Inovance MD800 Series - Page 470

Function Applications
-469-
Setpoint
Function
Description
22
Accumulative power-on
time reach
The terminal outputs an "active" signal when the accumulative power-
on time of the AC drive (F7-12) exceeds the value of F8-19 (accumulative
power-on time reach).
23
Accumulative running
time reach
The terminal outputs an "active" signal when the accumulative running
time of the AC drive exceeds the value of F8-20 (accumulative running
time threshold).
24
Current running time
reach
The terminal outputs an "active" signal when the current operation time
of the AC drive exceeds the value of F8-57 (current running time
threshold).
25 Zero current state
The DO/RO terminal outputs an "active" signal when the output current
of the AC drive is within the zero-current range for longer than F8-39
(zero current detection delay). The zero current detection range is 0 to
(F8-38 x F1-03).
26
Current 1 reach output
The DO/RO terminal outputs an "active" signal when the output current
of the AC drive is within the detection range of F8-42 (detection level of
current 1). The current detection range is (F8-42–F8-43) x F1-03 (rated
motor current) to (F8-42+F8-43) x F1-03.
27
Current 2 reach output
The DO/RO terminal outputs an "active" signal when the output current
of the AC drive is within the detection range of F8-44 (detection level of
current 2). The current detection range is (F8-44–F8-45) x F1-03 (rated
motor current) to (F8-44+F8-45) x F1-03.
28
IGBT temperature reach
The terminal outputs an "active" signal when the IGBT heatsink
temperature (F7-07) reaches the value of F8-51 (IGBT temperature
reach).
29
Reference count value
reach
The terminal outputs an "active" signal when the count value reaches
the value of Fb-08.
30
Designated count value
reach
The terminal outputs an "active" signal when the count value reaches
the value of Fb-09.
31
Length reach
The terminal outputs an "active" signal when the detected actual length
exceeds the value of Fb-05.
32
Frequency limit reach
The terminal outputs an "active" signal when the frequency reference
exceeds the frequency upper or lower limit, and the output frequency of
AC drive reaches the upper or lower limit.
33
Torque limit reach
The terminal outputs an "active" signal when the output torque of the
AC drive reaches the toque limit in speed control mode.
34
AI1 input limit exceeded
The terminal outputs an "active" signal when the AI1 input is higher than
the value of F8-49 (AI1 input voltage upper limit) or lower than the value
of F8-50 (AI1 input voltage lower limit).
35 AI1 > AI2
The terminal outputs an "active" signal when the AI1 input is higher than
the AI2 input.
36
PLC cycle completed
The terminal outputs a pulse signal with a width of 250 ms when the
simple PLC completes one cycle.
37
Communication control
Whether the terminal is active or inactive is determined by the setpoint
in communication address 0x2001.
38 STO-EDM
The DO terminal outputs an "active" signal when STO is triggered.
40
Running at zero speed (no
output at stop)
The terminal outputs an "active" signal when the output frequency of
the AC drive is 0 during running. When the AC drive stops, the signal
becomes "inactive".
41
Running at zero speed
(output at stop)
The terminal outputs an "active" signal when the output frequency of
the AC drive is 0 during running. When the AC drive stops, the signal is
still "active".