Square Baler Gearbox FMP-DFK45 Dimensions
Square Baler Gearbox FMP-DFK45 Technical Data
| i | Suitable | Rpm input | Rpm output r/min |
Power | Toothing | |||
| r/min | r/min | kw | hp | |||||
| 2.1: 1 | Big Square Baler | 266 | 126 | 45 | 60 | Gleason Helical Teeth | ||
| Remark: If you have any special require feel free let me know, we also accept custom. | ||||||||
Components of Square Baler Gearbox FMP-DFK45
The Square Baler Gearbox FMP-DFK45 is a key component in large-scale agricultural machinery, particularly for square balers. It efficiently transfers power from the PTO (Power Take-Off) system of a tractor to various mechanisms within the baler, ensuring optimal functioning. Here are the typical components of the FMP-DFK45 gearbox:
Input Shaft
- Function: The input shaft connects to the tractor’s PTO system, transferring rotational power into the gearbox.
- Design: Typically made from high-strength steel to withstand high torque and stress during operation.
Main Gears (Bevel or Spur Gears)
- Function: These gears are responsible for transmitting rotational energy from the input shaft to the output shaft, modifying speed and torque as needed.
- Design: Precision-engineered for smooth operation, reducing wear and ensuring high efficiency.
Output Shaft
- Function: The output shaft transfers power to the baler’s operational systems, such as the bale chamber, compaction, and tying mechanisms.
- Design: It is designed to handle the high torque demands of the baling process, often equipped with splines for secure attachment to various parts of the baler.
Bearings
- Function: Bearings support the moving shafts and gears, ensuring smooth rotation and reducing friction.
- Design: Typically sealed bearings to prevent dirt, moisture, and other contaminants from entering and causing wear.
When selecting or maintaining the Square Baler Gearbox FMP-DFK45, it’s crucial to ensure that all components are properly lubricated, sealed, and free of wear to maintain the gearbox’s efficiency and extend its operational life.
Applications of Square Baler Gearbox FMP-DFK45
The Square Baler Gearbox FMP-DFK45 is specifically designed to meet the demanding requirements of agricultural machinery, particularly in the operation of large square balers. Here are the main applications for this gearbox:
Large Square Baler Machines
- Primary Application: The FMP-DFK45 gearbox is primarily used in large square baler machines, which are employed to collect and compact hay, straw, or other crop residues into neat square bales for storage and transport.
- Function: It facilitates the transmission of power from the tractor’s PTO system to the internal components of the baler, including the pick-up, feeding mechanism, compaction chamber, and tying system.
Hay and Straw Harvesting
- Application in Haymaking: The gearbox is used in square balers that process hay, ensuring that the harvested crop is properly compacted into dense, uniform bales.
- Straw Collection: Similar to hay, the gearbox is instrumental in compacting straw into manageable square bales, optimizing storage and transport efficiency.
Silage Production (Bale Formation)
- Silage Applications: In silage production, where crops are harvested for livestock feed, the FMP-DFK45 gearbox supports the baling of various silage materials, such as grass, corn, or other green forage crops, into square bales.
- Bale Density and Uniformity: It ensures that the baling process is efficient, producing uniformly dense bales for effective silage fermentation and long-term preservation.
Forage Harvesting
- Forage Equipment: Used in large forage harvesting systems, the gearbox helps process crops such as alfalfa, clover, and other forages into square bales for later feeding, storage, or transport.
- Baling Mechanisms: In balers designed to handle heavier or bulkier forage crops, the FMP-DFK45 gearbox ensures smooth power transmission to ensure effective and consistent bale formation.
The FMP-DFK45 gearbox is a vital component for optimizing the performance and efficiency of large square balers, supporting a range of agricultural applications that contribute to effective harvesting, residue management, and efficient farming practices.
Author: CX
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