FGE Series FGE9 Slewing Drive Reducer For Module Vehicle
Module car slewing drive reducer
The rotary drive has many designs and can be used for different types of machinery. These include equipment, excavator derricks, fog trucks, and wind turbines. Some types can be enclosed in an enclosure, which helps prevent workplace injuries.
Hourglass mechanism
The hourglass mechanism is used for rotary drive in modular vehicles and provides several benefits. It provides excellent performance because it uses multiple gear teeth simultaneously. The result is a highly durable high torque drive with minimal backlash.
The hourglass mechanism is a simple method to improve the strength and efficiency of rotary drive. This mechanism can be found in electric, pneumatic, and hydraulic rotary drives. These drive systems are well suited for applications where load holding capacity and rotational torque strength are critical.
The hourglass mechanism is usually used for the rotation drive in the sun tracking system. They can also be found on solar trackers, wind turbines, satellites, and radar antennas. They can also be found in modular vehicles, construction equipment, and port machinery.
Hourglass worm technology
Hourglass worm technology in rotary drive reducer provides a superior transmission ratio and smooth rotation. This type of drive has many applications in industry, such as manned elevators, hydraulic accessories, oil tool equipment, and tire handling machines. The rotary drive reducer can be used for horizontal or vertical installation and has one or two worm gear shafts.
Ever power FGE series rotary drive reducers have IP55-rated housings and housing seals. This high-quality product reduces labor costs on site and provides better component protection. Its hourglass worm design provides excellent performance. 11 gear teeth are in direct contact with the worm shaft, making the device durable, strong, and efficient. Hourglass worm rotary drive reducers are particularly useful in industries requiring complete and accurate positioning of workpieces. They can provide accurate results because of their low backlash.
Hourglass worm gearbox
Compared with traditional worm gear, the hourglass worm gearbox has several advantages. For example, they are more efficient and durable. They have multiple teeth and low backlash, making them suitable for precise positioning applications. In addition, they can be used in applications where torque and load-holding power are critical.
These worm gearboxes can be customized to meet specific applications. These products are available in different sizes, capacities, and installation options. Some even have dual-axis drive configurations with two drives on the same axis. The hourglass worm gearbox has multiple gear teeth and can be configured to handle various torques.
Hourglass worm shaft
Hourglass worm shaft rotary drive has many advantages, including reduced backlash and better gear function. They are designed to maximize efficiency and provide high torque while minimizing friction. The worm shaft and teeth are hardened to extend their service life. The worm gear is made of aluminum bronze, which adds stable elements to the transmission device while reducing friction. The hourglass rotary drive is most suitable for high-precision metal cutting and forming applications requiring high precision.
Hourglass worm shaft rotary drive has a single shaft and double shaft versions. They can be used in industrial and consumer applications. They can provide a holding torque of 3 to 2000 Newtons and high torque for tilting. Different models have a different bending moments and bearing capacities.
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Output torque
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Lifting moment torque
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Holding torque
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Axial load
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Radial load
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Ratio
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Backlash
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Weight
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6.5 KN.M
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33.9 KN.M
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40 KN.M
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340KN
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138 KN
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61:1
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≤0.17°
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49kg
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4794 LBF.FT
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25*10³ LBF.FT
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29.5*10³ LBF.FT
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76.4*10³ LBF
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5170 LBF
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Front View
Top View
Note: customized design can be carried out according to customer requirements
Application
hzpt slewing drive is a gearbox designed to handle radial or axial loads using high rotational torque. In addition, the slewing ring bearing, at the heart of the drive, enables it to withstand high overhung or moment loads. A descendant of the "worm" screw, slewing drives are present in construction machinery, manufacturing, equipment, and many other applications that require strength and precision.
The physics of the slew drive makes it a versatile solution for many applications. In operation, the slew drive's axial movement, or motion around its axis, interacts to create radial torque. The action occurs by meshing the grooves of the horizontal screw with the teeth of a perpendicular gear. While turning, the worm gear's axial movement transfers magnified torque force to the radial gear. The number of threads on the horizontal screw and the number of gears that interact will determine the speed ratio of the setup.
Slewing drives are available in many configurations depending on the task at hand. These may be single-axis or dual-axis turning in unison.
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