TNW-2000 Computer Control Electronic Torsion Testing Machine

• Customization: Available
• After-sales Service: Lifetime maintenance
• Warranty: 1 year
• Model NO.: TNW-2000
• Type: Friction Testing Machine
• Maxcapacity: 2000N
• Accuracy Grade: 1
• Load Way: Electronic Load
• Loading Method: Static Load
• Display: Digital
• Control: Computer Control
• Power Source: AC220V
• Transport Package: Plywood Packing
• Trademark: SIDA/Star
• Origin: Jinan, China
• Production Capacity: 1000 Sets/Year

Product Description

TNW-2000 Computer Control Electronic Torsion Testing Machine

 

Main Applications:
This testing machine uses PC-controlled AC servo system and is loaded through the active clamping head driven by the AC servo motor and cycloidal pinwheel reduction motor. The torque and torsion angle are measured with high-precision torque transducer and photoelectric encoder. Computer will dynamically display the test torsion curve, loading speed, peak value, and so on.
It is mainly used for the torsion test of metal and non-metal materials, as well as the torsion test for parts and components.  It  is  an  essential  instrument  to  measure  torsion  properties  of  materials  for  mechanics laboratories  of  aviation  industry,  construction  industry,  scientific  research  dept,  universities  and  industrial enterprises etc. This series of testing machines confirm to standards of GB10128 and others equivalent.
 

Main Technical Specifications:

Model	TNW-200	TNW-500	TNW-1000	TNW-2000
Max. test torque(N.m)	200	500	1000	2000
Measuring range of torque(N.m)	4~200	10~500	20~1000	40~2000
Distance between the grips (mm)	0~500		4~1000
Relative error of torque indication	≤ 1.0% (from 20% of each full range)
Relative repeatability error of torque	≤ 1.0% (from 20% of each full range)
Control method	control of torque, torsion angle and deformation
Curves	Torque/Angle/Deformation-Time curves Torque-Angle/Deformation curve
Resolution of torsional angle	0.1°
Torsion speed	0.1~1000°/min, stepless
Max. reading of torsion angle	9999.9°