Automatic Torque Tester LATT-T2010

Introduction

Automatic Torque Tester features a minimum angle display of 0.001° for optimal performance. It supports angle range, test count, pause time, and speed settings through a user-friendly interface. Its software provides curve comparison and result analysis across multiple test cycles. The system automatically stores test conditions, curves, and statistical results for easy retrieval. Our tester is ideal for hinge torque and life testing in mobiles, ensuring precise torque measurement, curve tracking, and automated data recording.

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 Automatic Torque Tester is ideal for hinge torque and life testing in mobiles, ensuring precise torque measurement, curve tracking, and automated data recording to enhance product quality and reliability.

Specifications

Capacity	10kgf.cm, 50kgf.cm, 100kgf.cm, 200kgf.cm
Test Speed Range	1 to 7200°/min
Unit Switching	kgf.cm, N.m, Lb.in
Minimal Display of Torsion	0.001N.m(0.01kgf.cm)
Minimum Angle Display	0.001°
Test Speed	60 to 150000/min
Speed Accuracy	±0.5%
Maximum Test Torque	1N.m(10kgf.cm), 5N.m(50kgf.cm), and 10N.m(100kgf.cm) are optional and 10N.m (100kgf.cm) is generally used for testing mobile phones, tablets, and e-book, 20N.m
Rotation Angle	unlimited
Motor	Ac Servo Motor
Power Supply	1∮,AC220V,5A
Effective width	250, 400 mm optional
Machine Test Dimensions (W x D x H)	400 x 400 x 400 mm
Dimensions (W x D x H)	560 × 320 × 1150 mm
Weight	65kg

Features

Computerized Test Settings

Printable Curve Reports

Auto Data Logging

Real-Time Curve Recording

High-Precision Servo Motor

FAQs

1. What is the primary function of the Automatic Torque Tester ?

The Automatic Torque Tester is designed to evaluate the torque characteristics and durability of hinges used in mobile phones, tablets, and similar electronic devices. It measures torque values during both forward and reverse rotations, allowing manufacturers to analyze hinge performance over multiple cycles. With advanced features such as automatic data logging and curve plotting, this tester ensures comprehensive assessment of hinge life and quality.

2. How does the Automatic Torque Tester improve product testing accuracy?

The Automatic Torque Tester enhances testing accuracy through its high-resolution torque sensor and Japanese Panasonic servo motor. It features a minimum angle display of 0.001°, ensuring precise measurement of even the smallest angular changes. Its automatic centering system reduces axis misalignment errors during testing, and the software provides real-time curve tracking and test condition control, enabling reliable and repeatable results across multiple test cycles.

3. What industries benefit from using the Automatic Torque Tester ?

The Automatic Torque Tester is beneficial for industries involved in the production and testing of mobile devices, notebooks, monitors, and other electronic products with hinge mechanisms. Manufacturers of smartphones, tablets, portable DVDs, and electronic dictionaries use this tester to ensure the mechanical durability and functionality of hinge components under repeated torque application. It is also valuable in R&D labs and quality control departments focused on product reliability.

4. Can the Automatic Torque Tester store and export test data?

Yes, the Automatic Torque Tester comes with advanced software that automatically records torque-angle curves, torque decay curves, and related test data. All test results are stored in an editable Microsoft Access database format, which can be archived, retrieved, and printed as needed. Users can export reports that include statistical analysis such as maximum, minimum, and average torque values, as well as pass/fail judgments based on predefined thresholds.

5. What are the key features that differentiate the Automatic Torque Tester from other torque testers?

The Automatic Torque Tester stands out due to its combination of precision engineering and intelligent software. It features a high-precision torque sensor, a servo-driven test mechanism for smooth operation, and a 2500r high pulse encoder for accurate position control. Its software enables automated testing, customizable parameters, real-time monitoring, and comprehensive reporting. The device also supports communication with PCs, making it easy to integrate into digital quality control workflows.