New Type FGE Series FGE12 Slewing Drive Speed Reducer for Truck Mounted Crane Attractive Price

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Product Description

Attractive Price New Type FGE Series FGE12 Slewing Drive Reducer For Truck Mounted Crane

Slewing Drive Reducer For Truck Mounted Crane The FGE Series slewing drive offers precision control between 0.05 and 0.15 degrees. This is based on Engineering 360 content and is ideal for precision applications. Maintaining the correct slewing angle with its variable speed control is easy. For the most accurate control, the FGE Series is the best option. Worm gears are usually composed of only one tooth, but they can achieve high gearing ratios. In fact, the maximum possible ratio of a worm and gear wheel is 360:1. However, most manufacturers quote a range between 3:1 and 100:1. A worm gear speed reducer can be either a single or dual-grade unit. The two-grade design is flexible and allows the unit to be installed quickly. The gear and worm gear speed reducer is made with an alloy of Cuprum. The design of the units is compact and easy to install. In addition, they can transmit high torques, while being very stable at a low speed. Ever power FGE series slewing drive A slewing drive is a mechanical device that transmits torque through a rotating shaft, often incorporating a worm and slewing ring. It is useful for handling heavy axial, radial, and tilting loads. These devices have low weight, simple installation, and low maintenance requirements. They are commonly used in aerial platforms. The Ever power FGE series slewing drive reducer for truck mounted cranes includes an enclosed housing, slewing ring, and worm. They are also highly durable and offer high-quality transmission torque and impact resistance. The Ever power FGE series slewing drive is powered by patented hourglass worm technology and offers numerous advantages and features. It is available in two-stage and single-stage models and is designed for both vertical and horizontal mounting. It also features a dual-output torque tube interface. Ever power FGE series slewing drive The FGE series slewing drive reducer is ideal for precision applications and can withstand up to 0.15 deg of axial motion. The FGE is also ideal for handling high-axial dynamic loads. The FGE series is a dual worm slewing drive with enclosed housing and supporting parts. Its double-tooth contact offers increased torque and withstands large axial loads. It is a two-stage planetary gear transmission and hydraulic motor that converts hydraulic oil pressure to mechanical energy. The output shaft of the reducer is connected to the hydraulic motor through a planetary gear transmission. As the load is moved on the hook, the Effer system can be adjusted to control the rotation speed. This system allows for maximum operating power even at low rotation speeds. It also provides consistent rotation power regardless of the boom's working position. The FGE series slewing drive reduces the overall height of your truck mounted crane while maintaining a high gear ratio. The drive reducers are available in two sizes and provide 12 kN-m to 16 kN-m load holding torque. They also provide a 190:1 to 229:1 gearbox reduction ratio. Custom input options are also available to fit your crane and application needs. A slewing drive is a mechanical device that incorporates a worm and slewing ring. These devices are capable of handling heavy axial, radial, and tilting moment loads. They are simple to install and maintain, and they have a compact design. They are widely used in aerial platforms and other heavy equipment. They are also suitable for use in construction sites because they are lightweight and compact. A slewing drive reducer is a type of gearbox that incorporates a slewing ring and worm shaft. They are capable of handling axial, radial, and tilting loads, and they are easy to install and maintain. They are commonly used in aerial platforms. The FGE series slew drive reducer for truck mounted cranes is commonly composed of a worm and slewing bearing. These gearless, high-performance units are made for a variety of applications, including heavy-duty flat panel trucks, automobile cranes, and aerial vehicles.

Output torque	Lifting moment torque	Holding torque	Axial load	Radial load	Ratio	Backlash	Weight
7.5 KN.M	54.3 KN.M	45 KN.M	475KN	190 KN	78:1	≤0.17°	60kg
5532 LBF.FT	40*10³ LBF.FT	33.2*10³ LBF.FT	106.8*10³ LBF	42.7*10³ LBF	78:1	≤0.17°	60kg

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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.
An hourglass configuration expands the capability from a single gear tooth to as many as 11 to create rotational torque by
contacting the worm screw. Multiple gear teeth interacting at once allows the equipment to be more efficient and generate more torque.
Slew drives work best for applications in which high torque can create precision positioning and rotational accuracy. This design results in a device which works smoothly and powerfully with minimal backlash.
Because of the power and dependability generated by slew drive technology, the functions of this engineering technology apply to many types of equipment. One particular use, for example, involves solar technology, tracking the sun's movements in perfect time to generate maximum energy output.
Any job requiring high load capacity and reliable positioning may require the implementation of slewing drive engineering.
Robust, smooth and consistent, slew drives have a distinct place in manufacturing, construction and many other venues. Based on a centuries-old engineering idea, slew drive-operated equipment can be simple or complex, depending upon the requirements.
Adding hydraulic, pneumatic or electric motors to single, double or hourglass design depends on the application. Other features such as brakes or self-locking features and open or closed chassis are among many options.
The list of active applications for slew drives is extensive. Several types of industries require some form of slew drive to make their operations more efficient. Equipment for mining, construction, metalworking and other applications that require unrelenting strength combined with faultless precision use slewing technology for safety and accuracy.
Powerful devices like aerial lifts, rotating forklifts, truck-mounted cranes, cable winders, fire trucks, hydraulic machinery and utility equipment depend on the safety and strength of slew drives.
Precision devices such as equipment, satellite dishes, solar trackers, printing presses and telescopic devices benefit from the absolute precision that slewing drives provide to be effective.
To judge what kind of slewing drive you need,you have to clear out the configuration of the slew drive and the purpose of the equipment, each unit will have differing specifications. When defining the type and capability of the slew drive, the following variables are calculated:
Gear ratios
Precision
Weight
Output
Tilting moment
Torque
Dynamic and static axial
Radial dynamic

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