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Kern TVM 5000N230N Test Stand with Electric Motor For Standard Measurements

Original price was: $3,284.00.Current price is: $3,084.00.

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The Kern TVM 5000N230N Force Test Stand is a versatile and high-capacity testing device designed for accurate force measurement in various materials testing applications, supporting loads up to 5000 N. Ideal for tensile, compression, peel, and shear tests, this stand is engineered with a robust construction and features a linear guide system for smooth and precise operation. The adjustable height accommodates a wide range of sample sizes, facilitating flexible testing setups. Perfect for quality control, research and development, and educational demonstrations, the TVM 5000N230N is an essential tool for professionals seeking reliable data on material properties and performance. 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
  • 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 materials, essential for determining their performance under tension.
  • Compression Testing: Assessing the compressive strength of materials, useful in construction and manufacturing to understand how materials behave under pressure.
  • Peel Testing: Evaluating adhesive bonds by measuring the force required to peel materials from their substrates, important for packaging and adhesive applications.
  • Shear Testing: Determining the shear strength of materials, crucial for applications that involve joining and bonding.
  • Quality Control: Implementing standard testing methods to ensure that materials and finished products meet required specifications and industry standards.
  • Material Research and Development: Supporting R&D efforts by providing detailed data on the mechanical properties of materials for innovation projects.
  • Educational Purposes: Serving as a practical tool in academic settings to demonstrate principles of material properties and mechanical testing.
  • Packaging Testing: Testing the durability and strength of packaging materials to ensure they can withstand handling and transportation.

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