Vector U200 Uniaxial Non-Contact Extensometer

Benefits

• Increased throughput — non-contact design enables faster testing, especially in non-ambient conditions. This means no time is lost attaching or removing clip-ons, meaning more specimens tested in less time, as well as reducing the impact of operator influence on measurement outcomes.
• Unparalleled accuracy — meets or exceeds ISO 9513 Class 0.5 and ASTM E83 Class B-1.
• Operating distance of 250mm to 350mm enables the U200 to accommodate different specimens and test types.
• Cost-effective — available at a comparable price to a Clip-on to reduce testing costs and drive faster ROI.
• Reduces test throughput times and complexity.
• Only requires simple specimen marking consisting of either filled circles, rings, or speckle pattern.
• Operates in harsh environments, challenging light conditions, and temperature chambers with no loss of functionality.
• Tests highly fragile specimens without impacting them.
• Avoids introducing stress concentrations, such as damage from knife-edge contact.
• Lower cost of ownership — With class-leading performance right out of the box, Vector eliminates the need for specialist high-temperature clip-ons and reduces maintenance overhead, resulting in fewer parts, fewer failures, and lower costs.
• Superior data quality — Simply point Vector at a properly marked specimen to capture accurate, consistent results. Operator variability is eliminated, ensuring reliable data every time.
• Intuitive design — get up and running with four easy steps: Install, Mark, Align, and Measure.
• Laser alignment guides, status indicator lights, and a flexible operating distance all assist the operator during setup and use.
• Easy to understand feedback from both the Vector software interface and Vector itself provides immediate confirmation of the state of the module.
• Extension and strain ranges are specified, providing clear guidance on performance for supported gauge lengths and allowing for easier 1:1 comparison with clip-ons. This makes it easier for users, particularly those familiar with clip-on extensometer spec sheets, to quickly determine whether a specific Vector configuration meets their testing requirements.
• Recommended operational temperature range of -100°C to +370°C. This is ideal for use in environmental chambers. We can also provide guidance that often enables accurate results at temperatures far exceeding 370°C.
• Extensometer calibration service available.

Measurement applications

Uniaxial, tensile, compressive, or flexural.

Vector Quick Start Guide

The following guide explains the basics to achieve extensometry measurement: Vector-Quick-Start-Guide

• Measurement modes: Strain (%) or displacement (mm/inches)
• Field of view: 200H x 100D x 40W mm cuboid
• Resolution: <0.5 μm
• Extensometer accuracy class: Meets or exceeds ISO 9513 Class 0.5 and ASTM E83 Class B-1 capable
• Gauge lengths supported: 25-180mm
• Real time strain data rate: 150Hz
• Minimal specimen width: 5mm flat, 6mm diameter round
• Minimal recommended specimen parallel section: 32mm
• Maximum tracking speed: 2500 mm/min
• Strain control: Compliant to ISO 6892 and ASTM E8
• Operating distance: 250 to 350 mm
• Strain signal interface: Analogue ±10V BNC
• Supported mark types*: Rings, filled circles and speckles automatically detected
• Recommended specimen temperature range: -100 to +370ºC
• Dimensions: 252H x 73D x 201W mm
• Weight (Vector module only): 3.1 kg