Your Professional Vertical Precision Planetary Reducer Supplier

 

Guomao Group has been a manufacturer specializing in power transmission industry for 30 years with a wide product series including speed reducer boxes, gear motors, electric motors and become a bellwether in the intelligent automation.Xinjian Transmission Machinery, as one of its subsidiary sales company responsible for overseas marketing, commit itself to exploring the world market and introduction of GUOMAO's products to more potential customers. We can also provide new or upgrading solutions of tailored power-transmission machines to fit into your systemic application.

 

 
 
Why Choose Us
 

Production Market
With a strong focus on export markets, we have successfully captured significant market share in South America, Mid East, the Eastern Asia, Domestic Market, and South Asia.

 

Wide Range of Applications
Our products are widely used in Garment Shops, Manufacturing Plant, Machinery Repair Shops, Food & Beverage Factory, Printing Shops, Construction works, Energy & Mining, Food & Beverage Shops, Hotels, Building Material Shops, Farms, Restaurant, Home Use, Retail, Food Shop, Advertising Company, Energy & Mining, Other.

 

Quality Assurance
Our Each batch of goods has a corresponding quality inspection report to solve your concerns about product quality.

 

Quick Transportation
We cooperate with professional sea, air and logistics companies to provide you with the best transportation solution.

 

Advantages of Vertical Precision Planetary Reducer
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MVBR High Performance Right Angle Precision Planetary Reducer
MVDR High Performance Right Angle Precision Planetary Reducer

High manufacturing costs
The manufacturing process of planetary gear reducers is more complex than that of gear reducers, which is also one of the main reasons for their higher prices. The design structure of planetary gear reducers is more complex and requires more precise machining and assembly processes. In contrast, the manufacturing cost of gear reducers is lower due to their relatively simple structure and manufacturing process.

 

Strong load-bearing capacity
Compared to gear reducers, planetary gear reducers have higher load-bearing capacity. This is determined by the gear transmission mode of the planetary gear reducer. The planetary gear reducer adopts multi gear transmission, and all gears participate in the transmission, sharing torque, making the entire transmission system's load-bearing capacity stronger. In contrast, gear reducers only transmit power through one or a few gears, resulting in weaker load-bearing capacity.

 

Higher accuracy
The transmission accuracy of planetary gear reducers is higher, which is also one of the reasons for their higher prices. The gear components of planetary gear reducers can achieve a relatively high level of transmission accuracy through precise calculation and precision machining. In contrast, the transmission accuracy of gear reducers is relatively low and cannot meet the needs of certain precision transmissions.

 

More compact structure
Planetary gear reducers have a more compact structure compared to gear reducers. The planetary gear reducer is composed of multiple gears stacked together, resulting in a smaller size and volume of the entire reducer. In contrast, due to the limitations of gear transmission, gear reducers have a relatively large structure and occupy more space.

 

Longer service life
Due to the more refined design of planetary gear reducers, their service life is longer. The gear transmission method of the planetary gear reducer reduces the load on each gear, thereby reducing the risk of wear and damage. In contrast, gear reducers are prone to wear and damage due to uneven load distribution due to gear transmission limitations.

 

Parameters
 
Voltage 3V-24V
Power 0.5W-50W
Speed reduction ratio 5-1500
Torque range 1gf-cm to 50kgf-cm.
Diameter range 3.4mm-38mm
Output speed 5-2000rpm
Noise Customizable
Gearbox material Plastic, metal
Gearbox type Planetary gearbox
Product features High driving accuracy, wide range of deceleration, high torque, light weight, low noise, low energy consumption, long life, etc.

 

Installation
 
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That there are no damages on shafts and mating surfaces
The used mounting position corresponds to the one indicated on the nameplate
The structure on which the gear reducer is fitted is plane, leveled, and sufficiently. Dimensioned to assure fitting stability and vibration absence, keeping in mind all transmitted forces due to the masses, the torque, and the radial and axial loads
Carefully align the gear reducer with the motor and the driven machine (with the aid of shims if need be), interposing flexible couplings whenever possible.
Avoid any obstruction to the air flow; heat sources near the gear reducer that might affect the temperature of cooling air and gear reducer (for radiation); insufficient air recycling and applications hindering the steady dissipation of heat.
Position the gear reducer to allow a free passage of air for cooling both the gear reducer and motor (especially at their fan side)
Verify that the gear reducer housing is dust-free to achieve an efficient heat dissipation
Design is suitable to the environment (temperature, atmosphere, etc.). No applications are allowed in an aggressive environment having explosion danger.
Gear reducers and gearmotors should be protected whenever possible and by appropriate means from solar radiation and extremes of weather; weather protection becomes essential when high, or low-speed shafts are vertically disposed of or when the motor is installed vertically with a fan uppermost.
Mating surfaces (gear reducer and machine) must be clean and rough to provide a good friction coefficient. Remove by a scraper or solvent the eventual paint of the gear reducer on coupling surfaces and, especially in the presence of external radial loads or torque required, apply to lock adhesives.
When external loads are present, use pins or locking blocks; if necessary.
Before wiring up the Gearmotor, ensure that the motor voltage corresponds to the input voltage. If the direction of rotation is not as desired, invert two phases at the terminals. Y-À starting should be adopted for no-load starting (or minimal load), smooth starting current, low starting current, and limited stresses. If overloads are imposed for long periods or shocks or the danger of jamming is envisaged. Motor protection, electronic torque limiters, fluid couplings, safety couplings, control units, or other similar devices should be fitted.

 

Tips For Consider To Purchasing Planetary Reduction Gearbox

 

 

Input speed plus output speed equals reduction ratio
Torque is also known as torque; torque determined by the reduction ratio. and torque size calculated when picking a model.
Power includes output speed, torque, current, and other important reducer parameters. that must also considered and calculated in the selection. The installation position and size reservation defined by the reducer’s external dimensions.

 

 

Applications of Vertical Precision Planetary Reducer

Construction Machinery: Used in cranes and trenchless horizontal directional drilling equipment, Vertical Precision Planetary Reducer ensure reliable power transmission and precise control.

Automotive Manufacturing: Integrated into robotic arms and automated assembly lines, these reducers enhance efficiency and accuracy in manufacturing processes.

 

Marine and Shipbuilding: Employed in winches, cranes, and propulsion systems aboard ships, Vertical Precision Planetary Reducer are built to withstand marine environments and heavy loads.

Food Processing and Packaging: Utilized in packaging machines and bottling lines, these reducers offer quiet operation and precise movement, crucial for maintaining hygiene and efficiency.

Customer Support and Services: Beyond providing high-quality products, Vertical Precision Planetary Reducer customer support services. Their team of experts is available to assist with technical inquiries, installation guidance, and troubleshooting.

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FAQ

 

Q: Which is an advantage of a planetary gear reducer?

A: The configuration of a planetary gear reducer creates a power advantage by moving energy from the sun gear through the planet gears to the carrier, slowing speed while increasing torque ratio, all in a space-saving design.

Q: What is the most efficient gear reducer?

A: Generally, planetary and helical gear reducers offer the best performance for high-torque, high-efficiency power transmission.

Q: Does a gear reducer increase torque?

A: A gear reducer increases the torque of your motor, thus allowing a receiving member to rotate under the impact of a new torque.

Q: What is the efficiency of a gear reducer?

A: The general characteristics of gear reducers with parallel axes are as follows : For high precision gears, the transmission efficiency is very high. (98 to 95% for one-stage gear reducer) When properly lubricated, it can be used for a long time.

Q: What is the output torque of a reducer?

A: OUTPUT TORQUE RATING of a Universal Reducer Unit is the maximum Torque Load in inch-pounds that should be driven by that reducer unit irrespective of the RPM. This rating is on the basis of 8 to 10 hour continuous duty with a uniform load and allows a 100% Torque overload in starting.

We're professional vertical precision planetary reducer manufacturers and suppliers in China. We warmly welcome you to wholesale high quality vertical precision planetary reducer made in China here from our factory. For customized service, contact us now.

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