Dual-Mass Flywheel Torsion Testing Machine

The Dual-Mass Flywheel Torsion Testing Machine is used for torsional stiffness testing, torsion angle testing, and torsional fatigue testing of dual-mass flywheels. One machine ...

Introduction

The Dual-Mass Flywheel Torsion Testing Machine is used for torsional stiffness testing, torsion angle testing, and torsional fatigue testing of dual-mass flywheels. One machine can perform multiple types of tests.

The system uses an industrial control computer as the core to provide automatic control of the testing process, as well as automated data acquisition, processing, and storage. The test data can also provide a reliable basis for further research and development of dual-mass flywheels.

Application

The Dual-Mass Flywheel Torsion Testing Machine is mainly used for:

(1) Dual-mass flywheel torsional stiffness testing

(2) Torsion angle testing

(3) Torsional fatigue testing

(4) Dual-mass flywheel research and development

(5) Performance evaluation and quality inspection of dual-mass flywheels

Dual-Mass Flywheel Torsion Testing Machine

Standards

GB/T 2611 — General Requirements for Testing Machines

Parameters

Parameter Specification
Maximum Test Torque 100, 200, 500, 1000, 2000, 5000, 10000 N·m
Test Travel 300 / 500 mm
Testing Machine Class Class 0.5
Torque Measurement Range 1%–100% FS
Torque Minimum Resolution 0.01 / 0.1 N·m
Angle Resolution 0.01°
Maximum Torsion Angle 0–Unlimited
Test Speed 0.1–720°/min, customizable
Angle Indication Error < ±0.5%
Angle Repeatability Error < 0.5%
Test Force Indication Error < ±0.5%
Test Force Repeatability Error < 0.5%
Test Speed Accuracy Better than ±1% of indicated value
Appearance Complies with GB/T 2611 requirements
Torque Loading Direction Both directions
Torsion Fixtures Standard set
Power Supply 220 V, 50 Hz
Applicable Products Dual-mass flywheels

Features

(1) Multiple Test Functions – Supports torsional stiffness, torsion angle, and torsional fatigue testing.

(2) One Machine for Multiple Tests – The equipment can be used for different torsional performance tests of dual-mass flywheels.

(3) Automatic Test Control – The industrial control computer provides automatic control of the testing process.

(4) Data Acquisition and Processing – Test data can be automatically collected and processed.

(5) Data Storage – Test data can be stored for subsequent analysis and evaluation.

(6) Bidirectional Torque Loading – Torque can be applied in both directions.

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