191384C2 Feeder Output Driven Shaft Fits for Case-IH Combine Harvester

Product Specifications

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Overview of 191384C2 Feeder Output Driven Shaft Fits for Case-IH Combine Harvester

The 191384C2 Feeder Output Driven Shaft is a high-quality replacement part designed to fit Case-IH Combines, specifically models 2377, 2388, 2577, 2588, 5088, 5130, 5140, 5150, 6130, 6140, 6150, 7130, 7140, 7150, and 9230. This shaft is manufactured by AGKNX Group and is built to meet or exceed OEM specifications.

One of the key features of the 191384C2 Feeder Output Driven Shaft is its durability. Made from high-quality materials, this shaft is designed to withstand the harsh conditions of agricultural use. It is also designed to fit perfectly with your Case-IH Combine, ensuring optimal performance and efficiency.

In addition to its durability, the 191384C2 Feeder Output Driven Shaft is also easy to install. It comes with all the necessary hardware and instructions, so you can quickly and easily replace your old or worn-out shaft.

This replacement part is an essential component of your Case-IH Combine, as it helps to ensure that the feeder operates smoothly and efficiently. With the 191384C2 Feeder Output Driven Shaft in place, you can be confident that your combine will operate at its best, helping you to increase productivity and maximize your yields.

Function and Use of 191384C2 Feeder Output Driven Shaft Fits for Case-IH Combine Harvester

The 191384C2 Feeder Output Driven Shaft is an essential component of the Case-IH Combine Harvester. It serves a crucial function in the overall operation of the harvester, contributing to its efficiency and performance in the field.

This particular shaft plays a vital role in the feeding mechanism of the harvester. It is responsible for transferring power from the engine to the feeder house assembly, ensuring the smooth and continuous movement of harvested crops from the header to the threshing and separation system. By doing so, it facilitates the proper flow of crops and enables the harvester to effectively gather and process the harvested material.

The Feeder Output Driven Shaft addresses several issues and improves the efficiency of the agricultural combine harvester. Firstly, it ensures a consistent and continuous supply of crops to the threshing and separation system, minimizing any disruptions or blockages that may occur during the harvesting process. This promotes uninterrupted operation and prevents potential downtime due to clogging.

Furthermore, the shaft's design and construction allow for optimal power transmission, maximizing the harvester's overall efficiency. It enables the smooth transfer of power from the engine to the feeder house assembly, minimizing energy losses and ensuring that the harvester operates at its full potential. This results in improved productivity and reduced fuel consumption, providing economic benefits to farmers.

In summary, the 191384C2 Feeder Output Driven Shaft plays a crucial role in the Case-IH Combine Harvester. It enables the continuous movement of harvested crops, addressing potential issues and improving the overall efficiency of the harvester. By facilitating smooth power transmission and minimizing disruptions, it enhances productivity and contributes to the effective harvesting of crops.

Advantages of 191384C2 Feeder Output Driven Shaft Fits for Case-IH Combine Harvester

The 191384C2 Feeder Output Driven Shaft is an essential component of the Case-IH Combine Harvester. This part has several advantages that make it an essential component of the agricultural machinery. These advantages are:

1. Durability: The 191384C2 Feeder Output Driven Shaft is made of high-quality materials, which makes it highly durable. It can withstand harsh weather conditions and can last for a long time without breaking down.

2. High efficiency: This part helps to ensure efficient harvesting by transferring power from the feeder gearbox to the feeder house chain. It ensures that the feeder house chain moves smoothly, which helps to prevent crop damage during harvesting.

3. Reduced maintenance: The 191384C2 Feeder Output Driven Shaft requires minimal maintenance, which makes it ideal for use in agricultural machinery. This reduces downtime and ensures that the harvester can operate for longer periods without the need for maintenance.

4. Improved productivity: With the 191384C2 Feeder Output Driven Shaft, farmers can harvest more crops in a shorter period, which improves their productivity and profitability.

5. Cost-effective: The 191384C2 Feeder Output Driven Shaft is cost-effective compared to other similar components in the market. It offers farmers a cost-effective way to maintain and repair their harvester.

6. Easy to install: The 191384C2 Feeder Output Driven Shaft is easy to install, which makes it ideal for farmers who want to replace or repair it themselves. This saves them time and money that they would have spent on hiring a technician.

In conclusion, the 191384C2 Feeder Output Driven Shaft is an essential component of the Case-IH Combine Harvester. Its durability, high efficiency, reduced maintenance, improved productivity, cost-effectiveness, and ease of installation make it an ideal choice for farmers who want to maintain and repair their harvester.

How to Replace a Damaged 191384C2 Feeder Output Driven Shaft for Case-IH Combine Harvester

Replacing a damaged feeder output driven shaft in your Case-IH Combine Harvester is an essential maintenance task to ensure the smooth operation of your equipment. Follow the step-by-step guide below to successfully replace the damaged shaft:

1. Begin by preparing the necessary tools for the replacement process. You will need a wrench, socket set, pry bar, and a new feeder output driven shaft.
2. Make sure the combine harvester is turned off and parked on a flat and stable surface before starting the replacement process.
3. Locate the damaged feeder output driven shaft. It is usually located near the feeder house or the main drivetrain assembly, depending on the model of your Case-IH Combine Harvester.
4. Using the appropriate socket and wrench, carefully remove the bolts and nuts securing the damaged shaft to the surrounding components. Take note of the exact position and orientation of each bolt and nut to ensure proper reassembly.
5. Once the bolts and nuts are removed, gently pry the damaged shaft away from the surrounding components using a pry bar. Be cautious not to damage any nearby parts during this process.
6. Carefully clean the area where the damaged shaft was located, removing any debris or residue that may have accumulated over time.
7. Take the new feeder output driven shaft and align it with the mounting holes on the combine harvester. Ensure that it is positioned correctly and fits securely in place.
8. Using the previously noted positions and orientations, fasten the new shaft to the surrounding components by tightening the bolts and nuts with the appropriate tools.

Once you have completed these steps, you have successfully replaced the damaged 191384C2 feeder output driven shaft in your Case-IH Combine Harvester. It is recommended to test the equipment thoroughly and verify that the replacement shaft is functioning properly before resuming regular operation.

Other Replacement Combine Harvester Parts for Case IH and New Holland

1. Idler Pulley: The idler pulley is a critical component in the belt drive system of combine harvesters. It helps maintain proper tension and alignment of the belts, ensuring smooth power transmission to various parts of the machine. A worn or damaged idler pulley can lead to belt slippage, reduced efficiency, or machine downtime, making timely replacement essential for optimal performance. To ensure a long life span, the idler pulley must be kept free of debris and properly lubricated. It is recommended that the idler pulley be inspected regularly for any signs of wear and tear, and replaced immediately if any damage is detected.
2. Drive Pulley: The drive pulley is responsible for transmitting power from the engine to other mechanical systems within the combine harvester. It works in tandem with the belts, ensuring that the machine’s components operate efficiently. Over time, drive pulleys can wear down, causing reduced power transfer or belt misalignment, necessitating replacement to maintain smooth operation. It is essential to ensure that the drive pulley is properly aligned and balanced to prevent premature wear and tear. Regular inspection and replacement of the drive pulley will help ensure optimal performance and reduce the risk of costly downtime.
3. Gears: Gears are essential for transferring power within the drivetrain and cutting systems of combine harvesters. They are precision-engineered to handle high loads and ensure synchronized operation of various moving parts. Damaged or worn gears can lead to inefficient power transmission, increased wear on other components, and reduced machine reliability, requiring prompt replacement. Regular lubrication of gears is essential for their smooth operation and longevity. It is recommended that gears be inspected regularly for any signs of wear and tear, and replaced immediately if any damage is detected
4. Drive Shaft: The drive shaft transmits rotational power from the engine to various parts of the combine harvester, such as the cutting platform or threshing mechanism. It is designed to handle heavy loads and continuous use. A failing drive shaft can cause vibrations, loss of power, or complete system failure, making it a key component that requires proper maintenance and replacement when needed. Regular inspection and maintenance of the drive shaft will help ensure its longevity and prevent costly downtime.
5. Drive Hub: The drive hub connects the drive shaft to other rotating components, such as the cutting blades or threshing drum. It ensures smooth and reliable power transfer while maintaining alignment. A damaged drive hub can lead to misalignment, excessive wear on connected parts, or uneven operation, necessitating its timely replacement. It is recommended that the drive hub be inspected regularly for any signs of wear and tear, and replaced immediately if any damage is detected.
6. Knife Blade: Knife blades are crucial for cutting crops during harvesting. These sharp, durable components are mounted on the cutting platform and work in conjunction with knife guards. Over time, knife blades can dull or break due to contact with rocks or tough vegetation, requiring replacement to ensure clean, efficient cutting and prevent crop loss. It is recommended that knife blades be inspected regularly for any signs of wear and tear, and replaced immediately if any damage is detected. Proper maintenance, including regular sharpening, will help extend the life of the knife blades.
7. Drive Sprocket: The drive sprocket is a key component in the chain-driven systems of combines. It transmits power to chains that drive various mechanisms, such as the feeder or threshing system. Worn sprocket teeth can result in chain slippage or breakage, reducing operational efficiency and requiring replacement to maintain functionality. Regular inspection and maintenance of the drive sprocket will help ensure its longevity and prevent costly downtime.
8. Idler Sprocket: The idler sprocket maintains proper chain tension and alignment in chain-driven systems. It ensures that the drive chain operates smoothly without excessive slack or wear. A damaged or misaligned idler sprocket can lead to chain failure and downtime, making regular inspection and replacement critical for reliable operation of the combine harvester. Proper lubrication and maintenance, including regular cleaning and inspection, will help ensure the longevity of the idler sprocket.

Why Choose AGKNX's Combine Harvester Parts?

As one of the leading manufacturers and wholesale distributors of aftermarket replacement parts for combine harvesters, balers, tractors, rotary tillers, disc mowers, and corn heads in domestic and global markets, AGKNX has a comprehensive range of agricultural spare parts. Our product range consists of best quality aftermarket spare parts for combine harvesters such as John Deere, New Holland, Case, Claas, Welger, KMC, Amadas, Gallignani, Kubota, Laverda, MTZ, Ford, Maschio, Goldoni, Howard, BCS; which are all the world’s leading brands in the agricultural machinery industry. You can view our entire product range in detail on our product page. Our company supplies products to its local customers in whole world. Over time, it has come a long way in this field, too. Currently, our company exports its products to its valued customers in more than 50 countries in 5 continents of the world. We continue to work with all our strengths to provide the best service to our business partners with our professional human resources, strong infrastructure and customer-oriented service approach.

1. Quality Products: Our products are crafted with precision and high-quality materials to ensure durability and performance. We adhere to stringent quality standards, ensuring each part meets the demands of rigorous agricultural operations.

2. Wide Range of Products: We offer an extensive selection of aftermarket spare parts for leading agricultural machinery brands. Our diverse product range meets the varied needs of farmers and businesses worldwide.

3. Competitive Prices: We provide top-quality products at competitive prices, offering exceptional value without compromising on quality. Our efficient manufacturing and strategic partnerships help keep costs low.

4. Excellent Customer Service: Customer satisfaction is our priority. Our dedicated team is ready to assist with inquiries, orders, and technical support. We focus on building long-term relationships through personalized service and expert advice.

5. Fast Delivery: We understand the importance of timely delivery in agriculture. Our efficient logistics network ensures that orders are delivered promptly, minimizing downtime during critical operations.

6. Customization Products: We offer tailored solutions by welcoming customer specifications and designs. Provide drawings or samples, and our expert team will create customized parts to meet your unique needs, ensuring optimal performance.