G Series Worm Geared Motor

G Series Worm Geared Motor

The G Series Worm Geared Motor combines a high-efficiency AC motor with a heavy-duty worm gear reducer into a compact, right-angle drive unit. Engineered for space-constrained industrial machinery, it delivers precise speed reduction, high torque multiplication, and inherent mechanical self-locking capabilities.

Product Overview

 

The G Series Worm Geared Motor combines a high-efficiency AC motor with a heavy-duty worm gear reducer into a compact, right-angle drive unit. Engineered for space-constrained industrial machinery, it delivers precise speed reduction, high torque multiplication, and inherent mechanical self-locking capabilities.

 

Key Specifications

 

Parameter

Specification & Range

Product Type

Right-Angle Worm Geared Motor

Drive Structure

Precision AC Motor + Heavy-Duty Worm Gear Reducer

Power Range

0.06 kW – 7.5 kW (1/8 HP – 10 HP)

Reduction Ratio

7.5:1 – 100:1 (Single reduction); Up to 3000:1 (Double combination)

Output Speed

14 rpm – 186 rpm (at 1400 rpm input speed)

Output Torque

4 N·m – 1,200 N·m

Motor Voltage

220V / 380V / 415V / 440V / 460V (Custom voltages available)

Frequency & Phase

50 Hz / 60 Hz

Housing Material

Die-cast Aluminum Alloy (Sizes 025–090) / Cast Iron (Sizes 110–150)

Internal Materials

20CrMnTi Alloy Steel Shaft (HRC 56–62) / ZCuSn10Pb1 Tin Bronze Wheel

Mounting Options

Foot-mounted (B3), Flange-mounted (B5/B14), Torque Arm

Output Shaft

Hollow shaft with keyway, Solid output shaft, Double shaft

Shaft Diameter

11 mm – 42 mm

 

Core Product Advantages

 

Compact Right-Angle Layout: Saves linear installation space by orienting the motor 90° relative to the driven shaft.


Integrated Plug-and-Play Drive: Factory-assembled motor and gearbox eliminate manual alignment and reduce installation labor.


Reverse Self-Locking Function: High-ratio units (1:30 and above) offer static self-locking capability, providing an extra mechanical safety factor in inclined conveyors and hoist machinery.


Low Noise & Vibration: Precision tooth profile grinding ensures smooth operation (< 65 dB noise level), suitable for quiet indoor environments.


Flexible Mounting Configuration: Supports all-angle installation (B3, B5, B14, torque arm) with solid or hollow shaft options.

 

Industry Applications

 

Belt & Modular Conveyors: Controlled speed and right-angle footprint for logistics, packaging, and food processing lines.
Roller Conveyor Drives: Drive shaft interface for warehouse distribution and pallet handling systems.
Packaging Machinery: Precise indexing and power transmission in wrapping, cartoning, and labeling machines.
Agitators & Mixers: Reliable torque multiplication for liquid mixing and chemical processing tanks.
Automation & Hoisting Equipment: Compact power units for door operators, scissor lifts, and rotary index tables.

 

Structural Construction

 

The G Series features an integrated drive layout housing high-grade mechanical components:
AC Motor: High-efficiency copper-wound motor with optimized thermal dissipation fins.
Worm Shaft: Carburized and ground 20CrMnTi alloy steel shaft for high durability.
Worm Gear: Wear-resistant ZCuSn10Pb1 tin bronze wheel for smooth meshing and low friction.
Bearings & Seals: High-precision bearings paired with NBR/FKM oil seals to eliminate oil leakage.
Housing: Lightweight, high-tensile aluminum alloy or rigid cast iron structure providing heat dissipation and structural rigidity.

 

Installation & Operating Guidelines

Mounting

Ensure a rigid, flat mounting surface to avoid housing stress or misalignment.

Shaft Coupling

Maintain exact alignment with driven shafts; avoid excessive hammering on output shafts to protect internal bearings.

Electrical Connection

Verify supply voltage matches motor nameplate specs and check fan rotation direction.

Initial Start-Up

Run under no-load conditions first to monitor operating sound, vibration, and temperature before applying full load.

Customizable Options

 

Mechanical: Special shaft extension lengths, custom keyways, spline shafts, custom flange sizes, stainless steel shafts.


Electrical: Special voltages (110V – 690V), dual-frequency (50/60Hz), DC electromagnetic brakes, external cooling fans (forced ventilation), incremental encoders.


Protective Coatings: Epoxy washdown coatings, anti-corrosion marine paints, food-grade synthetic lubricants.

 

Quality Control

 

Our manufacturing facilities operate under ISO9001 quality management standards to ensure international interchangeability and long service life.


CNC Gear Processing: Worm shafts are induction-hardened and thread-ground. Worm gears are hobbed using CNC equipment to achieve ISO/DIN Class 6-7 gear precision.


Precision Housing Machining: CNC machining centers process housings in a single setup to maintain concentricity and precise shaft alignment.


100% Factory Inspection: Every assembled unit undergoes a running test verifying noise, vibration, thermal rise, sealing integrity, and electrical performance before shipment.

 

Technical Documentation, Inspection & Export Packaging

 

Document Package Supplied: Specification data sheets, 2D DWG / 3D STEP drawings, factory test report, motor nameplate certificate, and operating/maintenance manual.


Export Packaging: Units are treated with anti-rust oil, wrapped in protective moisture-barrier film, and packed in heavy-duty export-grade wooden cases compliant with ISPM 15 heat-treatment standards.

 

Frequently Asked Questions

 

Q: What information do I need to provide for a complete model selection?

A: Provide motor power (kW), required output speed (rpm) or torque (N·m), voltage/frequency, output shaft type/size, mounting orientation, and application environment.

Q: Can your G Series gearboxes directly replace my current gearbox brand?

A: Yes. Provided the mounting dimensions, shaft diameter, and performance ratings match, our units are standard drop-in replacements. Share your existing unit's nameplate photo or drawing for instant verification.

Q: Do high reduction ratios provide self-locking capability?

A: Yes. Ratios of 1:30 and higher generally offer static self-locking, preventing the load from back-driving the motor. For dynamic self-locking or critical safety hoisting, an external motor brake is recommended.

Q: Can I obtain 3D CAD models before placing an order?

A: Yes. We provide free 2D (DWG/DXF) and 3D (STEP/IGES) CAD files to design engineers for integration checking before order confirmation.

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