Automatic horizontal tensile tester TP-T2011

Introduction

Automatic horizontal tensile tester is adopted with pneumatic clamps to minimize the error by proper holding of the sample. With the advanced technology, it has strong data processing functions. The large materials.

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

Tensile horizontal tester is used in paper, paperboard, plastic film & other non-metal materials industry to test tensile strength, tensile force, tensile energy absorption, fracture & other parameters.

Specifications

Sample (size) length	90 to 200 mm
Sample width	15 mm, 25 mm, 50mm
Measuring range	0 to 30, 0 to 100 N,0 to 300 N
Accuracy	± 1 %
Tensile strength velocity	1 to 399 mm/min (adjustable)
Tensile return velocity	1 to 399 mm/min (adjustable)
Sample loading	Full automatic to clamp the sample
Clamp air pressure	0.4 to 0.6 MPa
Dimension (L*W*H)	920 × 420 × 300 mm
Net weight	65 kg
Power supply	220 V ± 10 %, 50 Hz

Features

Fully automatic or Semi-automatic sample loading

Adopted with imported noiseless motor, with precise controls

Large screen, display the tensile time, tensile strength, tensile curve

Equipped with RS232 interface, connection to PC for data transfer

Can get the measurement result directly

Easy to obtain & print the statistical results like average value, standard deviation, variable coefficient

High automation system with advanced parts

Variable tensile size & speed

FAQs

1. What is the primary advantage of a horizontal tensile tester over a vertical one?

Horizontal tensile testers are ideal for testing long or flexible specimens, such as cables, wires, belts, or ropes. Their design allows better alignment and handling of extended samples, reducing the risk of buckling or bending. They are also more accessible for integrating into production lines or automated testing setups. Additionally, the horizontal setup allows easier mounting and fixture adjustments, especially for large or heavy test pieces.

2. What types of specimens are best suited for horizontal tensile testers?

Horizontal tensile testers are particularly suitable for elongated, flexible, or large specimens like electrical cables, metal wires, plastic strips, conveyor belts, and structural components. These testers prevent drooping or misalignment that can occur with vertical testers. They are also preferred in sectors like aerospace, automotive, and construction where large samples or specific orientations are necessary for accurate mechanical characterization and quality assurance.

3. How is alignment ensured in horizontal tensile testing?

Proper alignment is achieved through precision-machined guides, linear rails, and self-centering grips that ensure the specimen is pulled uniformly along the test axis. Misalignment can cause uneven stress distribution and inaccurate results. Many horizontal tensile testers include built-in alignment fixtures or laser alignment systems to minimize setup errors. Regular inspection of grip positioning, platform level, and test axis straightness is crucial for maintaining test reliability.

4. Can horizontal tensile testers perform high-capacity tests?

Yes, horizontal tensile testers are often designed for high-capacity testing, ranging from a few kilograms to hundreds of kilonewton. Their rigid frame and robust actuator systems support heavy loads without flexing. Industries testing structural elements, metal cables, or engineered products benefit from the stability and strength of horizontal configurations. The layout also makes it easier to accommodate hydraulic grips and large fixtures used in high-load testing applications.

5. What safety features are included in horizontal tensile testers?

Horizontal tensile testers include safety shields, emergency stop buttons, overload protection for load cells, and software-based travel limits to prevent damage or injury. For high-capacity machines, hydraulic grip locking and motorized guards may be included. The low working height also reduces the risk of operator injury compared to vertical machines. Regular safety checks and operator training ensure that all features function correctly during use.