New Kuhn GF 1012 T Series | Sloan Implement
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
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GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series
GF 1012 T Series

Kuhn GF 1012 T Series

Tedders


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KUHN GF 1012 T Series trailed rotary tedders, with working widths of 28’7” to 56’5”, are ideal for both custom operators and large acreage hay producers. These machines provide exceptional tedding quality, resulting in a crop that is fully tedded over the entire width, and is efficiently and uniformly spread to maximize drying. Reduced drying times result in higher quality and nutritional value in hay and haylage. The small rotors are the secret to rapid drying, excellent ground following and low incorporation of impurities in the crop, helping maintain maximum forage quality. These machines feature KUHN’s Headland Lift Control system, making them easy to lift and maneuver on headlands, while limiting the introduction of foreign materials like dust into the forage. Each of the rotor gearboxes are sealed, lubed-for-life and driven by KUHN’s patented DigiDrive ® system, reducing maintenance. Despite the wide dimensions at work, these machines are incredibly compact in transport. Their 7’10”/9’10” transport width is a considerable asset when accessing the narrowest fields, and also provides safety and comfort during over-the-road travel.
KUHN GF 1012 T Series trailed rotary tedders, with working widths of 28’7” to 56’5”, are ideal for both custom operators and large acreage hay producers. These machines provide exceptional tedding quality, resulting in a crop that is fully tedded over the entire width, and is efficiently and uniformly spread to maximize drying. Reduced drying times result in higher quality and nutritional value in hay and haylage. The small rotors are the secret to rapid drying, excellent ground following and low incorporation of impurities in the crop, helping maintain maximum forage quality. These machines feature KUHN’s Headland Lift Control system, making them easy to lift and maneuver on headlands, while limiting the introduction of foreign materials like dust into the forage. Each of the rotor gearboxes are sealed, lubed-for-life and driven by KUHN’s patented DigiDrive ® system, reducing maintenance. Despite the wide dimensions at work, these machines are incredibly compact in transport. Their 7’10”/9’10” transport width is a considerable asset when accessing the narrowest fields, and also provides safety and comfort during over-the-road travel.

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Small-Diameter Rotors

For those whose goal is to harvest the highest quality crop – Small rotors are the key to success! Due to the steep pitch angle, small rotors offer many advantages, including a wide angle of attack while turning all of the crop, fast and uniform drying, complete crop inversion, even crop distribution, exceptional ground adaptation, minimum distance to the center of gravity on mounted tedders for reduced lift requirements, and reduced horsepower requirements.

High-Quality Tines

When it comes to tines that actually engage the crop, KUHN leaves nothing to chance: top-quality raw material has been wound into four coils with long tine fingers, giving you exceptional reliability. A defined attachment system to the arms results in an unmatched design life of at least 180,000 cycles. This provides several hundred hours of work before tine replacement is necessary. Asymmetrical tine finger length means both fingers engage the crop equally for a more consistent pickup. The tine guards prevent accumulation of debris around the coils.

Asymmetrical Tine Length

The asymmetrical tine length with longer outer fingers has several advantage to bring the machine’s tedding quality to perfection. This allows the outer finger to touch the crop earlier compared to symmetrical tines. It also ensures more complete tedding, along borders and between the rotors, where the tines overlap more in this sensitive area. Contacting the crop sooner means that the actual working width of each rotor is expanded and as a result, the entire machine working width is expanded. ASYMMETRICAL TINE LENGTH PHOTO LEGEND: A) Working Width of Rotor 1 B) Working Width of Rotor 2 C) Overlapping Area D) Working Height E) Sensitive Area

Quick Adjustment of Tine Angle

Whether in long or short, wet or dry crop, or different cutting heights, the pitch angle is adjusted without tools near the wheel supports. Always remember a steep pitch angle will decrease drying time and increase the nutritional value of the forage.

Headland Lift Control

Standard Headland Lift Control, on GF 1012 T Series tedders, makes the machine easy to lift and maneuver on headlands while limiting the introduction of foreign materials like dust into the forage. This is beneficial because the headlands do not need to be tedded twice. One hydraulic valve in the cab lifts all the rotors from the ground providing high ground clearance to pass over windrows (approx. 20”) and allows operators to easily turn on headlands or narrow areas.

DigiDrive® Coupling System – A Legend in the Making

When a KUHN engineer came up with this drive coupling design, we knew that it would revolutionize the rotary tedder. This patented design made it possible to reliably drive a large number of rotors, yet fold them for unmatched transport ease, all with virtually no maintenance or repairs. Since the DigiDrive coupling’s inception, nearly 20 years have passed and more than 150,000 KUHN tedders are now being used across the world to ted hay with the ultimate reliability.   The DigiDrive contains case-hardened forged steel fingers for improved wear resistance. Synchronization of rotational movement is outstanding both in work and in transport where the components are folded 180° to reduce the machine’s space requirement. The DigiDrive is a highly reliable system requiring very little maintenance – no daily greasing necessary!

Rotor Housings – Made to Last

With rotors driven by DigiDrive couplings and lubed-for-life rotor housings, the greasing points are limited to a relatively few pivot points allowing you to spend more time in the field and less time greasing. 1.     They are supported by large diameter, double-row angular ball bearings. 2.     The thoroughly sealed rotor housing prevents lubricant leaks or introduction contaminants. The robust mounting of housings to the edge of the rectangular frame maximizes strength and durability.

Stress-Reducing Straps

The two outer sections of the tedder are held in place by straps. They are used to reduce stress on the main frame and rotor structures. This allows fastening to the rotor ends, keeping the two sections stable without any oscillation. The straps also double as safety guards, replacing the metal guards. When folding for transport, the two straps automatically wind up like a seat belt.

Border Tedding Along Field Edges

For clean, careful tedding next to fences or neighboring fields, GF 1012 Series tedders are equipped with a border control system. On slopes, the border setting is particularly beneficial for controlling the direction of crop spread and obtaining an optimal spread pattern.   On GF 8712 T and GF 10812 T models, a double-acting cylinder, with pilot-operated valves, ensures safe functioning without risk of unwanted movement. On slopes, the offset border setting is particularly beneficial for controlling the direction of crop spread and obtaining an optimal spread pattern.   An optional hydraulically controlled curtain deflector, on GF 13012 and GF 17012, limits the discharge on the right side to prevent spreading outside of the field.

Innovative Ground Following

The 16 rotors of the GF 17012 follow changes in terrain as well as (2), eight-rotor or (4), four-rotor tedders. The GF 13012 and 17012 come standard with GSC (Ground Save Control) system which allows the rotor gear to train to swing independently of the carrying frame.   These machines have excellent ground following with their small rotors that are each 5’ in diameter, which allows for uniform tedding across the whole field. There is individual articulation between each rotor and equal spacing between the rotors and tires for better ground following.

Intelligent Folding Design Folding System for Narrow Transport

Unfolding or folding operations are quick and easy using the in-cab control box. Time lost when changing fields is reduced to a minimum so you can focus on achieving maximum daily output.    The folding system allows the transport wheels to lower and combine with the rotors tilting forward. While in transport position, height is reduced, load distribution on the tractors is optimal and road transport at high speeds is ideal. The incredibly narrow transport width of 7’10” on GF 13012 and 17012 (9’10” on GF 8712 T and 10812 T), and the wide transport undercarriage combine for easy maneuverability and stable road transport.

Crop Deflectors

Operating in short, sticky crops or long, late season crops can be a challenge when the crop wraps in the wheel column, resulting in frustrating downtime spent clearing the mess. These tedders are fitted with crop deflectors as standard.

SPECIFICATIONS

  GF 8712 T GF 10812 T GF 13012 GF 17012
Working width DIN 28'7'' (8.7 m) 35'5'' (10.8 m) 42'7'' (13.0 m) 56'5'' (17.2 m)
Overall width in operating position 30' (9.1 m) 36'9'' (11.2 m) 43'11'' (13.4 m) 58' (17.7 m)
Number of rotors 8 10 12 16
Number of tine arms per rotor 6 6 6 6
Manual tine angle adjustment per rotor Standard Standard Standard Standard
Border control Hydraulic offset border tedding Hydraulic offset border tedding Optional - deflector curtain Optional - deflector curtain
Safety guards Standard Standard Standard Standard
Safety chains Standard Standard Standard Standard
Transport width 9'10'' (3.0 m) 9'10'' (3.0 m) 7'10'' (2.4 m) 7'10'' (2.4 m)
Transport height 10'4'' (3.2 m) 10'10'' (3.3 m) 8'9'' (2.7 m) 8'6'' (2.6 m)
Transport length 15'9'' (4.8 m) 15'9'' (4.8 m) 21'4'' (6.5 m) 24'7'' (7.5 m)
Hydrualic vertical folding Standard Standard Standard Standard
Automatic transport leveling Standard Standard Standard Standard
DigiDrive multiple finger drive coupling Standard Standard Standard Standard
PTO with torque limiter Standard Standard Standard Standard
PTO speed 540 rpm 540 rpm 1,000 rpm 1,000 rpm
Overruning PTO clutch Standard Standard Standard Standard
Tires on central rotors 18 x 8.50-8 18 x 8.50-8 16 x 6.50-8 16 x 6.50-8
Tires on outside rotors 16 x 6.50-8 16 x 6.50-8 16 x 6.50-8 16 x 6.50-8
Transport tires 10/80-12 10/80-12 10.5/75 x 15.3 13/55 x 16
Hitch type Drawbar Drawbar Drawbar Drawbar
Required tractor hydraulic connections 2 DA 2 DA 1 DA with floating position 1 DA with floating position
Minimum PTO power requirement 50 hp (38 kW) 55 hp (40 kW) 80 hp (60 kW) 100 hp (75 kW)
Frame dampener set - - - -
Road lights and signaling Standard Standard Standard Standard
Standard control box KGF 01T KGF 01T KGF 10 KGF 10
Machine weight, approx. 3,925 lbs (1,780 kg) 4,585 lbs (2,080 kg) 6,175 lbs (2,800 kg) 6,922 lbs (3,140 kg)
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  • Details

    Small-Diameter Rotors

    For those whose goal is to harvest the highest quality crop – Small rotors are the key to success! Due to the steep pitch angle, small rotors offer many advantages, including a wide angle of attack while turning all of the crop, fast and uniform drying, complete crop inversion, even crop distribution, exceptional ground adaptation, minimum distance to the center of gravity on mounted tedders for reduced lift requirements, and reduced horsepower requirements.

    High-Quality Tines

    When it comes to tines that actually engage the crop, KUHN leaves nothing to chance: top-quality raw material has been wound into four coils with long tine fingers, giving you exceptional reliability. A defined attachment system to the arms results in an unmatched design life of at least 180,000 cycles. This provides several hundred hours of work before tine replacement is necessary. Asymmetrical tine finger length means both fingers engage the crop equally for a more consistent pickup. The tine guards prevent accumulation of debris around the coils.

    Asymmetrical Tine Length

    The asymmetrical tine length with longer outer fingers has several advantage to bring the machine’s tedding quality to perfection. This allows the outer finger to touch the crop earlier compared to symmetrical tines. It also ensures more complete tedding, along borders and between the rotors, where the tines overlap more in this sensitive area. Contacting the crop sooner means that the actual working width of each rotor is expanded and as a result, the entire machine working width is expanded. ASYMMETRICAL TINE LENGTH PHOTO LEGEND: A) Working Width of Rotor 1 B) Working Width of Rotor 2 C) Overlapping Area D) Working Height E) Sensitive Area

    Quick Adjustment of Tine Angle

    Whether in long or short, wet or dry crop, or different cutting heights, the pitch angle is adjusted without tools near the wheel supports. Always remember a steep pitch angle will decrease drying time and increase the nutritional value of the forage.

    Headland Lift Control

    Standard Headland Lift Control, on GF 1012 T Series tedders, makes the machine easy to lift and maneuver on headlands while limiting the introduction of foreign materials like dust into the forage. This is beneficial because the headlands do not need to be tedded twice. One hydraulic valve in the cab lifts all the rotors from the ground providing high ground clearance to pass over windrows (approx. 20”) and allows operators to easily turn on headlands or narrow areas.

    DigiDrive® Coupling System – A Legend in the Making

    When a KUHN engineer came up with this drive coupling design, we knew that it would revolutionize the rotary tedder. This patented design made it possible to reliably drive a large number of rotors, yet fold them for unmatched transport ease, all with virtually no maintenance or repairs. Since the DigiDrive coupling’s inception, nearly 20 years have passed and more than 150,000 KUHN tedders are now being used across the world to ted hay with the ultimate reliability.   The DigiDrive contains case-hardened forged steel fingers for improved wear resistance. Synchronization of rotational movement is outstanding both in work and in transport where the components are folded 180° to reduce the machine’s space requirement. The DigiDrive is a highly reliable system requiring very little maintenance – no daily greasing necessary!

    Rotor Housings – Made to Last

    With rotors driven by DigiDrive couplings and lubed-for-life rotor housings, the greasing points are limited to a relatively few pivot points allowing you to spend more time in the field and less time greasing. 1.     They are supported by large diameter, double-row angular ball bearings. 2.     The thoroughly sealed rotor housing prevents lubricant leaks or introduction contaminants. The robust mounting of housings to the edge of the rectangular frame maximizes strength and durability.

    Stress-Reducing Straps

    The two outer sections of the tedder are held in place by straps. They are used to reduce stress on the main frame and rotor structures. This allows fastening to the rotor ends, keeping the two sections stable without any oscillation. The straps also double as safety guards, replacing the metal guards. When folding for transport, the two straps automatically wind up like a seat belt.

    Border Tedding Along Field Edges

    For clean, careful tedding next to fences or neighboring fields, GF 1012 Series tedders are equipped with a border control system. On slopes, the border setting is particularly beneficial for controlling the direction of crop spread and obtaining an optimal spread pattern.   On GF 8712 T and GF 10812 T models, a double-acting cylinder, with pilot-operated valves, ensures safe functioning without risk of unwanted movement. On slopes, the offset border setting is particularly beneficial for controlling the direction of crop spread and obtaining an optimal spread pattern.   An optional hydraulically controlled curtain deflector, on GF 13012 and GF 17012, limits the discharge on the right side to prevent spreading outside of the field.

    Innovative Ground Following

    The 16 rotors of the GF 17012 follow changes in terrain as well as (2), eight-rotor or (4), four-rotor tedders. The GF 13012 and 17012 come standard with GSC (Ground Save Control) system which allows the rotor gear to train to swing independently of the carrying frame.   These machines have excellent ground following with their small rotors that are each 5’ in diameter, which allows for uniform tedding across the whole field. There is individual articulation between each rotor and equal spacing between the rotors and tires for better ground following.

    Intelligent Folding Design Folding System for Narrow Transport

    Unfolding or folding operations are quick and easy using the in-cab control box. Time lost when changing fields is reduced to a minimum so you can focus on achieving maximum daily output.    The folding system allows the transport wheels to lower and combine with the rotors tilting forward. While in transport position, height is reduced, load distribution on the tractors is optimal and road transport at high speeds is ideal. The incredibly narrow transport width of 7’10” on GF 13012 and 17012 (9’10” on GF 8712 T and 10812 T), and the wide transport undercarriage combine for easy maneuverability and stable road transport.

    Crop Deflectors

    Operating in short, sticky crops or long, late season crops can be a challenge when the crop wraps in the wheel column, resulting in frustrating downtime spent clearing the mess. These tedders are fitted with crop deflectors as standard.

    SPECIFICATIONS

      GF 8712 T GF 10812 T GF 13012 GF 17012
    Working width DIN 28'7'' (8.7 m) 35'5'' (10.8 m) 42'7'' (13.0 m) 56'5'' (17.2 m)
    Overall width in operating position 30' (9.1 m) 36'9'' (11.2 m) 43'11'' (13.4 m) 58' (17.7 m)
    Number of rotors 8 10 12 16
    Number of tine arms per rotor 6 6 6 6
    Manual tine angle adjustment per rotor Standard Standard Standard Standard
    Border control Hydraulic offset border tedding Hydraulic offset border tedding Optional - deflector curtain Optional - deflector curtain
    Safety guards Standard Standard Standard Standard
    Safety chains Standard Standard Standard Standard
    Transport width 9'10'' (3.0 m) 9'10'' (3.0 m) 7'10'' (2.4 m) 7'10'' (2.4 m)
    Transport height 10'4'' (3.2 m) 10'10'' (3.3 m) 8'9'' (2.7 m) 8'6'' (2.6 m)
    Transport length 15'9'' (4.8 m) 15'9'' (4.8 m) 21'4'' (6.5 m) 24'7'' (7.5 m)
    Hydrualic vertical folding Standard Standard Standard Standard
    Automatic transport leveling Standard Standard Standard Standard
    DigiDrive multiple finger drive coupling Standard Standard Standard Standard
    PTO with torque limiter Standard Standard Standard Standard
    PTO speed 540 rpm 540 rpm 1,000 rpm 1,000 rpm
    Overruning PTO clutch Standard Standard Standard Standard
    Tires on central rotors 18 x 8.50-8 18 x 8.50-8 16 x 6.50-8 16 x 6.50-8
    Tires on outside rotors 16 x 6.50-8 16 x 6.50-8 16 x 6.50-8 16 x 6.50-8
    Transport tires 10/80-12 10/80-12 10.5/75 x 15.3 13/55 x 16
    Hitch type Drawbar Drawbar Drawbar Drawbar
    Required tractor hydraulic connections 2 DA 2 DA 1 DA with floating position 1 DA with floating position
    Minimum PTO power requirement 50 hp (38 kW) 55 hp (40 kW) 80 hp (60 kW) 100 hp (75 kW)
    Frame dampener set - - - -
    Road lights and signaling Standard Standard Standard Standard
    Standard control box KGF 01T KGF 01T KGF 10 KGF 10
    Machine weight, approx. 3,925 lbs (1,780 kg) 4,585 lbs (2,080 kg) 6,175 lbs (2,800 kg) 6,922 lbs (3,140 kg)

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