Sustainable and natural reforestation with the Moritz mini felling tractor
Creating a project area for the KWF Conference 2024
The area to be reforested has increased significantly in recent years. This is due to drought, bark beetles, storms and forest fires. Pfanzelt will demonstrate how to naturally reforest without large equipment in a large-scale project that will be carried out over several years.
When the excursion comes to the conference grounds
The site was located directly on the KWF Conference 2024 trade fair grounds, so everyone was able to get an idea of reforestation directly on site, 2.5 years after the start of the project. The project is being carried out by Pfanzelt and other partners, such as the KWF and the federal forests.
The KWF Conference 2024 in Hindsight | Taking stock of the afforestation project 2.5 years after its launch
We are thrilled and delighted! It was encouraging to see how many interested visitors explored the Future Forest project area or studied the theme path during the four days of the trade fair. The many constructive and intensive discussions on the processes and machines deployed were certainly the highlight of the event. Looking back at the first 2.5 years, we, as well as the district forester Werner Rocke, who is our counterpart, can confirm that the afforestation project is on the up and up and overall on a very positive track. This applies to the procedures implemented and adapted to the structure of the area as well as to the current status of the seeds or planting.
Project area
The area is approx. 1.5 hectares. Most of the area’s forest stock fell victim to a storm and bark beetle. The old stock, of which very little remains, and small areas with natural regeneration are preserved. The material still lying on the surface (tops, branches) and sticks are also not processed if possible. So that reforestation can take place near-naturally and adapted to the terrain, a combination of planting and sowing strips and 8 x 8 m planting squares is established. The focus is on ensuring that maintenance can be carried out mechanically as much as possible in the coming years.
In order to be able to document all tasks related to Moritz, the machines have been equipped with exatrek.de data loggers that record not only the working time and the diesel consumption, but also the area performance etc. for the project.
How it works
December 2021
Surface preparation (Moritz mini felling tractor with MAX forestry mulcher)
February 2022
Construction of a fence around the project site
April 2022
Sowing and planting (Moritz mini felling tractor with sowing strip mulcher and Plantomat planter)
July 2022
First culture maintenance with Moritz mini felling tractor with MAX forestry mulcher and then brush cutter insert
March 2023
Replanting of approx. 600 failed oak seedlings
July 2023
Second crop maintenance exclusively with the Moritz mini felling tractor and the MAX forestry tiller
May 2024
Third crop maintenance exclusively with the Moritz mini felling tractor and the MAX forestry tiller
1. Surface preparation
So that reforestation can take place near-naturally and adapted to the terrain, a combination of planting and sowing strips and 8 x 8 m planting squares is established. On 15 and 16 December 2021, two Moritz mini felling tractors, each equipped with a MAX forestry mulcher, prepared the area for planting and sowing. According to exatrek machine tracking, we have laid 1.8 km of planting and sowing strips and 32 planting squares of 8 x 8 m.
2. Fence construction
In December 2021, a 500m long and 2m wide fence was routed around the area. The fence was then completed in February. The Moritz remote-controlled implement carrier was the ideal helper here.
3. Seeding and planting
"Our new container planter is partly automated, with the operator taking over the driving and positioning of the Moritz. The planting process itself is completely automatic," explains Voderholzer. Container plants were planted with the new Plantomat planter. For an optimal comparison, some of the planting squares were also planted by hand. Both container and bare-root plants are used. In this way, we can compare the different results on KWF theme days. The planter planted approx. 2,300 trees: 70% oak and 30% Douglas fir.
Pelleted Douglas Fir seeds were applied to around 600m² with the sowing strip mulcher.
Sowing strip hoe
Mechanical drive via PTO
Milling depth 250 mm
V-shaped seed furrow
Coarse and fine sowing wheel
Furrow filler, pressure wheel
Plantomat planter
Operation via Moritz radio control
Automated planting process
Hoeing wheel for preparing the planting site
Magazine for 50 container plants
4. Care and maintenance
To facilitate machine maintenance, the planting and sowing strips were laid out at a distance of two metres. The MAX forestry mulcher with its working width of 1.2 metres can therefore easily remove unwanted growth between rows. Removal of the individual plants in the row is not necessary for this method.
First results
The first results of the planting and seeding were already visible in the summer of 2022 and are encouraging for the upcoming vegetation periods up to the KWF Conference 2024. Even though the weather conditions were very difficult, i.e. there was almost no precipitation for months, failures are low. This is significantly lower than in other newly planted areas in Hesse.
1.5 years after project start
In spring 2023, another check was carried out on the project area. In particular, the drought damage from last year was examined. If you look at the 2022 forest status report for Hesse, you can read the following there:
8 out of 12 months were in some cases significantly too dry and, with the exception of September, all months were too warm.
In parts of the state of Hesse, the pronounced dryness of the soil has now been ongoing for five years.
Failures of planting due to drought are also visible in the project area. The failures of the Douglas fir were very low. This is probably due, among other things, to the fact that the areas planted with Douglas firs were mostly partially shaded during the day. There were major failures in the sessile oaks. Almost 600 dried-up plants were registered here. However, there are also pleasing results from Douglas fir sowing.
Replanting 2023
At the end of March 2023, replanting of the 600 failed oak plants was carried out. The planting process was the same as for the first planting. This was carried out with the Moritz mini felling tractor with container planter. A mix of common oak and sessile oak was used as the plant species. The container plants were provided by the project partner, the Priebe nursery.
The second version of the Pfanzelt container planter was used for planting. In contrast to the first version, it has received some updates. Depending on the plant type and container, simple changes can now be made to the planting process. In addition, it was possible to significantly reduce the time for the planting cycle. Depending on the terrain and planting distance, 2-2.5 plants can now be planted per minute.
Maintenance in the second year
At the beginning of July 2023, we carried out the first culture maintenance of the year. Due to the rainy months, the accompanying vegetation was very lush and the Moritz was strongly called upon with the MAX forestry tiller. In some cases, the marker poles, which were just over a metre high, were already difficult to see. In 2023, additional maintenance with the brushcutter was dispensed with in consultation with district forester Werner Rocke. This was a direct consequence of last year’s results. On the one hand, there was some filling due to human error, and on the other hand, the plan was to use the narrow accompanying vegetation, which of course must not be so thick that it dams, to obtain shade for the plant rows. The maintenance of the area took around six working hours in this process.
Current status in spring 2024
There are only six months to go until the KWF Conference 2024. The culture is very good at the moment. The outages in 2023 due to drought have been minimal. We look forward to a spring with high precipitation.
Maintenance of cultivated areas with the Moritz mini felling tractor
Cultivated areas had experienced strong growth as a result of weather conditions, so 2024's first maintenance already took place in mid-May. Varied weather conditions with lots of precipitation intensified the development of the planting. Minor failures have not increased. Late and wet snow has pushed the grass down in many areas, but the plants have nevertheless been able to develop well. This year, too, maintenance was carried out using only the Moritz and the attached MAX forestry tiller. Only in a few places were the heavily growing rows of willows removed with a chainsaw.
Second crop maintenance 2024 (September)
Our partners
An overview of soil compaction
An employee from TU Weihenstephan is accompanying us on this project. He took a close look at soil compaction with a Moritz mini felling tractor. The first soil samples were taken in April 2021. A detailed evaluation will follow shortly. Before that, we can say the Moritz passing over did not cause any significant changes to the ground.
The Moritz mini felling tractor as the machine solution for natural reforestation
The Moritz mini felling tractor was presented as a felling aid. However, it soon became clear that the Moritz mini felling tractor can also easily handle other forestry tasks. Today’s models are the optimal machine solution for all kinds of forestry applications. In combination with the available attachments, they are unrivalled.
Plant preparation and maintenance of cultivated areas with the MAX forestry tiller
Seeding in standing timber with the furrow tiller or sowing plough
Planting in standing timber and on cultivated areas with the Plantomat container planter
The remote-controlled Moritz mini felling tractor can do more:
Powerful with 50 or 75 hp
Professional geared cable winch with up to 7.2 t tractive force
Mechanical PTO
Performance hydraulics
Traction cable winch with up to 1000 m cable capacity and 360° working radius
All attachments are controlled via the standard radio control of the Moritz
Select your model and desired accessories. You will receive the price for your desired configuration directly online. Use the configurator to request your personal quote.
If you have any questions, please do not hesitate to contact our sales consultants. FIND YOUR CONTACT PERSON
Closed, proportional dual-circuit system, all movements can be controlled remotely, gradual driving speed adaptation, first speed stage 0-3 km/h, second speed stage 0-6 km/h Final speed can be gradually preselected, drift setting to compensate for the downgrade force when mowing across a slope, automatically hydraulically tensioned dual stator
Running gear
Caterpillar track running gear with rubber tracks in AS design (250 mm wide, 1,650 mm long) hydraulically adjustable in width
Running gear
Torsion-resistant box frame made of special steel, large, lockable storage bin integrated on the running gear Various attachment points for securing the tractor, Solid steel underbody protection housing, All-round branch deflectors with integrated hood protector
On-board hydraulics
Separate oil circuit with pump (18 l/min at 200 bar) One proportional control unit for hoist with water submersion position
Operation
Remote control for all functions (emergency stop, throttle adjustment of diesel engine, driving and steering, reversible fan, first and second gear, drift adjustment, optional hoist compensation, cable winch control, stacking shield up/down, water submersion position for hoisting mechanism, adjustable width, PTO on/off, auxiliary control valves, signal horn, lighting), cable winch operation/third-party consumers
Dimensions
Length 2,300 mm, width 1,150 mm/1,550 mm, height 1,350 mm, weight 1,400 kg
Closed, proportional dual-circuit system, all movements can be controlled remotely, gradual driving speed adaptation, first speed stage 0-3 km/h, second speed stage 0-6 km/h Final speed can be gradually preselected, drift setting to compensate for the downgrade force when mowing across a slope, automatically hydraulically tensioned dual stator
Running gear
Caterpillar track running gear with rubber tracks in AS design (250 mm wide, 1,650 mm long) hydraulically adjustable in width
Running gear
Torsion-resistant box frame made of special steel, large, lockable storage bin integrated on the running gear Various attachment points for securing the tractor, Solid steel underbody protection housing, All-round branch deflectors with integrated hood protector
On-board hydraulics
Separate oil circuit with pump (18 l/min at 200 bar) One proportional control unit for hoist with water submersion position
Operation
Remote control for all functions (emergency stop, throttle adjustment of diesel engine, driving and steering, reversible fan, first and second gear, drift adjustment, optional hoist compensation, cable winch control, stacking shield up/down, water submersion position for hoisting mechanism, adjustable width, PTO on/off, auxiliary control valves, signal horn, lighting), cable winch operation/third-party consumers
Dimensions
Length 2,300 mm, width 1,150 mm/1,550 mm, height 1,350 mm, weight 1,400 kg
optionlist
Open itemsClose items
Name
Select
Track with a width of 300 mm (instead of 250 mm as standard)
LED working spotlights at the front and rear (tractor)
Roll bars
Auxiliary front cable winch
(requires additional DW control valve - not included in the price)
10 kN tractive force
Ø 6 mm x 30 m cable (max. 50 m)
Cable infeed roller and cable brake
Controlled using tractor’s remote control
Supply and return with freewheeling coupling
Deflection roller bottom for front auxiliary winch
Supplementary kit for bottom link mount Cat. I
Hoist compensation for rear hydraulics
Front power lift with a maximum lifting force of 7kN
double-action black/white control valve required
Tractor PTO transmission
Zero-maintenance, oil-cooled, multi-plate clutch that runs in an oil bath
PTO speed at transmission approximately 540 and 2,100 rpm.
Hydraulic top linkage
Performance hydraulics
Closed oil circuit with axial piston adjustment pump generating a maximum output of 48 kW
Gradually adjustable oil supply quantity 0 - 96 l
300 bar maximum pressure
with multicoupler (A+B+leak oil, 12V voltage)
Depressurised return with bracket
Proportional DW valve 2/1 (instead of 1/1 standard)
Proportional DW valve 3/1
Proportional DW valve 4/1
Black/white DW valve 1/2
Black/white DW valve 2/2
Fire-fighting version
Flashing beacon light mounted on a bracket and flasher in the bonnet, warning sticker, red paint
Chain curtain as splash guard
Transportbox
Excavation device – mechanical installation and removal aid for quick change of winch
Forestry mulcher MAX with hydraulic flap
Prerequisite: PTO shaft transmission and "2" additional DW control valves Recommendation: Hydraulic top link for forestry mulcher
Mechanically driven via power take-off shaft, with hydraulic flap, optimised reshredding by counterknives in the flap, mechanical lateral displacement, hydraulic pusher device for use in high branch material, wide skids and optimised geometry, cutting depth adjustment via hydraulic top link (hydraulically Top link option), 40 carbide-tipped round bits, can be used on three sides (by turning the bit), spirally arranged, tool flight circle diameter 340 mm, power requirement from 20 kW with cardan shaft
Lateral hydraulic adjustment for forestry cutter MAX
Prerequisite: PTO transmission and additional DW control valve
Mulcher 120
Prerequisite: PTO transmission and additional DW control valve
Working width 120 cm
Three-point linkage, cutting rotor with 24 flail hammers type 21, Single oil bath transmission with integrated freewheel for 540 rpm PTO anticlockwise (front), skids, support roller with 140 mm diameter, CE protective equipment with mechanical lateral displacement (approx. 400 mm), Flap (for stationary rotor cleaning), propshaft
Lateral hydraulic adjustment for Mulcher 120
Prerequisite: Control valve DW
Recommendation: Hydraulic top link for forestry mulcher
Hydraulic cylinder for hydraulic flap for mulcher 120
Prerequisite: additional DW control valve
Mulcher 135
Prerequisite: PTO transmission
working width: 135 cm
Single-gear oil bath transmission with integrated freewheel for 540 rpm PTO, front protective guards, adjustable belt tension, flail hammer type 08 lower counter blade, support roller with 170 mm diameter, propshaft
Strip cutting machine
Prerequisite: PTO transmission
200 mm mulching depth, mechanically driven by PTO, V-shaped trenches (width at the top: 200, width at the bottom: 20 mm), hard-metal teeth featuring Cardan shaft
Sowing module with bunker
(in conjunction with strip mulcher only)
Separate bunkers for coarse sowing with a capacity of approximately 55 l and fine sowing with a capacity of 10 l, electrically adjustable sowing frequency, automatic deactivation of the sowing unit when the vehicle is at standstill, Makrolon lid as sight glass
Planter Plantomat
Operation via Moritz radio control
Automated planting process
Tilling wheel for preparing the planting site
Magazine for 50 container plants
Hydraulically driven traction winch
Hydraulically driven traction winch for securing the crawler on steep and difficult terrain, and for minimising ground damage.
Rope infeed with rope infeed roller rotating on all sides, mounted on the vertically mounted rotation arm, so that the vehicle is not hindered by the tensioned traction rope and all directions of travel can be freely selected.
The vehicle is not hindered by the tensioned traction cable and all directions of travel can be freely selected,
Tractive force infinitely variable up to approx. 11 KN via potentiometer on the caterpillar radio.
Hydraulic winch drive with mech. emergency stop device
Rope length up to 1.000 m
Winch with rope distribution device
Winch can also be used in conjunction with mechanically driven three-point equipment, e.g. mulcher, forestry tiller, etc.
Stump grinder for the Max forestry tiller
Left and right hydraulic support (parallel)
Lateral swivelling via a cylinder, with speed throttle, swivel radius +/- 45 degrees
Hydraulic height adjustment – maximum working depth at 620 mm below the setup area Clear excavation height under milling wheel approx. +930 mm
Hydraulic forward and backward adjustment of the swivel arm
Milling wheel diameter approx. 600 mm (24 carbide tipped round chisels, can be used on three sides)
Side and rear splinter protection apron
Weight: approx. 370 kg
Personal protection screen
Transport frame for Moritz
Cable winch units
Open itemsClose items
Name
Select
Without cable winch
Hydraulic cable winch, 50 kN tractive force
Prerequisite: Performance hydraulics
Prerequisite: Performance hydraulics
Worm gear drive: power transferred to the cable drums using hydraulically operated multi-plate clutches
Tractive force 50 kN
Max. cable capacity 110 m x 11 mm
Average cable speed (hydr.) 0.40 m/s
Multi-plate brake
Sintered disc clutch
Electr. solenoid valve control (wet armature)
Stacking shield: - Hydraulically height-adjustable with pressing function - Cable roll adapts to height - Lifting capacity at leveller: 14kN - Shield width approx. 1100 mm - K 50 attachment jaw and combination bolt (ball-type design)
Hydraulic cable winch, 50 kN tractive force with cable infeed brake
Prerequisite: Performance hydraulics
Prerequisite: Performance hydraulics
Worm gear drive: power transferred to the cable drums using hydraulically operated multi-plate clutches
Tractive force 50 kN
Max. cable capacity 110 m x 11 mm
Average cable speed (hydr.) 0.40 m/s
Multi-plate brake
Sintered disc clutch
Electr. solenoid valve control (wet armature)
Stacking shield: - Hydraulically height-adjustable with pressing function - Cable roll adapts to height - Lifting capacity at leveller: 14kN - Shield width approx. 1100 mm - K 50 attachment jaw and combination bolt (ball-type design)
Swivel pulley with cable brake
Hydraulic cable winch, 60 kN tractive force
Prerequisite: Performance hydraulics
Worm gear drive: power transferred to the cable drums using hydraulically operated multi-plate clutches
Force 60 kN
Cable capacity 110 m x 11 mm
Average cable speed (hydr.) 0.40 m/s
Multi-plate brake
Sintered disc clutch
Electr. solenoid valve control (wet armature)
Stacking shield: - Hydraulically height-adjustable with pressing function - Cable roll adapts to height - Lifting capacity at leveller: 14kN - Shield width approx. 1100 mm - K 50 attachment jaw and combination bolt (ball-type design)
Hydraulic cable winch, 60 kN tractive force with cable infeed brake
Prerequisite: Performance hydraulics
Worm gear drive: power transferred to the cable drums using hydraulically operated multi-plate clutches
Force 60 kN
Cable capacity 110 m x 11 mm
Average cable speed (hydr.) 0.40 m/s
Multi-plate brake
Sintered disc clutch
Electr. solenoid valve control (wet armature)
Stacking shield: - Hydraulically height-adjustable with pressing function - Cable roll adapts to height - Lifting capacity at leveller: 14kN - Shield width approx. 1100 mm - K 50 attachment jaw and combination bolt (ball-type design)
Swivel pulley with cable brake
Hydraulic cable winch, 72 kN tractive force
Prerequisite: Performance hydraulics
Worm gear drive: power transferred to the cable drums using hydraulically operated multi-plate clutches
Force 72 kN
Cable capacity 90 m x 12 mm
Average cable speed (hydr.) 0.40 m/s
Multi-plate brake
Sintered disc clutch
Electr. solenoid valve control (wet armature)
Stacking shield: - Hydraulically height-adjustable with pressing function - Cable roll adapts to height - Lifting capacity at leveller: 14kN - Shield width approx. 1100 mm - K 50 attachment jaw and combination bolt (ball-type design)
Hydraulic cable winch, 72 kN tractive force with cable infeed brake
Prerequisite: Performance hydraulics
Worm gear drive: power transferred to the cable drums using hydraulically operated multi-plate clutches
Force 72 kN
Cable capacity 90 m x 12 mm
Average cable speed (hydr.) 0.40 m/s
Multi-plate brake
Sintered disc clutch
Electr. solenoid valve control (wet armature)
Stacking shield: - Hydraulically height-adjustable with pressing function - Cable roll adapts to height - Lifting capacity at leveller: 14kN - Shield width approx. 1100 mm - K 50 attachment jaw and combination bolt (ball-type design)
Swivel pulley with cable brake
Winch accessories range
Open itemsClose items
Name
Select
Without cable
Special forestry rope, 11 mm dia. - 70 m
Special forestry rope, 11 mm dia. - 110 m
Special forestry rope, 12 mm dia. - 60 m
Special forestry rope, 12 mm dia. - 90 m
Dyneema XTR, 12 mm dia. - 70 m
Dyneema XTR, 12 mm dia. - 90 m
optionlist
Open itemsClose items
Name
Select
Track with a width of 300 mm (instead of 250 mm as standard)
LED working spotlights at the front and rear (tractor)
Roll bars
Auxiliary front cable winch
(requires additional DW control valve - not included in the price)
10 kN tractive force
Ø 6 mm x 30 m cable (max. 50 m)
Cable infeed roller and cable brake
Controlled using tractor’s remote control
Supply and return with freewheeling coupling
Deflection roller bottom for front auxiliary winch
Supplementary kit for bottom link mount Cat. I
Hoist compensation for rear hydraulics
Front power lift with a maximum lifting force of 7 kN
double-action black/white control valve required
Tractor PTO transmission
Zero-maintenance, oil-cooled, multi-plate clutch that runs in an oil bath
PTO speed at transmission approximately 540 and 2,100 rpm.
Hydraulic top linkage
Performance hydraulics
Closed oil circuit with axial piston adjustment pump generating a maximum output of 48 kW
Gradually adjustable oil supply quantity 0 - 96 l
300 bar maximum pressure
with multicoupler (A+B+leak oil, 12V voltage)
Depressurised return with bracket
Proportional DW valve 2/1 (instead of 1/1 standard)
Proportional DW valve 3/1
Proportional DW valve 4/1
Black/white DW valve 1/2
Black/white DW valve 1/2 2/2
Fire-fighting version
Flashing beacon light mounted on a bracket and flasher in the bonnet, warning sticker, red paint
Chain curtain as splash guard
Transport box
Excavation device – mechanical installation and removal aid for quick change of winch
Forestry mulcher MAX with hydraulic flap
Prerequisite: PTO shaft transmission and "2" additional DW control valves Recommendation: Hydraulic top link for forestry mulcher
Mechanically driven via power take-off shaft, with hydraulic flap, optimised reshredding by counterknives in the flap, mechanical lateral displacement, hydraulic pusher device for use in high branch material, wide skids and optimised geometry, cutting depth adjustment via hydraulic top link (hydraulically Top link option), 40 carbide-tipped round bits, can be used on three sides (by turning the bit), spirally arranged, tool flight circle diameter 340 mm, power requirement from 20 kW with cardan shaft
Lateral hydraulic adjustment for forestry cutter MAX
Prerequisite: PTO transmission and additional DW control valve
Lateral hydraulic adjustment for MAX forestry mulcher
Prerequisite: Control valve DW
Recommendation: Hydraulic top link for forestry mulcher
Mulcher 120
Prerequisite: PTO transmission and additional DW control valve
working width: 120 cm
Three-point linkage, cutting rotor with 24 flail hammers type 21, Single oil bath transmission with integrated freewheel for 540 rpm PTO anticlockwise (front), skids, support roller with 140 mm diameter, CE protective equipment with mechanical lateral displacement (approx. 400 mm), Flap (for stationary rotor cleaning), propshaft
Hydraulic cylinder for hydraulic flap for mulcher 120
Prerequisite: additional DW control valve
Mulcher 135
Prerequisite: PTO transmission
working width: 135 cm
Single-gear oil bath transmission with integrated freewheel for 540 rpm PTO, front protective guards, adjustable belt tension, flail hammer type 08 lower counter blade, support roller with 170 mm diameter, propshaft
Strip cutting machine
Prerequisite: PTO transmission
200 mm mulching depth, mechanically driven by PTO, V-shaped trenches (width at the top: 200, width at the bottom: 20 mm), hard-metal teeth featuring Cardan shaft
Sowing module with bunker
(in conjunction with strip mulcher only)
Separate bunkers for coarse sowing with a capacity of approximately 55 l and fine sowing with a capacity of 10 l, electrically adjustable sowing frequency, automatic deactivation of the sowing unit when the vehicle is at standstill, Makrolon lid as sight glass
Planter Plantomat
Operation via Moritz radio control
Automated planting process
Tilling wheel for preparing the planting site
Magazine for 50 container plants
Hydraulically driven traction winch
Hydraulically driven traction winch for securing the crawler on steep and difficult terrain, and for minimising ground damage.
Rope infeed with rope infeed roller rotating on all sides, mounted on the vertically mounted rotation arm, so that the vehicle is not hindered by the tensioned traction rope and all directions of travel can be freely selected.
The vehicle is not hindered by the tensioned traction cable and all directions of travel can be freely selected,
Tractive force infinitely variable up to approx. 11 KN via potentiometer on the caterpillar radio.
Hydraulic winch drive with mech. emergency stop device
Rope length up to 1.000 m
Winch with rope distribution device
Winch can also be used in conjunction with mechanically driven three-point equipment, e.g. mulcher, forestry tiller, etc.
Stump grinder for the Max forestry tiller
Left and right hydraulic support (parallel)
Lateral swivelling via a cylinder, with speed throttle, swivel radius +/- 45 degrees
Hydraulic height adjustment – maximum working depth at 620 mm below the setup area Clear excavation height under milling wheel approx. +930 mm
Hydraulic forward and backward adjustment of the swivel arm
Milling wheel diameter approx. 600 mm (24 carbide tipped round chisels, can be used on three sides)
Side and rear splinter protection apron
Weight: approx. 370 kg
Personal protection screen
Transport frame for Moritz
Chargeable for shipment
Cable winch units
Open itemsClose items
Name
Select
Without cable winch
Hydraulic cable winch, 50 kN tractive force
Prerequisite: Performance hydraulics
Prerequisite: Performance hydraulics
Worm gear drive: power transferred to the cable drums using hydraulically operated multi-plate clutches
Tractive force 50 kN
Max. cable capacity 110 m x 11 mm
Average cable speed (hydr.) 0.40 m/s
Multi-plate brake
Sintered disc clutch
Electr. solenoid valve control (wet armature)
Stacking shield: - Hydraulically height-adjustable with pressing function - Cable roll adapts to height - Lifting capacity at leveller: 14kN - Shield width approx. 1100 mm - K 50 attachment jaw and combination bolt (ball-type design)
Hydraulic cable winch, 50 kN tractive force with cable infeed brake
Prerequisite: Performance hydraulics
Prerequisite: Performance hydraulics
Worm gear drive: power transferred to the cable drums using hydraulically operated multi-plate clutches
Tractive force 50 kN
Max. cable capacity 110 m x 11 mm
Average cable speed (hydr.) 0.40 m/s
Multi-plate brake
Sintered disc clutch
Electr. solenoid valve control (wet armature)
Stacking shield: - Hydraulically height-adjustable with pressing function - Cable roll adapts to height - Lifting capacity at leveller: 14kN - Shield width approx. 1100 mm - K 50 attachment jaw and combination bolt (ball-type design)
Swivel pulley with cable brake
Hydraulic cable winch, 60 kN tractive force
Prerequisite: Performance hydraulics
Worm gear drive: power transferred to the cable drums using hydraulically operated multi-plate clutches
Force 60 kN
Cable capacity 110 m x 11 mm
Average cable speed (hydr.) 0.40 m/s
Multi-plate brake
Sintered disc clutch
Electr. solenoid valve control (wet armature)
Stacking shield: - Hydraulically height-adjustable with pressing function - Cable roll adapts to height - Lifting capacity at leveller: 14kN - Shield width approx. 1100 mm - K 50 attachment jaw and combination bolt (ball-type design)
Hydraulic cable winch, 60 kN tractive force with cable infeed brake
Prerequisite: Performance hydraulics
Worm gear drive: power transferred to the cable drums using hydraulically operated multi-plate clutches
Force 60 kN
Cable capacity 110 m x 11 mm
Average cable speed (hydr.) 0.40 m/s
Multi-plate brake
Sintered disc clutch
Electr. solenoid valve control (wet armature)
Stacking shield: - Hydraulically height-adjustable with pressing function - Cable roll adapts to height - Lifting capacity at leveller: 14kN - Shield width approx. 1100 mm - K 50 attachment jaw and combination bolt (ball-type design)
Swivel pulley with cable brake
Hydraulic cable winch, 72 kN tractive force
Prerequisite: Performance hydraulics
Worm gear drive: power transferred to the cable drums using hydraulically operated multi-plate clutches
Force 72 kN
Cable capacity 90 m x 12 mm
Average cable speed (hydr.) 0.40 m/s
Multi-plate brake
Sintered disc clutch
Electr. solenoid valve control (wet armature)
Stacking shield: - Hydraulically height-adjustable with pressing function - Cable roll adapts to height - Lifting capacity at leveller: 14kN - Shield width approx. 1100 mm - K 50 attachment jaw and combination bolt (ball-type design)
Hydraulic cable winch, 72 kN tractive force with cable infeed brake
Prerequisite: Performance hydraulics
Worm gear drive: power transferred to the cable drums using hydraulically operated multi-plate clutches
Force 72 kN
Cable capacity 90 m x 12 mm
Average cable speed (hydr.) 0.40 m/s
Multi-plate brake
Sintered disc clutch
Electr. solenoid valve control (wet armature)
Stacking shield: - Hydraulically height-adjustable with pressing function - Cable roll adapts to height - Lifting capacity at leveller: 14kN - Shield width approx. 1100 mm - K 50 attachment jaw and combination bolt (ball-type design)