
Parameters
10-
17
10
L1-01
Motor
protection selection
1
L7-03
Forward
regenerative torque limit
200
L1-02
Motor
protection time constant
1.0
L7-04
Reverse
regenerative torque limit
200
L1-03
Alarm
operation selection during
motor
overheating
3
L8-01
Protect
selection for internal DB
resistor
0
L1-04
Motor
overheating operation selec-
tion
1
L8-02
Overheat
pre-alarm level
95
L1-05
Motor
temperature input filter time
constant
0.20
L8-03
Operation
selection after overheat
pre-alarm
3
L2-01
Momentary
power loss detection
0
L8-05
Input
open-phase protection selec-
tion
0
L2-02
Momentary
power loss ridethru
time
0.1
*6
L8-07
Output
open-phase protection
selection
0
L2-03
Min.
baseblock time
0.1
L8-09
Ground
protection selection
1
L2-04
Voltage
recovery time
0.3
L8-10
Cooling
fan control selection
0
L2-05
Undervoltage
detection level
190
*7
L8-11
Cooling
fan control delay time
60
L2-06
KEB
deceleration time
0.0
L8-12
Ambient
temperature
45
L2-07
Momentary
recovery time
0
*11
L8-15
OL2
characteristics selection at
low
speeds
1
L2-08
Frequency
reduction gain at KEB
start
100
L8-18
Soft
CLA selection
1
L3-01
Stall
prevention selection during
accel
1
N1-01
Hunting-prevention
function selec-
tion
1
L3-02
Stall
prevention level during accel
120
N1-02
Hunting-prevention
gain
1.00
L3-03
Stall
prevention limit during accel
50
N2-01
Speed
feedback detection control
(AFR)
gain
1.00
L3-04
Stall
prevention selection during
decel
1
N2-02
Speed
feedback detection control
(AFR)
time constant
50
L3-05
Stall
prevention selection during
running
1
N2-03
Speed
feedback detection control
(AFR)
time constant 2
750
L3-06
Stall
prevention level during run-
ning
120
N3-01
High-slip
braking deceleration fre-
quency
width
5
L4-01
Speed
agreement detection level
0.0
N3-02
High-slip
braking current limit
150
L4-02
Speed
agreement detection width
2.0
N3-03
High-slip
braking stop dwell time
1.0
L4-03
Speed
agreement detection level
(+/-)
0.0
N3-04
High-slip
braking OL time
40
L4-04
Speed
agreement detection width
(+/-)
2.0
o1-01
Monitor
selection
6
L4-05
Operation
when frequency refer-
ence
is lost
0
o1-02
Monitor
selection after powerup
1
L4-06
Frequency
reference for loss of fre-
quency
reference
80.0
o1-03
Frequency
units of reference set-
ting
and monitor
0
L5-01
Number
of auto restart attempts
0
o1-05
LCD
brightness
3
L5-02
Auto
restart operation selection
0
o2-01
LOCAL/REMOTE
key enable/dis-
able
1
L6-01
Torque
detection selection 1
0
o2-02
STOP
key during control circuit
terminal
operation
1
L6-02
Torque
detection level 1
150
o2-03
Parameter
initial value
0
L6-03
Torque
detection time 1
0.1
o2-04
kVA
selection
0
*6
L6-04
Torque
detection selection 2
0
o2-05
Frequency
reference setting
method
selection
0
L6-05
Torque
detection level 2
150
o2-06
Operation
selection when digital
operator
is disconnected
0
L6-06
Torque
detection time 2
0.1
o2-07
Cumulative
operation time setting
0
L7-01
Forward
drive torque limit
200
o2-08
Cumulative
operation time selec-
tion
0
L7-02
Reverse
drive torque limit
200
o2-09
Factory
use
-
Table 10.1 Parameters (Continued)
No.
Name
Fac-
tory
Setting
Set-
ting
No.
Name
Fac-
tory
Setting
Set-
ting
Summary of Contents for SYSDRIVE 3G3RV
Page 1: ...USER S MANUAL SYSDRIVE 3G3RV High function General purpose Inverters Cat No I532 E1 1...
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