Adjust the drawbar at 13-17” above the ground. Ex- tend or shorten the drawbar so horizontal distance from end of tractor PTO shaft to center of hitch pin hole is 14” for 540 RPM 1-3/8-6 spline, (16” for op- tional 1000 RPM 1-3/8-21 spline). Secure the drawbar so the hitch pin hole is located directly below the PTO drive line. PTO adapters are not recommended as damage to the drive line may occur. A hitch pin with a minimum diameter of 1” and bottom retaining pin is recommended.

AN IMPROPERLY LOCATED HITCH POINT MAY CAUSE DAMAGE TO THE UNIVERSAL JOINTS OF THE PTO DRIVE SHAFT. CONFORMING TO THE DRAWBAR AND PTO RELATIONSHIP SHOWN ON FIGURE 1, PAGE 8 WILL ENSURE THAT THE PTO DRIVESHAFT WILL NOT BECOME OVER EXTENDED. USE THE CORRECT SETTING FOR 14” - 540RPM 1 3/8-6 or 16” - 1000RPM 1 3/8-21.

WITH INITIAL HOOK-UP TO YOUR NEW MEYER SPREADER TEST PTO TRAVEL BY TURNING EQUIPMENT IN BOTH DIRECTIONS OBSERVING THE MINIMUM AND MAXIMUM TRAVEL DIMENSIONS AS SHOWN PER DRAWING ON FIGURE 6, PAGE 15.

LUBRICATION

LUBRICATION

A high quality Lithium Base Grease should be used

PRIOR TO USE

A.Using the CV Zerk (Key #2) place 20 pumps of grease into the CV center housing. This should be done with the drive line / CV as straight as possible.

B.Slowly articulate the double joint through its maximum joint angle several times.

C.Return the CV joint to its straight position and insert additional grease into the CV Zerk (Key #2) until grease is evident around the housing and center sliding disk.

NORMAL OPERATION

A.Lubricate the following items after every eight

(8) hours of operation. If short rows and frequent turning or other demanding conditions exist, lubricate at four (4) hour intervals.

1.Cross and bearings (Key #1)-Add grease until it is purged around the seals.

2.CV center housing (Key #2)-Add grease until it is evident around the center sliding disk.

3.Telescoping members (Key #3)-Add grease until it adequately covers the sliding members. Take apart occasionally to make sure adequate lubrication is being added.

FIGURE 7. PTO DRIVE LINE

4.Shield bearings (Key #4)-Add 2-3 pumps.

FAILURE TO FREQUENTLY GREASE THE CV CENTER HOUSING AND TELESCOPING MEMBERS WILL REDUCE THE LIFE OF THE CV.

MAINTENANCE INFORMATION

It is extremely important to follow the maintenance guidelines. If telescoping members become hard to slide during normal operation, it is recommended the shaft be taken apart, cleaned with solvent and re-coated with grease before re-assembling. As a minimum it is important this be done after each season of use.

Model V-Max

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Meyer 2636, 3954, 3245 manual Lubrication, Normal Operation, Maintenance Information
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3245, 2636, 3954 specifications

Meyer 3954, 2636, and 3245 are notable models that showcase the brand's commitment to innovation, quality, and performance in the industry of advanced machinery and equipment. Each model is designed to cater to specific operational needs while incorporating cutting-edge technologies and user-friendly features.

The Meyer 3954 model is engineered primarily for heavy-duty applications, making it ideal for industrial use. This model is equipped with a robust engine that delivers optimal power and efficiency. Its key features include a high payload capacity, advanced hydraulic systems for enhanced lifting capabilities, and modular components that simplify maintenance. Furthermore, the intuitive control interface allows operators to manage tasks with precision, improving productivity and reducing operational downtime.

Moving on to the Meyer 2636, this model is tailored for versatility and agility, making it suitable for both indoor and outdoor applications. The compact design allows for easy maneuverability in tight spaces, while the advanced tracking system ensures stability and safety in various environments. The 2636 model is equipped with energy-efficient technology, significantly reducing operational costs while minimizing the environmental impact. Its user-centric design includes ergonomic controls that promote ease of use for operators.

Lastly, the Meyer 3245 stands out for its advanced technological integrations. This model features smart connectivity options, enabling real-time monitoring and diagnostics through a dedicated mobile application. Operators can access key performance metrics, receive alerts for maintenance needs, and optimize operational efficiency from anywhere. The 3245 also boasts enhanced safety features such as collision avoidance systems and automatic shutoff capabilities, making it one of the safest options in its class.

In conclusion, the Meyer 3954, 2636, and 3245 models exemplify the brand's dedication to delivering high-performance machinery tailored to diverse operational requirements. With their respective strengths, these models integrate advanced features and technologies that cater to both industrial and commercial applications, ensuring efficiency, safety, and reliability. As industries continue to evolve, Meyer remains at the forefront, providing innovative solutions that meet the challenges of modern operations.
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