Zapi ACE3 - Page 60

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SPECIAL ADJUST.
Parameter
Allowable
range
Description
SAFETY LEVEL
(T, TM, P, CO)
0 ÷ 3 This parameter defines the safety level of the controller, i.e. the
functionality of the supervisor microcontroller.
0 = supervisor µC does not check any signal.
1 = supervisor µC checks the inputs and the outputs.
2 = supervisor µC checks the inputs and the motor set-point.
3 = supervisor µC checks the inputs, the outputs and the motor set-
point.
RS232 CONSOLLE
(A)
OFF ÷ ON This parameter enables or disables the console to change settings.
Reserved.
NOTE: only Zapi technicians can change this value.
ID CANOPEN OFST
(CO)
0 ÷ 56
(by steps of 8)
This parameter defines the offset of the CANopen frame IDs.
2ND SDO ID OFST
(A)
0 ÷ 126
(by steps of 2)
This parameter defines if another SDO communication channel has to be
added. Specify an ID offset different from 0 in order to enable the
channel.
VDC START UP LIM
(T, TM, P, CO)
0% ÷ 255%
(by 1% steps)
This parameter defines the battery voltage (as percentage of the nominal
voltage) above which delivered power is reduced in order to avoid an
overvoltage condition during braking.
VDC UP LIMIT
(T, TM, P, CO)
0% ÷ 255%
(by 1% steps)
This parameter defines the battery voltage (as percentage of the nominal
voltage) above which the inverter stops and gives a LOGIC FAILURE #1
alarm in order to avoid a damaging overvoltage condition.
VDC START DW LIM
(T, TM, P, CO)
0% ÷ 255%
(by 1% steps)
This parameter defines the battery voltage (as percentage of nominal
voltage) below which delivered power is reduced in order to avoid an
undervoltage condition (typically during accelerations with low battery).
VDC DW LIMIT
(T, TM, P, CO)
0% ÷ 255%
(by 1% steps)
This parameter defines the battery voltage (as percentage of nominal
voltage) below which the inverter stops and gives a LOGIC FAILURE #3
alarm in order to avoid an uncontrolled shutdown due to an undervoltage
condition.