SCL1700-D31 Datasheet/PDFMotion sensors are widely used in industrial applications, and many such devices are based on the principle of inclinometers. The SCL1700-D31 is a sensor of this type that uses a tilt sensing system based on ultrasound technology to provide accurate angle readings for various industrial applications. The SCL1700-D31 is available in both a standard and an extended version, with the extended version being capable of measuring angles up to 60°.
The principle of operation of the SCL1700-D31 motion sensor is based on the application of ultrasound technology. It consists of two main components, namely a piezoelectric transducer and a reference reflector. Together, these components form an ultrasound transmission and reception system. The transducer is responsible for sending out sound waves while the reflector reflects them back. By measuring the time taken for the waves to travel from the transducer to the reflector and back, the distance between the two can be measured and used to calculate the angle of the tilt.
The SCL1700-D31 also has a range of optional features that include a temperature sensor for temperature compensation, a pressure sensor for pressure measurement, and a voltage reference for voltage adjustment. The sensor is capable of being integrated into a variety of systems for data acquisition and data processing, and it also provides linearization, noise reduction, and oversampling capabilities. The SCL1700-D31 motion sensor is designed to be highly reliable and accurate, with a long lifespan that makes it well-suited for use in a wide range of industrial and commercial applications.
The SCL1700-D31 motion sensor is mainly used in applications where accurate angle measurements are required, such as in monitoring the position of machines, or in safety systems to detect changes in orientation of the equipment. It can also be used in robotics and navigational systems where precise navigation is required, and in machine tool applications where precise positioning of parts and components is necessary. The SCL1700-D31 is also suitable for vibration monitoring and shock testing applications, where it can be used to measure vibration levels and ensure that components are not subjected to damaging levels of shock.
By combining the SCL1700-D31 motion sensor with advanced electronics, engineers are able to design systems with greater accuracy and speed than ever before. This makes it possible to build automated systems that are highly efficient and capable of producing repeatable results. For example, in a manufacturing process, the SCL1700-D31 could be combined with a more sophisticated system to precisely control the positioning of parts and components in a moving system, ensuring that the parts are always correctly placed.
The SCL1700-D31 motion sensor is a highly reliable and cost-effective device that can be used in a variety of industrial and commercial applications. Its combination of accuracy, reliability, and affordability make it an ideal choice for any application in which precise angle measurements are required.