GF 1002 T GII

GF 1002 T GII machine silhouette

A design that makes the difference.

Two models of semi-mounted tedders with a working width of 7.80 m, for medium to large farms. Choose between the large or small rotor models, depending on your needs.

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The GF 1002 T GII are 6 or 8 rotor tedders, with a working width of 7.80 m. These semi-mounted models are designed for use with a low or medium horse-powered tractor. The comfort of transport, ease of use and longevity of these machines are additional advantages of these semi-mounted versions.
There are two types of rotor designs to choose from:
  • Large rotor, suitable for long, dense forage with the GF 7802 T G II.
  • Small rotor, if you are looking for an optimal forage turning over with the GF 7902 T GII.
GF 7802 T GII at work in the field

Your benefits

Choose your preffered design

Large diameter rotors on GF 7802 TGII

GF 7802 TGII: for tedding long and dense forage

Equipped with 6 large rotors with 7 tine arms, the GF 7802 TGII is the ideal machine for spreading voluminous swaths.
Large diameter rotors have been specially designed to handle long, dense forages.

GF 7902 TGII: top quality tedding

Experts are convinced and those who have used them can no longer do without them. The many benefits of small rotors are essential for those who want to produce top quality forage:
  • Work with a significant pitch angle while picking up the entire forage.
  • Uniform and fast drying.
  • Complete forage turn over.
  • Unrivalled cross-sectional distribution.
  • Exceptional ground adaption.
  • Mounted tedders with a reduced overhang to reduce the lift requirement.
  • Reduced power requirement.
Small diameter rotors on GF 7902 TGII

Compact and universal machine

The semi-mounted GF 7802 T G II and GF 7902 T G II are among the most compact tedders on the market. This provides great manoeuvrability and makes travel easier. They are easily coupled to all tractors with a Category 2 3-point hitch.
Practical: In hilly areas, it is possible to lift the front of the rotors slightly to facilitate crop flow.
The lowering motion of the transport wheels is combined with the forward tilt of the rotors. Thus in the transport position, the height is reduced, the load transfer on the tractor is optimal and the road behaviour at high speeds is perfect.
Compact and universal tedder

Wheels in front of the rotors

To reduce the weight on the wheels of the central rotors, a transport undercarriage is placed at the front of the rotors.
Only part of the weight rests on these central wheels. The rest is taken over by the drawbar and tractor.
The benefits are obvious:
  • Less stress on the central rotors.
  • A load transfer to the tractor hitch. 
In bumpy terrain, for an adapted ground following, a set of two complementary wheels mounted on a swinging beam can be mounted in front of the rotors.
Wheels in front of the rotors

Reduced maintenance

The DIGIDRIVE system

DIGIDRIVE: the revolution

When KUHN invented this drive design, tedding entered a new era.
From that moment on it became possible to drive a very large number of rotors, to fold them with unmatched compactness and this without any maintenance. A real revolution!
Since the launch of the DIGIDRIVE finger drive some 20 years ago, more than a million rotors have been working the world's terrain to ted forage with exceptional reliability. The DIGIDRIVE is made of case-hardened steel and requires no maintenance.

Rotor gearboxes designed to last

Guidance is carried out by large double-row angled ball-bearings (1). Their sealing is reinforced to prevent leakage of lubricants and any introduction of impurities (2). Robust fastening on the rectangular structure thanks to the spacers long screws (3). Thanks to these gearboxes, lubrication on the machine is limited to a few pivot points. Maximise field time and minimise maintenance time!
The rotor gearbox designed to last

Deflectors for clean wheels

The tedding of young, high-sugar or long and late forages can be tricky if the strands wrap around the wheel columns. This inevitably leads to downtime to address the problem. Take advantage of the deflector equipment to avoid forage wrapping around the wheel columns.
Deflectors on GF wheels

Great forage quality

Tines engage earlier in the forage with asymmetrical tines

The whole crop is picked-up by the asymmetrical tines

The asymmetrical length of the tines, with a longer outer tine, offers some advantages for quality tedding. Compared to a symmetrical design, the outer tine engages earlier in the forage. This ensures full forage collection, even around the edges of the fields, but also between the rotors (C) (E), with better tine overlap in this sensitive area. Working the forage earlier means that the actual working width of each rotor, and therefore of the machine, is larger.

GF 7902 T GII : ted like a 4-rotor model with small rotors

Experts are convinced of this; thanks to the small diameter rotors, there is an improvement in the forage quality. According to the Weser Ems Chamber of Agriculture in Germany, save 33% more drying time. As for the experts of the DLG (agricultural technical organisation), they believe that the forage is fully turned over and that the quality of grass distribution is even. See the test results!
The farmers who used them can no longer do without them. Their many advantages are essential for the production of top quality forage.
When working with a large pitch angle, the whole forage is picked up and you will enjoy:
  • Uniform and fast drying.
  • Complete forage turn over.
  • Unrivalled cross-sectional distribution.
  • Exceptional ground adaption.
The individual joints of the rotors and the identical spacings of each of them, combined with asymmetrical tines, ensure a full forage pick-up. This also applies to long or dense forage, including on uneven terrain. The pitch angle is set in 2 minutes without tools to adjust to the volume of forage.
results of the DLG Fokus Test on forage turning by tedders

Turn over 100% of the plot's forage

On these professional machines, tedding on field contours or slopes is efficient and comfortable. Take advantage of the machine oblique positioning as standard.
Just operate a valve control and the machine is ready to work in oblique position to the left or right.
Setting into oblique position as standard

GF 7902 TGII at work

Specifications

Technical Characteristics
 
Working width DIN (m)
Overall width in working position (m)
Number of rotors
Number of tine arms per rotor
Transport width (m)
Transport height (m)
Oblique wheel position setting
Raising the rotors on headlands - HLC function
Wheel deflectors
Tine guards
Pitch angle adjustment - without tool
Rotor drive
Secondary PTO shaft
Free wheel integrated in the central gearbox
Tyres on central rotors
Tyres on outside rotors
Tyres on transport undercarriage
Setting into transport position
Hitch
Required tractor hydraulic connections
Theoretical tractor power requirement (kW/hp)
Road lights and signalling
Approx. weight (kg)
GF 7802 T GII GF 7902 T GII
7.80 7.80
8.37 8.09
6 8
7 5
2.99 2.99
3.53 3.15
As standard - hydraulic As standard - hydraulic
- -
As standard As standard
As standard As standard
3 positions 2 positions
By exclusive DIGIDRIVE multiple finger couplings By exclusive DIGIDRIVE multiple finger couplings
With torque limiter With torque limiter
As standard As standard
16 x 6.50 - 8 16 x 9.50 - 8
16 x 6.50 - 8 16 x 6.50 - 8
26 x 12.00 - 12 26 x 12.00 - 12
Hydraulic vertical folding of the rotors followed by frontward pivot and positioning of the wheel train Hydraulic vertical folding of the rotors followed by frontward pivot and positioning of the wheel train
3-point Cat. 2 3-point Cat. 2
2 DA 2 DA
30 / 40 30 / 40
As standard As standard
1430 1515

Media

Available applications: GF 1002 T GII

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