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Exquisite Structure Manufacturing FGE Series Slewing Drive FGE14 for Machinery/Vacuum Trucks Industrial Use
The Exquisite Structure Manufacturing FGE Series Slewing Drive FGE14 by Raydafon is a pinnacle of engineering designed for the demanding environments of machinery and vacuum trucks in the industrial sector. This robust slewing drive is a testament to durability and precision, crafted for those who refuse to compromise on quality and performance. Its core lies in the seamless integration of high-grade materials and cutting-edge technology, ensuring unparalleled efficiency and longevity in even the most rigorous applications. Whether it's for heavy-duty machinery or specialized vacuum trucks, the FGE14 stands as a beacon of reliability, offering smooth operation and minimal maintenance requirements. Its design caters to engineers and industries seeking a solution that not only meets but exceeds expectations, transforming operational challenges into opportunities for growth. The FGE14 is not just a product; it's a partner in progress, empowering users to achieve more with less effort. What sets it apart is its exquisite structure manufacturing process, which ensures each unit delivers consistent performance, making it a preferred choice among professionals. With Raydafon's FGE14, step into a world where industrial operations are redefined by excellence and innovation.
Exquisite Structure Manufacturing FGE Series FGE14 Slewing Drive Reducer For Vacuum Truck
Slewing Drive Reducer For Vacuum Truck
Slewing drive reducers are commonly used on vacuum trucks, vac-con trucks, and combo trucks. They are used to transfer vacuum to other equipment, such as a turret or boom. Here is more information about these drives and how they work.
Slewing drive reducer
The Slewing drive reducer is a mechanical device that transfers torque from one engine to another. Depending on the application, the slewing drive can be either a bevel gear, spur gear or worm gear. These drives can be single or double rows. Double-row gears are better for handling larger loads. This product is essential in aerial work trucks, where safety is of the utmost importance.
Variable transmission slewing drives have the advantage of being compatible with many applications. For example, the worm gear slewing drive has a larger reduction ratio than tooth-type slewing drives. This design has several advantages over the latter, including better carrying capacity and transmission rigidity.
Slewing drive mechanism
Slewing drives are used to move large machines. They are expensive to maintain and can create a loud screeching noise. They can also cause vibration and jerking motion. Therefore, it is important to choose a slewing drive that is reliable. These slewing drive mechanisms are available in various sizes, shapes, and configurations.
There are two main types of slewing drives: horizontal and vertical. The former has a single-row ball slewing ring while the latter has a double-row ball slewing ring. The two drive mechanisms have their own advantages and disadvantages.
Slewing drive applications
Slewing drive applications in vacuum trucks have several distinct advantages. They are compact, rotary systems that allow for structural movement and are perfect for critical environments. These units are ideal for a variety of applications, including aerial platforms, public transportation, and forestry equipment sectors. The slewing drive provides the strength and precision necessary to handle heavy loads and rotate at a high rate.
Slewing drive technology is also ideal for construction machinery auxiliary equipment. They are made to be more user-friendly and have a larger reduction ratio than their counterparts. These drives also allow for better positioning accuracy for construction machinery aids.
Slewing drive components
When a vacuum truck needs to move items quickly and smoothly, slewing drive components are an essential part of the vacuum truck. A slewing drive works by allowing an external ring to rotate and output torque through a flange. An internal band is then fixed to the housing.
Slewing drive devices can be either hydraulic or electrical. The former has a lower pour point and requires more oil to operate, but the latter can withstand high back pressures. Hydraulic slew drives are also very versatile and easy to maintain. They can be used in aerial vehicles, wind and photovoltaic power generators, and even engineering machinery grapples.
Slewing drive applications in industrial robots
Slewing drives are used for a variety of applications, from industrial robots to wind turbines and equipment. They provide reliable, maintenance-free performance in a variety of environments. They also allow the equipment to rotate with high accuracy and precision. They also have low backlash, which makes them an excellent choice for high-torque applications.
Slewing drives are commonly used in applications that require high torque at low speeds. They are also excellent for high-torque applications and low profile performance, making them ideal for industrial robots and heavy equipment. They also feature pneumatic or hydraulic motors, and are available with double or single-slew designs.
Slewing drive applications in manufacturing
The Slewing drive reducer is a versatile solution for a variety of applications. It works by meshing the grooves of the horizontal screw with the teeth of the perpendicular gear. The worm gear then magnifies the torque and turns the radial gear. There are many types of slew drives, including single and dual-axis designs.
The slewing drive reducer's standard orientation is horizontal, which allows for maximum axial load capacity with minimal radial load. However, it can also be used in vertical orientations, and slewing drive reducers can be custom-built to meet specific requirements.
Output torque | Lifting moment torque | Holding torque | Axial load | Radial load | Ratio | Backlash | Weight |
8 KN.M | 67.8 KN.M | 49 KN.M | 555KN | 222 KN | 85:1 | ≤0.17° | 65kg |
5900 LBF.FT | 50*10³ LBF.FT | 36*10³ LBF.FT | 125*10³ LBF | 50*10³ LBF |
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.
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
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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Q: Are you trading company or manufacturer ?
A: Our group consists in 3 factories and 2 abroad sales corporations.
Q: Do you provide samples ? is it free or extra ?
A: Yes, we could offer the sample for free charge but do not pay the cost of freight.
Q: How long is your delivery time ? What is your terms of payment ?
A: Generally it is 40-45 days. The time may vary depending on the product and the level of customization. For standard products, the payment is: 30% T/T in advance ,balance before shippment.
Q: What is the exact MOQ or price for your product ?
A: As an OEM company, we can provide and adapt our products to a wide range of needs.Thus, MOQ and price may greatly vary with size, material and further specifications; For instance, costly products or standard products will usually have a lower MOQ. Please contact us with all relevant details to get the most accurate quotation.
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Hot Tags: Slewing Drive FGE14 Supplier, Industrial Slewing Drive Manufacturer, Custom Slewing Drive for Vacuum Trucks
