677847 Agricultural Spare Parts Driveshaft Telescoping for Hay Rake

• Customization: Available
• Type: Agricultural
• Usage: Agricultural Products Processing, Farmland Infrastructure, Tillage, Harvester, Planting and Fertilization, Grain Threshing, Cleaning and Drying
• Model NO.: 677847
• Power Source: Electricity
• Weight: 4.5kg
• After-sales Service: Installation Guide 3-Year Warranty
• Warranty: 3 Years
• Transport Package: Wooden Case/Pallet/Plywood Case
• Specification: 4.5kg
• Trademark: EP
• Origin: Zhejiang, China
• HS Code: 8201300090
• Production Capacity: 50000PCS/Month

Product Description

Agricultural spare parts Driveshaft Telescoping For Hay Rake

Product Description

 

Characteristic
A hay rake is an agricultural machine designed to hook onto a tractor. This attachment is usually designed to pull an inline round or square baler. Driveshaft telescoping allows the rake to reach tight corners and extend and retract in a "V" shape. However, not all rakes have telescoping shafts. You can find one that is right for your needs by reading on.
Flex Rake allows raking and baling in a single pass
The Flex Rake is a rake-baler that can combines raking and baling in one pass. Its pivot allows the rotors to flex in three
dimensions, following ground contours and rolling fields cleanly. The patented design eliminates death wobble and reduces labor and fuel consumption. The Flex Rake eliminates the need for a second operator.
The flex rake has adjustable spring tension systems on individual rake arms that allow the rake to be lightly or aggressively
raked. It also has adjustable windrow widths that enable it to work with all round balers, including Megawide models. Its unique design is versatile enough to fit most rakes. Flex Rakes are available with an automatic hydraulic drive system.
The Flex Rake may have multiple wing components that move between multiple positions. The wings can be retracted to reduce the overall width of the rake assembly 10. In some embodiments, the wing components may be movable in and out of the frame 20 to accommodate different plot widths and road transportation from field to field. Further, each wing 30 may include multiple points of attachment to the frame 20 for easy movement toward and away from the main axial member 22.The Flex Rake also has a unique swath that reduces missed crop. Its individual tines also include three spring coils to protect the stubble. The flex Rake is easy to transport and also has a compact design for easy transportation. The Flex Rake is the ultimate in baling and raking in one pass. It is a valuable piece of equipment for any farmer.
Its main rake arms extend and retract in a "V" fashion
The rake is an extension and retract mechanism of a horizontal cylinder. The cylinder extends and retracts by using hydraulic cylinders. The main rake arms extend and retract in a "V" shape and are attached to the cylinders with a pinned joint. They extend and retract in a "V" fashion, and are powered by the tractor.
The rake arm is suspended by means of a counterbalanced biasing arrangement. The rake arm is swung toward the operative position by a spring. There is a pivot pin at the lower end of the vertical support member and a support member on the upper end. The arm pivots about a horizontal axis defined by the pivot pin.
The rake arm supports the raking means or element. A pivot pin 300 a connects the arm support to the trolley. A pair of biasing spring assemblies on either side of the pivot pin 300 a counteract the spring forces. The biasing spring assemblies maintain the rake arm 30 a in a horizontal orientation while allowing it to oscillate. This oscillation accommodates variations in ground contour.
The cylinder assembly in the rake 20 functions as a transport position. To reposition the rake arms, the transport pins must be removed from the upper openings in the mounting plate 105 and 110. A cylinder assembly 435 must then be retracted to the lower guide member. The cylinder assembly 435 can then be swung upwards.
Its main drive shaft telescoping
One of the most important considerations for a telescopic drive shaft is its axial stability. A telescopic shaft is one of the
most complicated machines to build, and the axial stability of the entire machine depends on the shaft's construction. The shaft is constructed of a number of components. A ring 11 is fixed to the outer shaft member and guides the inner shaft member 10 within a sliding layer 13 for axial stability.
The telescopic drive shaft includes a tubular outer shaft member, and a set of rolling bodies that are placed within ring-shaped recesses on the inner shaft member. The radial positions of the rolling bodies determine the amount of torque the telescopic drive shaft transmits. In addition, the shaft's axial position is governed by the radial position of the ring-shaped bearings.

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