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DOK-SUPPL*-VEP*XX.4***-PR03-EN-P
Rexroth IndraControl VEP **.4 Embedded Terminal
VEP ATOM devices
7.2.3
DC 24 V Voltage Supply XS1
VEP Pentium M devices
Designa‐
Connection type
tion at the
housing
XUSB
USB interfaces, USB 1 and USB
2
XS1
DC 24 V voltage supply
X7E3
Fieldbus connection:
X7E4
For Ethernet-based bus sys‐
tems
X7P
PROFIBUS DP Master
X7S1 to
SERCOS III interfaces
X7S4
Fig.7-6:
Interfaces of the VEP Pentium M devices
Designa‐
Connection type
tion at the
housing
XCF1, 2
Compact Flash socket
CF1 primary Master
CF2 primary Slave
XETH
Network connection:
Ethernet 10 Base T or 100 Base
X
XUSB1/2
USB interfaces, USB 1 and USB
2
XS1
DC 24 V voltage supply
XCOM
COM interface
Fig.7-7:
Interfaces of the VEP ATOM devices
All internally required voltages are generated via a DC/DC converter. The con‐
nection is designed as male connector strip SL 3.5 mm pin spacing, 3-pin or 5-
pin. To this connector terminal, cables with a cross-section of maximum
1.5 mm
2
can be connected.
The VEP Pentium devices feature a 5-pin connection terminal
Bosch Rexroth AG
Pin Assignments
Connector type
Mating connector or
line
(integrated)
(from outside)
USB female con‐
USB connector,
nector, type A
4-pin
4-pin
Connector strip,
Female connector
strip,
SL pin spacing 3.5
mm, 5-pin
BL pin spacing 3.5
mm, 5-pin
RJ45 female con‐
RJ45 connector,
nector,
twisted pair,
8-pin
8-wire
D-Sub female con‐
D-Sub bus connec‐
nector,
tor,
9-pin
9-pin
RJ45 female con‐
RJ45 connector,
nector,
twisted pair,
8-pin
8-wire
Connector type
Mating connector or
line
(integrated)
(from outside)
CF socket
CF card
RJ45 female con‐
RJ45 connector,
nector,
twisted pair,
8-pin
8-wire
USB female con‐
USB connector,
nector, type A
4-pin
4-pin
Connector strip,
Female connector
strip,
SL pin spacing 3.5
mm, 3-pin
BL pin spacing 3.5
mm, 3-pin
D-SUB, 9-pin
D-SUB, 9-pin
85/139
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