Torsion testing device for tests acc.to ISO 7800, ISO 9649, TIS 2221-2548

The TW-500H torsion testing device is optimally designed for wire testing according to ISO 7800, ISO 9649 and TIS 2221-2548. TThe simple torsion test according to ISO 7800 and TIS 2221-2548 as well as the reverse torsion test acc. to ISO 9649 can be performed quickly and easily with the help of the user-friendly, intuitive operation via a touch panel.

Field of application of the torsion testing device:

• Simple torsion test on metallic materials (wire) according to ISO 7800 and TIS 2221-2548
• Reverse torsion test on metallic materials (wire)acc. to ISO 9649
• Setting up a test procedure based on another test standard on request (e.g. DIN EN 10270.1)

Advantages of the torsion testing device:

• Compact complete system
  • Fixed work table with integrated control unit
  • Robust industrial control
    • Automatic breakage detection by the control system
    • Indirect torque measurement via motor power
• User-friendly operation via touch panel
  • Simple test configuration
  • Interactive user guidance based on the standard-based test sequence
  • Fast test execution based on templates
  • Export of test results as CSV
• Industrial safety standard
  • Safety door electrically closed and interlocked (PL_d)
  • Safe stop (STO) with open safety door
  • Pneumatic pressure release (PL_c)
• Easy clamping of the wire specimens with optimized specimen holders
• Simple adjustment of the clamping length via scaling in the machine bed

Technical data of the torsion testing device:

• Rotation speed: 0.1 - 120 rpm (up to 2 rps)
• Max. torque: 500 Nm (other load levels on request)
• Angle of rotation resolution: ±0.2
• Specimen diameter: 0.5 - 10 mm
• Max. free length between tool connections: 750 mm
• Dimensions (WxDxH): 1500x700x1300 [mm]
• Weight: 250 kg
• Electrical connection: 3NPE 400 VAC, 4,0 kVA, 50 Hz, pre-fuse 16 A
• Pneumatic connection: compressed air 6... 10 bar; compressed air quality according to ISO/DIS 8573-1 (residual oil content better than class 2; residual dust content better than class 3; residual water content better than class 4)
• Operating environment: +10°C to +30°C, 20 - 80 % humidity, installation up to 1000 m above sea level