Description
The MultiTest-dV with Enhanced Load Cell (ELS) is an advanced motorized testing system, designed for precision materials testing in quality control and research environments. Capable of measuring forces up to 2.5 kN, this system provides highly accurate force and displacement data for a wide range of test applications. The ELS is fully integrated with the test frame, ensuring ±0.5% measurement accuracy, making it ideal for materials requiring in-depth analysis and complex calculations.
With VectorPro MT software, the MultiTest-dV with Load Cell transforms into a sophisticated entry-level materials tester, capable of performing more advanced tests, including Young’s Modulus and offset yield strength. The system’s flexible design and easy-to-use interface ensure that operators of any skill level can efficiently carry out materials testing.
Key Features:
- Precision Load Cell: Fully integrated with the test frame, providing ±0.5% accuracy for precise force measurement.
- Advanced Materials Testing: Equipped for both tensile and compression testing with high repeatability.
- VectorPro MT Software Compatibility: Perform advanced calculations, including peak load, displacement at yield, and more.
- Safety Features: Adjustable limit switches prevent over-travel, ensuring the safety of the test specimen and equipment.
- Easy Changeover: Dovetail design allows for quick and easy load cell and fixture interchange.
- Compact, Bench-Top Design: Small footprint ideal for space-limited testing environments.
Technical Specifications:
- Capacity Range: 0.5 kN to 2.5 kN (550 lbf)
- Measurement Accuracy: ±0.5% of reading
- Crosshead Travel: Up to 1186 mm (47″)
- Speed Range: 0.1 – 1200 mm/min
- Resolution: 0.001 mm (displacement), 0.1 mm/min (speed)
- Software Integration: VectorPro MT for in-depth material analysis
- Dimensions: 290 mm (width) x 414 mm (depth)
- Weight: 31 kg (68 lbs) for 0.5 kN model
Applications:
- Materials testing for plastic, rubber, metals, and composites
- R&D environments requiring advanced data analysis
- Entry-level materials testing with detailed force-displacement data
- Compression and tensile tests for industrial components