Claas Volto 52 Parts Diagram

This is the high-wear zone. The CLAAS VOLTO 52 typically uses , each holding two tine tips.

Disclaimer: Part numbers and configurations vary by model year and serial number. Always verify with your local CLAAS dealer before ordering.

Using the diagram, operators often look for high-wear components that require regular inspection or seasonal replacement: claas volto 52 parts diagram

| Part Number | Part Name | Quantity | | --- | --- | --- | | 1 | Tine rotor | 1 | | 2-12 | Tine arms | 11 | | 13-24 | Tines | 12 | | 25-26 | Rotor bearings | 2 | | 1 | Frame | 1 | | 2 | Chassis | 1 | | 3 | Axle | 1 | | 4-5 | Wheels | 2 | | 1 | Gearbox | 1 | | 2 | Hydraulic pump | 1 | | 3 | Hydraulic motor | 1 | | 4-5 | Hydraulic cylinders | 2 | | 1 | PTO shaft | 1 | | 2 | Drive shaft | 1 | | 3-4 | Universal joints | 2 |

While a complete parts diagram is typically found in the , you can breakdown its structure into several major assemblies. Each section in the manual contains detailed illustrations and part numbers specific to your machine's serial number (e.g., SN 63001001-63099999). Major Assemblies Breakdown This is the high-wear zone

The official parts diagram (available via the CLAAS PARTS24 portal or authorized dealers) breaks the machine into . This schematic is your only guaranteed path to a perfect repair.

Details the 4 rotors, including the extra-strong rotor plates, 6 prong arms per rotor, and dual tines with five windings each. Drive System: Illustrates the driveline components, such as the

For farmers and agricultural contractors, the harvest season is a race against time. When a machine goes down, every minute spent scratching your head over a broken component is a minute lost in the field. The Claas Volto 52, a popular model in the Claas rake lineup, is renowned for its durability and precision. However, like all mechanical equipment, it requires maintenance and occasional repairs.

In the parts diagram, this section is relatively straightforward. It usually displays the (the long metal arm) and the individual tines (the metal fingers). However, a common mistake is overlooking the mounting hardware.

This is where the becomes an indispensable tool. More than just a drawing, it is the roadmap to your machine’s anatomy. Whether you are trying to identify a specific hydraulic fitting, replacing a tine bar, or troubleshooting the rotor drive, understanding how to read and utilize these diagrams can save you significant time and money.