What Does Sts Stand For On A John Deere Combine?

If you’ve ever wondered “What Does Sts Stand For On A John Deerse Combine?” you’re not alone. This article will walk you through what these acronyms mean, as well as the benefits of using a TouchSet system to automatically adjust your combine. There are a lot of benefits to using a TouchSet system, but here are some of the main ones. We hope you find this article helpful.

Sts stands for Single Tine Separation

The STS system is the most popular type of threshing system for a John Deere combine. Using a rotor cage, this system uses centrifugal force to break the grain up into smaller pieces. The resulting grain is then fed through the concentric threshing cage. The combination of high-speed cylinder spin and STS technology improves productivity and crop quality.

The S700 Combine has a new STS module that separates grain from other material. A cleaning shoe area separates grain and other materials from the threshed product. The pull-and-release action of the threshing shoe and tine separator ensure maximum grain separation. The result is cleaner grain samples in the tank. And the machine’s new CTS design also offers improved visibility.

The new STS machines from John Deere feature many improvements. For example, the 9860 STS includes a high-capacity unloading system. Its advanced cab design offers improved visibility and makes the operator more productive. The 9750 STS is available with a 325 horsepower engine. The combined capacity of this machine is greater than any other combine.

The 9750 STS features an operator command center that includes an air-conditioned cab and gauges for average bushels per acre and grain moisture. It also features a GPS mapping system that records crop conditions and yields throughout the field. The operator commands a 2876-pound combine with the CommandTouch control system. The integrated GPS system helps the operator monitor the combine as well as adjust the unloading auger.

The John Deere 9860 STS is one of the most productive combines on the market today. Its 1.8-bushel per-second unloading rate is a testament to the efficiency of this machine. Its rear-mounted diesel engine also produces less vibration and noise. All of this is great for the operator, as long as they don’t work at full capacity.

WTS stands for Walker Tine Separation

When it comes to combines, WTS or Walker Tine Separation is at the core of the John Deere 9860 STS. The single tin separator was a bold leap forward in harvesting technology. It allowed the combines to achieve fuel economy of 14 to 15 gallons per hour when working at 60 to 70 percent engine load, and 17 to 18 gallons per hour when working at 90% load.

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A John Deere combine with Walker Tine Separation is an excellent choice for producers who want a high-quality, efficient combine. Unlike other combines, this new technology uses a unique tangential tin separator with an active separation area of 3.36 m2. The technology has been in development since 2001, and the pilot built machines began working in the 2007 harvest. Full production is due to begin in the 2008 harvest.

Using a Pocket-Type Setup Guide will allow you to save different settings for different times of the day. This way, you’ll be able to quickly refer to the settings when necessary. It’s also a good idea to have a manual or two handy, as it will provide more information. The WTS setting is important because it boosts harvest speed and minimizes crop damage. Lastly, be aware of the grain loss in your field and make sure the combine has enough grain to make a decent harvest.

The John Deere 9500 combine has a serious hydraulic system. The system is made up of several independent pumps, one for the threshing drum, another for the main hydraulic system, and a third for the waste straw spreading system. In addition, the hydraulic system operates the header and unloading hopper. Lastly, the hydraulic system controls the cab and header, and operates the threshing drum.

CTS stands for Conventional Tine Separation

The X9 1000 and X9 1100 combine models are examples of class 10 and 11 combines that can harvest up to 30 acres of high-yielding corn and wheat per hour. They are equipped with the CTS (Conventional Tine Separation) system. This system combines cylinder/concave primary threshing with tine separators.

The HillMaster full-body leveling system is a unique feature of this rotary combine. This hydraulic system helps maintain the cleaning area even at steep slopes. This is especially useful in incorporating a tight gateway or adjusting the height of the unloading auger. The system is located under the combine behind the front axle. In addition to its manual tilt feature, it is also fitted with a hydraulic system.

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Until 1996, the CTS combine was the only hybrid combines on the market. This model featured a wide concave-upside cylinder with two rotors. It was still sold in Asia for rice harvesting, and it still works well in these fields. The CTS combine was largely replaced by the AutoTrac system in 2002. In addition, the CTS display now had Yield Mapping software.

The John Deere CTS combines also feature remote controls. It allows operators to change cylinder speed, concave opening, and reversing feederhouse from the cab. The cab also features a full view of the header, which makes for easy reversing. Its hydraulic system is easy to operate and will last for a long time.

The CTS combines have two dynamically balanced tine separators that rotate in opposite directions. They convey material forward by combining in a “combing” and “pulling” action. This system also allows the operator to unload the combine at any location. Moreover, the large grain tank allows for efficient unloading and storage. Additionally, it has a simple warning light and minimal flat surfaces for holding grain.

TouchSet system allows automatic combine adjustment

The TouchSet system allows the operator to make several adjustments automatically while operating the John Deere combine. TouchSet adjusts rotor rpm, concave opening, cleaning fan speed, and the main chaffer. It also allows the operator to customize preset factory crop settings and add as many as five of their own. The system also allows the operator to manually make adjustments if necessary.

The TouchSet system on John Deere combines allows the operator to adjust the machine to various crop conditions. The TouchSet system allows the operator to make the adjustments to the combine in a simple and fast manner. This system also offers numerous advantages. This system is user-friendly, as it offers multiple settings for the cab and controls. This makes it the ideal tool for small and large farmers who want to save time and improve productivity.

The new system is designed to make combine adjustment a fast and easy process. It is compatible with a wide range of John Deere combine models. To use the TouchSet system, you must be registered and logged in. The system is designed for use in a country that John Deere supports. It does not guarantee compatibility with third-party software systems. The system is compatible with select John Deere operations centers and is not applicable for sale in other countries.

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The self-leveling cleaning system uses a front axle sensor to determine the angle of slope. This information is then used by system software to calculate the correct tilt angle of the chaffer and sieve bays. During operation, a tilt sensor mounted on the element bays provides feedback when the correct tilt angle is reached. The chaffer and sieve element bays move through the full range of travel in 10 seconds. The system is also sensitive to sharp changes in slope and turns on headlands.

High-capacity unloading system

The high-capacity unloading system on the John Deere 9860 STS combine is at the heart of this tractor. The S Series feeder house provides wide clearance areas for high capacity unloading. Other features of this combine include its Active Concave Isolation (ACI), a high-performance feeder house, heavy-duty interrupter grates, and a variable-stream rotor.

This John Deere combine is equipped with high-capacity unloading system, which includes extended wear grain handling components, such as a clean-grain elevator. It also comes with a heavy-duty vertical unloading auger and double-thick separator tines as base equipment. High-capacity unloading systems improve productivity by reducing unloading times.

The 60 Series Combines are built with John Deere PowerTech engines, which are available in 6.8 L, 8.1 L, and 12.5 L. These engines feature a power bulge feature, which gives the operator extra torque and power while harvesting in challenging conditions. In addition, an added power burst feature allows operators to maintain critical ground speed when unloading on the move. A new fore/aft tilt-frame feederhouse is standard on all 60 Series Combines. Sidehill combines do not come with this option.

The S780 Combine is a step down from the S790 model. It features a nine-liter engine with 392 horsepower and a maximum capacity of 14,100 bushels. Its unloading rate is 3.3 bushels per second. The S770 Combine has a total cleaning area of 7905 square inches. Another highlight is the Active Concave Isolation system, which improves capacity and decreases rotor noise, without sacrificing yield.


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