ST62P Series
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ST62P Series Long Life Low Noise DC Brush & Core Customize Planetary Gear Motor | |||
Dongguan Silent Industry Co., Ltd | |||
DC brush & Core planetary gearmotor | Φ62mm | ||
Helical gears in 1st stage,low backlash,ceramic pins are optional |
The High Torque DC Brush & Core Planetary Gear Motor is a specialized mechanical component that offers high torque output and precise speed control. This motor has a combination of DC brushed motors and a planetary gearbox, allowing for efficient power transmission while maintaining precise speed control even under heavy loads. The core design of the motor provides high magnetic flux density, resulting in greater torque output and improved performance. This motor is widely used in various industrial applications such as robotics, automation, and automotive industries due to its superior performance and reliability. Additionally, the brushed design of the motor provides a cost-effective solution with low maintenance requirements and long service life. Overall, the High Torque DC Brush & Core Planetary Gear Motor is an essential component for any industry that requires high-performing power systems with precision and durability.
Specifications of DC motor | ||||||||
1 | Nominal voltage | 12V DC | 24V DC | |||||
2 | No load current | 2.47 A | 1.8 A | |||||
3 | No load speed | 3500 RPM | 4700 RPM | |||||
4 | Rated current | 11.53 A | 8.66 A | |||||
5 | Rated speed | 3000 RPM | 4000 RPM | |||||
6 | Rated torque | 0.31 Nm | 0.35 Nm | |||||
7 | Stall current | 63.37 A | 46.08 A | |||||
8 | Stall torque | 2.17 Nm | 2.35 Nm | |||||
9 | Max. efficiency | 70.0% | 70.0% | |||||
10 | Ambient temperature | ’-20°C~+55°C | ||||||
11 | Output bearing | Ball bearing | ||||||
12 | Type of brush | Carbon brush | ||||||
Specifications of gearmotor under 12VDC | ||||||||
Stage | Ratio | Rated current | Rated speed | Rated torque | Max.momentary current | Max.momentary torque | Weight | |
1 | 3.8:1 | 11.53 A | 789.5 RPM | 1000 mNm | 16.08 A | 1500 mNm | g | |
1 | 4.3:1 | 11.53 A | 698 RPM | 1133 mNm | 16.08 A | 1700 mNm | g | |
1 | 5.1:1 | 11.53 A | 588 RPM | 1344 mNm | 16.08 A | 2016 mNm | g | |
2 | 14.4:1 | 11.53 A | 208 RPM | 3225 mNm | 16.08 A | 4838 mNm | g | |
2 | 25.8:1 | 11.53 A | 116 RPM | 5779 mNm | 16.08 A | 8669 mNm | g | |
2 | 40:1 | 11.53 A | 75 RPM | 8959 mNm | 14.6 A | 12000 mNm | g | |
3 | 80.2:1 | 11.53 A | 37 RPM | 15268 mNm | 16.08 A | 22902 mNm | g | |
3 | 111:1 | 11.53 A | 27 RPM | 21132 mNm | 16.08 A | 31698 mNm | g | |
3 | 130.8:1 | 11.53 A | 23 RPM | 24902 mNm | 16.08 A | 37353 mNm | g | |
3 | 250:1 | 11.53 A | 12 RPM | 47595 mNm | 16.08 A | 71393 mNm | g | |
4 | 304:1 | 11.53 A | 10 RPM | 49194 mNm | 16.08 A | 73791 mNm | g | |
4 | 345.9:1 | 10.56 A | 8.8 RPM | 50000 mNm | 14.6 A | 75000 mNm | g | |
4 | 407:1 | 9.35 A | 7.7 RPM | 50000 mNm | 12.78 A | 75000 mNm | g | |
4 | 664:1 | 6.69 A | 4.9 RPM | 50000 mNm | 8.79 A | 75000 mNm | g | |
Specifications of gearmotor under 24VDC | ||||||||
Stage | Ratio | Rated current | Rated speed | Rated torque | Max.momentary current | Max.momentary torque | Weight | |
1 | 3.8:1 | 8.66 A | 1052 RPM | 1131 mNm | 12.13 A | 1696 mNm | g | |
1 | 4.3:1 | 8.66 A | 930 RPM | 1279 mNm | 12.13 A | 1919 mNm | g | |
1 | 5.1:1 | 8.66 A | 784 RPM | 1517 mNm | 12.13 A | 2276 mNm | g | |
2 | 14.4:1 | 8.66 A | 278 RPM | 3641 mNm | 12.13 A | 5462 mNm | g | |
2 | 25.8:1 | 8.66 A | 155 RPM | 6524 mNm | 12.13 A | 9786 mNm | g | |
2 | 40:1 | 7.23 A | 103.7 RPM | 8000 mNm | 9.94 A | 12000 mNm | g | |
3 | 80.2:1 | 8.66 A | 50 RPM | 17238 mNm | 12.13 A | 25857 mNm | g | |
3 | 111:1 | 8.66 A | 36 RPM | 23859 mNm | 12.13 A | 35789 mNm | g | |
3 | 130.8:1 | 8.66 A | 30.6 RPM | 28115 mNm | 12.13 A | 42173 mNm | g | |
3 | 250:1 | 8.19 A | 16.2 RPM | 50000 mNm | 11.38 A | 75000 mNm | g | |
4 | 304:1 | 7.05 A | 13.7 RPM | 50000 mNm | 9.68 A | 75000 mNm | g | |
4 | 345.9:1 | 6.41 A | 12.2 RPM | 50000 mNm | 8.72 A | 75000 mNm | g | |
4 | 407:1 | 5.72 A | 10.6 RPM | 50000 mNm | 7.68 A | 75000 mNm | g | |
4 | 664:1 | 4.2 A | 6.7 RPM | 50000 mNm | 5.4 A | 75000 mNm | g | |
Gearbox stages | Length of gearbox X | Length of gearmotor L | ||||||
1 | 53.5 | 163.5 | ||||||
2 | 68.9 | 178.9 | ||||||
3 | 82.3 | 192.3 | ||||||
4 | 95.7 | 205.7 | ||||||
We are able to design and manufacture the products exactly to customers' requirements. |
Edition 2018 | Specfications subject to change without notice | www.silentgearmotor.com |
Assuming you would like a general introduction to the product:
A DC brush motor is an electric motor that uses direct current electricity to spin the motor. The brushes are responsible for conducting current between the stationary armature and the rotating commutator. They are also responsible for transferring energy to the rotor. A coreless planetary gearmotor is a type of gearmotor that uses a planetary gear system instead of a more traditional gear system. This results in a more compact design and lower weight.
The DC brush and coreless planetary gearmotor has many advantages over other types of motors. It is more efficient, has a higher power density, and is more compact. The motor also has a wide speed range and can operate at high speeds.
DC brush and coreless planetary gearmotors are used in a variety of applications, including automotive, aerospace, medical, and industrial.
Automotive: DC brush and coreless planetary gearmotors are used in a variety of automotive applications, including power steering, transmission, and braking systems.
Aerospace: DC brush and coreless planetary gearmotors are used in aircraft and spacecraft applications where high torque and low noise levels are required.
Medical: DC brush and coreless planetary gearmotors are used in medical devices such as pumps and ventilators.
Industrial: DC brush and coreless planetary gearmotors are used in a variety of industrial applications, including conveying, packaging, material handling, and robotics.
Assuming you would like a content section for a blog titled "Product Operate Guide: DC Brush & Coreless Planetary Gearmotor":
Operating a DC brush or coreless planetary gearmotor is a simple process, but there are a few things to keep in mind to ensure optimal performance. First, make sure the gearmotor is properly lubricated before use. Next, check that the brushes are properly seated and aligned. Finally, be sure to keep an eye on the current draw of the motor; if it starts to exceed the rated current, it may be time to clean the brushes or replace them altogether.
By following these simple tips, you can ensure that your DC brush or coreless planetary gearmotor will perform at its best.
Q: What are the benefits of using a DC brush or coreless planetary gearmotor?
A: DC brush and coreless planetary gearmotors offer a number of advantages over other types of motors, including higher efficiency, lower noise levels, and longer lifetime. In addition, these motors are typically smaller and lighter weight than other types of motors, making them ideal for applications where space is limited.
ST62P Series Long Life Low Noise DC Brush & Core Customize Planetary Gear Motor | |||
Dongguan Silent Industry Co., Ltd | |||
DC brush & Core planetary gearmotor | Φ62mm | ||
Helical gears in 1st stage,low backlash,ceramic pins are optional |
The High Torque DC Brush & Core Planetary Gear Motor is a specialized mechanical component that offers high torque output and precise speed control. This motor has a combination of DC brushed motors and a planetary gearbox, allowing for efficient power transmission while maintaining precise speed control even under heavy loads. The core design of the motor provides high magnetic flux density, resulting in greater torque output and improved performance. This motor is widely used in various industrial applications such as robotics, automation, and automotive industries due to its superior performance and reliability. Additionally, the brushed design of the motor provides a cost-effective solution with low maintenance requirements and long service life. Overall, the High Torque DC Brush & Core Planetary Gear Motor is an essential component for any industry that requires high-performing power systems with precision and durability.
Specifications of DC motor | ||||||||
1 | Nominal voltage | 12V DC | 24V DC | |||||
2 | No load current | 2.47 A | 1.8 A | |||||
3 | No load speed | 3500 RPM | 4700 RPM | |||||
4 | Rated current | 11.53 A | 8.66 A | |||||
5 | Rated speed | 3000 RPM | 4000 RPM | |||||
6 | Rated torque | 0.31 Nm | 0.35 Nm | |||||
7 | Stall current | 63.37 A | 46.08 A | |||||
8 | Stall torque | 2.17 Nm | 2.35 Nm | |||||
9 | Max. efficiency | 70.0% | 70.0% | |||||
10 | Ambient temperature | ’-20°C~+55°C | ||||||
11 | Output bearing | Ball bearing | ||||||
12 | Type of brush | Carbon brush | ||||||
Specifications of gearmotor under 12VDC | ||||||||
Stage | Ratio | Rated current | Rated speed | Rated torque | Max.momentary current | Max.momentary torque | Weight | |
1 | 3.8:1 | 11.53 A | 789.5 RPM | 1000 mNm | 16.08 A | 1500 mNm | g | |
1 | 4.3:1 | 11.53 A | 698 RPM | 1133 mNm | 16.08 A | 1700 mNm | g | |
1 | 5.1:1 | 11.53 A | 588 RPM | 1344 mNm | 16.08 A | 2016 mNm | g | |
2 | 14.4:1 | 11.53 A | 208 RPM | 3225 mNm | 16.08 A | 4838 mNm | g | |
2 | 25.8:1 | 11.53 A | 116 RPM | 5779 mNm | 16.08 A | 8669 mNm | g | |
2 | 40:1 | 11.53 A | 75 RPM | 8959 mNm | 14.6 A | 12000 mNm | g | |
3 | 80.2:1 | 11.53 A | 37 RPM | 15268 mNm | 16.08 A | 22902 mNm | g | |
3 | 111:1 | 11.53 A | 27 RPM | 21132 mNm | 16.08 A | 31698 mNm | g | |
3 | 130.8:1 | 11.53 A | 23 RPM | 24902 mNm | 16.08 A | 37353 mNm | g | |
3 | 250:1 | 11.53 A | 12 RPM | 47595 mNm | 16.08 A | 71393 mNm | g | |
4 | 304:1 | 11.53 A | 10 RPM | 49194 mNm | 16.08 A | 73791 mNm | g | |
4 | 345.9:1 | 10.56 A | 8.8 RPM | 50000 mNm | 14.6 A | 75000 mNm | g | |
4 | 407:1 | 9.35 A | 7.7 RPM | 50000 mNm | 12.78 A | 75000 mNm | g | |
4 | 664:1 | 6.69 A | 4.9 RPM | 50000 mNm | 8.79 A | 75000 mNm | g | |
Specifications of gearmotor under 24VDC | ||||||||
Stage | Ratio | Rated current | Rated speed | Rated torque | Max.momentary current | Max.momentary torque | Weight | |
1 | 3.8:1 | 8.66 A | 1052 RPM | 1131 mNm | 12.13 A | 1696 mNm | g | |
1 | 4.3:1 | 8.66 A | 930 RPM | 1279 mNm | 12.13 A | 1919 mNm | g | |
1 | 5.1:1 | 8.66 A | 784 RPM | 1517 mNm | 12.13 A | 2276 mNm | g | |
2 | 14.4:1 | 8.66 A | 278 RPM | 3641 mNm | 12.13 A | 5462 mNm | g | |
2 | 25.8:1 | 8.66 A | 155 RPM | 6524 mNm | 12.13 A | 9786 mNm | g | |
2 | 40:1 | 7.23 A | 103.7 RPM | 8000 mNm | 9.94 A | 12000 mNm | g | |
3 | 80.2:1 | 8.66 A | 50 RPM | 17238 mNm | 12.13 A | 25857 mNm | g | |
3 | 111:1 | 8.66 A | 36 RPM | 23859 mNm | 12.13 A | 35789 mNm | g | |
3 | 130.8:1 | 8.66 A | 30.6 RPM | 28115 mNm | 12.13 A | 42173 mNm | g | |
3 | 250:1 | 8.19 A | 16.2 RPM | 50000 mNm | 11.38 A | 75000 mNm | g | |
4 | 304:1 | 7.05 A | 13.7 RPM | 50000 mNm | 9.68 A | 75000 mNm | g | |
4 | 345.9:1 | 6.41 A | 12.2 RPM | 50000 mNm | 8.72 A | 75000 mNm | g | |
4 | 407:1 | 5.72 A | 10.6 RPM | 50000 mNm | 7.68 A | 75000 mNm | g | |
4 | 664:1 | 4.2 A | 6.7 RPM | 50000 mNm | 5.4 A | 75000 mNm | g | |
Gearbox stages | Length of gearbox X | Length of gearmotor L | ||||||
1 | 53.5 | 163.5 | ||||||
2 | 68.9 | 178.9 | ||||||
3 | 82.3 | 192.3 | ||||||
4 | 95.7 | 205.7 | ||||||
We are able to design and manufacture the products exactly to customers' requirements. |
Edition 2018 | Specfications subject to change without notice | www.silentgearmotor.com |
Assuming you would like a general introduction to the product:
A DC brush motor is an electric motor that uses direct current electricity to spin the motor. The brushes are responsible for conducting current between the stationary armature and the rotating commutator. They are also responsible for transferring energy to the rotor. A coreless planetary gearmotor is a type of gearmotor that uses a planetary gear system instead of a more traditional gear system. This results in a more compact design and lower weight.
The DC brush and coreless planetary gearmotor has many advantages over other types of motors. It is more efficient, has a higher power density, and is more compact. The motor also has a wide speed range and can operate at high speeds.
DC brush and coreless planetary gearmotors are used in a variety of applications, including automotive, aerospace, medical, and industrial.
Automotive: DC brush and coreless planetary gearmotors are used in a variety of automotive applications, including power steering, transmission, and braking systems.
Aerospace: DC brush and coreless planetary gearmotors are used in aircraft and spacecraft applications where high torque and low noise levels are required.
Medical: DC brush and coreless planetary gearmotors are used in medical devices such as pumps and ventilators.
Industrial: DC brush and coreless planetary gearmotors are used in a variety of industrial applications, including conveying, packaging, material handling, and robotics.
Assuming you would like a content section for a blog titled "Product Operate Guide: DC Brush & Coreless Planetary Gearmotor":
Operating a DC brush or coreless planetary gearmotor is a simple process, but there are a few things to keep in mind to ensure optimal performance. First, make sure the gearmotor is properly lubricated before use. Next, check that the brushes are properly seated and aligned. Finally, be sure to keep an eye on the current draw of the motor; if it starts to exceed the rated current, it may be time to clean the brushes or replace them altogether.
By following these simple tips, you can ensure that your DC brush or coreless planetary gearmotor will perform at its best.
Q: What are the benefits of using a DC brush or coreless planetary gearmotor?
A: DC brush and coreless planetary gearmotors offer a number of advantages over other types of motors, including higher efficiency, lower noise levels, and longer lifetime. In addition, these motors are typically smaller and lighter weight than other types of motors, making them ideal for applications where space is limited.