Skip to main content

Tips to Choose Right Combine Concave Setting

Do you feel your combine concave is not working well? Are you not happy with the results of the machine? Then, you might need to know about the proper combine concave settings. Unfortunately, most of the farmers that use the machine and find its not working for their benefit must be running the machine with wrong settings.


Combine concave has been a beneficial machine for agriculture. Its features like stop rotor loss and less grain management help the farmers to increase profitability. Its expensive but works as an investment for farming. The machine saves a considerable amount of money, if you know the proper combine concave settings. A proper combine concave setting can reduce your workload drastically. So it's a must to know about the setting of combine concave so that you can get the maximum benefit.

Tips to Choose Right Combine Concave Setting

 




Choosing the proper combine concave setting is as crucial as saving the rotor loss and increase crop profitability. If you think that no rotor loss is not possible, you will have to re-think. The latest combine concaves are so well engineered that you can quickly grab your goal of no crop loss. Here we have compiled a few ideas that will help you out;

Check with Sample

If you find that some areas of the machine need some changes in setting, then first check with the sample. If the fan's speed is slow or the machine is over threshing, you will have to reduce the drum speed and increase the clearance of the concave. The high speed of the drum is essential to separate the grains,. If you find some cracked grains, then it indicates that the concave is close to drum. Change the setting of concave to get the perfect outcome.

Check the Flow of Crop

Crop flow indicates many flaws in the setting of combine concave. If the crop is filling the elevator completely, then the setting of concave is right. However, if the crop is not filling the elevator's width completely, you will get limited output. To make it perform well, you will have to make some changes to auger fight's short bolt-on section.

Drum and Combine Concave Setting

To check the setting of the drum, you will have to remove the sides panels. Now you can get complete access to the concave to examine it thoroughly. Check the appearance of unthreshed ears, and if they are at the back of the concave, you will have to increase the drum's running speed. Finally, you can also try to close the concave and check the performance.

Review the Straw Walker

Look at the straw walker to review the performance of the combine concave. Take out a handful of straw from the access hatch. Shake it in your hands, and if you find the sound of grains, then your machine is not working fine. Now you will have to increase the drum speed for a better result. To get the outstanding performance with not many setting issues, always invest in the latest technology. The Estes Performance Concave is one of such companies that provide the best and latest quality  combine concaves.

Comments

Popular posts from this blog

Enhance Performance and Productivity Using Modern Combine Concaves

Combine concaves are farming equipment used to separating the crops from the chaff. The equipment works with the rotor and automatically thrashes or separates the crops. After the thrashing and separating processes, the grain is ready for storage. In the United States of America, many businesses are known to design and manufacture modern-day harvesting machinery. The Estes Performance Concaves is one such business that engages in designing, manufacturing and selling modern combine concaves . The blog discusses, in brief, the importance of these farming equipment in the context of modern-day agricultural harvesting. It also discusses the purpose and benefits of these farming equipment. Also, the reader understands how to order a combine concave online. Purpose of the Combine Concaves This blog section throws light on the purpose of the combine concaves . The machinery, in context, is part of the modern-day harvester, and it is associated with the thrashing and separating of the crop...

Troubleshooting Common Issues with Fendt Concaves: What Every Farmer Should Know

Troubleshooting Common Issues with Fendt Concaves: What Every Farmer Should Know Fendt combines are known for their efficiency, durability, and innovative technology, but even the best equipment can experience issues over time. One crucial component that plays a significant role in the overall performance of your Fendt combine harvester is the concave. The concave is responsible for threshing the crop, separating the grain from the chaff. When it's not functioning properly, it can lead to inefficient threshing, loss of grain, or even damage to the machine. In this article, we’ll explore common problems that farmers face with Fendt concaves and offer practical solutions to ensure optimal performance during the harvest season. 1. Uneven Threshing or Grain Loss Problem: Uneven threshing is one of the most common issues farmers face with their concaves. It can manifest as poor separation of grain from the straw, leading to higher grain loss and inefficient harvest. This can occur due ...

Case IH Combine Harvesters: Pioneering Efficiency in Grain Harvesting

 Case IH combine harvesters are renowned for their innovative design and exceptional performance, making them a popular choice for farmers worldwide.  This article explores the key features and benefits of Case IH combines, along with their legacy of pioneering technology in the agricultural industry. Axial-Flow® Revolution: A Legacy of Efficiency Case IH is synonymous with the Axial-Flow® combine harvester , introduced in 1977. This revolutionary design marked a significant departure from traditional threshing methods.  Unlike conventional drum and straw walker systems, Axial-Flow® utilizes a single, large-diameter rotor for threshing and separation. This innovative approach delivers several advantages: Superior Grain Quality: The gentle threshing action of the Axial-Flow® rotor minimizes grain damage, ensuring a high-quality harvest. Increased Throughput: The efficient design allows for faster processing speeds, enabling farmers to cover more ground in less time. Vers...