The rear spinners have been designed and tested to provide the best spread pattern for most liquids and semi solid manure. However, the pattern will vary for each specific condition. The factors that contribute most to differing patterns will be moisture content and the amount and length of bedding material. For most typical conditions, the spread pattern should be uniform and about 15 ft. wide. When this is the case, plan your spreading patterns so you do not have to travel over pre- viously spread manure which will be slippery, resulting in poor traction. Traction on wet grass is also poor. When the resulting pattern may require that you over- lap during spreading, use precautions on slopes and hills where you could experience a loss of traction by traveling over ground with previously spread manure.

NOTE: Further control of the application rate is possible by the relationship of tractor engine speed to ground speed (transmission gear selection). For optimum, trou- ble-free performance it is recommended to operate at or near engine PTO speed.

When the spreader is empty, idle the tractor and stop the PTO. Close the flow control rear gate.

WARNING: NEVER OPERATE PTO ABOVE ITS NORMAL 540 or 1000 RPM RATING. TRAC-

TOR’S PTO MUST MATCH IMPLEMENT PTO.

NOTE: Failure to idle the tractor before disengaging the PTO will cause roller chain over-running and damage to the chain tighteners.

NOTE: Maximum life of the PTO shaft universal joints will result if you stop the PTO while making turns at the end of the field.

CAUTION: DO NOT EXCEED THE MAXIMUM 80￿ TURNING ANGLE ON THE CONSTANT VELOC- ITY PTO DRIVELINE. EXCEEDING THE TURNING ANGLE WILL DAMAGE THE CONSTANT VELOCITY “CENTER HOUSING” AND WILL EXERT EXCES- SIVE PRESSURES ON THE PTO INPUT CENTER SHAFT AND RELATED BEARINGS.

SHEAR SPROCKET INSTRUCTIONS

The Meyer Spreader you have received has been equipped with a shear sprocket design on the main au- ger drive sprockets. The augers are being driven by two allen head grade 8 bolts. The design is such that if the bolts are sheared another set of holes to install new shear bolts will always be accessible without turning over the machine.

DANGER: AT NO TIME SHOULD INSTALLATION BE DONE WITH ANYONE ON THE TRACTOR. SHUT THE TRACTOR OFF, REMOVE THE KEY AND DISCONNECT THE DRIVE LINE BEFORE DOING ANY SERVICE ON THIS MACHINE. SERIOUS INJURY OR DEATH MAY OCCUR IF SAFETY IS NOT FOLLOWED.

The plate sprocket is set up with the initial drive bolts be- ing 9/16” diameter (Prior to serial # SI088865/8720287), 5/8” diameter (Serial # SI088865/8720287 and later). Install the new bolts in the proper way as to drive off of THE HEAD of the bolt, not on the nut.

Part #

Description

831-5618-1.75

9/16-20x1-3/4” Allen Head

 

Cap Bolt

831-5618-2.25

9/16-20x2-1/4” Allen Head

 

Cap Bolt

884-5618

9/16-20 Top Locknut Grade 8

831-6318-1.75

5/8-18x1-3/4” Allen Head

 

Cap Bolt

884-6318

5/8-18 Top Locknut Grade 8

910-0100

140B35 Shear Sprocket As-

 

sembly Complete

Model 8720/8865

-13-

Page 13
Image 13
Meyer 8865, 8720 manual Shear Sprocket Instructions, TOR’S PTO Must Match Implement PTO

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.