PTO Corn Silage Harvester for Corn and Sorghum Harving 4QX-1400 4QX-1800 4QX-2300

PTO Corn Silage Harvester for Corn and Sorghum Harving

A PTO (Power Take-Off) Corn Silage Harvester is an agricultural implement designed to harvest corn for silage, directly connecting to a tractor's power take-off to operate. This machinery is crucial for efficiently converting corn, including its stalks, leaves, and cobs, into silage, a fermented high-moisture stored fodder that provides nutrition to livestock throughout the year.

Design and Operation

• PTO Connection: The harvester attaches to the tractor via the PTO shaft, which transfers the tractor’s engine power to the harvester. This setup allows for efficient energy use and mobility across fields.
• Harvesting Mechanism: Typically equipped with a series of knives or blades, the harvester cuts the corn stalks close to the ground. The harvested material then moves through a chopping mechanism, which finely chops the corn into smaller pieces suitable for ensiling.
• Processing Unit: Many models include a processing unit that further crushes the kernels, improving the digestibility and nutritional value of the silage.
• Discharge System: The chopped and processed material is then expelled from the machine, usually into a trailing wagon or truck for transport to the storage area.

Specifications of PTO Corn Silage Harvester

Key Features of the PTO Corn Silage Harvester

The PTO Corn Silage Harvester is a specialized piece of agricultural machinery designed to harvest and process corn for silage efficiently. It attaches to a tractor and uses the tractor's power to operate. This type of harvester is essential for farmers looking to optimize their silage production with an emphasis on speed, efficiency, and feed quality. Here are the key features that set the PTO Corn Silage Harvester apart:

1. Complete Gear Drive: The complete gear drive system is a robust mechanism that transmits power from the tractor's PTO to the harvester's working parts. Unlike belt-driven systems, gear drives are more durable and capable of transmitting higher loads, resulting in more reliable operation and reduced maintenance. This feature ensures the efficient transfer of power, allowing for consistent performance even under heavy workloads.

2. High-performance Header Combined with Double Vertical Pre-compressed Rollers: The harvester is equipped with a high-performance header that effectively gathers corn stalks and feeds them into the machine. Paired with double vertical pre-compressed rollers, this design ensures that the corn stalks are tightly gripped and smoothly fed into the cutter mechanism. This system minimizes crop loss and ensures uniform chopping, which is critical for high-quality silage.

3. Equipped with Knife Grinder: Keeping the cutting knives sharp is crucial for the efficient operation of a silage harvester. A dull knife can lead to uneven chop sizes, increased fuel consumption, and reduced overall performance. The inclusion of a knife grinder as a built-in feature allows for convenient and regular sharpening of the knives directly on the machine, ensuring they remain in optimal condition for precise cutting and processing of the corn stalks.

4. Hydraulically Folding Chute: The hydraulically folding chute is designed for flexibility and convenience during operation and transport. This feature allows the chute, which directs the chopped silage into a transport vehicle, to be easily adjusted for height and direction, ensuring accurate and efficient loading. When moving between fields or for storage, the chute can be folded down, reducing the harvester's overall height and making it easier to transport.

PTO Corn Silage Harvester Common Applications

The PTO (Power Take-Off) Corn Silage Harvester is a versatile piece of agricultural equipment designed for the efficient harvesting and processing of various forage crops into silage. This machinery is particularly beneficial for operations focusing on livestock feed production. Here's how it applies to harvesting different crops:

1. Harvesting Corn: Silage Production: Primarily designed for this purpose, the PTO Corn Silage Harvester excels in cutting, collecting, and chopping corn stalks and leaves into small, uniform pieces. This process is crucial for ensuring the rapid fermentation and preservation of silage, providing a high-energy feed for livestock, especially during the winter months or in areas where fresh forage is scarce.

2. Harvesting Sorghum: Forage Sorghum: Similar to corn, forage sorghum is another crop widely used for silage due to its drought tolerance and high biomass yield. The PTO Corn Silage Harvester can efficiently harvest sorghum, processing it into silage that is nutritious for cattle and other ruminants. Its ability to handle the thicker, more robust stalks of sorghum makes it an invaluable tool for farmers relying on this crop.

3. Harvesting Elephant Grass: Napier Grass Silage: Elephant grass (Napier grass) is a tropical grass that yields a high amount of biomass and is often used for silage in tropical and subtropical regions. The PTO Corn Silage Harvester can effectively cut and chop elephant grass into suitable sizes for silage production, providing an excellent feed source for dairy cows and other livestock in these climates.

How to Install the PTO Corn Silage Harvester to Tractor?

Installing a PTO Corn Silage Harvester to a tractor involves several steps to ensure a secure connection and efficient operation. Installing a PTO corn silage harvester onto a tractor typically involves a few steps. Here's a general guideline on how to install the harvester:

Step 1: Position the Tractor and Harvester: Position the tractor and harvester on level ground, ensuring there's ample space for the installation process. Engage the tractor’s parking brake.

Step 2: Attach the Harvester to the Tractor: Depending on the harvester’s design, it may attach via a three-point hitch or directly to the tractor’s drawbar. Align the harvester’s hitch with the tractor’s hitching mechanism. For a three-point hitch, lift the harvester using the tractor’s hydraulics and align the mounting points. Secure the harvester with the appropriate pins and locking devices. For a drawbar connection, align the drawbar with the harvester's hitch and secure it with a pin and locking device.

Step 3: Connect the PTO Shaft: Align the PTO shaft of the harvester with the PTO stub on the tractor. Slide the shaft onto the stub, ensuring the locking pins engage properly. Double-check that the connection is secure to prevent disengagement during operation. Ensure the PTO shaft length is appropriate for the distance between the tractor and the harvester. The shaft should have enough slack to accommodate turns but not so much that it can become tangled.

Step 4: Connect Hydraulic Lines (if applicable): If the harvester requires hydraulic power, connect the hydraulic hoses from the harvester to the tractor’s hydraulic outlets. Make sure each hose is correctly matched to its corresponding outlet according to the harvester’s manual.

Step 5: Conduct a Safety Check: Verify all connections are secure, including the hitch, PTO shaft, and hydraulic lines. Check that all safety guards and shields are in place on both the tractor and the harvester.
Ensure the area around the tractor and harvester is clear of people and obstacles before starting.

Step 6: Test the Installation: Start the tractor and engage the PTO at a low RPM to test the harvester’s operation. Watch for any unusual vibrations or sounds that could indicate a problem. Verify that all parts of the harvester are functioning as expected.

Step 7: Adjustments: Based on the test, make any necessary adjustments to the harvester settings, such as cutting height or chop size, according to the crop being harvested and your specific needs.

Why Choose AGKNX's Silage Harvester?

AGKNX Machinery Co., Ltd. was built in 1989 to produce agricultural machinery. It develops step by step. 2005 developing PTO wood chipper and diesel wood chipper. Soon, the diesel wood chippers will be sold worldwide. At the same time, other tractor attachments were developed, such as finish mowers, slashers, road sweepers, and snow blowers. 2009 was a hard time all over the world, but two important things made us boom up —OEM road construction machines. and, most importantly, developing the mini round baler. After one year of testing, in 2010, it was brought to market and quickly became a success. the first year, over 200 units are exported. 2012, over 500 units are exported. rotary rake, finger wheel rake, and bale wrapper were made into the haying machines family.

2013, because of the demand for development, two workshops came into service. The disc mower has been sent to market, and the first order is for over 100 units. We got a CE certificate for the Wood chipper WC-8, Diesel wood chipper DWC-22, DWC-40, disc mower, hay rake, round baler, and bale wrapper. 2014 sales volume over $5 million. amount of products: over 2300 units of mini round balers; over 500 units of disc mowers. Over 600 units of rotary hay rakes and finger wheel rakes. Over 400 units of diesel wood chippers. at the end of 2014, we developed a larger round baler and tested it successfully. it was promoted in 2015. this makes us the No.1 manufacturer of haying machines and diesel wood chippers in China.

3 product lines: haying machines—disc mower, rotary hay rake, finger wheel rake, large round baler, mini round baler, bale wrapper; woodworking machines–PTO wood chipper, diesel wood chipper, log splitter; 3PT attachments for tractor—front end loader, backhoe, snow blower, road sweeper and etc.