Mitsubishi Electric FR-E800 Series Instruction Manual page 295

Setting
Positive Negative
logic logic
12 112 Y12
13 113 Y13
14 114 FDN
15 115 FUP
16 116 RL
20 120 BOF
25 125 FAN
26 126 FIN
30 130 Y30
31 131 Y31
32 132 Y32
33 133 RY2
34 134 LS
35 135 TU
39 139 Y39
40 140 Y40
41 141 FB
44 144 RUN2
45 145 RUN3
46 146 Y46
47 147 PID
294
12. (M) Item and Output Signal for Monitoring
12.6 Output terminal function selection
Signal
Function
name
Output current detection
Zero current detection
PID lower limit
PID upper limit
PID forward/reverse
rotation output
Brake opening request
Fan fault output
Heat sink overheat pre-
alarm
Forward rotation output
(output for a Vector
control compatible
*2
option)
Reverse rotation output
(output for a Vector
control compatible
*2
option)
Regenerative status
output (output for a Vector
control compatible
*2
option)
Operation ready 2
Low speed detection
Torque detection
Start time tuning
completion
Trace status
Speed detection
Inverter running 2
Inverter running and start
command ON
During deceleration at
occurrence of power
failure
During PID control
activated
Operation
Output when the output current is higher
than the Pr.150 setting for the time set in
Pr.151 or longer.
Output when the output current is lower than
the Pr.152 setting for the time set in Pr.153
or longer.
Output when the input value is lower than
the lower limit set for the PID control
operation.
Output when the input value is higher than
the upper limit set for the PID control
operation.
Output during forward rotation operation in
the PID control operation.
Output to release the brake while the brake
sequence function is enabled.
Output when a fan fault occurs.
Output when the heat sink temperature rises
to 85% of temperature at which the
protective function of the Heat sink overheat
is activated.
Output while a motor rotates in forward
direction.
Output while a motor rotates in reverse
direction.
Output while a motor is in a regenerative
braking state under Vector control.
Output while pre-excitation is enabled or
during normal operation under Real
sensorless vector control, Vector control, or
PM sensorless vector control.
Output when the output frequency drops to
the Pr.865 setting or lower.
Output when the motor torque is higher than
the Pr.864 setting.
Output when the start-time tuning complete. Pr.95, Pr.574
Output during trace operation.
Output when the actual motor rotations per
minute (estimate) reaches the setting of
Pr.42.
Output while the Forward rotation command
signal or Reverse rotation command signal
is ON. Output during deceleration even
while the Forward rotation command signal
or Reverse rotation command signal is OFF
Output while the inverter is running or while
the start command signal is ON.
Output when the power-failure deceleration
function is activated.
(The signal output is retained until the
function stops.)
Output during the PID control operation.
Related
Refer to page
parameter
Pr.150, Pr.151 304
Pr.152, Pr.153 304
Pr.127 to
Pr.134, Pr.575 380
to Pr.577
Pr.278 to
370
Pr.285, Pr.292
Pr.244 245
Instruction
— Manual
(Maintenance)
299
— 299
299
— 296
Pr.865 301
Pr.864 306
362
Pr.1020,
Pr.1022 to 418
Pr.1047
Pr.42 301
— 296
— 296
Pr.261 414
Pr.127 to
Pr.134, Pr.575 380
to Pr.577