TECO JSDG2S Series - Page 294

5-169
When Hall’s signal is used, and the signal is an open collector output, the sample wiring diagram is as
follows:
U
NFB
FG
C
N
3
PC
USB
PC
P1
P
Regenerative
resistance
V
W
FG
Optical scale
Linear
motor
C
N
2
35
36
37
38
39
40
Driver content
Pulse/CW/A Phase (+)
14
15
16
17
R3
R3
R
S
T
s, 0V
Power filter
R
S
T
FG
Divided output A phase
PA
/PA
PB
/PB
PZ
/PZ
Pulse
/Pulse
Sign
/Sign
Connect the isolation cable
to the ground terminal
(connect to the outer case)
Pulse/CW/A Phase (-)
Sign/CCW/B Phase (+)
Sign/CCW/B Phase (
-)
Divided output/A phase
Divided output B phase
Divided output/B phase
Divided output/Z phase
Divided output Z phase
r, 24V
Control power
43
44
Z0
DOCOM
R4
+Vc
18
19
20
21
22
23
24
25
DC24V
45
LO AD
LO AD
LO AD
LO AD
LO AD
LO AD
LO AD
LO AD
DO -1
DO -2
DO -3
DO -4
DO -5
DO -6
DO -7
DO -8
IG24
48
IP24
1
R1
R1
R1
R1
R1
R1
R1
R1
R1
2
3
4
5
6
7
8
9
48
IG24
DC 24V
47
45
IP24
DICOM
+24V pow er ou tp ut
DI power shared terminal
R1
10
DI-10
R1
11
DI-11
R1
12
DI-12
HallSensor’sUdirection
+24V pow er ground t ermin al
HallSensor’s V direction
HallSensor’s W direction
Linear motor Hall signal
open collector signal type
Open Collector
+5V、0V、A、/A、B、/B、Z、/Z
U
V
W0V
5V
DC
5V
29
Analog signal ground terminal
R2
26(27)
Analog temperature signal
SIC(TIC)
AG
If used with Hall’s signal, Hall’s signal must be an open collector output circuit; connect the Hall U
phase, V phase and W phase signal to any of the 3 pins between DI1~DI12. For example, when
connecting to DI10~DI12 of CN1, multifunction input contact function Hn610~Hn612 must be set
Hn610 = H0122
Hn611 = H0123
Hn612 = H0124