Meyer 3245, 3954, 2636 manual Instructions for Optional Automatic Chain Oiler

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INSTRUCTIONS FOR OPTIONAL AUTOMATIC CHAIN

OILER

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

The automatic chain oiler attachment gives a squirt of clean oil to all roller chains every time that the spreaders rear gate, hydraulic cylinder is activated. In this way, the spreaders roller chains get oiled in direct proportion to the number of hydraulic cylinder cycles of the rear gate. This assures adequate lubrication.

New 30 weight oil, which is placed in the reservoir tank mounted on the spreader, is all that is needed to properly lubricate all roller chains and sprockets. The automatic chain oiler does not use any oil from the tractors hydraulic system. The hydraulic hose connected to the bottom of the oiler pump only serves to power the piston in the pump every time that the spreaders rear gate is opened.

Should the oil reservoir tank run dry, pour about a ½ cup of clean 30 weight oil into the tank. Al- low time for the oil to run down into the oiler pump slowly and allow air to escape. After thirty min- utes to one hour has passed, finish filling the reservoir tank. Make sure that all fittings and brackets are tight when finished filling the tank.

WARNING: HYDRAULIC FLUID ESCAPING UNDER PRESSURE CAN HAVE SUFFI- CIENT FORCE TO PENETRATE SKIN. KEEP ALL HOSES AND CONNECTIONS IN GOOD SERVICEABLE CONDITION. FAILURE TO HEED MAY RESULT IN SERIOUS PERSONAL IN- JURY OR DEATH.

While running the tractors hydraulics only, open and close the spreaders rear gate several times. This will cycle the hydraulic cylinder leading to the oiler pump. Keep cycling until oil can be seen in all of the oil lines leading to the oiler brushes. (If you experience problems priming the oiler pump, you may need to bleed air out of the hydraulic hose where it is connected to the pump. Crack the fitting until oil comes out then re-tighten.) The hydraulic cylinder that the oiler pump is tied into is double acting and must reach 300 PSI of pressure to actuate the pump.

When replacing oiler brushes into brush holders, use regular ½”-20 nuts. Tighten nut finger tight initially as some adjustment may be needed later. For best results, place brush holders over top of roller chains and directly on top of sprockets. Adjust brush holders so oiler brushes are pushed down into the roller chain approximately ½”. Carefully tighten up the ½”-20 nuts on the oiler brushes. DO NOT over tighten as damage to the brush will occur. The plastic threads of the oiler brush will crack and then break off from the brush body.

IMPORTANT! The 5/32” oil line tubing can only be removed from an oiler brush by pushing in on the red plastic ring and pulling the tubing out while holding the ring down.

The oiler pump is set at the factory to deliver the maximum amount of oil per cycle. If less oil is desired, loosen the jam nut on the bottom of the pump and screw in the adjusting shaft 1/4” or approximately 5 turns. It is not recommended to screw the shaft into the bottom of the oiler pump more than 15 turns as this may not allow for proper lubrication of the roller chains.

IMPORTANT! Always use new 30 weight oil. In cold weather, use a SAE 10 or a mixture of two parts of 30 weight oil to one part diesel fuel.

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-OPERATIONLBS / CU. FT Maximum Spreader Load WeightsTransporting Tractor Towing Size RequirementsSpreader Whenever Traveling on Truck Mount SpreadersStalled to Retain the Connection be Tween Tractor or Other Towing VehicleModel V-Max Unloading OperationLoading Optional Shear Sprocket IN- Structions Description Storage After USEDrive Line Attachment Field Adjustment on the Cutout ClutchPTO Drive Line Normal Operation Maintenance InformationLubrication Spinner Material Guides AdjustmentsFront Drive Roller Chains Spring Loaded AdjusterIdler Nylon Roller RH Auger SprocketCompression Spring Daily Lubrication every 8-12 loads LubricationMonthly Lubrication Seasonal Lubrication Lubrication & Adjustment for Optional 3RD AugerAdjustments 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 Size PLY PSI Meyer Equipment Wheel TorqueTire Inflation 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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