CR4110S-30

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Current Transducers are devices designed to measure the electrical current passing through a circuit. They are used to measure the current in circuits such as electronics applications, industrial processes, or renewable energy sources. The CR4110S-30 is a type of current transducer designed to measure current up to 30 Amperes. It is used in industrial control systems for applications such as engine testing, turbine control, electric vehicle testing, temperature control, flow control, and metering.

The CR4110S-30 is based on an analog Hall-effect-based sensing method which works by using a magnetic field to create an output voltage. This output voltage is proportional to the input current. This type of current transducer is preferred for its accuracy, reliability, and cost effectiveness. The CR4110S-30 is typically used in industrial control systems to measure the current of DC motors, AC motors, and AC/DC converters.

The working principle of the CR4110S-30 is based on the principle of magnetic field sensing. In this type of sensing, a permanent magnet is placed in the core of the transducer. This magnet creates a magnetic field which is proportional to the input current. This magnetic field induces an output voltage which is proportional to the input current. This voltage is then sent to a signal conditioning circuit, which converts it to a usable signal.

The CR4110S-30 also features a wide temperature operating range (up to 85˚C), a high accuracy of 0.2%, and a fast response time of 10 ms. The device can be powered from a DC source or an AC source, and it has two different voltage levels: 200 and 300 volts. The device is built with a rugged construction and has a slim design, which makes it ideal for applications involving limited space.

Overall, the CR4110S-30 is a reliable and cost-effective current transducer used in industrial control systems for applications such as engine testing, turbine control, electric vehicle testing, temperature control, flow control, and metering. The device features a wide temperature operating range, a high accuracy, and a fast response time, making it ideal for applications where accuracy and speed are essential.

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