775 Motor With Gearbox

775 motor with gearbox is an independent component consisting of gear transmission, worm drive, and gear-worm drive enclosed in a rigid shell. It is often used as a reduction transmission device between the prime mover and the working machine. Or the role of matching speed and transmission torque between the actuators. A reducer or reducer is a device for power transmission. Usually, gears of different sizes are used to form a gearbox, which connects the motor and the two ends of the mechanical equipment, and reduces the number of revolutions of the motor to obtain a larger torque.

It works by using gears to achieve deceleration while increasing the effect of torque. A gear reducer usually consists of several sets of gears of different sizes, which will rotate through meshing to achieve the purpose of reducing the speed.

Specifically, when the motor power is input to the gear reducer, through the meshing operation between the gears, the input shaft pinion gear is meshed with the large gear on the output shaft. Since the output shaft bull gear rotates slower, the input speed is reduced. But at the same time, because the small gear of the input shaft meshes with the large gear of the output shaft, the meshing torque will be changed at the same time, thereby increasing the effect of the torsional moment.

Outline

Curve

Technical Details

Description

775 motor with gearbox generally drives the large gear through the small gear on the input shaft of the electric motor, internal combustion engine or other high-speed running power through the gear reducer (or reduction box) to achieve a certain purpose of deceleration, and then adopts a multi-stage structure. The small gear drives the large gear to achieve a certain deceleration purpose, thereby greatly reducing the speed and increasing the output torque of the 6v geared motor. In addition, it can also select different gear pairs according to actual needs to achieve different reduction ratios, which can meet different application requirements. Its core "power boost deceleration" function can greatly increase its output torque.

1. Planetary gearbox + DC motor, small low-speed high-torque DC geared motor.
2. The unique design and multiple protection measures can effectively guarantee the normal operation of the equipment and increase production efficiency and profit.
3. It has a strong self-protection function, which can effectively avoid the failure and damage of the machine during operation.
4. Suitable for small diameter, low noise, high torque applications, better stability and higher durability.
5. The DC geared motor can be matched with an encoder to provide more precise speed control and position control.

Application

The wide application of planetary reducers has brought many conveniences and benefits to all walks of life.
In the industrial field, robots, electric vehicles, 3D printing equipment and other equipment that need to accurately control the trajectory of motion need to be equipped with high-quality planetary reducers to ensure efficient and stable work. At the same time, miniature planetary reducers also have important applications in semiconductors, packaging industry, medical equipment, food industry, aerospace industry and other fields. These fields have requirements for high strength, high precision and high stability. The excellent performance of planetary reducers can be compared well meet these needs.

In terms of people's livelihood products, small planetary reducers also play an important role. The hub-type gearboxes of bicycles, the drive modules of electric motorcycles, etc., are all equipped with planetary reducers or planetary gearboxes, so that they have more flexible speed control capabilities and more stable operating performance. In addition, with the popularity of smart homes, planetary reducers have also been more widely used, such as smart door locks, smart kitchen appliances, smart home robots and so on.

Certificate

VSD motor company has been adhering to the principle of "quality first, customer first", constantly improving product quality and service level, in order to better respond to market demand and enhance its own competitiveness. In order to achieve this goal, the company continues to innovate and work hard, and has obtained many quality certifications.

Among them, ISO 9001:2015 quality management system certification and IATF16949:2016 quality management system certification are currently one of the highest level certifications recognized by the global industry. The issuance of these two certifications is a full affirmation of VSD motors' product performance, service quality and management strength, and demonstrates our excellent quality management capabilities and continuous innovation spirit.

VSD motor has obtained these two certifications, which shows that it has an advanced quality management system and excellent product service capabilities. The company takes customers as the center, continuously improves product quality and service, and provides customers with more reliable, high-quality products and professional service support. This spirit of continuous improvement also keeps the company in a leading position in the market.

In addition, as the global knowledge economy and green requirements increase, the company continues to develop quality certification in new areas. The company continues to introduce and apply the most advanced international quality management concepts and tools to improve product quality and meet customer needs. At the same time, it also pays attention to environmental protection and implements sustainable development strategies.

How to choose the model of 775 motor with gearbox?
The correct selection of the model plays a vital role in the application effect and equipment life. Therefore, we should fully consider multiple factors such as the required torque, rotational speed, type, rated power, efficiency, working environment and maintenance cost of the product.

First, calculate the amount of torque required based on the load type and operating conditions. Different load types have different torque requirements for the motor, so we need to consider whether we need a motor with sufficient torque output. When the load type is large or the working conditions are harsh, we should choose a small geared motor with a large torque.

Secondly, choose the appropriate reduction ratio according to the output speed. The larger the reduction ratio, the lower the output speed. Different load types have different requirements on the speed of the motor. For example, for high load types, we should choose a motor with a larger reduction ratio to meet the requirements of low speed and high torque.

When selecting the motor type, it should be selected according to actual needs. For example, DC motors are suitable for high performance, high precision, large speed conversion and other fields; AC motors are suitable for high power, long-term stable operation, low noise and other fields; stepping motors are used in occasions that require precise control of position. Different motor types have different characteristics and advantages in different application scenarios.

At the same time, select the appropriate rated power and efficiency level according to actual needs. The rated power should match the required workload. The higher the efficiency of the motor, the lower the energy consumption. Therefore, under the premise of ensuring sufficient torque output, we should also choose an energy-efficient DC geared motor as much as possible.

Considering the impact of the working environment on the motor, we should choose a motor that is suitable for harsh environments. For example, in places with high temperature, humidity and high vibration, we need to choose motors with protective measures, waterproof, explosion-proof and other functions to ensure that they can work stably in harsh environments.

Finally, we need to consider the reliability and maintenance cost of the motor. Choosing a higher quality motor can provide longer life and less maintenance costs. Therefore, when selecting a type, we should choose a miniature geared motor with reliability and durability as much as possible.