SI7201-B-04-IV

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Magnetic sensors and switches are becoming increasingly used in a range of applications due to their ability to measure electrical currents in many different operating environments. As a result, there is an ever-increasing demand for reliable magnetic sensing devices that can be used in a variety of applications. The SI7201-B-04-IV is one such device from Sensor Innovations, Inc. that is designed to provide a reliable and robust magnetic sensing solution.

The SI7201-B-04-IV is a solid state magnetic sensor and switch that measures the magnitude of an alternating current (AC) or direct current (DC) with a precision of ±1%. This makes it an ideal choice for applications involving the detection of electrical current in both low and high voltage environments, such as automotive, industrial, medical and aerospace applications. The device can detect AC and DC current levels up to 95 amps, which makes it suitable for high power applications as well.

The SI7201-B-04-IV is also a very versatile device, providing the ability to switch two separate circuits when the magnetic field strength reaches a predetermined point. The device also comes with various optional features that can be tailored to the user’s specific requirements. Some of these features include a latching mode, hysteretic mode and/or adjustable activation points.

The SI7201-B-04-IV is a very user-friendly device due to its intuitive setup. The device is equipped with four terminals that allow for a simple connection with the power source and target circuit. The setup process is straightforward and only requires the user to set a few parameters, such as the current range and activation levels. Once these parameters are set, the device is ready to start detecting any changes in the current density.

The SI7201-B-04-IV is a great example of the technology advancement Sensor Innovations is making when it comes to magnetic sensors and switches. The device is capable of providing reliable and robust current sensing solutions in a wide range of operating environments and can detect AC or DC currents up to 95 amps. Furthermore, it can switch two separate circuits when the magnetic field strength reaches a predetermined point, allowing it to be used in a variety of different applications.

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