Mitsubishi Electric FR-A700 Instruction Manual page 479

Parameter
Setting
Terminal Function
Source Sink
Logic Logic
7 107 RBP
8 108 THP
10 110 PU
11 111 RY
12 112 Y12
13 113 Y13
14 114 FDN
15 115 FUP
16 116 RL
17 — MC1
18 — MC2
19 — MC3
20 120 BOF
25 125 FAN
26 126 FIN
27 127 ORA
28 128 ORM
30 130 Y30
31 131 Y31
32 132 Y32
Tab. 6-86: Output terminal function assignment (2)
FR-A700 EC
Regenerative brake prealarm
Electronic thermal relay function
prealarm
PU operation mode
Inverter operation ready
Output current detection
Zero current detection
PID lower limit
PID upper limit
PID forward/reverse rotation
output
Commercial power-supply
switchover MC1
Commercial power-supply
switchover MC2
Commercial power-supply
switchover MC3
Brake opening request
Fan fault output
Heatsink overheat prealarm
Orientation in-position
Orientation error
Forward rotation output
Reverse rotation output
Regenerative status output
Function assignment of external terminals
Operation
Output when 85% of the
regenerative brake duty set in
Pr. 70 is reached.
Output when the electronic
thermal relay function cumu-
lative value reaches 85%.
(Electronic thermal relay
function protection (E.THT/
E.THM) activates, when the
value reached 100%.)
Output when the PU opera-
tion mode is selected.
Output when the inverter can
be started by switching the
start signal on or while it is
running.
Output when the output cur-
rent is higher than the Pr. 150
setting for longer than the
time set in Pr. 151.
Output when the output
power is lower than the Pr.
152 setting for longer than the
time set in Pr. 153.
Output when the feedback
value falls below the lower
limit of PID control.
Output when the feedback
value rises above the upper
limit of PID control.
Output when forward rotation
is performed in PID control.
Used when the commercial
power supply-inverter switch-
over function is used.
Output to open the brake
when the brake sequence
function is selected.
Output at the time of a fan
fault.
Output when the heatsink
temperature reaches about
85% of the heatsink overheat
protection providing
temperature.
When orientation is valid
Output when the motor is run-
ning in forward direction.
Output when the motor is run-
ning in reverse direction.
Output in the regenerative
status under vector control
operation.
Related Parame- Refer to
ters Page
Pr. 70 6-247
Pr. 9 6-216
Pr. 79 6-415
— 6-303
Pr. 150, Pr. 151 6-312
Pr. 152, Pr. 153 6-312
Pr. 127–Pr. 134,
6-488
Pr. 575–Pr. 577
Pr. 135–Pr. 139,
6-502
Pr. 159
Pr. 278–Pr. 285,
6-261
Pr. 292
Pr. 244 6-526
— 7-14
Pr. 350–Pr. 366,
Pr. 369, Pr. 393, 6-266
Pr. 396–Pr. 399
— 6-306
6 - 299