Maestro SV L / SX L

Precise single grain seed drill with liquid fertiliser application

Number of rows

12 - 36

Row width

45 - 70 cm

Seed capacity

2900 - 5000 L

Fertiliser capacity

2900 - 3900 L

Maestro SV L / SX L

The Maestro SV L/SX L impresses due to its well-proven, distinctive seed wagon concept, its universal suitability for all crops, and its reliable, precise singulation as well as easy operation.

Optimum embedding even in difficult conditions

Slim seed wagon design, fast folding and a working width of 18 m

Maestro 18 SV L with 10 l row containers, also ideal for canola and beets

Maestro 24 SX L during transport

High work rate with tractors from 350 HP

Enormous efficiency with 18 m working width and an operational speed of up to 15 km/h

New standards for single grain seed drills

Versatile single grain seed drill for: maize, sunflowers, sugar beet, sorghum, rapeseed, soybeans and other bean species
Rugged and reliable technology – heavy parallelogram and row unit for highest demands
Coulter pressures up to 350 kg for optimal sowing even in most difficult conditions or automatic soil-dependent coulter pressure adjustment AutoForce
High hectare output due to high capacities for fertiliser and seed, optionally with the central seed system Main Tank Supply (MTS)
Unique machine design for short set-up times between road transport and field

AirVac and AirSpeed

Advantages at a glance

• Can be used universally for different crops

• Easy to use: no adjustment of the separator required

• Reliable singulation of different grain sizes

• Electric drive as a basis for: SectionControl, VariableRate, tramline control

AirVac

• Operational speeds up to 12 km/h

• Utmost flexibility for all crops and optimum embedding of the grain

AirSpeed

• Operational speeds up to 15 km/h

• Maximum efficiency with safe embedding of the grain

The AirVac and AirSpeed systems offer high-precision, electric-driven singulation for diverse crops using a universal singulator that requires no manual adjustment. The primary distinction lies in seed delivery: AirVac utilizes a gravity drop tube, while AirSpeed uses overpressure to accelerate seeds into the furrow via an air current. Both units feature integrated sensors to monitor spacing and accuracy, supporting advanced functions like VariableRate and SectionControl for maximum sowing efficiency.

Open AirSpeed metering device with metering disc 30 x 5.0 mm for maize

The universal singulator does not have to be adjusted

Easily accessible AirVac metering device

SectionControl allows for automatic row shut-off and activation via GPS.

SectionControl control system for sugar beet

Main Tank Supply System

• Quick and easy filling of the hoppers with for example BigBags/telehandler

• No physical stress when filling the machine

• Increase of daily work rate due to short filling times

• No irregular seed filling levels at the row due to SectionControl or tramline control

The HORSCH Main Tank Supply system, in short MTS system, is the central seed and fertiliser supply of the rows from a central hopper. The fertiliser is metered pneumatically via the distribution towers to the rows. The seed is transported by means of special MTS tubes to the row unit and then each single grain is metered with AirVac or AirSpeed. This facilitates and speeds up the MTS system for filling hoppers and irregular filling levels at the rows when using SectionControl and tramline control are prevented.

MTS distribution box

Main Tank Supply System

Application possibilities Maestro SV L/SX L

• Liquid fertiliser as a starter nutrient in the seed furrow

• Optimal nutrient supply from the formation of the germination roots

• Application in front of the fall/shot tube or behind the catching roller (in wet conditions)

For an optimum contact to the young, developing plant, liquid fertiliser is applied into the seed furrow directly at the grain. As an option, the liquid fertiliser can also be applied behind the catching roller into the seed furrow. This might be required in wet or sticky conditions to ensure that the grain is embedded optimally by the catching roller.

Liquid fertiliser application in the row

Liquid fertiliser application behind the catching roller

Electronic flow monitoring and sectional row control

V-press wheels

Rubber and profiled press wheel

• Rubber closing wheels for light sandy conditions

• The profiled wheels are recommended for fine seeds.

• The profile additionally creates fine earth and can better prevent silting.

Finger and spike press wheel:

• The finger press wheel is optimal for heavy and medium soils.

• Spike press wheel for medium to light sites

• Per row, there is one finger/spike press wheel and one standard wheel to control the depth and to prevent the grains from moving.

• However, the wheels are not suitable for shallow seeding.

• If the furrow wall gets compacted because of the DoubleDisc seed coulters, it is broken by the finger / spike wheel – the furrow is removed.

• No opening of the seed furrow after seeding in dry conditions, especially on heavy, clayey sites

• Development of the maize root is encouraged

The closing of the seed furrow is the last time when you can influence emergence. Depending on the type of soil, the sowing method, sowing depth and the crop, the requirements differ. Therefore, the Maestros can be equipped with different press wheels and press wheel combinations to be able to achieve an optimum work result for all crops in all conditions.

V press wheels narrow: for normal conditions

V-press wheels wide: for lighter sites

V-press wheels wide, profiled: for light soils and fine seeds (beet and rapeseed)

Spike wheel: for medium and lighter soils

Finger wheel: for medium and heavy soils

V press wheels wide

Spike wheel

Finger wheel

AutoForce

• Stony soils require more coulter pressure to place the seed at a consistent depth. If the coulter pressure is too low the coulter body would not move smoothly and the seed would germinate irregularly and with different speed.

• Light conditions or pressure-sensitive soils need less coulter pressure so that the soil is not compacted. Too much coulter pressure compacts the soil and slows down the development of the roots although all seed was placed at the same depth.

• There rarely are fields that are completely even. In every part of the field the coulter pressure has to be adapted.

• This is why AutoForce has been available for the Maestro line since 2016.

AutoForce guarantees an always consistent embedding of the grains in changing conditions. Thus, more regular emergence and populations are achieved. The contact pressure of the row unit is measured with a sensor at the two support wheels. This pressure (= nominal value) is previously set in the terminal. Three pressure levels are available: 25 kg, 50 kg and 80 kg (the values can also be adapted individually). With changing soil conditions, the row needs more or less power to be able to keep up the set placement depth. The contact pressure would change. The sensor detects this, and the system regulates the contact pressure in such a way that it always corresponds to the nominal value that has been set. This is possible due to the design of the machine which allows for transferring weight to the seed bar. The coulter pressure automatically varies between 150 kg and 350 kg. The grain embedding is always carried out at the same level. Too shallow placement as well as soil compactions can be avoided.

With AutoForce: optimum pressure – optimum seed depth

Without AutoForce: constant pressure – uneven placement

Depth control system with Piezo sensor for measuring the contact pressure for AutoForce

The Piezo sensor in detail

Hydraulic coulter pressure cylinder

AutoForce Pro

• AutoForce Pro is the extension of AutoForce and additionally relieves the row unit by up to 50 kg.

• Recommended for very light, intensively prepared or pressure-sensitive soils in sensitive crops, e.g. sugar beets.

• Excessive coulter pressure can slow down root development of the plant despite optimal placement and embedding.

• The coulter pressure automatically varies from 50 to 350 kg.

AutoForce Pro offers the same features as AutoForce with identical functionality. The special feature of AutoForce Pro is the automatic row relief in addition to the coulter pressure. On very light or pressure-sensitive soils, the weight of the row unit is sometimes too high, and this can lead to soil compaction. Therefore, AutoForce was developed further to additionally relieve the row unit with AutoForce Pro by up to 50 kg. The coulter pressure automatically varies from 50 kg to 350 kg. The relieved weight is evenly distributed to the frame of the machine. Thus, the embedding of the seed is always carried out at the same level, even on varying soils. A too shallow or too deep placement as well as soil compaction can be avoided - even in loose and intensively prepared conditions. Especially with sensitive crops, e.g. sugar beets, AutoForce Pro shows its strengths with regard to ideal seed embedding in changing conditions.

Depth control system with Piezo sensor for measuring the contact pressure for AutoForce

Hydraulic coulter pressure cylinder

ContourFarming

• Adapted seed rate control when cornering

• Control of sowing density adjustment via two additional radar sensors

• Recording of inside and outside radius speed

Especially in uneven shaped fields, ContourFarming offers many advantages. For large working widths there is a speed difference between the inside and outside radius of the seed bar. The system measures this difference and adjusts the seed rate by means of a speed change of the metering units proportionally across the working width. Thus, the set seed rate is maintained precisely across all rows.

One of the additional radar sensors for ContourFarming

Even seeding rate even when cornering

Uneven sowing density when cornering without ContourFarming

With ContourFarming, the set sowing density is maintained precisely at all times, even in curves.

Press wheel holders

Standard press wheel holder (standard equipment)

• Pressure adjustment in four steps (from 8 to 55 kg)

• Adjustment of the roll spacing with spacer sleeves

• Offsetting the rollers in relation to each other for higher clearance is possible

Press wheel holder with angle adjustment (option)

• Same adjustment options as for the standard holder

• In addition: six steps for the angle adjustment

• Forming of a ridge as the wheels earth up more soil

• Recommended for fine seeds (sugar beet, canola)

The closing of the seed furrow is the last time when you can influence emergence. Depending on the type of soil, the sowing method, sowing depth and the crop, the requirements differ. Therefore, the Maestros can be equipped with different press wheel holders and press wheel combinations to be able to achieve an optimum work result for all crops in all conditions.

Wide tyres 710/50 R 26.5

Twin tyres 270/95 R 36

Catching roller

Rigid catching roller (standard equipment):

• Soft catching roller construction

• Adaption of the seed furrow

• Flexing of the catching roller

• Excellent self-cleaning effect

• Depth adjustment is possible with four positions

• 5 mm pre-stressing of the seed depth is recommended

• Deactivation of the catching roller possible by dismantling it without any tools

Spring-loaded catching roller (option):

• Excellent adaptation of the catching roller due to spring pre-tension

• Recommended for fine seeds (sugar beet, canola) with AirVac and AirSpeed

• Different pre-sets can be adjusted with pins

• Shallow seeding: low pre-tension recommended

• Deeper seeding: higher pre-tension recommended

• Catching roller can be locked firmly

The catching roller is an elementary component of single grain seeding. It ensures even plant spacings and enough capillarity at the grain for optimum germination. To meet the requirements on embedding quality, pressures and consolidation, two different trap rollers are available for the Maestros to apply for all sowing conditions and crops.

Wide tyres 710/50 R 26.5

Twin tyres 270/95 R 36

Application of micro-granular compound

• Two application points are possible at the row unit

• Release position in the seed furrow for fertiliser granulate and crop care agents for good contact to the seedling

• Release option behind the row via baffles, for large, shallow distribution of underseed or slug pellets

In addition to a precise placement of the grains the exact positioning of fertilisers or plant protection agents is very important for single grain sowing. The rows of the Maestros, thus, can be equipped with different components to provide an optimum solution for all requirements and demands.

Pneumatic application IN the row

Pneumatic application ON the row

Pneumatic application IN the row

Pneumatic application ON the row

Microgranular unit

• Central microgranular tank with a capacity of 300 l

• Application of fertiliser granulate, crop care agents like insecticides or slug pellets, inoculations or underseed

• Metering via auger metering device

• Pneumatic distribution via separate microgranular distribution tower

• Possible application rate: approx. 2 - 60 kg/ha (depending on operational speed, working width and metering auger size)

The microgranular tank is a pressurised tank. Thus, no dust can escape from the tank when metering. The auger metering device allows for a safe and regular application of the products. This is crucial especially in case of heavy granulate with a high density. If application rates are high, a second micro-granular hopper can be mounted as an option which doubles the capacity by another 300 l.

Central microgranular unit with a capacity of 300 l

Trash Wheels

• Contour following depth control

• Stop bottom for depth limitation

• Stop at the top for working more aggressively

• Fix detent possible

The trash wheels prepare the seed furrow immediately before sowing. Stones, clods and organic matter like straw or mulch residues are removed from the area of the seed furrow. The objective is to obtain a clean seed furrow area with enough fine earth. The trash wheels are mainly used in a floating position with a downward depth limitation. Thus, they cannot work too aggressively or too deeply and they auto-control the height due to the integrated depth limiter.

Optional trash wheels, floating with depth control

Depth control wheels

Depth control wheel with closed rim:

• Ideal for normal conditions

• Curved shape of the wheel for even weight distribution

Depth control wheel RID with closed rim

• RID = Reduced Inner Diameter

• More intensely curved shape of the wheel

• Contact point further to the outside

• Less consolidation directly at the row

• Easier closing of the seed furrow in heavy conditions

• Recommended for direct seeding, heavy or wet soils

Spoke depth control roll

• Open spoke rim for intensive self-cleaning

• Only for very sticky, clayey soils (e.g. black earth soils)

• Not suitable in case of stones

Different types of soil and sowing methods make different demands on the depth control wheel. Wet, pressure-sensitive soils with a high clay content react sensitively to too high coulter pressures and compaction. On light, very flowable sandy soil, the wheels will sink deeper, so the requirements on the depth guide wheel will differ. For a safe sowing in adhesive soils mainly the self-cleaning effect of the wheel is crucial. These are the reasons why three different depth control wheel versions are available for the Maestros.

RID wheel reduces soil compaction directly at the seed slot in very hard or direct seeding conditions

Spokes depth control wheel

Standard depth control wheel

RID depth control wheel

Standard depth control wheel

Standard depth control wheel for normal soils

Spokes depth control wheel: better self-cleaning, thus ideal on black earth soils

eosT10/eosT10 Pro

• High-resolution 10" terminal for controlling all ISOBUS devices according to ISO 11783

• Reliable and powerful: high-performance hardware combined with intuitive, user-friendly operation in day or night mode

• Various layout options allow for a simultaneous display of several applications – for an optimum overview.

• Straightforward transfer of application maps with the wireless task data exchange

• A real-time transmission of the terminal display via Remote Support facilitates the technical support.

Due to the high resolution and the well-thought-out user navigation, even complex machine functions can be operated comfortably. The high efficiency and the large (working) memory allow for a smooth handling of large data quantities or application maps. In addition to the traditional import resp. export of data via a USB flash drive, the transfer can also take place easily and comfortably online directly between the PC and the terminal.

Due to its high resolution, the eosT10 offers a state-of-the-art user experience for all ISOBUS-compliant machines.

Due to the WIFI interface, field boundaries, application maps or order data can be exchanged directly between PC and terminal.

The lean design of the 10" display allows for perfect integration into any tractor cabin.

eosT10 – robust hardware with diverse interfaces

In portrait mode, two applications can be optimally displayed and operated.

By displaying up to 3 widgets in addition to the main working screen, the user can keep track of several applications at the same time.

TECHNICAL SPECIFICATIONS

Transport width

3,00 m

Transport height

4,00 m

Transport length

7,80 m

Weight incl. seed waggon

11000 kg

Axle load

7400 - 8500 kg

Vertical load

1600 - 2500 kg

Hopper capacity seed waggon seed/fertiliser

2900 / 2900 l

Feed opening seed waggon seed

990 x 720 mm

Feed opening seed waggon fertiliser

400 Ø/mm

Number of rows

Electronic coulter pressure adjustment terminal

150 - 300 kg

Depth control wheel Ø

40 cm

Press wheels Ø

30 / 33 cm

Catching roller

Standard

Row spacing

70 / 75 cm

Sowing depth

1,5 - 9 cm

Drop height seed

45 cm

Tyre size seed waggon

520/85 R 38 or 580/70 R 38

Operational speed

2 - 12 km/h

Horsepower requirement

160 / 220 kW/hp

Depressurized return flow (max. 5 bar)

DA control device direct drive

1 DA hydr. functions, 1 DA hydr. fan direct drive vacuum with regul. flow rate, 1 DA hydr. direct drive liquid fertiliser with regul. flow rate, 1 DA hydr. fan direct drive seed with regul. flow rate

Oil quantity hydr. liquid fertiliser

15 l/min

Oil quantity hydr. fan vacuum

25 l/min

Oil quantity hydr. fan seed

20 l/min

Oil quantity hydr. fan seed and micro

35 l/min

Min. oil quantity lift/lower

40 l/min

Power requirement during operation

50 A

Adjustable drawbar linkage with ring hitch ball joint

Pin Ø 42 or 51 mm

Implement attachment adjustable drawbar

Ring towing eye Ø 58 - 79 mm

Implement attachment ball head

K 80

Transport width

3,00 m

Transport height

4,00 m

Transport length

12,00 m

Weight incl. seed waggon

12000 kg

Axle load

7800 - 10000 kg

Vertical load

1000 - 2000 kg

Hopper capacity seed waggon seed/fertiliser

2900 / 2900 l

Feed opening seed waggon seed

990 x 720 mm

Feed opening seed waggon fertiliser

400 Ø/mm

Number of rows

Electronic coulter pressure adjustment terminal

150 - 350 kg

Depth control wheel Ø

40 cm

Press wheels Ø

30 / 33 cm

Catching roller

Standard

Row spacing

45 / 50 cm

Sowing depth

1,5 - 9 cm

Drop height seed

45 cm

Tyre size seed waggon

520/85 R 38 or 580/70 R 38

Operational speed

2 - 12 km/h

Horsepower requirement

177 / 240 kW/hp

Depressurized return flow (max. 5 bar)

DA control device direct drive

1 DA hydr. functions, 1 DA hydr. fan direct drive vacuum with regul. flow rate, 1 DA hydr. direct drive liquid fertiliser with regul. flow rate, 1 DA hydr. fan direct drive seed with regul. flow rate

Oil quantity hydr. liquid fertiliser

15 l/min

Oil quantity hydr. fan vacuum

25 l/min

Oil quantity hydr. fan seed

20 l/min

Oil quantity hydr. fan seed and micro

35 l/min

Min. oil quantity lift/lower

40 l/min

Power requirement during operation

60 A

Adjustable drawbar linkage with ring hitch ball joint

Pin Ø 42 or 51 mm

Implement attachment adjustable drawbar

Ring towing eye Ø 58 - 79 mm

Implement attachment ball head

K 80

Transport width

3,50 m

Transport height

4,20 m

Transport length

9,50 m

Weight incl. seed waggon

13000 kg

Axle load

10000 kg

Vertical load

3000 kg

Hopper capacity seed waggon seed/fertiliser

5000 / 3900 l

Feed opening seed waggon seed

990 x 720 mm

Feed opening seed waggon fertiliser

400 Ø/mm

Number of rows

Electronic coulter pressure adjustment terminal

150 - 350 kg

Depth control wheel Ø

40 cm

Press wheels Ø

30 / 33 cm

Catching roller

Standard

Row spacing

70 / 75 cm

Sowing depth

1,5 - 9 cm

Drop height seed

45 cm

Tyre size seed waggon

520/85 R 42

Operational speed

2 - 12 km/h

Horsepower requirement

220 / 300 kW/hp

Depressurized return flow (max. 5 bar)

DA control device direct drive

1 DA hydr. functions, 1 DA hydr. fan direct drive vacuum with regul. flow rate, 1 DA hydr. direct drive liquid fertiliser with regul. flow rate, 1 DA hydr. fan direct drive seed with regul. flow rate

Oil quantity hydr. liquid fertiliser

15 l/min

Oil quantity hydr. fan vacuum

55 l/min

Oil quantity hydr. fan seed

20 l/min

Oil quantity hydr. fan seed and micro

35 l/min

Min. oil quantity lift/lower

40 l/min

Power requirement during operation

60 A

Adjustable drawbar linkage with ring hitch ball joint

Pin Ø 42 or 51 mm

Implement attachment adjustable drawbar

Ring towing eye Ø 58 - 79 mm

Implement attachment ball head

K 80

Transport width

3,50 m

Transport height

4,20 m

Transport length

9,60 m

Weight incl. seed waggon

15000 kg

Axle load

11500 kg

Vertical load

3500 kg

Hopper capacity seed waggon seed/fertiliser

5000 / 3900 l

Feed opening seed waggon seed

990 x 720 mm

Feed opening seed waggon fertiliser

400 Ø/mm

Number of rows

Electronic coulter pressure adjustment terminal

150 - 350 kg

Depth control wheel Ø

40 cm

Press wheels Ø

30 / 33 cm

Catching roller

Standard

Row spacing

45 / 50 cm

Sowing depth

1,5 - 9 cm

Drop height seed

45 cm

Tyre size seed waggon

520/85 R 42

Operational speed

2 - 12 km/h

Horsepower requirement

257 / 350 kW/hp

Depressurized return flow (max. 5 bar)

DA control device direct drive

1 DA hydr. functions, 1 DA hydr. fan direct drive vacuum with regul. flow rate, 1 DA hydr. direct drive liquid fertiliser with regul. flow rate, 1 DA hydr. fan direct drive seed with regul. flow rate

Oil quantity hydr. liquid fertiliser

15 l/min

Oil quantity hydr. fan vacuum

55 l/min

Oil quantity hydr. fan seed

20 l/min

Oil quantity hydr. fan seed and micro

35 l/min

Min. oil quantity lift/lower

40 l/min

Power requirement during operation

80 A

Adjustable drawbar linkage with ring hitch ball joint

Pin Ø 42 or 51 mm

Implement attachment adjustable drawbar

Ring towing eye Ø 58 - 79 mm

Implement attachment ball head

K 80

Transport width

3,00 m

Transport height

4,00 m

Transport length

7,80 m

Weight incl. seed waggon

10000 kg

Axle load

7000 - 8200 kg

Vertical load

1500 - 2400 kg

Hopper capacity seed waggon seed/fertiliser

2900 / 2900 l

Feed opening seed waggon seed

990 x 720 mm

Feed opening seed waggon fertiliser

400 Ø/mm

Number of rows

Electronic coulter pressure adjustment terminal

150 - 350 kg

Depth control wheel Ø

40 cm

Press wheels Ø

30 / 33 cm

Catching roller

Standard

Row spacing

70 / 75 cm

Sowing depth

1,5 - 9 cm

Tyre size seed waggon

520/85 R 38 or 580/70 R 38

Operational speed

6 - 15 km/h

Horsepower requirement

162 / 220 kW/hp

Depressurized return flow (max. 5 bar)

DA control device direct drive

1 DA hydr. functions, 1 DA hydr. fan direct drive overpressure and seed with regul. flow rate, 1 DA hydr. direct drive liquid fertiliser with regul. flow rate, 1 DA hydr. direct drive microgranular compound

Oil quantity hydr. liquid fertiliser

15 l/min

Oil quantity hydr. fan overpressure and seed

60 l/min

Oil quantity hydr. microgranular compound

15 l/min

Min. oil quantity lift/lower

40 l/min

Power requirement during operation

45 A

Adjustable drawbar linkage with ring hitch ball joint

Pin Ø 42 or 51 mm

Implement attachment adjustable drawbar

Ring towing eye Ø 58 - 79 mm

Implement attachment ball head

K 80

Transport width

3,00 m

Transport height

4,00 m

Transport length

7,80 m

Weight incl. seed waggon

11000 kg

Axle load

7400 - 8500 kg

Vertical load

1600 - 2500 kg

Hopper capacity seed waggon seed/fertiliser

2900 / 2900 l

Feed opening seed waggon seed

990 x 720 mm

Feed opening seed waggon fertiliser

400 Ø/mm

Number of rows

Electronic coulter pressure adjustment terminal

150 - 350 kg

Depth control wheel Ø

40 cm

Press wheels Ø

30 / 33 cm

Catching roller

Standard

Row spacing

70 / 75 cm

Sowing depth

1,5 - 9 cm

Tyre size seed waggon

520/85 R 38 or 580/70 R 38

Operational speed

6 - 15 km/h

Horsepower requirement

184 / 250 kW/hp

Depressurized return flow (max. 5 bar)

DA control device direct drive

Oil quantity hydr. liquid fertiliser

15 l/min

Oil quantity hydr. fan overpressure and seed

70 l/min

Oil quantity hydr. microgranular compound

15 l/min

Min. oil quantity lift/lower

40 l/min

Power requirement during operation

50 A

Adjustable drawbar linkage with ring hitch ball joint

Pin Ø 42 or 51 mm

Implement attachment adjustable drawbar

Ring towing eye Ø 58 - 79 mm

Implement attachment ball head

K 80

Transport width

3,50 m

Transport height

4,20 m

Transport length

9,50 m

Weight incl. seed waggon

13000 kg

Axle load

10000 kg

Vertical load

3000 kg

Hopper capacity seed waggon seed/fertiliser

5000 / 3900 l

Feed opening seed waggon seed

990 x 720 mm

Feed opening seed waggon fertiliser

400 Ø/mm

Number of rows

Electronic coulter pressure adjustment terminal

150 - 350 kg

Depth control wheel Ø

40 cm

Press wheels Ø

30 / 33 cm

Catching roller

Standard

Row spacing

70 / 75 cm

Sowing depth

1,5 - 9 cm

Tyre size seed waggon

520/85 R 42

Operational speed

6 - 15 km/h

Horsepower requirement

257 / 350 kW/hp

Depressurized return flow (max. 5 bar)

DA control device direct drive

Oil quantity hydr. liquid fertiliser

15 l/min

Oil quantity hydr. fan overpressure and seed

80 l/min

Oil quantity hydr. microgranular compound

15 l/min

Min. oil quantity lift/lower

40 l/min

Power requirement during operation

60 A

Adjustable drawbar linkage with ring hitch ball joint

Pin Ø 42 or 51 mm

Implement attachment adjustable drawbar

Ring towing eye Ø 58 - 79 mm

Implement attachment ball head

K 80