Hộp số truyền động xoay hành tinh cho sàn nâng người làm việc trên cao

A planetary slewing drive gearbox is a compact, high-torque mechanical system designed for precise rotational control in aerial work platforms, such as scissor lifts, boom lifts, and cherry pickers. It integrates a planetary gear mechanism with a slewing bearing and drive components, enabling smooth 360-degree rotation while withstanding significant axial, radial, and tilting loads. In aerial work platforms, a slewing gearbox facilitates the safe and stable maneuvering of elevated baskets or booms, supporting heavy payloads during maintenance, construction, or inspection tasks.

A planetary slewing drive gearbox is a compact, high-torque mechanical system designed for precise rotational control in aerial work platforms, such as scissor lifts, boom lifts, and cherry pickers. It integrates a planetary gear mechanism with a slewing bearing and drive components, enabling smooth 360-degree rotation while withstanding significant axial, radial, and tilting loads. This slewing gearbox typically features multiple planetary stages for enhanced torque multiplication and efficiency, housed in a sealed enclosure to protect against environmental factors like dust, moisture, and extreme temperatures. In aerial work platforms, it facilitates the safe and stable maneuvering of elevated baskets or booms, supporting heavy payloads during maintenance, construction, or inspection tasks.

Hệ thống truyền động quay hành tinh cho sàn nâng người làm việc trên không

Kích thước bộ truyền động quay hành tinh

RE 240

Hỗ trợ: DBS

Kích thước bộ truyền động quay hành tinh

Hỗ trợ: Tecc

Kích thước bộ truyền động quay hành tinh

Trục có khía:

Kích thước bộ truyền động quay hành tinh

Hỗ trợ
Ủng hộ
ØD1ØD2SLsLL1L2tØDtTrung úy
[ mm ]
DBS50 giờ 760 giờ 6DIN5482 B58x533768.3508M10 (số 3)3221
Công nghệ50 giờ 760 giờ 6DIN5482 B58x533768.3508M10 (số 3)3221

Bánh răng nhỏ:

Kích thước bộ truyền động quay hành tinh

Ủng hộmzxØDEBUMộtStTmax
[mm]Tĩnh
[Nm]
Năng động
[Nm]
DBS6150.5108882--60005400
890.595.2960.5--50004500
10110.5137682--63005670
14130.5224702DIN5482 B58x53M10 (số 3)63005670
Công nghệ61801207013.5DIN5482 B58x53M10 (số 3)60005400
8100.51048013.5--50004500
8140.51368023.5DIN5482 B58x53M10 (số 3)63005670
10130150803.5DIN5482 B58x53M10 (số 3)63005670
14130,5224702DIN5482 B58x53M10 (số 3)65005670

RE 310/510

Hỗ trợ: DBS

Kích thước bộ truyền động quay hành tinh

Hỗ trợ: Tecc

Kích thước bộ truyền động quay hành tinh

Hỗ trợ: T6

Kích thước bộ truyền động quay hành tinh

Hỗ trợ: T8

Kích thước bộ truyền động quay hành tinh

Hỗ trợ: T18

Kích thước bộ truyền động quay hành tinh

Hỗ trợ: NR

Kích thước bộ truyền động quay hành tinh

Hỗ trợ: NR3

Kích thước bộ truyền động quay hành tinh

Trục:

Kích thước bộ truyền động quay hành tinh

Ủng hộØD1ØD2SLsLL1L2tØDtTrung úy
[ mm ]
DBS50 giờ 760 giờ 6DIN5482 B58x534678608M10 (số 3)3220
Công nghệ50 giờ 760 giờ 6DIN5482 B58x534678608M10 (số 3)3220
T650 giờ 760 giờ 6DIN5482 B58x534678608M10 (số 3)3220
T850 giờ 760 giờ 6DIN5482 B58x534678608M10 (số 3)3220
T1862 F772 F7DIN5482 B70x6451907010M10 (số 3)4022
NR50 giờ 760 giờ 6DIN5482 B58x533768.5508M10 (số 3)3220
NR350 giờ 760 giờ 6DIN5482 B58x533768.5508M10 (số 3)3220

Bánh răng nhỏ:

Kích thước bộ truyền động quay hành tinh

Ủng hộmzxØDEBUMộtStTmax
[mm]Tĩnh
[Nm]
Năng động
[Nm]
DBS8110.5112.2787--105009450
9130.5144757--105009450
10110.5137787--105009450
101501709010--105009450
12100.5155957--105009450
12110.5166.8807--105009450
Công nghệ6130.6597.26527--69006210
8110.5111.2884--83007470
81501367511DIN5482
B58x53
M10
(số 3)
104009360
10100.5130903--95008550
14140.5236.61001DIN5482
B58x53
M10
(số 3)
105009450
T6 T810130.61618617--105009450
10140.5168802.5--105009450
10120.55150.5933--105009450
12100.51551085.5--105009450
T18814012879.516DIN5482 B70x64M10 (số 3)105009450
10140.32166.490151320011880
12130.519280211320011880
14150.5250.610561320011880
NR NR352201205027.5DIN5482
B58x53
M10
(số 3)
92508325
8110.5110.87910.5--92508325
8160.5149.57320.5--92508325
10110.513910012--92508325
10120.51499019.5--92508325

RE 610

Hỗ trợ: DBS

Kích thước bộ truyền động quay hành tinh

Hỗ trợ: DBS2

Kích thước bộ truyền động quay hành tinh

Hỗ trợ: T18

Kích thước bộ truyền động quay hành tinh

Trục:

Kích thước bộ truyền động quay hành tinh

Ủng hộØD1ØD2SLsLL1L2tØDtTrung úy
[ mm ]
DBS62 giờ 772 giờ 6DIN5482 B70x6451907010M10 (số 3)4022
DBS262 giờ 772 giờ 6DIN5482 B70x6451907010M10 (số 3)4022
T1862 f772 f7DIN5482 B70x6451907010M10 (số 3)4022

Bánh răng nhỏ:

Kích thước bộ truyền động quay hành tinh

Ủng hộmzxØDEBUMộtStTmax
[mm]Tĩnh
[Nm]
Năng động
[Nm]
DBS DBS2814012879.515DIN 5482
B70x64
M10
(số 3)
1750015750
10120.5150785--2150019350
10130.51608519DIN 5482
B70x64
M10
(số 3)
2100018900
10140.5170905--2400021600
121001441005--1850016650
12120.51801005DIN 5482
B70x64
M10
(số 3)
2400021600
12140.52041055--2400021600
14110.5194.61054--2400021600
T18820017611515DIN 5482
B70x64
M10
(số 3)
1450013050
10110.681141856--1200010800
12100.51561206--1200010800
12110.525168.611106--1350012150

RE 810

Hỗ trợ: Tecc

Kích thước bộ truyền động quay hành tinh

Hỗ trợ: TRecc

Kích thước bộ truyền động quay hành tinh

Trục:

Kích thước bộ truyền động quay hành tinh

Ủng hộØD1ØD2SLsLL1L2tØDtTrung úy
[ mm ]
Công nghệ62 f772 f7DIN5482 B70x6451907010M10 (số 3)4022
TRecc

Bánh răng nhỏ:

Kích thước bộ truyền động quay hành tinh

Ủng hộmzxØDEBUMộtStTmax
[mm]Tĩnh
[Nm]
Năng động
[Nm]
Công nghệ814012879.511.5DIN 5482
B70x64
M10
(số 3)
105009450
9150152.641016.5--1250011250
10140.5169901.5DIN 5482 B70x64M10 (số 3)1450013050
12130.51929532.51350012150
14150.5250.61051.52100018900
TRecc8150.31408013.5DIN 5482
B70x64
M10
(số 3)
1520013680
10130.5160905.5--1780016020
10180198805.5--2380021420
12120.51801003.5DIN 5482 B70x64M10 (số 3)1900017100
12140.519910033.51600014400

Benefits of Planetary Slewing Drive for Aerial Work Platforms

1. High Torque Capacity for Heavy Loads
Planetary slewing drives are designed to deliver exceptional torque, making them ideal for handling the heavy loads associated with aerial work platforms. Their multi-stage planetary gear system provides efficient torque multiplication, ensuring stable and safe operation even when lifting or rotating heavy equipment like scissor lifts or boom arms.

2. Thiết kế nhỏ gọn và tiết kiệm không gian
The compact design of planetary slewing gearboxes allows them to fit seamlessly into aerial work platforms without taking up excessive space. This feature is especially valuable in applications where space constraints are critical, enabling manufacturers to create smaller, more efficient machines without compromising on performance or stability.

3. Smooth 360-Degree Rotation
These slewing drive planetary gearboxes enable precise and smooth 360-degree rotation, which is essential for aerial work platforms to maneuver efficiently in tight or elevated spaces. The high precision of the slewing bearing and planetary gear system ensures minimal backlash, allowing operators to position equipment with accuracy and ease during complex tasks.

4. Enhanced Durability and Longevity
Built with robust materials and housed in sealed enclosures, planetary slewing gearboxes are resistant to harsh environmental conditions such as dust, moisture, and extreme temperatures. This durability ensures long-term reliability, reducing maintenance requirements and downtime, which is critical for operators working in challenging construction or maintenance environments.

5. Improved Safety and Stability
By providing consistent and reliable rotational control, planetary slewing drive gearboxes enhance the overall safety of aerial work platforms. Their ability to handle high axial, radial, and tilting loads ensures that the platform remains stable during operation, reducing the risk of accidents and ensuring the safety of personnel at elevated heights.

6. Energy Efficiency and Cost Savings
Slewing drive planetary gearboxes are highly energy-efficient due to their effective torque distribution and minimal power loss. This efficiency not only reduces energy consumption but also lowers operational costs over time. Their long service life and minimal maintenance needs further contribute to significant cost savings for operators and businesses.

Hộp số truyền động xoay hành tinh cho sàn nâng người làm việc trên cao Planetary Slewing Gearbox for Aerial Work Platforms

Planetary Slewing Drive Gearbox Applications

1. Aerial Work Platforms (AWPs)
Planetary slewing drive gearboxes are widely used in aerial work platforms such as scissor lifts, boom lifts, and cherry pickers. They provide precise 360-degree rotation and stable control, ensuring safe positioning of elevated baskets or booms during construction, maintenance, and inspection tasks, even under heavy payloads.

2. Cranes and Lifting Equipment
In cranes and lifting machinery, planetary slewing drives offer high torque and load-handling capabilities. They enable smooth and controlled rotation of crane arms or lifting platforms, ensuring stable operation while maneuvering heavy materials in construction sites, shipyards, and industrial environments, even in challenging weather conditions.

3. Solar Tracking Systems
Planetary slewing gearboxes are essential in solar tracking systems, where they adjust the position of solar panels to follow the sun’s movement. Their precise rotational control enhances energy efficiency by maximizing solar energy absorption, while their durable design ensures reliable performance in outdoor environments with exposure to dust, wind, and moisture.

4. Excavators and Heavy Machinery
In excavators and other heavy construction equipment, these planetary gearboxes enable the efficient rotation of booms, buckets, and other attachments. Their ability to handle high axial, radial, and tilting loads ensures smooth operation, even during demanding tasks such as digging, lifting, or material handling in rugged terrains.

5. Wind Turbines
Slewing drive planetary gearboxes play a critical role in wind turbines, where they control the yaw system to adjust the turbine’s orientation. This precise positioning allows the turbine blades to face the wind for optimal energy generation. Their robust construction ensures long-term durability, even under continuous operation in extreme weather conditions.

Hệ thống truyền động quay hành tinh cho cần cẩu bánh xíchHệ thống truyền động quay hành tinh cho máy xúc
Hệ thống truyền động quay hành tinh cho cần cẩu bánh xíchHệ thống truyền động quay hành tinh cho máy xúc
Hệ thống truyền động quay hành tinh cho hệ thống theo dõi mặt trờiHệ thống truyền động quay hành tinh cho tuabin gió
Hệ thống truyền động quay hành tinh cho hệ thống theo dõi mặt trờiHệ thống truyền động quay hành tinh cho tuabin gió

Hệ truyền động quay hành tinh so với hệ truyền động bánh răng hành tinh

Planetary slewing drives and truyền động bánh xe hành tinh are both mechanical systems designed for torque transmission and precise motion control, but they differ significantly in structure, functionality, and applications.

Động cơ quay hành tinh

Planetary slewing drives are compact systems that integrate a planetary gear mechanism with a slewing bearing. They are specifically designed for rotational motion and 360-degree positioning. These drives handle high axial, radial, and tilting loads, making them ideal for heavy-duty applications like aerial work platforms, cranes, and solar tracking systems. The slewing drive's ability to provide smooth rotational control ensures stability and precision in applications requiring accurate positioning. Additionally, their sealed housing protects against dust, moisture, and extreme temperatures, making them suitable for harsh outdoor environments. Their primary focus is on rotational movement rather than linear or forward motion.

Hệ thống truyền động bánh răng hành tinh

On the other hand, planetary wheel drives are designed to transmit power to wheels or tracks, enabling forward or backward motion. They are commonly used in mobile machinery such as excavators, loaders, and agricultural vehicles. These drives feature a planetary gear system that provides high torque multiplication, enabling vehicles to move smoothly under heavy loads or on rugged terrains. Unlike slewing drives, wheel drives are optimized for traction, mobility, and speed control rather than rotational positioning.

Key Differences

  • Motion Type: Slewing drives focus on rotational motion, while wheel drives are designed for forward/backward movement.
  • Load Handling: Slewing drives handle axial and radial loads, whereas wheel drives manage ground traction.
  • Ứng dụng: Slewing drives are used in cranes, AWPs, and wind turbines, while wheel drives are found in construction and agricultural vehicles.
Slewing Planetary Gearbox for Aerial Work PlatformsWheel Drive Planetary Gearbox for Telescopic Boom Lifts
Động cơ quay hành tinh Hệ thống truyền động bánh răng hành tinh

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