Vertical Tensile Tester LVTT-T2011

Introduction

The Vertical Tensile Tester features a maximum capacity of 1KN, equipped with force sensors, to help measure the durability of the material being tested. It is designed to be stable once the material tested snaps or releases pressure suddenly. Its function modes are automatic and calibrated according to the tensile test of the material. Additionally, it has a quick release switch that enables fast function changes. Our tensile tester can test metal, rubber, plastic, textile, leather, paper composite materials, etc.

This test equipment is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Vertical Tensile Tester  is built for the test of tensile strength of various materials like metal, rubber, plastic, leather, paper, composite materials, etc. Our tensile tester mainly measures tensile, compression, adhesion, peeling, and tearing.

Specifications

Capacity ()	5KN (10N, 20N, 50N, 100N, 200N, 500N, 1KN, 2KN, 5KN sensors available)
Control Method	Full computer control mode, powerful software
Unit of Force	N, kN, gf, kgf, lbf, kP, tf(SI), tf (long)...
Unit of Length	mm, cm, Inch, m, km, um..
Force Resolution	1/1,000,000
Sensor Accuracy	3/1000,000
Machine Accuracy	Level 5
Stroke Resolution	1/1,000,000 mm
Effective Stroke	700 mm
Speed Range	0.01~500 mm/min; (Customizable)
Test Space Diameter	Φ140 mm
Shutdown Mode	Overload stop, emergency stop key, automatic stop for test piece destruction, automatic stop for upper and lower limit setting
Machine Power	Servo motor drive
Dimensions	85× 60 × 135 cm
Machine Net Weight	50 KG
Power	400W
Power Supply	220V 50 ~ 60HZ
Machine Accessories	1 communication cable, 1 software
Optional Accessories	Tensile jig, compression jig, etc.; (according to different test standards to buy different jigs)

Features

Heavy base

Adjustable modes

Wide range functional modes

User-friendly

FAQs

1. What type of grips is available for different samples?

Various grip types are available, including wedge grips for rigid samples, pneumatic grips for delicate materials, and capstan or bollard grips for yarns and wires. The choice depends on the sample material and dimensions. For irregular or thin samples, specialized grips with adjustable pressure may be necessary to prevent slippage or tearing. Always ensure the grip’s load rating matches or exceeds the expected test force.

2. Is it possible to perform cyclic testing using this machine?

Yes, many Vertical Tensile Testers support cyclic or fatigue testing if equipped with suitable software and servo-motor control. These tests involve repeated loading and unloading to study the material’s behavior under cyclic stress. Before attempting such tests, verify that your model supports dynamic testing and that the grips and load cell are rated for repeated use. Consult the manual for setting cycle parameters.

3. Can I export test data to a or computer?

Yes, most digital Vertical Tensile Testers come with or ports that allow exporting test data to external storage or PCs. Some models have built-in memory for data storage, while others require direct connection to software installed on a computer. Exported data can include test parameters, force-extension curves, and detailed analysis reports, depending on the software used.

4. What safety features are included in the Vertical Tensile Tester?

Safety features generally include overload protection, emergency stop buttons, limit switches to prevent over-travel, and protective covers for moving parts. These features ensure operator safety and prevent damage to the machine. Additionally, some models feature auto-stop functions that halt testing when sample break is detected or when preset force/displacement limits are exceeded.

5. How long does a typical test cycle take?

A standard tensile test cycle may take anywhere from 30 seconds to several minutes, depending on the material, test speed, and elongation. Thin films and soft materials generally test quicker, while tougher materials may require slower speeds for accurate data capture. Test duration also depends on whether pre-load, hold time, or other conditions are part of the test protocol.