XPSAF5130P SQUARE D, XPSAF5130P Datasheet - Page 155

• Manufacturer Part Number: XPSAF5130P
• Description: SAFETY RELAY 300V 2.5A PREVENTA
• Manufacturer: SQUARE D

Specifications of XPSAF5130P

• Contact Current Max: 30mA
• Contact Voltage Dc Nom: 24V
• Contact Configuration: 3NO
• Relay Mounting: DIN Rail
• External Height: 66mm
• External Width: 114mm
• External Depth: 22.5mm
• Rohs Compliant: Yes

10
10
1
1
2
2
3
3
4
4
5
5
6
6
7
7
8
8
9
9
Wiring diagrams
a
+
0 V
S8: Operating modes:
0 - stop,
1 - adjust,
2 - jog.
(1) Technical characteristics for maximum rating of fuses, see page 2/122.
(2) Only applicable to XPSMC32Zp (I17…I32).
(1) Not used.
Presentation:
page 2/118
Emergency stop
Adjust mode
Jog mode
Automatic mode
Hydraulic pump (1)
Opening command
Closing command (1)
Safety device
OT
NWK (1)
UT
Closing valve (1)
Opening valve (1)
Closing + Opening valve (1)
Output - opening
Output - closing
Overtravel OK
N
2/154
Hydraulic press
Category 4 conforming to standard EN 954-1.
Wiring diagram
Functional diagram
Hydraulic press, adjust mode
24 V
230 V
(1)
F1
A1
A2
C8
T
C7 C6 C5 C4 C3 C2 C1
24 V
5 V
Logic
AUF = open, to be used in inching.
OT = Limit switch associated with top dead center (TDC).
UT = Limit switch associated with bottom dead center (BDC).
NWK = overtravel monitoring.
Characteristics:
page 2/122
GND
Key
(continued)
GND
µC 1
µC 2
0
B3
B2
B1
GND
A
A
A
(2)
+
–
+
–
+
–
I1
1
I17
command
K0
Chnl. 1
Chnl. 2
I2
Closing
I18
Y1
I3
O1
I19
S1
Closing
I4
Safety automation system solutions
Preventa™ configurable safety controllers
Type XPSMC
References:
page 2/124
AUF
Chnl. 1
Chnl. 2
S9
S2
I20
I5
Opening
command
OT
XPS MC
Y2
S3
I21
O2
I6
UT
Opening
S4
I22
Chnl. 1
Chnl. 2
I7
NWK
I23
S5
Y3
I8
O3
I24
Closing
+
Opening
Sub-D 9
I9
Emer.
stop
KM1
Kx
Chnl. 1
Chnl. 2
S3
I25
I10
Dimensions:
page 2/125
I26
Ter
I11
O4
Chnl. 1
Chnl. 2
S4
2H
I27
H1
I12
I28
Overtravel
OK
O5
X1
X2
I13
Chnl. 1
Chnl. 2
S5
2H
I29
I14
I30
O6
I15
I31
K1
K2
I16
Wiring Diagrams:
page 2/126
S8
KM1
I32
0
13
14 24
1 2
OFF-Stop
ON-Run
23
K3
K4
FM1
SM1
SM2
H1
a
34 44
33 43
(1)
F2
+
KM1
230 V
24 V
0 V
N