Zapi ACE0 2mC, User Manual

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Page – 68/155 AF6ZP0CA – COMBIAC0 & ACE0 2uC – User Manual
ADJUSTMENTS
Parameter Allowable range Description
MIN LIFT DC
(Read Only)
(T, TM, TS, P)
0 V ÷ 25.5 V
(steps of 0.1V)
It records the minimum value of lifting potentiometer when
the lift switch is closed.
See paragraph 9.2.
MAX LIFT DC
(Read Only)
(T, TM, TS, P)
0 V ÷ 25.5 V
(steps of 0.1V)
It records the maximum value of lifting potentiometer when
the lift switch is closed.
See paragraph 9.2.
MIN LOWER
(Read Only)
(T, TM, TS, P)
0 V ÷ 25.5 V
(steps of 0.1V)
It records the minimum value of lower potentiometer when
the lower switch is closed.
See paragraph 9.2.
MAX LOWER
(Read Only)
(T, TM, TS, P)
0 V ÷ 25.5 V
(steps of 0.1V)
It records the maximum value of lower potentiometer when
the lower switch is closed.
See paragraph 9.2.
THROTTLE 0 ZONE
(T, TM, P)
0% ÷ 100%
(steps of 1%)
This parameter defines a dead band in the accelerator
input curve.
See paragraph 9.8.
THROTTLE X1 MAP
(T, TM, P)
0% ÷ 100%
(steps of 1%)
This parameter defines the accelerator input curve.
See paragraph 9.8.
THROTTLE Y1 MAP
(T, TM, P)
0% ÷ 100%
(steps of 1%)
This parameter defines the accelerator input curve.
See paragraph 9.8.
THROTTLE X2 MAP
(T, TM, P)
0% ÷ 100%
(steps of 1%)
This parameter defines the accelerator input curve.
See paragraph 9.8.
THROTTLE Y2 MAP
(T, TM, P)
0% ÷ 100%
(steps of 1%)
This parameter defines the accelerator input curve.
See paragraph 9.8.
THROTTLE X3 MAP
(T, TM, P)
0% ÷ 100%
(steps of 1%)
This parameter defines the accelerator input curve.
See paragraph 9.8.
THROTTLE Y3 MAP
(T, TM, P)
0% ÷ 100%
(steps of 1%)
This parameter defines the accelerator input curve.
See paragraph 9.8.
BAT. MIN ADJ.
(T, TM, P, CO)
-12.8% ÷ 12.7%
(steps of 0.1%)
It adjusts the lower level of the battery discharge table. It is
used to calibrate the discharge algorithm for the battery
used.
See paragraph 9.10.
BAT. MAX ADJ.
(T, TM, P, CO)
-12.8% ÷ 12.7%
(steps of 0.1%)
It adjusts the upper level of the battery discharge table. It is
used to calibrate the discharge algorithm for the battery
used.
See paragraph 9.10.