UTPSP190Y

The UTPSP190Y is a type of universal testing platform, designed to measure the properties of various types of materials. Its unique modular configuration can meet different experiment needs. The platform consists of a support frame, a drive unit, an optical building block, a digital encoder, and a variety of application-specific components.

The drive unit is the ‘heart’ of the platform. It contains a high-resolution stepper motor, an AC/DC frequency inverter, and a high-speed digital controller. This ensures that the platform can accurately control the speed, force and displacement of the specimen under various test conditions. The motors are designed to run at up to 2000 RPM, with a torque of up to 10Nm.

The optical building block includes two linescan cameras, which are responsible for measuring the specimen’s displacement and strain during the test. The cameras feature high-resolution images and fast data acquisition rates. This helps the user to capture and examine the deformation of the specimen in real time.

The digital encoder is responsible for converting the displacement and strain data from the optical building block into digital signals. This data is sent to the digital controller, which processes it and then feeds it to the drive unit. The digital controller also controls the stepper motor to adjust the speed and torque of the specimen under test.

In addition, the UTPSP190Y is equipped with a variety of application-specific components. These include displacement measurement meters, force gauges, strain gauges, load cells and a range of software packages, each designed to meet specific test conditions.

The UTPSP190Y is an advanced testing platform that enables researchers to accurately measure the properties of material specimens. With its high-resolution stepper motor, AC/DC frequency inverter, digital encoder, and application-specific components, the platform delivers precise and reliable results. It is a valuable tool for materials scientists, engineers, and other professionals in research and development.