Rotary Crusher GT 135 & 155

GreenTec
GreenTec

STRONG ARGUMENTS:

 

  • Crushes and shreds branches
  • Wide application: grass, hedge, shrubbery, tree stumps and rocky areas
  • Hardox steel
  • Double deck
  • Low maintenance costs
  • Pendant mounting

 

The Rotary Crusher GT 135 and 155 have working widths of 1.35 and 1.55 m (4'5" and 5'1"), respectivelyThe Rotary Crusher GT 135 and 155 cut branches up to 7 cm (2.76") in thicknessThe Rotary Crusher GT 135 and 155's maximum driving speed is 5 km/h (3.11 mph)The Rotary Crusher GT 135 and 155 weigh 410 and 460 kg (904 and 1014 lb), respectively

 

Hydraulic Brush Cutter for Excavator and Tractor

 

The Rotary Crusher GT 135 & 155 is a series of hydraulic brush cutters specially developed for use in extreme conditions with many stones and tree stumps.

It comes with two cutting systems: chains or blades. The chains are used for mowing grass and shrubs in stony conditions. The blades are used for hedge cutting and grass mowing in normal conditions. Both systems are very robust

 

The brush cutters can be mounted on boom mowers for tractors or excavator arms.

 

 

The Rotary Crusher GT 135 & 155 fits the following GreenTec machines:

 

  GT 135 GT 155
Multi Carrier HXF 2302    
HXF 2802    
HXF 3302    
Boom Mower Scorpion 330 & 430    
Scorpion 530 & 630 Check mark Check mark
Scorpion 730 & 830 Check mark Check mark
TECHNICAL DATA GT 135 GT 155
Working width 1.35 m
(4'5")
1.55 m
(5'1")
Branch thickness up to 7 cm
(2.76”)
7 cm
(2.76”)
Driving speed up to 5 km/h
(3.11 mph)
5 km/h
(3.11 mph)
Required hydraulic connections 1 x double acting + 1 x drain 1 x double acting + 1 x drain
Minimum oil flow 85 l/min @ 280 bar
(22.5 gpm @ 4061 psi)
85 l/min @ 280 bar
(22.5 gpm @ 4061 psi)
Alternative min. oil flow

110 l/min @ 300 bar
(29.1 gpm @ 4351 psi)

110 l/min @ 300 bar
(29.1 gpm @ 4351 psi)
Weight 410 kg
(904 lb)
460 kg
(1014 lb)

 

 

EQUIPMENT    
Pressure relief valve Standard equipment Standard equipment
Anti-cavitation valve Standard equipment Standard equipment
Hardox body Standard equipment Standard equipment
Optional HD blades or 10 mm (0.39") chains Standard equipment Standard equipment
Continuous duty motor Standard equipment Standard equipment
Pendant mounting Standard equipment Standard equipment
Double deck Standard equipment Standard equipment
Hydraulic quick release Optional equipment Optional equipment
Mechanical quick release Optional equipment Optional equipment
13 mm (0.51”) chains Optional equipment Optional equipment
Chain magazine with chains Optional equipment Optional equipment
110 l/min (29.1 gpm) oil flow Optional equipment Optional equipment
Passive autopilot, parallel suspension Optional equipment Optional equipment

 

 

Standard equipment = Standard equipment

Optional equipment = Optional equipment

Standard Equipment
Anti-cavitation valve
Hardox body
Optional HD blades or 10 mm (0.39") chains
Continuous duty motor
Pendant mounting
Double deck

Optional Equipment
OPTE311
Adapter kit for Twiga incl. fittings and hoses (OPTE311)
OPTE326
Adapter kit for Twiga Flex incl. fittings and hoses (OPTE326)
OPTE400
Hydraulic quick release for Twiga Mid (OPTE400)
OPTE1092.6
Hydr. quick rel. 60HK/SC 6-8S (OPTE1092.6)
OPTE1093.6
Hydr. quick rel. 90HK/SC 6-8P (OPTE1093.6)
OPTE401
Mechanical quick release (OPTE401)
OPTE1195
Mechanical quick release Scorpion 6-8 S&P(OPTE1195)
OPTE402
Hydraulic quick release for Twiga Pro/Flex (OPTE402)
OPTE552/554
13 mm (0.51") chain blades for GT 135 & 155 (OPTE552/554)
OPT553/555
13 mm (0.51") standard HD blades for GT 135 & 155 (OPTE553/555)
OPTE558/558.1
Chain magazine with 10 mm (0.39") chains (OPTE558/558.1)
OPTE559/559.1
Chain magazine with 13 mm (0.51") chains (OPTE559/559.1)
OPTE560/561
Reinforced Hardox body on GT 135 & 155 (SE-model) (OPTE560/561)
OPTE8008
Passive autopilot (OPTE8008)
OPTE8014
110 l/min (29.1 gpm) high oil flow motor (OPTE8014)
9990882 9990882
GT 135 Rotary Crusher
9990883 9990883
GT 155 Rotary Crusher

Cavitation and anti-cavitation:

 

This product comes with an anti-cavitation valve which is used to minimize the risk of cavitation damage in connection with insufficient inlet pressure.

 

 

What is cavitation damage?

 

Cavitation occurs when the pressure drops below the vapor pressure, which will bring the fluid to boil as the boiling point is reduced. Liquid is converted to gas and then the temperature drops and the gas is converted back into compressed liquid again. If the pressure cannot be adjusted continuously, the above process wherein the liquid is converted to gas and back again will be repeated. In the process where gas is converted back into compressed fluid, small implosions that form heat and noise strong enough to erode metal will occur.

 

Cavitation and anti-cavitation valve