| Application | CLAAS COMBINE: Commandor 112CS Commandor 114 Commandor 114CS Commandor 115 Commandor 115CS Commandor 116 Commandor 116CS Commandor 228 Commandor 228CS Dominator 108 Dominator 118 Dominator 78 Dominator 88 Dominator 98 Medion 340 Mega 208 Mega 218 |
| SKU | 065294 |
| Reference Code | 0000652940 065294.0 |
| Manufacturer | Raydafon Group |
| Brand | |
| Weight | 0.175KG |
| Finishing | Natural color or Oiling |
| Packing | Carton packing or wooden box packing |

Here are 8 detailed steps on how to replace a damaged 065294 Straw Chopper Blade for Claas Combine Harvesters:
In addition to the Straw Chopper Blade, there are several other replacement parts that are crucial to the efficient operation of CLAAS combine harvesters. These parts include:
Gears are essential components in the transmission and powertrain systems of CLAAS combine harvesters. They facilitate the transfer of power from the engine to various moving parts, such as the cutting and threshing mechanisms. Precision-engineered gears ensure smooth operation, optimal performance, and durability under the high loads and stresses of harvesting tasks.
CLAAS harvesters use several types of gears, including spur gears, bevel gears, and helical gears. Spur gears are the simplest and most common type of gear used in harvesting machinery. They are typically used for low-speed applications and provide high mechanical efficiency. Bevel gears are used to transmit power between shafts that are not parallel, while helical gears offer a higher degree of smoothness and quiet operation.
Gear shafts are critical for connecting and supporting the gears in the combine harvester’s drivetrain. These shafts are made from high-strength materials to handle rotational forces and torque efficiently. Properly designed gear shafts ensure alignment and stability between gears, minimizing wear and tear while maintaining the machine’s operational efficiency.
CLAAS harvesters use several types of gear shafts, including straight, splined, and flanged shafts. Straight shafts are simple and cost-effective, while splined shafts offer better torque transmission and can be used in high-power applications. Flanged shafts are used to provide additional support for the gears and improve the overall stability of the transmission system.
Sprockets are vital for the chain drive systems in CLAAS harvesters, enabling the transfer of mechanical power to components like the feeder, elevator, and conveyor chains. Durable sprockets with precision-machined teeth ensure reliable power transmission, reduced chain wear, and smooth operation, especially during prolonged and demanding harvesting sessions.
CLAAS harvesters use several types of sprockets, including single, double, and triple-row sprockets. Single-row sprockets are used for low-power applications, while double and triple-row sprockets can handle higher loads and provide better power transmission efficiency.
Plastic bushings are used as low-friction bearings in CLAAS harvesters to provide smooth rotational movement between two mechanical parts. They help reduce wear and noise while eliminating the need for lubrication in some cases. These bushings are lightweight, resistant to corrosion, and ideal for applications where durability and efficiency are required.
CLAAS harvesters use several types of plastic bushings, including plain, flanged, and thrust bushings. Plain bushings are the simplest and most common type of bushing used in harvesting machinery. Flanged bushings provide additional support and stability for rotational shafts, while thrust bushings are designed to handle axial loads in addition to radial loads.
Teflon bushings are advanced bearings used to reduce friction and wear in critical areas of the combine harvester. Known for their superior heat resistance and low-friction properties, Teflon bushings ensure long-lasting performance even under heavy loads and high-speed rotations, making them ideal for demanding agricultural applications.
CLAAS harvesters use several types of Teflon bushings, including sleeve, flanged, and thrust bushings. Sleeve bushings are the simplest and most common type of Teflon bushing used in harvesting machinery. Flanged bushings provide additional support and stability for rotational shafts, while thrust bushings are designed to handle axial loads in addition to radial loads.
The chopper knife is a crucial cutting component in CLAAS combines, responsible for shredding straw and crop residues into smaller pieces. Made from high-quality hardened steel, chopper knives offer excellent cutting performance, durability, and resistance to wear. Properly sharpened knives ensure efficient residue management and enhance soil preparation for the next planting season.
CLAAS harvesters use several types of chopper knives, including straight and serrated knives. Straight knives are used for general-purpose cutting, while serrated knives are used for tougher crops and more demanding cutting conditions.
The knife head is a critical part of the cutter bar assembly in CLAAS harvesters, used to secure and drive the cutting blades. Its durable construction and precise design ensure consistent cutting action, minimizing crop loss and ensuring a clean cut. Regular maintenance of the knife head improves overall harvester performance and reliability.
CLAAS harvesters use several types of knife heads, including straight and angled heads. Straight heads are used for general-purpose cutting, while angled heads are used for crops that require a more precise cut, such as soybeans.


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