ADJUSTMENTS

WARNING: DISCONNECT PTO DRIVE SHAFT AND HYDRAULIC HOSES (RELIEVE HYDRAULIC PRESSURE) BEFORE CLEANING, ADJUSTING, LUBRICATING OR SERVICING THIS SPREADER. FAILURE TO HEED MAY RESULT IN SERIOUS PERSONAL INJURY OR DEATH.

FRONT DRIVE ROLLER CHAINS

There are six roller chain drives located at the front of the spreader. Regularly check that all tensioning springs are in serviceable condition for automatic roller chain tightening. Manually adjust spring tensioners (as needed) by turning double locknuts on all tensioning bolt/idler assemblies. Proper roller chain tension is when 1/4" to ½" deflection occurs on the slack side of the chain. Regularly re-check all roller chain tensions. Keep all roller chains tight at all times! For clarity purposes, the following illustrations detail each roller chain reduction separately.

NOTE: The side bars of the roller chains will wear into the idler nylon rollers up to the rollers of the roller chain forming grooves. These grooves will serve as a guide when the roller chain loosens due to normal use. From this point on, after tightening, the idler nylon rollers should run for hundreds of hours without any noticeable wear.

RH TOP

IDLER NYLON

SPROCKET

 

ROLLER

CHAIN

The first chain drive (PTO input shaft to the large RH top sprocket, figure 8) is automatically tensioned by a spring loaded idler nylon roller. The extension spring should extend 2” from its neutral 5” total length.

Manual adjustment for the automatic tensioning idler, nylon roller assembly is located at the left rear of the spreader’s front bearing mounting plate.

PTO

SPRING LOADED

INPUT

ADJUSTER

 

FIGURE 8. FIRST CHAIN DRIVE

LH TOP SPROCKET

ROLLER CHAIN

IDLER NYLON

ROLLER

SPRING LOADED

ADJUSTER

FIGURE 7. SECOND CHAIN DRIVE

The second chain drive (large RH top sprocket to the large LH top sprocket, figure 7) is automatically tensioned by a spring loaded idler nylon roller. The extension spring should extend 2“ from its neutral 5" total length.

Manual adjustment for the automatic tensioning idler, nylon roller assembly is located at the left rear of the spreader’s front bearing mounting plate.

Model 8720/8865

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Meyer 8865, 8720 manual Adjustments, Front Drive Roller Chains

8865, 8720 specifications

Meyer 8720 and 8865 represent two innovative models in Meyer’s lineup of agricultural equipment, specifically designed for efficiency and performance in farming operations. These tractors are built to meet the rigorous demands of modern agriculture, combining advanced technologies with user-friendly features.

One of the most notable aspects of both models is their powerful engine performance. The Meyer 8720 is equipped with a robust engine that delivers impressive horsepower, ensuring that it can handle a variety of heavy-duty tasks, from plowing to hauling. The 8865 takes this a step further, offering an even more powerful engine that provides enhanced torque and acceleration, perfect for demanding agricultural applications.

The transmission system in both models is designed for seamless operation. The Meyer 8720 features a precision gearbox that allows for smooth gear changes, enhancing overall driving comfort and efficiency. In the 8865, the advanced transmission offers multiple speed settings, giving operators greater control over their work speed depending on the task at hand.

Both the 8720 and 8865 come with state-of-the-art hydraulic systems that improve implement efficiency. The hydraulic controls are highly responsive, allowing for precise maneuvering and operation of various attachments such as seeders, cultivators, or trailers. This efficiency contributes to improved productivity across a range of farming tasks.

Another standout feature of these tractors is their advanced cab design. The operator's cabin provides excellent visibility and comfort, with ergonomic controls positioned for easy access. Both models feature climate control systems, ensuring that operators can work in comfort regardless of weather conditions. The dashboard includes modern digital displays that provide real-time information on performance metrics, improving situational awareness.

In terms of durability, the Meyer 8720 and 8865 are built with high-quality materials, ensuring longevity even in challenging conditions. Their frames are engineered to withstand heavy loads and rough terrain, which is essential for field work.

Finally, both tractors are compatible with a range of precision farming technologies. This includes GPS guidance systems, which enhance accuracy and reduce overlap during planting or spraying. The integration of technology further contributes to resource efficiency and cost savings in farming operations.

With their combination of powerful performance, advanced features, and reliability, the Meyer 8720 and 8865 are excellent choices for farmers looking to enhance their productivity and operational efficiency.