Connecting the CHP functions
The CHP input or CHP IN (Combined Heat &
Power) is used in local electricity production by a
cogeneration system or by photovoltaic panels.
Once activated, it signals to the charging station
controller that a (locally produced) energy is
available to charge the vehicle.
Energy
(input)
Heat
(output)
Electricity
(output)
CHP (IN)
J3 connector
(IN 1 and 2)
CHP (OUT)
J3 connector
(OUT 1 and 2)
CHP
Image 2:
connecting the CHP functions
The CHP output or CHP OUT is a low voltage
(24 V
s
max) and low current (200 mA max / 100
mA min) potential-free relay output.
This output is activated 30 seconds after the
CHP IN is activated and (if required) authorises
the cogeneration system to supply energy to the
customer’s internal network.
An EN145, ERD225SDC or ESD225S interfacing
relay is recommended to manage the input of a
cogeneration system. A TGF110 or TGA200 supply
is recommended to power these control circuits, in
line with the electrical diagram below:
to appliance
to be
controlled
CHP (OUT)
J3 connector
(OUT 1 and 2)
Image 3:
wiring diagram
x 3
The TIC cable should be fastened using the 3
cable clamps provided on the socket support
side.
3
7 8 9
XEV304
10
1 2 3 4 5 6
11 12
Abo
15
20
25
30
35
EC
O
100
90
80
75
65
60
50
45
40
ON
ECO
1 2 3 4 5 6
Abo
ON
ECO
Technical features
Configuration method:
Quicklink
Communication media:
by wiring through a
twisted pair cable from an electronic meter fitted
with a previous generation or standard TIC output
and by radio (KNX RF Secure) via the TRPS120
radio transmitter module.
Electrical specifications
• Power supply voltage: 5 V
s
and 12 V
s
supplied
by the controller via the flat cable
• Consumption: 100 mA max. for 5 V
s
and 4 mA max. for 12 V
s
• CHP input (IN 1 and 2 of the CHP connector):
- Pin 1: 12 V
s
/ 2.5 mA / Power output
- Pin 2: 12 V
s
/ 2.5 mA / Logic input
• CHP output (OUT 1 and 2 of the CHP connector):
relay output, SELV, Contact: 24 V
s
+10% max. /
200 mA max. and 100 mA min.
Functional specifications
• KNX radio frequency: 868 - 868.6 MHz
• Max. emission power: 25 mW
• Receiver category: 2
• Scope: 100 m in free field
Ambient conditions
• Operating temperature: -25 °C to +70 °C
• Storage temperature: -25 °C to +70 °C
• Pollution level: 2
• Insulation class: 3
• Maximum operating altitude: 2000 m
• Surge voltage: 4 kV
Connection
• TIC input: 0.2 to 2.5 mm² / Stripping: 10 mm /
dual-insulated cable / length: 500 m max.
• CHP input and output: 0.14 to 1.5 mm² / Stripping:
9 mm / dual-insulated cable / length: 100 m max.
• TIC card and controller card: Micromatch 2x10-
pin flat cable (supplied)
Simplified EU declaration of conformity:
Hereby, HagerEnergy GmbH declares that the
radio equipment type XEVA205-TIC/CHP card is in
compliance with Directive 2014/53/EU. The full text
of the EU declaration of conformity is available at
the the following internet address www.hager.com
The declaration of conformity is only valid when the card
is installed in the charging station, in accordance with the
regulations and best practices set out in this document.
Failure to comply with the installation or assembly
instructions is prohibited and does not render Hager liable.
Can be used anywhere in Europe
M
and Switzerland
Installing the TRPS120 module and
configuring the radio with the TIC card.
Connection with TIC XEV304
(for single-
phase network) or
XEV305 simulator
(for
three-phase network)
When an electronic meter is not available, Hager
offers a TIC simulator that enables dynamic
management of the vehicle charge and thus
prevents accidental outages caused by an
overload in the domestic electricity network.
This simulator also enables interfacing of an
installation equipped with a source of electricity
production, such as a micro-cogeneration
or a photovoltaic system, also called CHP
(Combined Heat & Power).
4
5
To install the TRPS120 module and
configure the RF with the TIC/CHP, refer to
the instructions provided in the TRPS120
module.
It is preferable to use a remote energy
meter cable or, failing that, a telephone-
type twisted cable. An R02V cable should
not be used.
To install the XEV304 or XEV305 simulator
and configure the product, refer to the
instructions provided with these products.
6
T
+49 541 760268-0
F
+49 541 760268-199 [email protected] hager.com – 09.2022
