Tiltrotator 17-22 tonnes
Machine Interface：S60 / Customizable
Tiltrotator Bottom Coupler：S60 / S60
Excavator Weight (T)：17-22 / 17-22
Maximum Breakout Torque (kN)：180 / 180
Weight (kg)：675 / 675
Building Height (mm)：680 / 680
Length (mm)：828 / 828
Maximum Tilt Angle (°)：±45 / ±45
Rotation Angle (°)：360 / 360
Maximum Upper Bracket Width (mm)：340 / 340
Pin Diameter (mm)：60 / 60-80
Pin Distance (mm)：480 / 350-430
Hydraulic Grapper：Optional / Optional
Hydraulic Grapper Weight (kg)：102 / 102
Oil Flow (l/min)：100 / 100
Maximum Pressure (Mpa)：21 / 21
Rotational Torque (kNm)：8.5 / 8.5
Pressure(V)：24 / 24
Control System：Proportional / Proportional
Features
- ±45° tilt for precise grading
- Continuous 360° rotation
- Reinforced structure for higher loads
- Optimized height-to-weight ratio
- Centralized lubrication point
- Integrated heavy-duty gripper option
Proportional Control & Hydraulic Performance
The T22 is a tiltrotator for 17–22 ton excavators, engineered for stable and predictable control under demanding working conditions. The fully proportional control system allows simultaneous tilt and rotation with smooth response, even during continuous operation. As a heavy-duty tilt rotator attachment, the T22 maintains consistent hydraulic performance while reducing pressure spikes and unnecessary stress on the excavator.
Stable Operation in Heavy Working Cycles
Built for mid-to-large excavators, the T22 delivers smooth, balanced movement during repetitive and high-load tasks. Optimized hydraulic flow and calibrated control logic ensure precise response for trenching, grading, and material handling. Its robust design makes the T22 particularly suitable for infrastructure and utility applications, where reliability and long service life are essential.
Application Scenarios
The T22 is a tiltrotator for 17–22 ton excavators commonly used in road construction, utility installation, drainage work, and general infrastructure projects. As a heavy-duty tilt rotator attachment, it performs reliably in tough environments, including urban construction sites and large-scale earthmoving operations, where stability, durability, and precision are required.
