Digital Scale Stand Model TVL for Dynamometer

The Digital Scale Stand Model TVL is a precision instrument designed for force testing applications, ensuring accurate and repeatable measurement in both vertical and horizontal configurations. Equipped with a high-resolution digital scale, it offers precise control of the working stroke, making it ideal for metrology laboratories and quality control departments.

Technical specifications:

Working stroke: 0 ÷ 200 mm, perfect for variable force testing in a wide range of applications, adapting to different operational needs.

Maximum working force: 500 N, ensuring reliable and safe performance in tensile and compression tests.

Overall dimensions: 151 x 234 x 465 mm, compact and designed to easily fit into any workspace, while ensuring stability and robustness.

Use: Designed to be used in both vertical and horizontal positions, offering great versatility in applications.

Digital scale: The integrated digital scale displays the working stroke with a resolution of 0.01 mm, allowing you to monitor and control the movement with extreme precision.

Zeroing: Zeroing function of the digital scale at any point of the stroke, making it easy to set up and manage tests according to specific measurement needs.

Movement mechanism: Stroke movement operated by a handwheel, ensuring smooth and linear control during the application of force.

Features and benefits:
Excellent stability: The solid structure of the stand ensures high measurement stability, minimizing vibrations and ensuring reliable results.
Optimal precision: Thanks to the high-resolution digital scale, a stroke measurement accuracy of 0.01 mm is possible, suitable for tests that require high levels of detail.
Versatility of use: The adaptability for use in both vertical and horizontal positions expands its use, making it suitable for multiple applications.

The TVL model stand with digital ruler is the ideal solution for those looking for a versatile and high-precision dynamometric support, ensuring stable and precise measurements in any operating configuration.