59010-1-S-04-F

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Magnetic sensors are increasingly popular, as they can be used for applications such as position, proximity, speed, and so on. Magnetic sensor 58100-1-S-04-F is one of these sensors, which is namely an analog Hall effect sensor with integrated circuitry. This sensor is designed to measure the relative position of a ferromagnetic target with high precision and varied range of applications. To understand its application field and working principle, the following are discussed.

Application

The 58100-1-S-04-F is a non-contact magnetic position sensor, which makes it suitable for many special applications such as robotics, machine tools, automated assembly equipment, valve control and automation, and so on. These applications mainly require a high precision measurement without any physical contact with the environment. Therefore, the 58100-1-S-04-F is also ideal for harsh environments, in which contact sensors would not thrive. Additionally, the low cost and the dynamic nature of the sensor makes it an attractive solution for these applications.

Working Principle

The58100-1-S-04-F magnetic position sensor works on the principle of Hall effect. This effect is actually the production of a voltage differential across the sensor when it is placed in a magnetic field. In the 58100-1-S-04-F, the Hall effect sensor acts as a control element that measures the relative position of a ferromagnetic material placed in front of the sensor. This ferromagnetic material affects the B-H curve of the Hall effect and the calculated relative position. Specifically, the sensor is composed of two sets of operating coils: one senses the magnetic field and generates an inductive voltage signal with a specific frequency, where the other one transforms this signal to a voltage output that is proportional to the position reading.

This is how the 58100-1-S-04-F magnetic position sensors work. It is important to note that this sensor offers a wide range of motion, which makes it very suitable for a variety of applications. Additionally, its low power consumption enables prolonged use.

Key Features

The 58100-1-S-04-F magnetic position sensor has many features that make it very suitable for applications such as robotics and automation. The key features of the 58100-1-S-04-F are:

• Two-channel type - one channel for the inductive voltage signal and one channel for the processed output
• Sensitivity range 140-150 mV/V/T
• Response time less than 2ms
• Operating temperature from -40 to +85 °C
• High precision and repeatability
• High output range and wide dynamic range
• Integral EMI shielding
• High resistance to shock and vibration
• Compatible with industrial automation systems

These features make the 58100-1-S-04-F position sensor extremely suitable for many automation and robotics applications.

Conclusion

The 58100-1-S-04-F magnetic position sensor is a reliable non-contact sensor that provides an easy and low cost solution for automation systems. It works on the principle of Hall effect and its superior precision and wide range make it a useful tool in many robotic and automation applications. Additionally, its features ensure extreme resistance to shock and vibration, as well as a wide dynamic range and an integral EMI shielding. Therefore, the 58100-1-S-04-F magnetic position sensor is ideal for applications such as robotics, valve machines, and automated assembly equipment.

The specific data is subject to PDF, and the above content is for reference