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When the drive meets the energy consumption braking condition, it outputs a valid signal. See parameter F10.14 [Energy Brake Enable] for details.
25: Reserved
26: Emergency stop
When the drive is in the emergency stop state, a valid signal is output.
27: Load pre-alarm output 1
When the drive is running, in the VF control mode, the motor output current is used as the load warning ˆ break value; in the vector control mode, the motor
output torque is used as the load warning judgment value, and the load warning judgment value is compared with the load warning detection level to
determine whether Output a valid signal. See parameter F10.32~F10.34 [Load warning detection setting, load warning detection level 1, load warning
detection time 1].
28: Load pre-alarm output 2
When the drive is running, in the VF control mode, the motor output current is used as the load warning ˆ break value; in the vector control mode, the motor
output torque is used as the load warning judgment value, and the load warning judgment value is compared with the load warning detection level to
determine whether Output a valid signal. See parameter F10.32 [Load warning detection setting], F10.35~F10.36 [load warning detection level 2, load
warning detection time 2].
29: Reserved
30: RS485 given
Through RS485 communication (0x3018/0x2018) setting, BIT0 bit corresponds to Y output, BIT1 corresponds to relay 1 output, and BIT2 bit corresponds
to relay 2 output.
31: Drive overheat warning
When the motor temperature detected by the expansion card reaches F10.25 [drive overheating oH1 warning detection level], a valid signal is output.
32: Expansion card temperature reaches output
When the motor temperature detected by the expansion card reaches F10.27 [Motor overheat alarm level], a valid signal is output.
33: Reserved
34: Run pause output
The valid signal is output when the drive is in the running pause output state.
35: Torque limit
When the drive is in the torque limit state, a valid signal is output.
36: speed limit
When the drive is in the speed limit state, a valid signal is output.
37: Comparator 1
When the value of the monitoring item set by F06.50 [Comparator 1 monitor selection] is within the range of F06.51 [Comparator 1 upper limit] and F06.52
[Comparator 1 lower limit], a valid signal is output.
38: Comparator 2
When the value of the monitoring item set by F06.55 [Comparator 2 monitor selection] is within the range of F06.56 [Comparator 2 upper limit] and F06.57
[Comparator 2 lower limit value], a valid signal is output.
39: Reserved
F06.30: Multi-function output terminal delay time
Code (Addr.)
Name
F06.25
(0x0619)
Y terminal ON delay time
RUN
F06.26
Relay 1 terminal ON delay
(0x061A)
time
RUN
F06.29
(0x061D)
Y terminal OFF delay time
RUN
F06.30
Relay 1 terminal OFF delay
(0x0619)
time
RUN
F06.4x group: frequency detection
It is used to set the signal such as frequency coincidence and frequency arrival to the multi-function output terminal.
The drive contains two sets of frequency detection judgment parameters.
The output frequency is detected as shown below:
Content
V/F SVC
Set the delay time for the Y terminal to switch from OFF to ON
V/F SVC
Set the delay time for the Y terminal to switch from OFF to ON
V/F SVC
Set the delay time for the Y terminal to switch from ON to OFF
V/F SVC
Set the delay time for the Y terminal to switch from ON to OFF
Frequency level detection diagram
143
Parameter details
Factory setting
(Setting range)
0.010
(0.000 ~ 60.000s)
0.010
(0.000 ~ 60.000s)
0.010
(0.000 ~ 60.000s)
0.010
(0.000 ~ 60.000s)
AC10 Series Frequency Inverter Technical Manual
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