Products » Testing Accessories » Tensile Grips » Pneumatic Wedge Grips » 2742-205 ±3 kN, ±25 Nm Pneumatic Fatigue-Rated Wedge Action Grips

±3 kN, ±25 Nm Pneumatic Fatigue-Rated
Wedge Action Grips

2742-205

| Instron 2742-205 ±3 kN, ±25 Nm Pneumatic Fatigue-Rated Wedge Action Grips

Designed to suit ElectroPuls® test instruments, the 2742-205 pneumatic wedge action grips are suitable for tension, compression, torsion and reverse-stress testing on a wide range of specimens and materials. The grips are pneumatically operated directly from the machine handset and the open-fronted design provides easy specimen insertion, positioning and clamping.

Principle of Operation

The single-acting wedge action principle of these grips is designed to clamp a specimen without applying a compressive load, which could cause a specimen to buckle. The retracting movement of the grip bodies helps to reduce compressive loads that are normally caused when clamping specimens.

Application Range

  • Types of loading: Tension, compression, torsion or reverse-stress testing
  • Specimen geometries: Flat or round specimens
  • Specimen material: Metallics, plastics, composites, biomaterials
  • Temperature range: +10 to +40°C (50 to 104°F)

Features

  • Dynamic Linear Capacity: ±3 kN (±674 lbf)
  • Dynamic Torque Capacity: Up to ±25 Nm (±221 lbf.in)
  • Modular flange mounting design is directly compatible for use on all new E3000 and E10000 variants
  • Independent upper and lower jaw faces opening and closing via the handset
  • Enhanced usability thanks to software feedback of grip status
  • Enhanced control and repeatability of specimen gripping
  • Suitable for linear and torsion, including full reverse-stress dynamic testing
  • Open-fronted design for quick and easy specimen insertion from the front
  • Self-tightening, moving body wedge design eliminates slippage and prevents specimen loading
  • Interchangeable jaw faces for gripping different materials and specimen geometries and sizes
  • Secure operation thanks to built-in adjusters that ensure there is no rotary backlash

For more information, download the data sheet

Learn more about ElectroPuls