Maximizing Accuracy in Single Variable Gage Length Measurements With VectorExtensometer U200

Tinius Olsen introduces Vector, a revolutionary advancement in extensometer technology that replaces multiple contacting and non-contacting sensors with a single, industry-specific instrument. By integrating adaptive AI with optical hardware, Vector simplifies test processes, reduces throughput times, and automates strain measurement. This enhances measurement accuracy, ensures data consistency, and improves operator safety.

Image Credit: Tinius Olsen

Image Credit: Tinius Olsen

Features and Benefits

Non-contact digital installation of specimen gage markings to facilitate an automated procedure.

0.5 μm resolution (1.9685039e-5 inch), ISO 9513 Class 0.5, and ASTM E83 Class B1 capability.

Several marking options are available, depending on the material. Rings and speckles.

Output data accessible in analog format.

Image Credit: Tinius Olsen

Specifications

Extensometer Accuracy Class:ISO 9513 Class 0.5 and ASTM E83 Class B-1 or better typical at ≥25 mm gage length.

Field of View:Fixed 200H x 40W x 100D[mm] cuboid.

Real-Time Data Rate:≥ 100 Hz, platform dependent. Full system from acquisition to output.

Resolution:<0.5 μm quasistatic, and cyclic; Typical RMS resolution at typical settings. Resolution is a function of the marking data rate and filter settings.

Strain Outputs:Analog Output: ±10V, short-protected, selectable units and range; includes 2.4 m (8 ft) shielded output cable.

Image Credit: Tinius Olsen