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Kern TVM 5000N230N-LB Practical Set For Force-Displacement-Measurements in Laboratory and Industry

Original price was: $5,599.00.Current price is: $5,399.00.

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The Kern TVM 5000N230N-LB Force Test Stand is a highly efficient and robust testing device designed to support loads up to 5000 N, making it ideal for a wide range of materials testing applications. This stand is particularly suited for tensile, compression, peel, and shear tests across various materials, including metals, plastics, and textiles. Featuring a linear guide for smooth operation and height adjustability for versatile testing setups, the TVM 5000N230N-LB ensures accurate and repeatable results. Its impressive stability and user-friendly design make it an essential tool for quality control, research and development, and educational purposes, providing critical insights into material performance and properties. LEAD TIME 1 to 2 WEEKS TO SHIP.

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Specifications:

  • Generated force [Max]: 5 kN
  • Traverse distance [Max]: 210 mm
  • Type of drive: Electric motor
  • Length measuring device: Length measuring device with display and data interface
  • Input voltage power supply / power [Max]: 220 V AC, 50 Hz
  • Limit switch: Yes
  • Repeat function: Yes
  • Speed display: Yes
  • Material housing: metal, lacquered
  • Dimensions completely mounted (W×D×H): 400×256×1035 mm
  • Transversal movement speed [Min]: 10 mm/min
  • Transversal movement speed [Max]: 230 mm/min

Applications:

  • Tensile Testing: Measuring the tensile strength and elongation of various materials including plastics, metals, and fabrics.
  • Compression Testing: Evaluating the compressive strength of materials to analyze their behavior under load.
  • Peel Testing: Assessing the adhesion properties of coatings and adhesives by measuring the force required to peel them off substrates.
  • Shear Testing: Determining the shear strength of materials, which is essential for understanding the integrity of joints and bonds.
  • Quality Control: Conducting routine tests to ensure that products conform to industry standards and specifications during manufacturing.
  • Material Research and Development: Supporting R&D initiatives by providing detailed mechanical data on new materials and product designs.
  • Educational Use: Servicing as a teaching instrument in laboratories to demonstrate material science principles and mechanical testing methods.
  • Packaging Testing: Testing the strength and durability of packaging materials to ensure they withstand handling and shipping.

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