MTS5-200 Hand Wheel Test Stand (Choose your option when ordering)
MTS5-200 Hand Wheel Test Stand (Choose your option when ordering)
MTS5-200 Hand Wheel Test Stand (Choose your option when ordering)
MTS5-200 Hand Wheel Test Stand (Choose your option when ordering)
MTS5-200 Hand Wheel Test Stand (Choose your option when ordering)
MTS5-200 Hand Wheel Test Stand (Choose your option when ordering)
MTS5-200 Hand Wheel Test Stand (Choose your option when ordering)
MTS5-200 Hand Wheel Test Stand (Choose your option when ordering)
MTS5-200 Hand Wheel Test Stand (Choose your option when ordering)

MTS5-200 Hand Wheel Test Stand (Choose your option when ordering)

Regular price
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Sale price
$710.00

MTS5-200 is a ball screw and ball nut driven, hand wheel operated, force test stand.  Choose from a stand-only option or fully assembled with a DFS model force gauge.  Maximum stroke length is 7.9in/200mm.

  • The rated load for the test stand is up to 1000N (220lbf/100kgf).  The maximum tension/compression load is 1200N(264lbf/120kgf)
  • CNC grade 16mm ball screw and ball nut for smooth and precision positioning
  • Test stand works in tension or compression Mode
  • Solid stainless steel, serrated hand wheel
  • Includes seven pieces of stainless steel accessories set, two gauge mounting plate, and screws.  (grip & clamp not included)
  • The gauge works in Peak Hold, Track, Tension, and Compression mode
  • Factory-issued calibration certificate included for force gauge

The test stand provides precise force control with a 5mm displacement for each wheel turn.  To apply maximum force, only lightweight (small torque) is required on the handwheel due to the friction-free ball nut ball screw system.  The load mounting plate at the bottom has a 6mm slot for easy mounting of grip or clamp.

For detailed information on DFS gauge, please see the DFS Series product page.

Remark: The feedback when applying tension or compression can be felt due to low friction.  When testing an elastic spring material, the handwheel may turn by itself as the material returns to its original shape after removing your hand from the handwheel.