CRD4170-1

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Introduction to the CRD4170-1 Transducer

The CRD4170-1 transducer is a current transducer which is designed to measure direct current (DC) and low frequency alternating current (AC). It is based on the Faraday magnetic effect principle and designed to be highly accurate, economical, and reliable. The transducer is also available in a wide range of field applications, including laboratory analysis, process monitoring, and industrial control.

Applications for the CRD4170-1

The CRD4170-1 is ideal for applications which require precise current measurement with a high degree of accuracy, reliability and repeatability. These include laboratory analysis, process monitoring and industrial control. Its compact size and low power operation make it suitable for those applications where space and energy are at a premium. The device can also be adapted for use in situations where high-precision current measurements are needed, such as in high-power circuitry or when high frequencies are involved.

The CRD4170-1 is also suitable for use in hazardous and explosive environments, as its low power, compact size, and chemical composition make it resistant to short circuit and arcing. Furthermore, it is designed to deliver reliable and robust performance even in the most demanding applications.

Working Principle of the CRD4170-1

The working principle of the CRD4170-1 is based on the Faraday Magnetic Effect. This is the phenomenon which occurs when a screw-ended magnet is placed between two coils, causing the two coils to produce a current. This current can be controlled by adjusting the intensity of the magnetic field, the size of the coils, and the degree of magnetic force between the two coils.

The CRD4170-1 transducer is composed of a single helical coil immersed in a powerful magnetic field, created by an inductive shielded magnet. The coil is connected to an output circuit containing an input signal conditioning circuit, a high precision measurement amplifier, and a minimum series leakage capacitor. The amplifier is used to transform the weak signal to a usable level, while the leakage capacitor is used to prevent electrical interference from external sources.

The output signal from the transducer is a voltage or current, which is proportional to the measured current. The signal is then processed further through an amplifier, a multiplexer, a series of limiters and finally an analog-to-digital converter, before the data can be interpreted or processed further.

The CRD4170-1 transducer is highly accurate, and with a wide range of applications and highly reliable working principle, it is easy to understand why it has become such a popular choice for current measurement and monitoring.

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