Single Stage Archimedean Worm Gear Reducer

Single Stage Archimedean Worm Gear Reducer

A single-stage Archimedean worm gear reducer provides speed reduction through the precise engagement of a worm screw and a worm wheel. Its suitability for a specific machine depends on the transmission ratio, operating load, input conditions, mounting position, and required output configuration.
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Description
Technical Parameters

A single-stage Archimedean worm gear reducer provides speed reduction through the precise engagement of a worm screw and a worm wheel. Its suitability for a specific machine depends on the transmission ratio, operating load, input conditions, mounting position, and required output configuration.

For original equipment integration and maintenance replacement applications, the reducer must be specified using both performance requirements and mechanical interface dimensions.

Key Selection Criteria

Reduction ratio

Required output torque

Input and output speed

Mounting configuration

Input and output shaft arrangement

Operating duty and load conditions

Lubrication requirements

Available installation space

Product-specific performance values should be confirmed against the applicable model datasheet.

 

Technical Specifications

 

Specification

Typical Technical Details / Range

Product Type

Single Stage Archimedean Worm Gear Reducer

Transmission Type

Cylindrical worm gear transmission (Archimedean profile)

Number of Stages

Single stage

Application

Industrial mechanical power transmission

Gear Ratio Range

5:1, 10:1, 15:1, 20:1, 30:1, 40:1, 50:1, 60:1, 80:1, 100:1

Rated Output Torque Range

15 N·m to 1700 N·m (Depending on model size 030 to 150)

Input Speed

1400 rpm / 2800 rpm (Standard 4-pole or 2-pole motor matching)

Output Speed

14 rpm to 560 rpm (Calculated via ratio and input speed)

Housing Material

Aluminum Alloy (Sizes 030–090) / Cast Iron (Sizes 110–150)

Input Configuration

IEC Flanged Motor Adapter / Solid Input Shaft

Output Shaft Configuration

Single Output Shaft / Dual Output Shaft / Output Hollow Bore

Mounting Arrangement

B3 (Foot mounted), B5/B14 (Flange mounted), Torque arm

Lubrication

Synthetic Oil (ISO VG 320) or Mineral Oil (Depending on model)

Operating Temperature Range

-20°C to +40°C (Ambient conditions)

Available Frame Sizes

Model 030, 040, 050, 063, 075, 090, 110, 130, 150

Customization

Special shaft dimensions, painted colors, or mounting flanges on request

 

Applications

 

Material Handling Equipment: Conveyors and material transfer mechanisms requiring stable torque transmission.

Packaging Machinery: Equipment requiring precise speed reduction and compact mechanical interfaces.

Food Processing Machinery: Processing lines requiring reliable mechanical transmission and structured maintenance configurations.

Textile Machinery: Industrial textile equipment requiring continuous operation and stable transmission ratios.

General Industrial Machinery: Factory automation and mechanical power transfer units.

 

Manufacturing and Quality Information

 

The production workflow incorporates strict quality controls from raw material preparation to final assembly.

Manufacturing Process
Material Preparation:
Verification of raw metal composition and structural integrity.

Component Machining: Precision turning and milling of housings, shafts, and internal gears.

Gear Manufacturing: Worm and worm wheel cutting, hobbing, and heat treatment processes.

Housing Processing: CNC boring and facing to ensure accurate mounting alignment.

Assembly: Controlled mechanical fitting of bearings, seals, gears, and shafts.

Lubrication: Application of specified industrial lubricants.

Functional Inspection: Dynamic running checks and dimensional audits.

Final Packaging: Protective crating suitable for international shipping.

 

Gear and Component Materials

 

Component

Information to Provide

Worm

Material grade and heat treatment specification

Worm Wheel

Material grade and manufacturing method

Housing

Material and casting or machining process

Shafts

Material grade and machining tolerances

Bearings

Supplier, type, or specification

Seals

Material type and operating pressure/temperature limits

 

Installation, Storage, and Maintenance Guidelines

 

Proper handling and maintenance are critical to achieving the expected operating life of a worm gear reducer.

Storage Conditions: Units must be stored in a dry, clean indoor environment protected from extreme temperature fluctuations, moisture, and dust. Unpainted machined shafts require anti-rust protection.

Installation Alignment: Ensure secure mounting on a rigid, vibration-damped foundation to prevent distortion of the housing. Shaft alignment and coupling tolerances must be strictly verified during assembly.

Lubrication Management: Fill or check oil levels according to the specified viscosity and grade suited for the mounting position and operating temperature before initial startup.

Routine Inspection: Periodically monitor operating temperature, noise levels, vibration patterns, and check for any lubricant leakage around shaft seals.

 

Compliance and Interchangeability Standards

 

Interface Compatibility: Designed to match standard industry mounting footprints and shaft center distances to facilitate direct replacement or integration into existing machinery layouts.

Tolerance Control: Machining tolerances for shaft diameters, keyways, and bolt circles are maintained within strict industrial standard ranges to ensure secure mechanical fitting.

Documentation Support: Comprehensive dimensional outline drawings and technical manuals are available to support engineering verification prior to procurement.
 

FAQ

 

Q: What is a single-stage Archimedean worm gear reducer?

A: It is a mechanical speed reduction unit that uses a cylindrical worm and a worm wheel transmission arrangement. It is selected based on transmission ratios, output torque, operating speed, and mechanical configuration requirements.

Q: How do I select a suitable worm gear reducer?

A: Selection begins by defining the required output speed, output torque, input conditions, mounting arrangement, and operating duty cycle. The final model is confirmed against applicable technical specifications.

Q: Can I use this reducer for equipment replacement?

A: Replacement suitability depends on matching the original reducer dimensions, transmission ratio, shaft configuration, and operational requirements. Providing the existing model number or technical drawing ensures proper compatibility.

Q: What information should be included in an RFQ?

A: At minimum, inquiries should include the application details, quantity, input speed, output speed, required torque, mounting arrangement, and shaft specifications. Technical drawings or existing model numbers greatly expedite the review process.

Q: Can custom or OEM configurations be supplied?

A: OEM and custom requirements are evaluated based on the requested product configuration, technical feasibility, and production capacity. Detailed specifications can be submitted for engineering assessment.

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