SCA830-D07-1 Sensors, Transducers

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

Motion Sensors – Inclinometers have become increasingly popular in many industries that rely on measuring displacement of objects or structure. SCA830-D07-1, a user-configurable triaxial inclinometer developed by AMC International, Inc., is one of the most widely used devices for measuring inclination and vibration in industrial settings. This device is designed for harsh environments where high accuracy and ruggedness are required.

Application Field

SCA830-D07-1 was primarily designed for penetrating measuring equipment in environments such as mining, construction, tunneling, and other such applications. It is an ideal measuring device to detect difficult positions, angles, and alignments. It provides an accuracy up to 0.2° measurements with ranges of +/-45° in tilt and 360° in azimuth. Additionally, it can measure acceleration and vibration due to the built-in vibration sensor, which can be scaled from 0 to 1000 Hz.

This device is able to detect and monitor the relative movement of objects and machines in three-dimensions, providing data points faster than ever before. Its lightweight and small size make it easy to install in confined spaces of machines, while its sealed housing creates protection from dust and water. Additionally, its flexibility of installation in any orientation affords the user the ability to get the best measurement angles for their applications.

Working Principle

SCA830-D07-1 works in two complementary ways - first, it records data from three separate axes and then, it uses that data to determine the direction and magnitude of displacement, inclination, and acceleration. It is based on a patented technique developed by AMC, called Triaxial Inclination Sensing (TIS). This technique enables the device to calculate angles in three axes from a single set of measurements.

The working principle is based on three accelerometers each oriented in different directions. These three accelerometers sense the movement and angle of the monitored object and transmit the data to the controller of the device. The data is then processed and a digital signal is output representing the inclination, orientation, and vibration of the device. The three axes of the accelerometers can be adjusted, based on the user\'s requirements.

In addition to the recorded data, SCA830-D07-1 also has built-in vibration sensors which help in detecting and monitoring vibration in the environment. The device is capable of controlling two sensors simultaneously, measuring a range of 0 to 1000 Hz. SCA830-D07-1 also has a motion recognition algorithm which can detect sudden and sustained changes in angles, used in alarm systems or in cases where an alert is required for movement or vibration in monitored environment.

Conclusion

SCA830-D07-1 is a user-configurable triaxial inclinometer that is designed to be used in harsh environments requiring high accuracy and ruggedness. It is an ideal measuring device for detecting difficult positions, angles, and alignments. Its three accelerometers sense the movement and angle of the monitored object and transmit the data to the controller. Furthermore, it also has built-in vibration sensors to help in detecting and monitoring vibration in the environment. This makes it a great device for applications which require precise measurement of displacement, inclination, and acceleration.

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