L10P020D15

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Current transducers are used to measure electric current in different applications. Among these, the L10P020D15 current transducer is a type of transducer designed to measure alternating currents. It provides accurate and reliable current measurement in temperature-sensitive areas, such as processes that require precise temperature control.

The L10P020D15 current transducer is composed of two coils: a primary coil, which is wrapped around the conductor, providing electricity to the transducer, and a secondary coil, which senses the current passing through the primary coil. This secondary coil is connected to a voltmeter, which measures the output voltage of the secondary coil.

The L10P020D15 current transducer has a number of advantages. It is highly accurate and reliable, providing precise measurements with a resolution of 0.2mA. It also has a wide range of working temperatures and can accurately measure current from -20°C to +50°C. Furthermore, it features a wide measurement range of up to 20A.

When it comes to applications, the L10P020D15 current transducer is mainly used in industrial applications such as plants and factories. In these industries, it is used to monitor electric loads, measure power output from machines, and to control automated processes.

In terms of its working principle, the L10P020D15 current transducer works by measuring the output voltage of the secondary coil. As current passes through the primary coil, it creates a magnetic field which induces voltage in the secondary coil. This voltage is then measured by the voltmeter and is used to calculate the current in the primary coil.

Overall, the L10P020D15 current transducer is an accurate and reliable way of measuring alternating current. It can be used in industrial applications such as plants and factories, and it features a wide range of working temperatures and a wide measurement range. In terms of its working principle, it works by measuring the output voltage of the secondary coil, which is then used to calculate the current in the primary coil.

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