The device also allows for the monitoring of electric motors, where it can be used to transmit signals back to an automated system in order to update and maintain a more controlled, precise environment.

In addition to its regulation capabilities, the LA 100-P is also useful for applications involving angle monitoring. It can be used in synchro systems for bicycle-like tracking, audio production systems, and in remote operation control systems. It allows for precise detection of angles from the physical movement of components and the data can be relayed back to a control or monitoring system.

Working Principle

The LA 100-P works by measuring the amount of current in the circuit. To do this, it is used in combination with a secondary winding that senses the current flowing through the circuit, and a variable resistor that the current can also be regulated. The resistance of the resistor is determined by the voltage supplied by the primary winding. The voltage level is then used to control the output stages of the transducer.

The LA 100-P also works with the use of a sine wave oscillator. It measures the sine wave input signal that it receives from the circuit, and then produces a combination of digital and analog outputs. The analog output of the transducer is a current signal, which is used to control the operation of a DC-powered device. The digital output is also processed and used to monitor and control the speed of an electromechanical device.

The LA 100-P also incorporates a special feature that enables it to monitor angle position. This is done by using a special type of resistive element, which is called a potmeter. It will measure the voltage, or current, level depending on the resistance value of the potmeter, and then output a digital signal as a response.

Conclusion

The LA 100-P current transducer is a cost-effective and precise measurement tool for electrical engineering. It is capable of both current regulation and angle monitoring, and these capabilities make it highly useful in applications such as motor drives, synchro systems, and remote operation control systems. Its use of a combination of a secondary winding, a variable resistor, and a sine wave oscillator makes it an ideal choice for many electrical engineering applications.

The specific data is subject to PDF, and the above content is for reference