A 1-Stage Cycloidal Gearbox (also known as a 1-stagecycloidal speed reducer) is a gearbox device that uses a cycloidal gear transmission mechanism to reduce rotational speed and increase torque. When the gearbox is combined with an electric motor to form a gear motor, specifically heavy duty gear motor lines, it provides smooth and efficient power transmission.
With only 1-stage reduction, the device still achieves a large gear ratio and superior load-bearing capacity, thanks to the continuous and simultaneous meshing mechanism of the cycloid teeth. The cycloidal gearbox features a special design with an eccentrically rotating cycloid cam disc, which helps limit impact, minimize wear, and is suitable for continuous and harsh working environments.
Applications of 1-stage cycloidal gearbox.
Advantages of 1-Stage Cycloidal Gearbox
Good overload capacity: The cycloid transmission mechanism helps distribute force evenly across multiple contact points, enhancing load-bearing capacity and limiting damage during heavy-duty work.
Effective shock resistance: Suitable for systems that frequently start, stop, or experience sudden load changes.
Compact size: Optimal design helps save installation space while ensuring large output torque.
Stable operation: The gearbox operates smoothly, reduces vibration, and contributes to improving the durability of the entire transmission system.
High working efficiency: Low energy loss, supporting equipment to operate efficiently for a long time.
Long service life: If selected with the correct power and maintained periodically, the 1-stage cycloidal gearbox can operate stably for many years.
Featured 1-Stage Cycloidal Gearbox Price List at Thanh Thai Motor
Thanh Thai Motor currently provides many models of 1-stage cycloidal gearboxes with diverse power ratings and gear ratios to meet various practical usage needs. Below is a price list of some prominent products, helping customers easily refer and choose the right option for their investment budget.
Determine operating time: If machinery operates continuously for many hours a day, priority should be given to gearbox lines with a high safety factor to increase durability.
Evaluate shock load level: For applications with frequent startup phenomena or sudden load changes, it is necessary to choose products with good shock load capacity.
Check installation space: Size and installation location will affect the selection of gearbox designs suitable for the existing system.
Pay attention to component replacement capability: Priority should be given to product lines with common spare parts for convenient subsequent repair and maintenance.
Choose a supplier with technical support: Receiving proper parameter consultation and support during installation will help minimize risks when putting equipment into operation.
Gearbox housing material: Cast iron housings usually have high hardness, good impact resistance, and are suitable for heavy-duty working environments; meanwhile, some lines using aluminum alloy have the advantages of being lightweight, easy to install, and having good heat dissipation.
In addition to technical specifications, comprehensive videos at Thanh Thai Motor will help you better understand the product. These gearbox videos provide information about structure, gear ratios, installation methods, and practical operating experience.
Frequently Asked Questions
What gear ratio is suitable for a 1-stage cycloidal gearbox when an output below 50 rpm is needed?
If using a 4-pole motor of about 1400 rpm, gear ratios from 1/29 to 1/59 are typically selected. However, the actual output speed depends on the motor speed and the working conditions of the system.
Why do different cycloid models have different load capacities despite having the same 1/30 gear ratio?
Load capacity does not depend solely on the gear ratio but is also related to the size of the cycloid disc, the number of power transmission pins, the output shaft diameter, and the bearing structure of each model.
When replacing an old cycloidal gearbox, what parameters need to be checked besides power and gear ratio?
In addition to power and gear ratio, it is necessary to check output torque, shaft diameter, flange dimensions, allowable radial load, and mounting style to ensure equivalent replacement capability.
