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Cycloidal Gear Reducer with High Reduction Ratio Compact Structure and Strong Load Capacity Adjustable Speed Gear Motor

Brand Name:	WeSeW
MOQ:	1pcs
Price:	US$200~US$1000/pc
Payment Terms:	T/T,Western Union
Supply Ability:	10,000 pieces per month

Detail Information

Product Description

Detail Information

Place of Origin:

China

Certification:

CE,UL

Product Name:

Adjustable Speed Gear Reducer Motor

Nominal Voltage:

220V/380V

Application:

Farms, Retail, Building Material Shops, Manufacturing Plant, Machinery Repair Shops

Packaging Details:

Wooden Case

Supply Ability:

10,000 pieces per month

Highlight:

High Reduction Ratio Cycloidal Gear Reducer

Compact Structure Adjustable Speed Gear Motor

Strong Load Capacity Helical Gear Reducer

Product Description

Custom Gearbox Speed Reducer

Adjustable Speed Gear Motor 1440rpm Helical Gear Bearing Mounted Gear for Manufacturing Plants, Food Processing, and Industrial Applications

Product Overview

Custom cycloidal pinwheel reducer gear motors XWED/BWED with power range 0.5-15 kW, designed for demanding applications in lifting and transportation, construction machinery, mining and metallurgy, petrochemicals, light industry, food processing, robotics, and other industrial fields.

Technical Specifications

Power Range	0.18 - 75 kW
Color	Customizable
Material	Cast iron / Steel
Mounting Position	Horizontal (Foot Mounted)
Warranty	1 Year
Certification	ISO9001
Application	Building, textile, food industry

Technology Description

Cycloidal gear reducers are advanced power transmission devices that achieve high reduction ratios through the precise meshing of cycloidal wheels and pinion gears. These units are renowned for their exceptional efficiency, high load capacity, compact structure, and smooth operation characteristics.

Core Features

High Reduction Ratio: Single-stage ratios from 1:7 to 1:87, with multi-stage combinations enabling even greater reduction ratios. Ideal for low-speed, high-torque applications.
High Transmission Efficiency: Utilizing rolling friction in the meshing section, efficiency typically exceeds 90%, delivering significant energy savings.
Compact Structure: Employing planetary transmission principles with coaxial input and output shafts. Volume and weight are only 1/2 to 2/3 of conventional gear reducers.
Strong Load Capacity: Simultaneous meshing of the cycloidal wheel with multiple sets of pinion teeth provides excellent shock and overload tolerance.
Smooth Operation: Multi-tooth meshing design minimizes vibration and noise, ensuring stable and reliable performance.

Typical Applications

Widely used in lifting and transportation, construction machinery, mining and metallurgy, petrochemicals, light industry, food processing, robotics, and other demanding industrial fields. Particularly suitable for applications with limited space requirements or those demanding high reliability and performance.

Planet Cone Disk Friction Type Stepless Speed Variator

Planet cone disk friction type stepless speed variator is an advanced stepless speed variation device that conforms to the standard JB/T6950-93. It features simple structure, reliable performance, a large speed variation range (5:1 ratio), agile and reliable speed adjustment, small size, low noise and easy maintenance.

Suitable for continuous operation with speed adjustment under load according to real-time needs. Most applicable to circumstances requiring multi-variable technical parameters and continuous variation. Can be used as power transmission in automatic production lines of all industries and as continuously variable transmission in scientific and research institutions. Particularly suitable for use in automatic production lines of ceramics, drinks, foodstuff, electronics, leather tanning, chemical, textile, carpentry and other industries.

Structure & Operating Principle

The outside of the conical shaped planet wheel is pressed between the fixed ring and the speed adjust cam, inside pressed between the driver and the press ring. The drive and the press ring are pressed by the dish spring. When the motor drives the driver, the planet wheels purely roll. For the fixed ring and the speed adjust cam are static, the planet wheel revolver around the carrier while rotating, and drives the carrier through the shaft of the planet wheel and the bushing.

Turning of the hand wheel changes the angle of the speed adjust cam and through its camber, makes the speed adjust cam move in axial direction. So the space changes between the speed adjust cam and the fixed ring, and the planet wheel can move outside, and the revolution speed gets slower. When the space gets smaller, the planet wheels move inside, and the revolution speed gets faster. Thus the objective of variation is obtained. In brevity, turn the hand wheel at certain position, the planet wheels are well distributed at correspondent positions, and the stable output speed is available on the output shaft.

Product Images