Meyer 2636, 3954, 3245 manual Optional Shear Sprocket IN- Structions

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VERY IMPORTANT: THIS MACHINE IS NOT IN- TENDED TO BE A BALE GRINDER, HAY CHOPPER OR BEDDING MACHINE. LONG HAY OR STRAW MUST CONTAIN MANURE IN ORDER TO BE SPREAD. FAILURE TO COMPLY MAY DAMAGE THE DRIVETRAIN AND VOID THE WARRANTY.

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 uni- form and about 15 ft. wide. When this is the case, plan your spreading patterns so you do not have to travel over previously 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 overlap 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 possi- ble by the relationship of tractor engine speed to ground speed (transmission gear selection). For opti- mum, trouble-free performance it is necessary to oper- ate 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 RPM RATING. NEVER CONNECT SPREADER PTO SHAFT TO A 1000 RPM TRACTOR PTO, UNLESS THE SPREADER IS EQUIPPED WITH A 1000 RPM OPTIONAL KIT. TRACTOR PTO MUST MATCH IMPLEMENT PTO. FAILURE TO HEED MAY

RESULT IN SPREADER DAMAGE OR SERIOUS PERSONAL INJURY.

NOTE: Failure to idle the tractor before disengaging the PTO will cause roller chain over-running and dam- age 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 MAXI- MUM 80￿ TURNING ANGLE ON THE CONSTANT

VELOCITY PTO DRIVE LINE. EXCEEDING THE TURNING ANGLE WILL DAMAGE THE CONSTANT VELOCITY “CENTER HOUSING” AND WILL EXERT EXCESSIVE PRESSURES ON THE PTO INPUT CENTER SHAFT AND RELATED BEARINGS.

OPTIONAL SHEAR SPROCKET IN- STRUCTIONS

The Meyer Spreader you have received has been equipped with a shear sprocket design on the main auger drive sprockets. The au- gers are being driven by two ½” allen head grade 8 bolts. The design is such that if the bolts are sheared another set of holes to in- stall new shear bolts will always be accessi- ble without turning over the machine.

DANGER: AT NO TIME SHOULD INSTAL-

LATION BE DONE WITH ANYONE ON THE TRAC- TOR. SHUT THE TRACTOR OFF, REMOVE THE KEY AND DISCONNECT THE DRIVE LINE BEFORE DOING ANY SERVICE ON THIS MACHINE. SERI- OUS INJURY OR DEATH MAY OCCUR IF SAFETY IS NOT FOLLOWED.

The plate sprocket is set up with the initial drive bolts being ½” diameter. An extra set of holes for 9/16” drive bolts are located on the sprocket if a additional shear strength is needed due to shear bolt failure from obstruction. If the ½” bolts shear, replace with the same ½” diameter bolts after obstruction is removed.

DO NOT JUMP TO THE UP TO THE NEXT SIZE BOLT. Install the new bolts in the proper way as to drive off of the head of the bolt, not the nut. The two different size holes available (½ & 9/16”) are close in size. Be sure to install the proper size bolt into the

correct size hole. Shear or sprocket failure will oc- cur if assembled incorrectly!

Recommended procedure to follow if shear does occur. If only one auger shears unload the opposite side of spreader and remove obstruction from sheared side of machine. After obstruction has been removed install new shear bolts in sheared auger and unload

Model V-Max

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Contents Operators and Parts Manual no -7-V-MAX MAX Twin Expeller Super SpreaderTable of Contents VII MANUFACTURER’S WarrantyRemember IntroductionStudy the Above Safety Rules Safety PrecautionsSafety First Safety First Drawbar & PTO Relationship PRE-OPERATIONTransporting Maximum Spreader Load WeightsTractor Towing Size Requirements LBS / CU. FTStalled to Retain the Connection be Truck Mount SpreadersTween Tractor or Other Towing Vehicle Spreader Whenever Traveling onModel V-Max Loading OperationUnloading Optional Shear Sprocket IN- Structions Description Storage After USEPTO Drive Line Field Adjustment on the Cutout ClutchDrive Line Attachment Lubrication Maintenance InformationNormal Operation Spinner Material Guides AdjustmentsFront Drive Roller Chains Spring Loaded AdjusterCompression Spring RH Auger SprocketIdler Nylon Roller Daily Lubrication every 8-12 loads LubricationMonthly Lubrication Adjustments Lubrication & Adjustment for Optional 3RD AugerSeasonal Lubrication Instructions for Optional Automatic Chain Oiler Optional OIL-KIT Repair PartsKEY OEM Part no Description Front Shield & Side Shaft Drive Front Shield & Side Shaft Drive KEY Description Auger DRIVE, Primary ReductionAuger DRIVE, Secondary Reduction RH Auger DRIVE, Final Reduction RH Auger DRIVE, Final Reduction LH Auger DRIVE, Final Reduction LH Auger DRIVE, Final Reduction BOX, Augers & Side Shaft BOX, Augers & Side Shaft Unloading Gate & Trip PAN Doors KEY Description Spinners & Gearbox Shaft Drive KEY Description Spinner Gear Reducers KEY Description HUBS, Axle & Tandem Axle AssemblyOptional Third Auger KEY KEY Meyer Part Description PTO Drive Shaft AssemblyKEY Meyer Part no Description RPM-1-3/8, 21 Spline SP Standard PTO Drive Shaft Assembly Standard 540 or 1000 RPM PTO KEY Meyer Part Description PTO Drive ShaftPTO Drive Shaft Assembly KEY Description QTY RPM KIT SVS-RPM-KITMAX Highway Lighting Symptom Problem Solution Augers Meyer Super Spreader Trouble ShootingSymptom Problem Solution Roller Chains Meyer Super Spreader Maintenance Record Tire Inflation Meyer Equipment Wheel TorqueTire Size PLY PSI Model Meyer Super Spreader SpecificationsModel V-Max Model V-Max Model V-Max

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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