Vertical Tensile Tester LVTT-T2010

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 has a full touchscreen, making it easy to operate. Its effective stroke range is 450 mm. Additionally, the device has a heavy base, which makes it stable for testing, and a desktop design allows easy material testing. 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 ability to test the tensile strength of various materials like metal, rubber, plastic, leather, paper, composite materials, etc. Our tensile tester mainly measures the tensile, compression, adhesion, peeling, tearing, etc.

Specifications

Maximum Measuring Range	1KN
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
Accuracy	±0.1%
Stroke Resolution	1/1,000,000mm
Effective Stroke	450mm
Speed Range	0.01~500mm/min; (Customizable)
Test Space	Diameter Φ115mm
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	40 × 37 × 95cm
Machine Net Weight	28KG
Power	100W
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

Large scalability

Computer connection compatible

Flexible Data output unit

Highly efficient

User-friendly

FAQs

1. What is the maximum load capacity of the Vertical Tensile Tester?

The maximum load capacity of a Vertical Tensile Tester varies by model, but typically ranges between 500 N to 50 kN. It’s essential to confirm the capacity before testing, as exceeding the load limit can damage the machine or result in inaccurate readings. Always refer to the machine’s user manual or nameplate for exact load specifications. For testing higher loads, choose a model specifically designed for such capacities.

2. How often should the Vertical Tensile Tester be calibrated?

The tester should be calibrated at least once a year or after 1,000 test cycles, whichever comes first. However, if it is used in critical quality control applications, more frequent calibrations may be necessary. Calibration ensures measurement accuracy and compliance with testing standards such as or . Use certified weights and follow procedures provided in the user manual or contact the manufacturer’s authorized service team for calibration support.

3. Can the tester be used for both tensile and compression tests?

Yes, many Vertical Tensile Testers are dual-purpose and can perform both tensile and compression tests with appropriate fixtures. However, you need to confirm the compatibility with your model. Some testers are designed exclusively for tensile testing and may require optional accessories or software upgrades for compression testing. Ensure the machine's load cell and grip system support both modes before proceeding.

4. What kind of materials can be tested using this machine?

Vertical Tensile Testers are versatile and can test a wide range of materials including plastics, textiles, rubber, paper, films, wires, and metal foils. The key is to select the appropriate grips and settings for each material type to prevent slippage or sample damage. For rigid or brittle materials, special fixtures may be required. Refer to the manufacturer’s recommendations for material-specific testing guidelines.

5. What is the accuracy of the force measurement?

The force measurement accuracy of a standard Vertical Tensile Tester is typically ±0.5% of the reading or better. Some high-precision models may offer ± 0.2% accuracy. Accuracy is influenced by proper calibration, load cell condition, and environmental factors like temperature and humidity. For critical measurements, always verify that the tester is calibrated and that the specimen is aligned properly before testing.