UNIVERSAL TESTING MACHINE (SERVO CONTROLLED)

UNIVERSAL TESTING MACHINE (SERVO CONTROLLED) ZGT AI 7000 LA ZGT AI 7000 LA

Tensile strength testers are widely applied to determining elongation, compression, flexing, tear, peeling, shear force, adhesive force. For conducting tests in either finished or semifinished products such as rubber, plastic, footwear,  leathers, metal, wire, paqer, timber, etc.

INDUSTRIAL SECTORS OF USE

TECHNICAL INFORMATION

  • Load resolution : 1/200,000. 1/300,000 or specified by user
  • Load accuracy : ±1.0%. ±0.5% (capacity of load cell is 1/250% above)
  • Load range :Rangeless (full scales at the same ampification)
  • Stroke (exclude the grips) : 1050 mm
  • Effective width : 570 mm
  • Speed accuracy  : ±0.5%
  • Stroke resolution : 0.00003 mm
  • Computer  acquisition frequency : 200 times/sec (or 500 times/sec)
  • Communication interface:USB 2.0 
  • Motor : AC servo motor
  • Power :3∮, 220V, 20A / 3∮, 380V, 15A (or specified by user) 50Hz/60Hz

OPTIONAL ADDITIONS

  • Different grips
  • Elongation measuring-devices etc.

TECHNICAL DOCUMENTATION

 Specification Sheet 

ADDITIONAL INFORMATION

The servo-controlled universal testing machine offers precise and versatile performance for evaluating tensile strength, compression, flexing, peeling, tear resistance, adhesion, and shear force. Designed for a broad range of materials, it is ideal for testing rubber, plastic, metal, footwear, leather, timber, and wire. With an impressive stroke resolution of 0.00003 mm and speed accuracy of ±0.5%, this equipment ensures highly detailed measurement and repeatable results. The USB 2.0 interface facilitates easy data transfer to a computer, which can record up to 500 samples per second for comprehensive analysis. The rangeless load capacity, wide effective width (570 mm), and long stroke (1050 mm) enable flexibility for various sample sizes. Additionally, optional features such as interchangeable grips and elongation measurement devices enhance its functionality for specific testing needs.