Electric boundary nozzle switching – For environmentally-friendly spray application at the field edge

Elektrische Randdüsenschaltung (5) UX5201_Fendt_d0_kw_4514_d2_171002

Additional nozzle switching
In order to extend the normal working width, an asymmetrical nozzle can also be switched on. This is particularly useful if the distances between tramlines are not precise enough.

Elektrische Randdüsenschaltung (1) Pantera_S33_Grafik-Randduesen_d2_101108
Additional nozzle switching

Boundary nozzle switching
For precision border spraying between two sensitive crops, the boundary nozzles can be used to make sure the spray pattern is accurately defined.

Elektrische Randdüsenschaltung (2) Pantera_S33_Grafik-Randduesen_d0_20150112
Boundary nozzle switching

End nozzle switching
If a one metre buffer zone around the edge of the field needs to remain unsprayed due to distance constraints, end nozzle switching can be used.

Elektrische Randdüsenschaltung (3) Pantera_S33_Grafik-Randduesen_d2_101108_2
End nozzle switching

Outer part-width section switched off - DUS active
Direct electric control of the boundary nozzles. Every nozzle body is integrated in the DUS circulation!

Elektrische Randdüsenschaltung (4) Pantera_S33_Grafik-Randduesen_d2_281015
Outer part-width section switched off - DUS is active

The plant protection sector will have to change in the future

The plant protection sector will have to change in the future. Plant protection is an important part of agriculture in securing high yields and optimum quality. Due to the increasing world population, both factors play an enormous role in securing food supply.