Lenze 8600 series - Adjustment of Analog Inputs

:ode
:005
lame
:onfiguration Open-loop control, unipolar,
Open-loop control, bipolar with additional
setpoint
‘arameter (Fectory sefting is printed in hold)
O-
l-
2-
ll-
13-
14-
Open-loop control with digital frequency
and additional setpoint
Closed-loop control with analog
act. value
Closed-loop control with
incremental encoder act. value
Closed-loop control with digital
frequency
setpoint via X8 and Incremental encoder
act. value via X5
15-
20-
21-
201-
202-
Closed-loop control with digital frequency
setpoint via X5 and incremental
encoder act. value via X8
Torque control
Frequency setpoint via terminal 8
Additional setpoint terminals 1/2
Torque setpoint terminals 3/4
Torque control
Frequency setpoint via X5
Additional setpoint terminals 1/2
Torque setpoint terminals 314
Dancer-Position controller
with diameter detection
Frequency setpoint via term. 8 (bipolar)
Act. value diameter terminals 1/2 (bipolar)
Act. value dancer terminals 3/4
Dancer-Position controller
with diameter detection
Frequency setpoint via X5
Act. value diameter terminals 1/2
Act. value dancer terminals 3/4
zceptance
SH + PRG]
10.3 Adjustment of analog inputs
Offset and gain of the analog inputs must be set according to
chapter 3.6.
In this configuration, terminals 3 and 4 act as input of the torque
setpoint. Depending on the maximum input voltage, a suitable
switch combination must be set on the switch group Sl. The switch
group Sl is set such that a maximum input voltage of 120V is
expected at terminals 3 and 4.
This switch group is located at the 1.h.s. of the 8602MP (board with
control terminals). For setting, remove the cover of the frequency
controller.
rermi-
ial
17 2
Switch Position Use
Setpoint 2
Setpoint - torque
Setpoint - torque
Setpoint - torque
Setpoint - torque
Setpoint - torque
LevellResolutlon
.l ov to +l ov
12 bit + sign
-1 ov to +l ov
12 bit + sign
-30v to +3ov
12 bit + sign
-60V to +6OV
12 bit + sign
-90v to +9ov
12 bit + sign
-12ov to +12ov
12 bit + sign
124