TG63
The CHCNAV TG63 is an automatic 3D grade control system for
motor graders designed to improve the quality and efficiency of grading
operations. The high-precision dual-GNSS positioning system and inertial sensor
featuring the GR-Tech technology provide reliable 3D positioning and heading to
control the motor grader blade, regardless of the machine's position and site
conditions. Real-time automatic control of the blade to design the surface
allows finished grading accuracy to be achieved in less time and increases
efficiency and productivity by eliminating the need for manual staking.
The 10.1-inch industrial touch screen keeps the system
operating at the operator's fingertips. The GradeNav software provides complete
and user-friendly control to the machine operator. Detailed displays of
job information, including project configuration, cut and fill data, and
geofencing areas, are always accessible at a glance. For added safety, an
optional rear camera is available to provide the operator with an even broader
view of the job site.
By breaking the price barrier, the TG 63 provides
construction companies of any size with a complete, integrated solution for
grading operations that allows the work to be done faster, delivering better
results with overall data consistency and less rework.
+/- 2 CM GRADING ACCURACY
High-dynamic positioning with Dual GNSS+INS
The CHCNAV's GR-Tech technology combines dual GNSS satellite
positioning with inertial navigation to ensure ultimate accuracy in driving the
grader blade to within ±2 cm, regardless of the machine's position. The
multi-band GNSS sensor supports multiple correction sources, including RTK
NTRIP and UHF base station, to match your operating conditions. In addition,
the high-response valve module, with multiple pressure relief plugs, adjusts
the blade position to maintain the efficiency of grading; this ensures that the
fine-grade accuracy requirements of earthmoving operations are met at all
times, and only the correct quantity of soil or other material is moved.
