59065-1-T-04-F

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Magnetic Sensors: Position, Proximity, Speed (Modules)

The 59065-1-T-04-F, from American Sensor Technologies, Inc (AST), is a proprietary magnetic sensor module designed for applications such as industrial, industrial, and automotive sensors. This type of module operates on a linear principle, with a flat design and is non-invasive. The device is able to detect the presence of a ferrous material within a specified range.

Application Field and Working Principle

The 59065-1-T-04-F allows for an application in field where the presence of a ferrous material is to be determined or a location is to be identified. This could be the case with industrial machinery, automotive machinery, or any other similar application. The device works by sensing the variability in magnetic field when a material containing iron is placed in its proximity. The voltage output of the module is dependent on the type and quantity of ferrous material that is placed within its range of detection. Additionally, the device will react to the variation of flux density due to change in position of ferrous material.

The device will generally operate in a linear fashion, meaning that as the amount of ferrous material that is detected increases, the output voltage will also increase linearly. However, the device is capable of delivering an output of 0-2.5 volts, in either the reverse or direct direction. This can be utilized depending on the application.

Advantages and Limitations

The 59065-1-T-04-F offers many advantages over conventional magnetic sensors. These include its high sensitivity, which can detect even the slightest change in magnetic flux. Additionally, the device is highly reliable and can operate in a wide range of temperatures and environments, meaning it can be used in industrial and other applications as well. The device also offers an output of 0-2.5, offering flexibility to the user in terms of the type of signal that is required for a particular application.

However, this device does have some limitations. For instance, the device is limited to applications that require detection of ferrous materials, as the device is only capable of detecting the presence of ferrous materials. Furthermore, the linear output of the device, which is designed to provide an output voltage that varies directly with the amount of ferrous material present, can limit the types of applications that can be supported by the device. Additionally, the device is not able to differentiate between different types of ferrous materials, meaning that it cannot detect the difference between ferrous and non-ferrous materials.

Conclusion

The 59065-1-T-04-F magnetic sensor module is an excellent choice for applications in which the presence of ferrous materials is to be observed, or a location is to be identified. Its high sensitivity, reliability, and flexibility offer users many advantages over conventional magnetic sensors. However, it should be noted that the device is limited to applications dealing with ferrous materials and cannot differentiate between ferrous and non-ferrous materials. Furthermore, its output voltage, which follows a linear model, can limit its usefulness in certain applications.

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