Worm Gear Torque Testing Machine

The Worm Gear Torque Testing Machine is designed to evaluate the torque and torsional performance of worm gear transmission systems. It is suitable for torque testing of worm ge...

Introduction

The Worm Gear Torque Testing Machine is designed to evaluate the torque and torsional performance of worm gear transmission systems. It is suitable for torque testing of worm gears, worm gearboxes, reducers, and related mechanical components, providing reliable test data for product development, performance verification, and quality inspection.

Application

The machine is suitable for:

(1) Worm gear and worm shaft torque testing

(2) Worm gearbox performance testing

(3) Reducer torque testing

(4) Mechanical transmission component testing

(5) Automotive and machinery component testing

(6) R&D and quality inspection

Standards

(1) GB/T 2611 — General Requirements for Testing Machines

Parameters

Parameter Specification
Machine Configuration Horizontal
Testing Machine Class Class 1
Torque Measurement Range 1% FS–100% FS
Torque Indication Error ≤ ±1%
Torque Repeatability Error ≤ 1%
Angle Resolution 0.01°
Angle Measurement Accuracy ≤ ±1%
Fixtures Three-jaw chuck; bidirectional top-clamping fixture
Test Space 300 mm / 500 mm, customizable
Torsion Speed 0.01–5 r/min, stepless adjustable
Speed Accuracy ≤ ±1%
Power Supply 220 V, 50 Hz
Safety Protection Overload protection
Appearance Complies with GB/T 2611
Completeness Complies with applicable requirements

Features

(1) Horizontal Test Structure – Provides convenient installation and positioning of worm gear transmission components.

(2) Accurate Torque Measurement – High-precision torque measurement system records torque changes during testing.

(3) Stepless Speed Control – Test speed can be continuously adjusted within the specified range.

(4) Multiple Fixture Options – Three-jaw chuck and bidirectional top-clamping fixtures are available for different specimen configurations.

(5) Computerized Data Acquisition – Test data can be collected and analyzed through the control system.

(6) Customizable Test Space – The test distance can be configured according to the dimensions of the worm gear or gearbox assembly.

(7) Overload Protection – The system incorporates overload protection to help protect the machine and test components.

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