Precea - telescopic linkage-mounted: 6 or 7 rows – 4.8 m wide frame
Row spacing adjustment in no time at all
The telescopic Precea stands for high flexibility. Row spacings can be changed in no time thanks to the telescopic frame design. There are three different telescopic frame options which enable different row spacings. All the models can also be configured with fertiliser application equipment. Furthermore, it is possible to combine the Precea 4500-2 with a mounted front hopper for fertiliser.
The benefits:
- Operating speed: up to 15 km/h
- Number of rows: 6 or 7
- Row spacings: 45 to 80 cm
- Fertiliser hopper: CC models 950 or 1,250 l – FCC models 1,600 or 2,200 l
Single and 2-stage telescopic function – transport width 3.3 m* or 3 m
AMAZONE offers two different frame options, one with single and one with 2-fold telescopic function. The frame with single telescopic function is cheaper and has a transport width of 3.3 m*. The 2-stage telescopic frame has a transport width of 3 m. The unique bearing concept, with maintenance-free bearings, ensures a long service life and makes retracting and extending the frame particularly convenient.
* Country-specific road traffic regulations apply and must be complied with, meaning that special approval may be required.
Variable telescopic frame – telescopic precision
The variable telescopic frame allows flexible and convenient adjustment of the row spacing to suit different crops. Different row spacings are therefore a problem of the past. The Precea frame is limited just to the essentials. For example, the telescopic frame offers real operational comfort. Extend the frame at the press of a button quickly, reliably and conveniently either out or back together.
Different guide wheel options
The Precea 4500 and 4500-2 have two guide wheel options which can be mounted ahead of, or in between, the seeding units. Support wheels in front of the mounting frame offer the full spectrum of row spacing, however, the very compact option of between the seeding units impresses with a clearly reduced lifting power requirement.