SI8511-C-ISR

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The SI8511-C-ISR is a current transducer that measures instantaneous current. It converts the current into a linear voltage output signal, which accurately reflects the magnitude of the current. The transducer has a wide dynamic range that is suitable for a variety of applications.

The transducer is designed for applications where fast and accurate current measurements are required. It provides precision current measurement in static and dynamic conditions, such as in laboratory experiments, electrical engineering applications, and industrial automation.

The SI8511-C-ISR uses a combination of Hall effect and Lorentz force sensors for current sensing. The Hall effect sensor is used to detect the amount of magnetic field generated by the current, while the Lorentz force sensor is used to detect the mechanical force generated by the current. By combining these two sensors, the accuracy of the measurements is improved.

The current transducer is equipped with four output channels that allow for monitoring of multiple currents in parallel. The channels are individually calibrated for improved accuracy and sensitivity. The transducer also has an integrated temperature compensation circuit for improved accuracy over the entire operating temperature range.

The SI8511-C-ISR has a wide operating temperature range, from -40°C to 85°C, and is designed to withstand shocks and vibration. The transducer is rated to a maximum current of 25 A and a maximum voltage of 170 V. It features an isolation voltage of 4 kV DC, which helps to protect the user from electric shock.

The SI8511-C-ISR is a versatile current transducer that can be used in a variety of industrial, electrical engineering, and laboratory applications. Its fast and accurate measurements make it ideal for applications that require precision current measurement and reliable operation in a variety of conditions.

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