LTS 15-NP Sensors, Transducers

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Current transducers measure and monitor electrical currents, providing accurate information across a variety of applications, from renewable energy to industrial processes. One type of transducer is the LTS 15-NP. This device combines a toroidal current transformer with voltage-output circuitry, enabling continuous, real-time current monitoring. It allows for high resolution display of the current as well as voltage and phase displacement measurements.

The application field of the LTS 15-NP primarily consists of single phase and three phase systems operating in the range of 15kA. It is commonly used in power distribution networks, motor control systems, and industrial processes. The LTS 15-NP is a highly accurate device, providing precise current measurements with a resolution of 1mA when operating at 3 to 15A. Its scaling technology allows the measured value to be adjusted for variation in the actual current, allowing for more accurate readings.

The LTS 15-NP transmits its output through a digital signal. This signal can be accessed through either analog or digital connections, allowing for easy integration into existing monitoring systems. Data obtained from the device can be stored for further analysis. This is useful in large industrial systems and for transitioning into renewable energy sources.

The LTS 15-NP’s working principle is based on the magnetic induction of current. When electrical current passes through the device’s core, it induces a magnetic field. This field is detected by the device’s voltage output circuitry and converted into a digital or analog output signal, depending on the type of connection used. This signal is amplified and then transmitted, providing a continuous stream of data.

The LTS 15-NP has a range of features that make it a great choice for current monitoring. Its accuracy and range of features make it ideal for use in industrial systems, particularly in power distribution, and for transitioning to renewable energy sources. It is easy to install and provides a continuous data stream, allowing users to monitor current levels in real-time. Its scalable technology and digital signals make it a great option for integration into existing systems.

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