YASKAWA VS-656MR5

3.4 Wiring Control Circuit Signals
3 -27
51CN 5CN, 52CN
34 +24VIN 33 — 34 — 33 +24VIN
32 /EXT1 31 ESP0 32 ESP0 31 /EXT1
30 /EXT2 29 ALM± 30 ALM± 29 /EXT2
28 ESP1 27 ALMC 28 ALMC 27 ESP1
26 CONFLT 25 CONRDY 26 CONRDY 25 CONFLT
24 CONRST 23 AXRUN 24 AXRUN 23 CONRST
22 +24V 21 +24V 22 +24V 21 +24V
20 +24V 19 +24V 20 +24V 19 +24V
18 +24V 17 +24V 18 +24V 17 +24V
16 +24V 15 +24V 16 +24V 15 +24V
14 0V 13 0V 14 0V 13 0V
12 0V 11 0V 12 0V 11 0V
10 0V 9 0V 10 0V 9 0V
8 0V 7 0V 8 0V 7 0V
6 *S 5 BAT+ 6 BAT+ 5 *S
4 S 3 BAT− 4 BAT− 3 S
2 0V 1 0V 2 0V 1 0V
1CN
P
+
P
+
6CN (for stand-alone drives)
36
MNTR2 18 0V
N
N
50 LM 25 0VCOM
35 MNTR1 17 SS
N
N
−−
49 0V 24 0VCOM
34 VCC 16 *PBO
5CN
51CN/52CN
48 0V 23 24VCOM
33 0VCOM 15 PBO 47 SM 22 24VCOM
32 24VCOM 14 *PAO
CHARGE
CHARGE
4CN
46 TALM 21 EXTCOM0
31 EXTCOM 13 PAO
8
CHARGE
8
CHARGE
4CN
6CN
45 FLTCOM 20 EXTCOM0
30 D12 12 *PCO
P1
8
8
P1
1CN
44 FLTNC 19 EXTCOM0
29 D11 11 PCO
N1
N1
1CN
43 FLTNO 18 MGR
28 D10 10 BAT+
1CN
42 COM1 17 LGR
27 D9 9 BAT−
1CN
2CN
8CN
41 FLTL 16 ORT
26 D8 8 ALMC 40 CHWE 15 PPI
25 D7 7 ALM−
3CN
39 ORE 14 CHW
24 D6 6 ALM+
3CN
38 ORG 13 RST
23 D5 5 ESP1
9CN
10CN
37 TLE 12 SSC(SV)
22 D4 4 ESP0
9CN
1
0
C
N
36 TDET 11 TLL(INC)
21 D3 3 /EXT2 35 SDET 10 TLH
20 D2 2 /EXT1 34 AGR 9 REV
19 D1 1 +24VIN 33 ZSPD 8 FWD
Converter
Inverter
32 — 7 EMG
2CN
Converter Inverter
31 — 6 RDY
20 — 10 +24V 30 COM2 5 DAS
19 *PB 9 THSB 29 FC3 4 0V
18 PB 8 THSA 28 FC2 3 SCOM
17 *PA 7 SS 27 FC1 2 SS
16 PA 6 +5V 26 FC0 1 +15V
15 *PC 5 +5V
14 PC 4 +5V
4CN
(
for NC s
y
stems
)
13 CA2 3 0V
4CN
(for
NC
systems)
12 CA1 2 0V
3SH 8SH
11
CC 1 0V
3
SH
5
8
FG
SH
2
S
5
7
FG
S
2
S
4
7
R
S
1
*S
4
6
R
*S
1
S
6
S
Note: Terminal arrangement is as when the connectors on the PC board are viewed from the front of the unit.
Fig 3.18 Terminal Arrangement of Control Signal Connector
3