Solid Shaft Right Angle Geared Motor
The Solid Shaft Right Angle Geared Motor integrates an electric motor with a precision 90° reduction gearbox and a solid keyed output shaft.
Product Overview
The Solid Shaft Right Angle Geared Motor integrates an electric motor with a precision 90° reduction gearbox and a solid keyed output shaft. Its compact right-angle design optimizes mounting space in tight machinery layouts, while the standardized solid shaft allows direct connection to couplings, sprockets, and pulleys.
Specifications
|
Feature / Parameter |
Standard Specification |
|
Power Range |
0.1 kW – 3.7 kW (1/8 HP – 5 HP) |
|
Rated Voltage |
110V / 220V / 380V / 440V (Single / 3-Phase) |
|
Frequency |
50 Hz / 60 Hz |
|
Gear Ratios |
3:1 to 200:1 |
|
Output Speed |
7.5 rpm – 500 rpm (at 1500 rpm input speed) |
|
Output Shaft Type |
Solid keyed shaft (Left or Right orientation) |
|
Protection Class |
IP54 / IP55 / IP65 |
|
Insulation Class |
Class F (155°C) / Class H (180°C) |
Core Advantages
90° Space-Saving Design: Ideal for equipment with limited inline installation space.
Standard Keyed Shaft Connection: Simplifies mechanical linkage with couplings, sprockets, and pulleys.
Durable Gear Transmission: Carburized alloy steel gears ensure low running noise and high load capacity.
Flexible Technical Configurations: Adaptable motor ratings, gear ratios, electrical specs, and shaft orientations.
Defined Mounting Interfaces: Standardized dimensions simplify OEM assembly and direct field replacement.
Applications
Conveyor Systems: Used for belt conveyors, roller conveyors and compact transfer conveyors. Output speed, torque and shaft dimensions are key selection points.
Packaging Machinery: Suitable for feeding, transferring and rotating mechanisms in packaging equipment where motor position and available installation space are important.
Feeding Equipment: Used in feeding and dosing mechanisms requiring controlled rotary movement. Gear ratio, output speed and operating cycle should be checked during selection.
Material Handling Equipment: Suitable for compact transfer and handling mechanisms where the motor and driven shaft need to be arranged at 90°.
Sorting Machinery: Used for rollers, transfer mechanisms and other rotary drives in sorting equipment. Output torque, speed and mounting dimensions should match the machine requirements.
Rotary Equipment: Suitable for rollers, wheels, rotary mechanisms and other equipment requiring reduced speed and controlled output rotation.
Automation Machinery: Used in compact automated equipment for feeding, transferring, positioning and other rotary drive functions.
Mechanical Transmission: The solid keyed shaft can be connected to couplings, sprockets, pulleys, rollers and other transmission components.
Speed & Ratio Reference Guide
|
Gear Ratio |
Theoretical Output Speed (50Hz) |
Theoretical Output Speed (60Hz) |
|
3:1 |
500 rpm |
600 rpm |
|
5:1 |
300 rpm |
360 rpm |
|
10:1 |
150 rpm |
180 rpm |
|
20:1 |
75 rpm |
90 rpm |
|
50:1 |
30 rpm |
36 rpm |
|
100:1 |
15 rpm |
18 rpm |
OEM Customization Options
Custom voltages (110V–480V) and frequencies (50/60 Hz)
Special shaft extensions, keyways, or dual-shaft outputs
Custom flange dimensions and terminal box positions
Custom paint colors, private labeling, and export-compliant packaging
Engineering & Manufacturing Quality
Precision Gearing: Carburized alloy steel (20CrMnTi) hardened and precision-ground to ISO/DIN Class 6 standards for high strength and minimal backlash.
Robust Housing: High-rigidity cast iron or die-cast aluminum housing for optimal heat dissipation and structural integrity.
Sealing System: Premium synthetic lubricant paired with double-lip Viton oil seals to prevent leakage and reduce maintenance.
Precision Machining: CNC-machined shaft journals and mounting faces ensure high alignment accuracy and easy machine integration.
Quality Control
Every geared motor undergoes rigorous factory testing before shipment:
Dimensional Verification
100% check of shaft diameter, keyway, and mounting hole centers against approved drawings.
Electrical Testing
No-load current, insulation resistance, and high-voltage withstand tests.
Operational Testing
Full-speed running test to verify noise levels (<65 dB), vibration thresholds, and seal integrity.
FAQ
Q: How do I select the correct gear ratio?
A: Start with the required output speed. Then check the corresponding output torque and motor power for the operating condition.
Q: How do I check whether the motor will fit my equipment?
A: Compare the output shaft diameter, shaft extension, keyway and mounting dimensions with the machine requirements.
Q: How do I determine the required output torque?
A: The required torque should be based on the driven load, output speed and operating cycle. Starting and changing loads should also be considered.
Q: Can an existing geared motor be replaced?
A: Yes. An existing model number, motor nameplate, shaft dimensions or mounting information can be used for initial model matching.
Q: Can the output shaft be customized?
A: Special shaft dimensions or machining requirements can be reviewed according to the selected model and approved drawing.
Q: What information is needed for a quotation?
A: Provide the available power, voltage, frequency, output speed, torque, shaft dimensions, mounting requirements and quantity.
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