Solutions for
E-Mobility
PHOENIX CONTACT –
in dialog with customers
and partners worldwide
Phoenix Contact is a worldwide market
leader in the field of electrical engineering,
electronics, and automation. Founded in
1923, the family company now employs
around 12,800 people worldwide. A
sales network with over 45 sales
subsidiaries and more than 30
additional sales partners guarantees
customer proximity directly on site,
anywhere in the world.
Our range of services consists of
products surrounding various different
electrotechnical applications. This includes
numerous connection technologies for
device manufacturers and machine building,
components for modern control cabinets,
and tailor-made solutions for many
applications and industries, such as
automobile production, wind energy,
photovoltaics, the process industry or
applications in the field of water supply,
power distribution, and traffic
infrastructure.
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PHOENIX CONTACT
Qatar
Global player with personal customer
contact
Company independence is an integral part of
our corporate policy. Phoenix Contact therefore
relies on in-house competence and expertise in
a range of contexts: the design and development
departments constantly come up with innovative
product ideas, developing special solutions to
meet customer requirements. Numerous patents
emphasize the fact that many products have been
developed exclusively by Phoenix Contact.
PHOENIX CONTACT E-Mobility GmbH –
your strong partner for E-Mobility
Within the Phoenix Contact Group,
Phoenix Contact E-Mobility GmbH is the center
of expertise for all components, systems, and
solutions in E-Mobility.
We develop charging systems, charging
controllers, and comprehensive solutions for
DC and AC charging.
As an innovator in this field, we set new
standards with the further development and
standardization of solutions for a worldwide and
modern charging infrastructure.
Reliable connection technology for E-Mobility
Phoenix Contact offers a product and technology
portfolio that enables the flexible, modular, and
efficient implementation of various concepts for
your charging infrastructure for different business
models.
The matrix below provides an overview of the
current standards and various charging systems
used worldwide.
Whether charging on an AC power grid or fast DC
charging – the AC and DC charging systems from
Phoenix Contact are safe, reliable, and user friendly.
Type 1/USA, Japan
Type 2/Europe
GB/China
SAE J1772/IEC 62196-2
IEC 62196-2
GB Part 2
IEC 62196-3
IEC 62196-3
GB Part 3/IEC 62196-3
SAE J1772/IEC 62196-3
IEC 62196-3
Alternating
current
(AC)
Direct current
(DC)
Combined
AC/DC
charging
system
PHOENIX CONTACT
3
Type 2 – the standardized AC and DC
charging system for Europe
The type 2 standard adopted by the
European Commission for E-Mobility
charging systems offers both AC and fast
DC charging. With just one inlet on the
vehicle side, both AC and DC connectors
type 2 can be used for charging.
AC connector
type 2
The entire type 2 charging system – the
combined AC/DC charging system – is the
ideal charging interface of the future.
Combined DC connector
type 2
The standard for Europe –
type 2
Standard IEC 62196 adopted by the
European Commission covers two charging
plugs: the combined DC connector for fast
charging and the AC connector for already
established AC charging. These two AC
and DC connectors represent the “type 2”
European standard.
The special feature of these charging plugs
is that they are both compatible with the
same vehicle inlet. This means that only
one inlet – the combined AC/DC vehicle
inlet – is required in the electric vehicle for
both AC and DC charging. This ideal
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PHOENIX CONTACT
charging interface for everyday charging
situations in Europe is known as the
combined AC/DC charging system type 2.
Combined AC/DC charging system (CCS)
The most important requirement for a modern
E-Mobility charging infrastructure is a reliable and
standardized connection for charging stations and
vehicle sockets. The vehicle can be recharged with
both alternating current (AC) and direct current
(DC). If AC is used for charging, the energy is
supplied directly from the existing low-voltage
network to the integrated AC/DC converter in
the vehicle. In the case of DC charging, the AC/
DC converter is located within the charging station,
thereby reducing the load on the vehicle.
The combined AC/DC charging
system type 2 enables both AC
charging and faster DC charging
on the move.
Public charging
Private charging
AC charging
DC charging
The inlet is compatible with
AC and DC connectors.
DC connector
Vehicle inlet
DC
AC connector
AC
Plug
Socket
outlet
PHOENIX CONTACT
5
Type 2 – the standardized combined
AC/DC charging system for Europe
The combined AC/DC charging system type
2 is the ideal charging interface for everyday
charging situations in Europe. The electric
vehicle is designed for both established AC
charging and for DC charging on the move.
The combined DC connector transmits DC
current up to 125 A. It is inserted into the
vehicle inlet very easily and with very little
force.
Combined DC connector
type 2
Main features
K =<@6A6<;@3<?05.?46;4
K '</B@A5645>B.96AF:.A2?6.9@
K <;C2;62;A5.;196;4
K !<D6;@2?A6<;.;1D6A51?.D.93<?02@
K <:=962@D6A5
PE
CP
PP
PP
CP
L1
N
PE
L2
DC+
Combined
DC connector type 2
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PHOENIX CONTACT
DC-
L3
DC-
DC+
Combined AC/DC vehicle inlet
type 2
Secure locking
The charging plug is locked in the vehicle to prevent arcs
caused by removal when under load. The plug is designed
to withstand the highest pull-out forces. The integrated
temperature monitoring protects against fire in the event of
faulty contacts.
Intelligent charging process
Predefined charging mechanisms and sequences are performed
for both AC and DC charging. For both charging types,
the signal and control contacts, CP and PP, are used for
communication and control.
Modern color variants
Modern charging stations also increasingly
feature special designs and colors. Choose
charging plugs in custom matching colors.
Technical data –
combined AC/DC charging system
Parameter
Vehicle inlet
Connector
Nominal voltage
Up to 480 V
–
1/3-phase nominal current
Up to 32 A
–
Standard
IEC 62196-2, IEC
62196-3 (draft)
IEC 62196-3
(draft)
Nominal voltage
Up to 850 V
Up to 850 V
Nominal current
Up to 125 A
Up to 125 A
Standard
IEC 62196-2, IEC
62196-3 (draft)
IEC 62196-3
(draft)
IP protection
when plugged in
IP44
IP44
IP protection
when not plugged in
IP20
IP20
IP protection
when covered
IP55
(road position)
IP24
(with protective cap)
AC unit type 2
Fast charging
In comparison with AC charging, the more generously
sized DC contacts enable fast charging with up to 125 A.
The ergonomic handle design and the low insertion
and withdrawal forces mean that the combined AC/DC
connector ensures fast, convenient, and easy handling.
DC unit type 2
Degree of protection
PHOENIX CONTACT
7
Type 2 – the standardized
AC charging system for Europe
Single or three-phase AC charging is
performed with the standardized charging
plugs type 2 from Phoenix Contact. As part
of the safety concept, both PP and CP
signal contacts assume control functions.
AC plug type 2
For example, this method checks whether
the connector is correctly inserted in the
inlet and which current may be used for
charging. Locking prevents withdrawal of
the plug-in connector during the charging
process or prior to completion of all
necessary transactions, such as payment.
This ensures high functional safety of your
system.
AC connector
type 2
Main features
K =<@6A6<;@3<?=5.@205.?46;4
K "205.;60.99<086;4
K '</B@A5645>B.96AF:.A2?6.9@
K <;C2;62;A5.;196;4
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K <:=962@D6A5
PE
CP
PP
PP
N
!
!
!
L2
L2
AC connector type 2
8
PE
PHOENIX CONTACT
CP
N
!
AC vehicle inlet type 2
Technical data – AC type 2
Modern color variants
Parameter
Connector/plug
Nominal voltage
Up to 480 V
1/3-phase nominal current
Up to 32 A
Standard
IEC 62196-2
IP protection
when plugged in
IP44
IP protection
when not plugged in
IP20
IP24
(with protective cap)
IP protection
Modern charging stations also increasingly
feature special designs and colors. Choose
charging plugs in custom matching colors.
CP
PE
PP
L1
L2
AC plug type 2
(charging station side)
PE
PP
CP
N
L3
N
L1
L3
L2
AC socket outlet type 2
(charging station side)
PHOENIX CONTACT
9
Type 2 – the standardized
AC charging system for Europe
Single and three-phase AC charging is
performed with the standardized socket
outlet type 2 from Phoenix Contact. Its
space-saving design enables the socket
outlet to be installed in a charging
station or compact wall charging station.
A separate connection on the lock actuator
is used to control the lock and query the
lock state. The socket outlet also enables
a panel mounting frame or a hinged cover
to be mounted and a drainage tube to be
connected.
Panel mounting frame
for the socket outlet
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PHOENIX CONTACT
Main features
K "<1B9.?12@64;
(front and rear mounting possible)
K !<D6;@A.99.A6<;52645A.;112=A5
K ?.6;.42@F@A2:D6A516@05.?42
nozzle
K !<08?20<4;6A6<;
K )523AC.;1.96@:=?<A20A6<;<;=.;29
mounting frame or hinged cover
Hinged cover
for the socket outlet
Technical data –
AC socket outlet type 2
Parameter
Nominal voltage
Socket outlet
Up to 480 V
Standard
IEC 62196-2
1/3-phase nominal current
Up to 32 A
IP protection
when plugged in
IP44
IP protection
when not plugged in
IP20
IP protection
with hinged cover
IP24
Rear and front mounting
The socket outlet can be mounted
on the housing panel from both the
front and the rear.
Secure locking
A lock prevents the plug-in connector from
being removed prematurely. The lock actuator
secures the plug with a bolt lowered from
above. The lock is controlled via electronics
integrated in the actuator and the current state
can be queried.
PHOENIX CONTACT
11
Type 1 – the standardized
AC charging system for the USA and Japan
Like the type 2 version, the charging plug
type 1 has two signal contacts which ensure
that the charging process is controlled
safely. The lock between the vehicle and the
charging plug is closed using a lever system.
The AC charging system type 1 is based
on the latest version of the requirements
according to SAE J1772 and IEC 62196-2.
AC connector type 1
Main features
K =<@6A6<;@3<?=5.@205.?46;4
K <:=962@D6A5.;1
SAE J1772
K <;C2;62;A5.;196;4
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lever system
K '</B@A5645>B.96AF:.A2?6.9@
PE
L 2/N
L1
CS
CP
PE
AC connector type 1
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PHOENIX CONTACT
L1
L 2/N
CP
CS
PE
AC vehicle inlet type 1
Technical data –
AC connector type 1
Parameter
Nominal voltage
Connector
Up to 250 V
1-phase nominal current
Up to 32 A
Standard
IEC 62196-2 / SAE J1772
IP protection
when plugged in
IP44
IP protection
when not plugged in
IP20
IP protection
with protective cap
IP24
AC plug type 2
Adapter charging cable type 1 to type 2
The adapter charging cable type 1/type 2 has a type 1
connector for the vehicle side and a type 2 plug
for the charging station side. This enables vehicles
equipped with a type 1 inlet (standard in the USA and
Japan) to be charged using type 2 standard European
charging stations.
AC connector
type 1
PHOENIX CONTACT
13
GB – the standardized
AC and DC charging system for China
The AC and DC charging system according
to GB standard has been specially
developed for the Chinese market.
Equipped with an innovative locking
concept, premature or accidental
removal of the plug during the charging
process is prevented.
AC connector GB
AC plug GB
When charging, an electrical locking bolt
implemented in the inlet prevents removal
of the charging plug while under load (hot
disconnection).
Main features
K =<@6A6<;@2;./92=5.@2
charging
K (20B?2@;.=9<08:205.;6@:
K <:=962@D6A5)%.?A K <;C2;62;A5.;196;4
K '</B@A5645>B.96AF:.A2?6.9@
Locking bolt
CP
PE
CC
L
NC 1
CC
CP
N
NC 2
N
L
NC 2
NC 1
PE
AC connector GB
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PHOENIX CONTACT
AC vehicle inlet GB
Technical data –
AC and DC charging system according to GB standard
Parameter
AC
DC
GB standard
Nominal voltage
Up to 440 V AC
Up to 750 V DC
Nominal current
Up to 32 A
Up to 250 A
Standard
GB/T Part 2
GB/T Part 3
IP protection
when plugged in
IP55
IP55
IP protection
with protective cap
IP54
IP54
Main features
A 2 DC contacts, PE, and
communication contacts
K (20B?2@;.=9<08:205.;6@:
K <:=962@D6A5)%.?A K <;C2;62;A5.;196;4
K '</B@A5645>B.96AF:.A2?6.9@
DC connector GB
CC 2
S+
SS-
DC-
DC+
DC connector GB
S+
DC+
CC 1
A-
PE
!<086;4
/<9A
DC-
CC 1
A+
CC 2
A+
A-
PE
DC vehicle inlet GB
PHOENIX CONTACT
15
DC charging system for utility vehicles
In addition to the standardized
plug-in systems for automobiles,
Phoenix Contact also offers
high-performance plug-in connectors for
DC charging of large battery units. The DC
replacement battery concept is particularly
suitable for utility vehicles used in local and
municipal authorities as well as for forklift
trucks, transport vehicles, and passenger
transport vehicles.
Important advantages at a glance
K B??2;AB=A<
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+
K )<92?.;020<:=2;@.A6<;3<?A52
plug-in process and vibration damping
during the journey
K "<?2A5.;
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cycles
K .AA2?F.;1A52?:.9:.;.42:2;A.@
well as charging state monitoring via
integrated data module
Power connections
(DC)
Power connections
(DC)
Data
connections
Power supply of the
data module
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PHOENIX CONTACT
Power supply of the
data module
Reliable use
The DC charging system for utility
vehicles from Phoenix Contact has
already seen successful use for a number
of years now. In order to reduce
exhaust gas emissions in the port city
of Qingdao, China, the public transport
network operates numerous electric
buses. These vehicles are based on the
replacement battery concept.
The battery units of over 40 buses are
replaced two or three times each day at
the battery replacement station. To date,
well in excess of 100,000 batteries have
been replaced.
An electric bus at the fully automated battery replacement station in Qingdao, China.
The battery is replaced on both sides.
Fast
battery replacement
The replacement of the battery
units is performed by fully automated
robots within the space of a few
minutes, thereby reducing downtimes
to a minimum.
The empty battery is removed.
The empty battery is inserted into the charging
unit. The charging process with up to 400 A is
then started.
PHOENIX CONTACT
17
EV Charge Control charging controller –
easy, flexible, safe
The EV Charge Control charging controller
can be used to charge electric vehicles
according to IEC 61851-1. EV Charge
Control enables you to implement the
key functions of a charging point without
the need for an additional controller.
The system is easy to configure. Various
applications are covered with one device.
Intelligent and integrated charging concepts
can be implemented by the Ethernet
communication interface.
Technical data –
EV Charge Control
Parameter
Supply voltage
range
Ambient temperature
range
110 V AC … 240 V AC
Relay outputs
4
Digital outputs
4
Digital inputs
4
-25°C … +60°C
Safe charging mode according to IEC
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K <;A?<9<3A5205.?420<;A.0A<?.;19<086;4
actuators
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PHOENIX CONTACT
"<1/B@')*
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LD
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CR 24Va
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ML
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ER
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PE
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CR 24Va
N
24V
PE
PE
L
PE
RESET
L
RESET
3
4
5
ERROR
6
7
8
CONNECT
1
9 10
EV Charge Control
4
5
78
901
8
456
10
8
Dig
C2
C2
V2
V2
R2
R2
R1
R1
PX
C1
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R4
R3
CP
80
16
9 10
READY
32
23
13
7
CONNECT
20
63 PRESET
CHARGE
70 CURRENT
13
10
20
901
13
8
Dig
IEC 61851-1
Mode 3
32
23
16
IEC 61851-1
Mode 3
6
ERROR
78
3
456
2
63 PRESET
CHARGE
70 CURRENT
4
10
6
5
ERROR
8
7
8
CONNECT
20
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Dig
C2
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R1
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9
10
READY
32
23
1
POWER
3
16
RESET
EV Charge Control
2
POWER
READY
78
2
456
1
POWER
63 PRESET
CHARGE
70 CURRENT
80
80
"<1/B@)%
Flexibility
Communication
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server.
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The EV Charge controller has an Ethernet interface and an
integrated web server.
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Lock Release module
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PHOENIX CONTACT
19
Charging controller and protocols –
easy integration and monitoring
More complex charging infrastructures
require extended control functions for
internal monitoring and sequence control
as well as for communication with external
monitoring and billing systems.
The ILC high-performance controllers are a
range of controllers where these tasks can
be performed in a modular system.
ILC high-performance
controllers for complex charging
infrastructures
Interfaces
ML
XR GND
ER
LR
LD
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CR 24Va
24V
GND
PE
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N
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RESET
2
3
4
5
ERROR
6
8
7
8
CONNECT
20
90 1
78
16
13
10
4 56
1
POWER
EV Charge Control
IEC 61851-1
Mode 3
Dig
C2
V2
R2
R1
PX
C1
V1
R4
R3
CP
9
10
READY
32
23
63 PRESET
CHARGE
70 CURRENT
80
ML
XR GND
ER
LR
LD
EN
VR
CR 24Va
24V
GND
PE
PE
PE
N
L
RESET
2
3
4
5
ERROR
6
8
7
8
CONNECT
20
90 1
78
16
13
10
4 56
1
POWER
EV Charge Control
IEC 61851-1
Mode 3
Dig
C2
V2
R2
R1
PX
C1
V1
R4
R3
CP
9
10
READY
32
23
63 PRESET
CHARGE
70 CURRENT
80
ML
XR GND
ER
LR
LD
EN
VR
CR 24Va
24V
GND
PE
PE
PE
N
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TCP/IP
RESET
2
3
4
6
5
ERROR
8
7
8
CONNECT
20
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78
16
13
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EV Charge Control
IEC 61851-1
Mode 3
Dig
C2
V2
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23
Internal subsystems of the charging
infrastructure, such as operator interfaces,
power meters, RFID readers or sensors and
actuators, can be integrated via modular add-on
components:
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80
Charging
satellites
Topology of a satellite charging infrastructure
20
PHOENIX CONTACT
RS-232
IT integration
Charging infrastructures with ILC high-performance controllers can be linked
to IT systems in a variety of ways. A wide range of protocols and interfaces
are supported, such as OCPP, Modbus, and SQL. This means that connection
to billing, monitoring, load and energy management systems can be ensured
without any additional middleware.
Signaling
Ready
OCPP
The Open Charge Point Protocol
(OCPP) describes the TCP/IP-based
communication between the charging
station and a back-end system.
Originally developed in the Netherlands,
this protocol is used in many countries
and is also used by a large number of
energy suppliers.
The protocol supports interoperability
between different operators of charging
infrastructures.
Identification
e.g., RFID
OCPP
Release
Charging possible
IEC 61851-1 mode 3/
ISO 15118 AC/DC
Authorization
Server of mobility
provider A
Server of mobility
provider B
OCPP
Infrastructure monitoring
ILC high-performance controllers enable efficient operation
of the charging infrastructure. Thanks to web technologies
and open IT standards, they offer a high degree of flexibility
for system design according to customer requirements with
worldwide access. The following functions can therefore be
implemented:
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PHOENIX CONTACT
21
Additional components for
the charging infrastructure
Phoenix Contact offers a wide range of
industrial components for the charging
infrastructure.
The electromechanical and electronic
components meet the highest quality
standards and are designed for long-lasting
use in professional applications.
1
2
3
Solution for the charging infrastructure
Alternatively, a charging infrastructure can be designed in various ways, locally
or in conjunction with a management system. Here, users are offered a
vandalism-proof operator panel with extended temperature range.
Wired or wireless integration in management systems is supported. Secure data
transmission is implemented via VPN tunnel.
Additional I/O devices can be connected thanks to the support of standard
interfaces.
4
5
22
PHOENIX CONTACT
6
1 Operator interface
We offer a wide range of operator
panels for operating and, to some
extent, controlling charging stations –
these also include outdoor and
vandalism-proof versions. They are
designed as touch and web panels or
as operator terminals with function
buttons. The devices can be integrated
or connected to I/O devices via various
interfaces such as USB or Ethernet. If
required, they can also perform control
tasks.
4 Communication
Thanks to standard interfaces such as
Ethernet, WLAN, GSM/GPRS, Trusted
Wireless etc., open communication
with management systems is possible.
Component versions featuring various
functions and designs enable custom
integration according to customerspecific requirements.
2 Modular terminal blocks
CLIPLINE complete offers modular
terminal blocks and function terminals
for supply, potential distribution, and
signal distribution. Thanks to the free
choice of connection technology and the
use of hybrid terminal blocks, installation
that is specifically tailored to the
application is possible.
5 Energy data acquisition
Various EMpro energy meters are
available for obtaining data on energy
consumption or power characteristics
for billing purposes. Connection for data
evaluation is supported via Ethernet or
serial interfaces.
3 Power supply
Stable operation is ensured through
the use of power supplies. Various
performance classes and compact
designs enable use in a wide range of
applications. Uninterruptible power
supplies are available to increase
availability.
6 Surge protection
Surge voltages caused by switching
operations and lightning strikes,
especially outdoors, can be discharged
effectively. TRABTECH protects
the charging infrastructure against
disturbances on the signal, data, and
power cables and ensures the availability
of electric vehicles.
PHOENIX CONTACT
23
AC charging cables type 2
20 A AC connector
type 2
32 A AC connector
type 2
20 A AC connector
and plug type 2
32 A AC connector
and plug type 2
4 m cable length, mode 3:
4 m cable length, mode 3:
4 m cable length, mode 3:
4 m cable length, mode 3:
Red, spiraled, 1-phase
Order No. 1405194
Black, straight, 1-phase
Order No. 1405198
Red, straight, 1-phase
Order No. 1404876
Black, straight, 1-phase
Order No. 1404568
Black, spiraled, 1-phase
Order No. 1405195
Black, straight, 3-phase
Order No. 1405199
Red, spiraled, 1-phase
Order No. 1404563
Black, straight, 3-phase
Order No. 1404569
Black, straight, 1-phase
Order No. 1405193
Black, spiraled, 3-phase
Order No. 1405197
Black, spiraled, 1-phase
Order No. 1405192
Black, straight, 3-phase
Order No. 1404877
Black, spiraled, 3-phase
Order No. 1404567
Socket outlets type 2 and GB
AC socket outlet
type 2 with actuator
0.7 m single wire length, mode 3:
20 A socket with
12 V actuator, 3-phase
Order No. 1405213
20 A socket with
24 V actuator, 3-phase
Order No. 1405215
32 A socket with
12 V actuator, 3-phase
Order No. 1405214
32 A socket with
24 V actuator, 3-phase
Order No. 1405216
24
PHOENIX CONTACT
AC socket outlet
type 2 accessories
Hinged cover
Order No. 1405217
Panel mounting frame
Order No. 1405218
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mounting frame.
32 A AC socket outlet
GB with actuator
32 A AC socket outlet
GB without actuator
0.7 m single wire length, mode 3:
0.7 m single wire length, mode 3:
32 A socket with
12 V actuator, 1-phase
Order No. 1408171
32 A socket without
actuator, 1-phase
Order No. 1408169
32 A socket with
12 V actuator, 3-phase
Order No. 1408172
32 A socket without
actuator,
3-phase
Order No. 1408170
AC charging cables GB
16 A AC connector
GB
32 A AC connector
GB
16 A AC connector
and plug GB
32 A AC connector
and plug GB
5 m cable length, mode 3:
5 m cable length, mode 3:
5 m cable length, mode 3:
5 m cable length, mode 3:
Orange, straight, 1-phase
Order No. 1408166
Orange, straight, 1-phase
Order No. 1408167
Orange, straight, 1-phase
Order No. 1408161
Orange, straight, 1-phase
Order No. 1408163
Orange, straight, 3-phase
Order No. 1408168
AC charging cables type 1
Orange, straight, 3-phase
Order No. 1408165
In order to charge an electric vehicle, the following
connection to the infrastructure must be established: the
connector on the vehicle side is inserted into the vehicle
inlet on the vehicle side. The plug on the charging station
side is inserted into the socket outlet on the charging
station side:
Vehicle interface: vehicle inlet
Plug on the vehicle side: connector
Plug on the charging station side: plug
Charging station interface: socket outlet
30 A AC connector
type 1
4 m cable length, mode 3:
Black, straight, 1-phase,
AWG
Order No. 1583100
32 A AC connector
type 1 and plug type 2
4 m cable length, mode 3:
Black, straight, 1-phase,
metric
Order No. 1404938
Vehicle
inlet
AC connector
AC
Plug
Socket
outlet
Black, straight, 1-phase,
metric
Order No. 1583106
PHOENIX CONTACT
25
DC charging cables
DC connector GB
Automotive charging interfaces
Combined DC
connector type 2
5 m cable length, mode 4:
5 m cable length, mode 4:
Orange, straight
On request
Black, straight
$?12?#<
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Combined AC/DC
vehicle inlet
DC battery
connector
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Components for charging stations
Displays
2.8" touch display
$?12?#<
Further touch panels are
available from Sütron:
Outdoor Touch Panel 5.7"
Outdoor Touch Panel 7"
P Line Touch Panel 7"
K "6;6A<B05.;1<BA1<<?=.;29@
are also available as shockproof versions
26
PHOENIX CONTACT
Power supply
1-phase 12 V DC
voltage supply in
a flat design
$?12?#<
1-phase 24 V DC
voltage supply
$?12?#<
Uninterruptible power
supply, 24 V
$?12?#<
Compact and efficient
power supply
$?12?#<
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and UPS
Measuring technology
Surge protection
Energy meter,
DIN rail mounting
$?12?#<
3-phase surge protection,
type 2
$?12?#<
Current transformer
$?12?#<
1-phase surge protection,
type 3
$?12?#<
K %<D2?.;12;2?4F
measurement
Surge protection for
Ethernet
$?12?#<
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Components for charging stations
Control technology
Freely programmable compact
controller
Order No. 2700973
Freely programmable compact
controller with 2 Ethernet ports
Order No. 2700975
SD memory card for compact
controller (optional)
Order No. 2988162
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IP20 I/O systems
Special function modules
Ethernet coupler in block design
with 16 digital inputs and outputs
(cannot be extended)
Order No. 2832962
RS-232 serial interface
Order No. 2878722
Ethernet bus coupler with 8 digital
inputs and 4 outputs (can be extended)
Order No. 2703981
CAN bus master module
Order No. 2700196
Extensions, 8 digital inputs or
outputs in narrow Inline design
Order No. 2700173 (IN)
Order No. 2700172 (OUT)
RS-485 serial interface
Order No. 2863627
CAN bus connecting cable
Order No. 2700620
K ;A24?.A6<;<3=<D2?:2A2?
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Communication and
network
Charging controller
Add-on module for
plug release
Network switch
Order No. 2891001
Charging controller acc. to IEC 61851
Order No. 2902802
EM-EV-CLR-12V
Order No. 2903246
GSM modem with Ethernet
interface
Order No. 2313355
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Modem with 3G router function
Order No. 2314008
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SMS relay with local inputs and
outputs
Order No. 2313520
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PHOENIX CONTACT
27
Always up-to-date, always available to you. Here
you'll find everything on our products, solutions
and service:
phoenixcontact.net
Product range
PHOENIX CONTACT E-Mobility GmbH
Hainbergstraße 2
(056212?(05D.92;/2?42?:.;F
Tel.: +49 (0) 52 35 34 38 90
.E
E-Mail: emobility@phoenixcontact.com
phoenixcontact-emobility.com
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Printed in Germany
© PHOENIX CONTACT 2013
PHOENIX CONTACT GmbH & Co. KG
9<:/2?42?:.;F
Phone: +49 (0) 52 35 3-00
.E
phoenixcontact.net
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