183210c91 Agricultural Elevator Jackshaft Hub for Combine Grain Handling

• Type: Agricultural
• Usage: Agricultural Products Processing, Farmland Infrastructure, Tillage, Harvester, Planting and Fertilization, Grain Threshing, Cleaning and Drying
• Material: Iron
• Power Source: Electricity
• Weight: 3.6kg
• After-sales Service: Installation Guide 3-Year Warranty
• Model NO.: 183210C91
• Warranty: 3 Years
• Transport Package: Wooden Case/Pallet/Plywood Case
• Specification: 3.6kg
• Trademark: EP
• Origin: Zhejiang, China
• HS Code: 8433901000
• Production Capacity: 50000PCS/Month

Product Description

183210C91 Agricultural Elevator Jackshaft Hub for Combine Grain Handling

Characteristic

The Elevator Jackshaft Hub For Selected Case combine harvesters is an essential part of your combines grain handling system. This part replaces the existing Elevator Jackshaft. A jackshaft is a gear-like shaft that transmits power to the elevator. The gears are driven by sprockets and chains. There are three types of jackshafts: Chain drive, Driven sprockets, and Chain drive.
Example of a jackshaft in a grain elevator
A jackshaft is an essential part of a grain elevator, and it can also be used to power other crop processing equipment. A
jackshaft may be incorporated into the grain elevator housing or it may be a separate component. In either case, a rotating
jackshaft will move grain within the elevator. The jackshaft may be attached to a sprocket that drives a chain.
A jackshaft is an important part of a grain elevator because it helps control the amount of product that comes out of the device.The first output wheel is usually disposed outside the housing and is connected to the shaft. The second output wheel is connected to the shaft and transmits power to another crop processing device. In some grain elevators, this jackshaft may also include a crop processing device, such as a cleaning shoe, straw spreader, loading auger, or tailings elevator.
Chain drive
The chain drive for elevator jackshaft hub on a combine grain handling is an essential part of an elevator. The chain drives the paddles that lift grain from the clean grain trough into the grain tank. The elevator is a highly efficient way to increase production and reduce costs. Listed below are some ways to replace the chain drive on a combine grain handling.In the case of a   combine grain handling, the chain drive is the most common type of jackshaft drive. It consists of a hub and several pulleys that transmit rotational energy to the elevator jackshaft. The input wheels may be connected to the elevator jackshaft hub through belts or chains. The output wheels may have additional pulleys or belts to transmit rotational power to the various crop processing devices.
Drive sprockets
The drive sprockets on the elevator jackshaft hub for a combine are used for a variety of purposes. They can be used to turn a chain to move the baskets or paddles that lift grain from the clean grain trough and deposit it into the grain tank. A variety of output wheels are also connected to the jackshaft hub, including an infeed and output wheel.
The jackshaft may be integrated into a grain elevator, or it may be supported in the grain elevator housing. If this is the case,the jackshaft rotates to move the grain inside the elevator. The drive sprocket may be attached to the jackshaft hub to drive a chain. A jackshaft may also be attached to an elevator housing to power other crop processing devices.
Driven sprockets

Changing the drive sprocket on a combine grain handling system is easy. All you need to do is remove six bolts from the hub and then replace the drive sprocket. This part is a major part of the elevator jackshaft assembly. It is made of steel and can be easily replaced.
The IH 914 has been tested to reduce losses in grains. This model can handle 14.7% moisture content wheat. It can also handle barley. The PAMI Reference Combine uses the same testing method. Its cylinder losses were 12% and 14.7% respectively. The combined total loss was calculated from these results. The sample size is dependent on the MOG/G ratio. The maximum MOG Feedrate (MOG) is also given in this table.
We tested the 914 model and serial number. We used this model with a pickup attachment designed for windrow crops. This model required us to adjust the hitch jack and header jackshaft jack at the rear of the combine. The table assembly and header assembly were easily removed within 10 minutes. The auger was easy to adjust both vertically and horizontally.

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