User Manual

Table Of Contents
TIC LEXION 500 Electric System
03/05 Lex-e-09a 09a-3
Description of function:
Rotor variable-speed drive To change the rotor speed, the road travel activation switch S52 and the
main drive switch (threshing mechanism clutch) S25 must be actuated.
A CAN bus signal is transmitted to the rotor module A38 by the +/-
pushbuttons (T19/T26) provided that the function pre-selection rotary
switch (T11) is set to the rotor position. The rotor module
A
38 controls the
corresponding solenoid coils (Y98/Y99).
The master valve (Y77) is also actuated via the CAN bus and the ground
drive hydraulic motor brake restrictor (HBM) A45 in parallel with the rotor
fast solenoid coil (Y99) because this function requires that pressure is
built up in the system.
The rotor module (A38) ensures the actuation of the solenoid coils
(Y98/Y99) and in parallel with this, the actuation of the master valve (Y77)
via CAN bus and the ground drive hydraulic motor brake restrictor (HBM)
A45 during the automatic crop selection.
The speed monitor module (DZW) A12 reads in the rotor speed actual
value via the rotor speed sensor B24 during automatic crop selection.
Rotor speed display The speed monitor module (DZW) A12 reads in a signal from the rotor
speed sensor B24. The speed monitor module (DZW) A12 converts this
signal and displays it on terminal A30 via the CAN bus.
Rotor flap adjustment To adjust the rotor flaps, the road travel activation switch S52 and the
main drive switch (threshing mechanism clutch) S25 must be actuated.
The control unit of the flaps on the rotor concaves is actuated by the rotor
concave cover switch S97. The signals from the rotor concave cover
switch S97 are transmitted to the fieldwork computer module (BIF/CAB)
A10. The fieldwork computer module (BIF/CAB) A10 converts these
signals into a corresponding CAN bus command to the rotor module A38.
This module controls the rotor flap adjustment motor M28 until the set
position selected at the rotor concave cover switch S97 corresponds to
the actual position detected by the integrated rotor flap potentiometer
R40.