625FCombine Header
- 7,60 m cutting width
- Float Range: 152,4 mm, lowest cutting height: 38 mm
- Table length (auger skin to knives tip): 400 mm
- 660 mm Ø Auger
- Cutter bar with 1960 strokes/min
Unique flex technology
The result of decades of know-how in harvesting soya and beans, the 600F is available in 5 widths from 6.10m up to 10.70m. It takes the proven frame, drives, auger and stainless steel feed plates of the 600R and adds its own unique flex technology.
The double cut knife provides 2 cuts per stroke for an improved cutting rate at low ground clearance. For small grains the fine tooth knife is the recommend choice as an optional spare knife. The coarse knife is the standard fit for beans or peas.
Features
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Float arms
Hydraulic cylinders at every channel
600F Cutterbar
Short stone dam (base equipment)
Tall stone dam (optional)
Short stone dam (base equipment)
Tall stone dam (optional)
Short stone dam (base equipment)
Tall stone dam (optional)
Short stone dam (base equipment)
Tall stone dam (optional)
600F cutterbar knife guards
660-mm (26-in.) diameter auger
Auger finger pattern
Off-ground sensing
HydraFlex™ float system for flexible ground adaption and easy operator control
Overview
The flexible cutting bar with a wide 152-mm (5.98-in.) range of floatation up and down gathers more crop over the whole width of the cutterbar especially when cutting beans and peas and laying down crops. The in-cab adjustable floatation pressure provides fast adaptation and reduces bulldozing in wet or loose ground.
The HydraFlex system hydraulically controls the float of the cutterbar by the simple turn of a knob in the cab. This provides exceptional cutterbar flexibility throughout the entire working pressure range. Higher ground speeds can be accomplished with HydraFlex, compared to the conventional float systems.
Benefits
- The operator can set the floatation pressure easily from the cab for different conditions.
- Float arms, with hydraulic cylinders at every channel, have replaced the mechanical linkage. These cylinders provide the cutterbar with the ability to float over uneven ground conditions, with improved operator control.
- The platform HydraFlex system with an accumulator maintains a constant ground pressure over changing ground conditions. Manual mode is for locking out the cutterbar in the rigid mode.
Float arms
Hydraulic cylinders at every channel
Additional details
In automatic mode, the operator merely adjusts to a desired cutterbar ground pressure, and the system maintains this setting. If a different set point is desired, the operator simply adjusts the encoder on the armrest board, and an updated cutterbar float pressure reading is displayed on the cornerpost display. To make the cutterbar heavy to the ground for increased ground following in uneven terrain simply decrease the cutterbar pressure. If soil pushing occurs, simply make the cutterbar pressure to the ground lighter by increasing the cutterbar pressure.
600F Series integrated cutterbar provides a low cut height while minimizing grain loss
Overview
The 600F integrated cutterbar means there is no gap for your crop to fall through, putting more grain in the tank and less on the ground. The integrated cutterbar has a low cut height of 38 mm (1.5 in.), allowing you to cut under down or low-growing crops, also putting more grain in the tank.
Benefits
- Stainless-steel feed plates provide a low profiled, smooth flowing surface that flexes over uneven terrain
- A 600F Series cutterbar can be hydraulically locked rigid from the cab for harvesting small grains
- Low-profile poly skid plates allow the low cutting height and prevent soil from sticking on the bottom plates
- Flexible cutterbar floats through a 152-mm (6-in.) up and down range for a flexible ground adaption to minimize crop loss
- Optional raised cut height skid shoes for rocky or heavy residue conditions give a 63-mm (2.5-in.) cut height
600F Cutterbar
Additional details
The low profile of the skid shoes allows the cutterbar to smoothly follow the ground at a low cut height of only 38 mm (1.5 in.). The skid shoes, cutterbar, and low-profile feed plates are integrated into the design to minimize gaps and grain loss, all while allowing the cutterbar to travel through a range of 152 mm (6 in.).
HydraFlex™ feed floor with integrated stone dam
Overview
The stainless-steel feed plates on the 600F Series Platforms have a flat profile. A flat-profile feed floor along with the stainless-steel material results in smoother feeding into the platform auger. The 600F offers an optional tall stone dam at the cutterbar to help prevent rocks from entering the platform.
Benefits
- The stainless-steel feed plates have a flat profile that provides smoother feeding into the platform auger.
- The feed plates pivot from the rear. During normal operation, the profile of the feed floor is flat, which improves feeding geometry and also maintains a consistent clearance between the reel and cutterbar, allowing improved crop flow from the cutterbar to the auger.
- Short stone dam is in base equipment and recommended for use in tall, short, and no-till crop conditions. The short wall of this stone dam provides smooth feeding without affecting crop flow into the platform.
- Tall 57-mm (2.2-in.) stone dam is available as a factory-installed option and is recommended where extremely rocky field conditions exist. The taller wall of this stone dam acts as a barrier to prevent rocks from entering the platform and the possibility of ingestion into the combine.
Short stone dam (base equipment)
Tall stone dam (optional)
Additional details
The stone dam helps prevent unwanted objects from entering the auger. The smooth, flat surface of the stainless-steel feed plates improves feeding into the auger. The flat feed plates also allow a consistent clearance between the reel and cutterbar, improving crop flow from the cutterbar to the auger.
Short stone dam (base equipment)
Tall stone dam (optional)
HydraFlex™ feed floor with integrated stone dam
Overview
The stainless-steel feed plates on the 600F Series Platforms have a flat profile. A flat-profile feed floor along with the stainless-steel material results in smoother feeding into the platform auger. The 600F offers an optional tall stone dam at the cutterbar to help prevent rocks from entering the platform.
Benefits
- The stainless-steel feed plates have a flat profile that provides smoother feeding into the platform auger.
- The feed plates pivot from the rear. During normal operation, the profile of the feed floor is flat, which improves feeding geometry and also maintains a consistent clearance between the reel and cutterbar, allowing improved crop flow from the cutterbar to the auger.
- Short stone dam is in base equipment and recommended for use in tall, short, and no-till crop conditions. The short wall of this stone dam provides smooth feeding without affecting crop flow into the platform.
- Tall 57-mm (2.2-in.) stone dam is available as a factory-installed option and is recommended where extremely rocky field conditions exist. The taller wall of this stone dam acts as a barrier to prevent rocks from entering the platform and the possibility of ingestion into the combine.
Short stone dam (base equipment)
Tall stone dam (optional)
Additional details
The stone dam helps prevent unwanted objects from entering the auger. The smooth, flat surface of the stainless-steel feed plates improves feeding into the auger. The flat feed plates also allow a consistent clearance between the reel and cutterbar, improving crop flow from the cutterbar to the auger.
Short stone dam (base equipment)
Tall stone dam (optional)
Double-cut knife sections along with John Deere knife guards provide long life, high wear, and high cutting speeds
Overview
The 600F Series cutterbar has coarse tooth deep serrated knife sections as base equipment to reduce stripping and tearing of coarse stemmed crops. A high strength, high wear boron treated knife guard works with the double-cut knife section delivering the ultimate knife system. The 100-mm (4-in.) double-cut knife system allows faster ground speeds while keeping the drive system at 490 rpm, increasing the life of the drive system.
Benefits
- Deep serrations on the double-cut 100-mm (4-in.) knife sections reduce stripping and tearing of crop which reduces shatter loss at the cutterbar.
- A controlled breakage zone is designed into each section, so the knife section will break without damaging the guards.
- The high-wear boron-treated knife guards provide up to two times the life compared to the regular wear guards available in service.
- Knife clearance is easy to maintain with a single cap screw built into the knife hold downs, maximizing knife and guard life and performance.
- The knife sections have special short fingers which, unlike fingers designed for cutting small grain, enable cutting close to the ground without digging too much in the dirt and blocking the knife.
600F cutterbar knife guards
Additional details
The double-cut 100-mm (4-in.) knife system has a 1:1 ratio with the feeder house back shaft speed. If the feeder house is running at 490 rpm, this will give the knife 490 rpm or 980 strokes per minute. The double-cut 100-mm (4-in.) knife system will provide 980 cuts per minute every 5.1-cm (2-in.) across the knife.
Large-diameter auger with inline fingers provides greater crop material handling
Overview
The 600F uses a 660-mm (26-in.) diameter auger with a 660-mm (26-in.) pitch to the flighting, resulting in 30 percent greater crop material handling than previous models. The four inline rows of auger fingers engage crop four times per revolution, resulting in greater capacity and smoother combine operation.
Benefits
- The square geometry of the 660-mm (26-in.) auger diameter and flighting pitch provides optimum capacity and material to match today’s combines.
- The auger speed can be slowed or increased as crops and conditions dictate by simply changing one sprocket.
- Downtime is minimized since the auger fingers are quickly replaceable by a clip.
- Increased capacity through inline rows that improve crop sweep from the auger to the feeder house drum.
660-mm (26-in.) diameter auger
Auger finger pattern
Additional details
The 600F uses a 660-mm (26-in.) diameter auger with a 660-mm (26-in.) pitch to the flighting, resulting in 30 percent greater crop material handling than previous models. Center auger fingers are in four inline rows around the auger. The auger fingers engage the crop four times per revolution. This provides improved crop sweep from the auger to the feeder house drum, resulting in greater capacity and smoother combine operation.
600F height sensors for rigid mode to use in small grain and rapeseed
Overview
The optional header height sensors and a locking mechanism for the flexible cutterbar convert the flex header into a standard small grain header. Header height sensors for rigid mode are a field-installed attachment for the 620F, 622F, 625F, 630F, and 635F HydraFlex™ Platforms, giving the header the ability to operate automatic header height sensing from on the ground to 330 mm (13 in.) off the ground. Using height sensing in rigid mode allows the 600F to operate the same easy-to-use way to maintain stubble height as flex mode does to follow the ground.
Benefits
- Height sensors for rigid mode on the 600F are located in three positions (right, left and middle of the header) to ensure accurate stubble length.
- The sensors are adjustable to allow up to 330 mm (13 in.) of maximum cut height.
- A cylinder with an internal spring keeps the following arm in contact with the ground to maintain an accurate cut height.
- The attachment is for use with 50, 60, 70, S-Series, W/T and S700 Combines only. The combines must be equipped with header height sensing. The sensors are compatible with combines equipped with the lateral tilt feeder house.
- A rapeseed extension can also be fitted which makes this header a universal header, eliminating the need for multiple headers to cut different crops.
Off-ground sensing
Additional details
The operator sets a target stubble height from the cab of the combine. The sensors give feedback to the combine and if the sensors are lower to the ground than the set point, the feeder house will raise until the sensors feedback are at the operator’s set point. If the sensors indicate too high, then the feeder house will lower. If the combine is equipped with the lateral tilt feeder house option, then the feeder house will move laterally to maintain a parallel cut height to the ground.
Specifications
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| Specifications | ||||
|---|---|---|---|---|
| Select up to 4 models to compare specifications | John Deere 625F Combine Header |
Key Specs
| Overall width | 8.5 m 26.7 ft |
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| Cutterbar length | 7.6 m 25 ft |
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| Flex cutterbar float range | 152 mm 6 in. |
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| Tilt adjustment | Located on feederhouse: 17 degree (angle) | |||
| Height control | Hydraulic | |||
| Speed control | Hydraulic |
Platform
| Type | Auger |
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Cutterbar
| Type | Knife system with in-line gearbox: 102 mm 6 in. |
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| Cutterbar angle | 10 degree (angle) | |||
| Cutterbar length | 7.6 m 25 ft |
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| Flex cutterbar float range | 152 mm 6 in. |
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| Tilt adjustment | Located on feederhouse: 17 degree (angle) | |||
| Knife sections | Heavy-duty, over-serrated | |||
| Guards | Forged steel, heat-treated | |||
| Backshaft speed | 490 rpm | |||
| Knife speed | 490 cycles/min |
Platform auger
| Diameter | 66 cm 26 in. |
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| Operating speed | Slow down: 135, 152 rpm Speed up: 170 rpm |
Reel
| Number of slats | Six | |||
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| Diameter | 1.067 m 3.5 ft |
Reel controls
| Height control | Hydraulic | |||
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| Speed control | Hydraulic | |||
| Operating speeds | 6-44 rpm |
Hydraulics
| Reel motor displacement (per revolution) | ||||
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| Reel drive system pressure | ||||
| Reel fore/aft stroke | 359 mm 14.1 in. |
Dimensions
| Cutting width | 7.6 m 25 ft |
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| Gathering width | 7.7 m 25.1 ft |
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| Overall width | 8.5 m 26.7 ft |
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| Approximate weight | 2,098 kg 4,625 lb |
Additional information
| Date collected |
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