Long Shaft Gear Motor
Long Shaft Gear Motor
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Long Shaft Gear Motor

The main application scenarios of dual output shaft motors include machine tools, automated manufacturing, and robotics. These scenarios typically require high-power, high-efficiency, and high-precision motion control, and dual output shaft motors can provide better control and operational performance. For example, in machine tool applications, dual output shaft motors can achieve more precise machining and operation, improving production efficiency and machining quality.

Motor horse

0.37--350kw

Insulation Class

F

Voltage

110/220/380/440/600/660V

Wind material

100% Copper

Output Phase

Single or Three phase

Output shaft diameter

14--80MM

Frequency

1-120HZ

Warranty

12 months

Output RPM

2/4/6/8/10P

HS CODE

8501109990

Cast material

Aluminum or Iron

Customized design

Accepted

Shaft lenght

80--10000mm

Working temperature

-40°C--50°C

Protection Class

IP55

Original

China

Duty

S1

Installation way

B3/B5/B14/B35/B34

 

Introduction:

 

The Long Shaft Gear Motor is a gear motor with an extended output shaft designed for applications requiring deeper reach, additional mounting flexibility or better torque transfer in complex mechanical assemblies.

 

Features:

 

Adapt to Complex Environments
Our products use an extended output shaft structure, with shaft lengths ranging from 25mm to 50mm and diameters of 6mm, 8mm, 10mm, and so on. This makes them suitable for applications with complex internal layouts or long axial connection distances. Compared with standard shaft motors, the extended shaft design offers more flexible installation and more accurate positioning when aligning with bearings or supports, effectively preventing premature wear caused by eccentric loads.

 

Improved Torsional Performance
The motor output shaft is made of carbon steel or stainless steel, and certain models are heat-treated (e.g., quenching hardness reaching HRC58 or above), enhancing torsional strength and wear resistance. Even under high-load, continuous operation, the long shaft maintains axis stability and resists deformation, ensuring efficient torque transmission and reliable mechanical alignment-ideal for long-term use.

 

Precision Reduction System
Our motors feature built-in multi-stage metal gear reduction systems, with common reduction ratios ranging from 1:10 to 1:1000. Thanks to high-precision gear meshing, the motor can deliver torque of 30 kgf·cm or more at low speeds.

 

Compatible with Multiple Voltages
The Long Shaft Gear Motor support various voltage inputs, including 6V, 12V, and 24V, making them adaptable to different control system power supplies. The no-load speed and rated torque at each voltage level are optimized to maximize power utilization efficiency.

 

 

Applications:

 

 

Automated mechanical equipment
In automated equipment, the long axis design facilitates the motor to pass through thick brackets or housings and directly connect to internal drive components. It is often used in systems such as clamping devices, indexing mechanisms, and slow feeding units to improve assembly flexibility and transmission stability.

 

Smart home system
Applicable to electric curtains, rotating TV brackets, smart projection devices and other equipment. The long axis can be installed in a hidden manner to keep the overall structure compact, while ensuring the smooth output of the rotating part without being restricted by the depth of the structure.

 

Experimental instruments and analytical equipment
In scientific experiments and testing instruments, it is often used in micro-pumping systems, constant speed stirring mechanisms, positioning devices and other systems with high requirements for accuracy and stability. The long axis design facilitates the precise docking of internal components of the equipment.

 

Security and monitoring equipment
Applicable to systems such as surveillance camera pan/tilts, radar scanning heads, and detection rotating platforms. The long axis can improve the support stability, reduce the axial gap, and ensure that the equipment remains accurately positioned and the image is stable under long-term slow rotation.

 

FAQ

Q: What is a long shaft gear motor?

A: A long shaft gear motor is a gear motor with an extended output shaft, allowing easier coupling with components like pulleys, wheels, or mechanical arms.

Q: What are the advantages of a long shaft gear motor?

A: The extended shaft provides more surface area for mounting, better alignment, and greater mechanical flexibility, especially in applications with offset or deep drive systems.

Q: What applications commonly use long shaft gear motors?

A: They are often used in robotics, conveyor belts, vending machines, lifting systems, and automated equipment where the motor must reach into confined or offset areas.

Q: What materials are used for the long shaft?

A: Shafts are usually made of hardened steel, stainless steel, or brass, depending on the strength, corrosion resistance, and application requirements.

Q: Can the shaft be customized in length and diameter?

A: Yes. Manufacturers often offer custom shaft lengths and diameters to meet specific design requirements or to fit custom couplings and drive mechanisms.

Q: What types of motors are typically paired with long shafts?

A: Both DC and AC motors, including brushed, brushless, and stepper motors, can be paired with gearboxes and long shafts depending on the torque and speed needs.

Q: Does a long shaft affect the motor's performance?

A: No, the shaft length itself doesn't directly affect torque or RPM, but longer shafts must be properly supported to prevent bending, misalignment, or vibration.

Q: Are long shaft gear motors reversible?

A: Yes, they are generally reversible, allowing the shaft to rotate clockwise or counterclockwise based on control input or wiring.

Q: What shaft configurations are available?

A: Common configurations include D-shaped shafts, round shafts with keyways, threaded shafts, and flat-sided shafts to accommodate various connection methods.

Q: How do I secure components to a long shaft?

A: Components can be secured using set screws, shaft collars, keyways, clamping hubs, or threaded nuts, depending on the application and torque requirements.

 

 

 

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