Drive Amplifier SD4S
5
Drive Amplifier SD4S
5.1
Connection Examples
0
0SD4S
Rinternal: bridge 5 and 6
or
Rexternal: between 4 and 6
CANopen
Modbus RTU
Terminal
Power
supply
24 V
GND
R
X90
Encoder
extension
1
...
VCC_FB
GND
Signals_FB
PC
X11
Ethernet
10/100 Mbit
X10
RS232/485/CAN
2
1
External
control
I/O
-Drehzahl Null
OUT0
...
OUT4 -...
Pulse OUT
A4
IN8 -...
...
X70
X_SAFE_A
24 V
6
DC+
Rint
Rext
R
ex
te
rn
al
Th
Enable operation
B2
A2
B1
AIN-
GND
X12
Inputs/Outputs
VREF_10V
B3
Main contactor
N
L
PE
1
2
3
Motor
X51
PE
W
V
U
PE
W
V
M
Different
feedback
systems
Encoder 1
X6
F
The fuses must be adapted to
the used device.
GND
A1
OUT1+
Switch on
R
ϑ
3~
AC input
X32
Logic
supply
Ballast
resistor
X33
L
N
PE
X50
Motor temp.
Thermo_In-
Parameterization
Initial operation
Modbus TCP
A1
X_SAFE_0V
X_SAFE_OK1
GND
X_SAFE_OK2
X13/X14
Fieldbus IN/OUT
Ethernet based
(optional)
PLC
etc.
AIN+
OUT1-
OUT2
OUT5
...
B5
B12
...
...
IN8
IN1
GND
AOUT
Analog OUT
Analog IN
Outputs
Inputs
Volt
Controller OK
B4
GND
(optional)
(essential)
Encoder 2
X7
SAFETY
STO
Emulation
Position values
Drive status
U
3
A7
A10
A11
A12
A5
A7
A6
B3
A3
A2
PTC+
PTC-
2
1
4
5
PNOZ
mm0p
GND
SAFE_A
SAFE_B
24 V
SAFE_OK
X_SAFE_B
A5
DC-
Rinternal
Fig. 1: SD4S connection examples
18
Drive System SD4S - Hardware Description