Robotina RDC-RF-RI User manual
Robotina d.o.o.
OIC-Hrpelje 38, Hrpelje, SI-6240 Kozina
www.robotina.com; e-mail: info@robotina.com
Document: V1.2
Date: 25.05.2023
SAFETY INSTRUCTIONS
Use the following safety instructions to ensure personal safety and to protect your
equipment and work environment from possible damage.
In installation of the device, it is necessary to observe all applicable local and national
regulations, laws and regulations.
Installation and connection of the equipment may only be performed by a qualified and
authorized person.
This product can only function properly if it is transported, stored and properly installed,
operated and maintained as recommended in accordance with these instructions.
DANGER - Before installing, wiring, servicing or repairing the RDC Charger,
ensure that the power supply is disconnected.
ATTENTION - Do not use the charging station if there is visible damage on it or on
charging cable.
• The RDC Charger is only intended for charging electric vehicles and must not be used
for charging other devices or for any other purpose.
• During operation, the device must not be exposed to high temperatures, direct sunlight,
excessive dust, corrosive gases, vibrations or shocks.
• All connected cables must comply with the specifications of these instructions.
• The device must be properly grounded for safe operation. Several grounding systems
are supported: TN-S, TN-C, TN-C-S and TT.
• Use only tools and equipment with non-conductive handles for installation.
• Do not operate the charging station with wet hands
• Do not use private electrical generators as a power source for charging
The manufacturer assumes no responsibility for material or personal damage resulting
from use or behavior that does not comply with these safety instructions.
Robotina d.o.o.
OIC-Hrpelje 38, Hrpelje, SI-6240 Kozina
www.robotina.com; e-mail: info@robotina.com
Document: V1.2
Date: 25.05.2023
TECHNICAL SPECIFICATIONS
Nominal voltage
1x230Vac 50/60Hz, 3×230/400Vac 50/60Hz
Maximum current
1x32A, 3x32A
Maximum charging power
Single-phase connection →7.4kW
Three-phase connection →22kW
Connector
Type 2, lenght 5m
Network connection
Ethernet 100M RJ45
4G LTE (option)
Wireless range
300m open / 50m indoor
*rage varies depending on actual conditions
Frequency band
868Mhz
Ingress protection
IP54
Impact resistance
IK10
Operating temperature
-20°C to +60°C
Insulation
1200Vac
Standards
IEC 61851-1: 2019
EN 300 220, EN 300 328
ERC-REC-70-03-41.2
Dimensions
Robotina d.o.o.
OIC-Hrpelje 38, Hrpelje, SI-6240 Kozina
www.robotina.com; e-mail: info@robotina.com
Document: V1.2
Date: 25.05.2023
IDENTIFICATION LABEL
CHARGER MODEL
SERIAL NUMBER / NAD ADRESS
RATED VOLTAGE AND MAXIMUM CURRENT
MODELS
Oznaka
Opis
RDC-QR
Robotina Dynamic Charger with type 2 cable and QR Code (digital key) reader.
Modbus TCP/IP connectivity
RDC-RF
Robotina Dynamic Charger with type 2 cable and standard RFID reader. Modbus
TCP/IP connectivity
RDC-MI
Robotina Dynamic Charger with type 2 cable and MIFARE/RFID reader. Modbus
TCP/IP connectivity
RDC-QR-R
Robotina Dynamic Charger with type 2 cable and QR Code (digital key) reader.
Modbus TCP/IP connectivity. Built in residual current device
RDC-RF-R
Robotina Dynamic Charger with type 2 cable and standard RFID reader. Modbus
TCP/IP connectivity. Built in residual current device
RDC-MI-R
Robotina Dynamic Charger with type 2 cable and MIFARE/RFID reader. Modbus
TCP/IP connectivity. Built in residual current device
RDC-QR-I
Robotina Dynamic Charger with type 2 cable and QR Code (digital key) reader
and IOT linker for Cloud connectivity. Modbus TCP/IP connectivity
RDC-RF-I
Robotina Dynamic Charger with type 2 cable and standard RFID reader and IOT
linker for Cloud connectivity. Modbus TCP/IP connectivity
RDC-MI-I
Robotina Dynamic Charger with type 2 cable and MIFARE/RFID reader and IOT
linker for Cloud connectivity. Modbus TCP/IP connectivity
RDC-QR-RI
Robotina Dynamic Charger with type 2 cable and QR Code (digital key) reader. Modbus
TCP/IP connectivity. Built in residual current device and IOT linker for Cloud connectivity.
RDC-RF-RI
Robotina Dynamic Charger with type 2 cable and standard RFID reader. Modbus TCP/IP
connectivity. Built in residual current device and IOT linker for Cloud connectivity.
RDC-MI-RI
Robotina Dynamic Charger with type 2 cable and MIFARE/RFID reader. Modbus TCP/IP
connectivity. Built in residual current device and IOT linker for Cloud connectivity.
Robotina d.o.o.
OIC-Hrpelje 38, Hrpelje, SI-6240 Kozina
www.robotina.com; e-mail: info@robotina.com
Document: V1.2
Date: 25.05.2023
ACCESSORIES
Oznaka
Opis
WPM1-E-D-CT
Wireless external single-phase Power sensor kit (with current transformer)
WPM3-E-D
Wireless external three-phase Power sensor kit
PM1-E-D-CT
External single-phase Power sensor (with current transformer)
PM3-E-D
External three-phase Power sensor
WM-1
Wireless Modbus bridge
WR-1
Wireless Relay, To control other loads in the building and optimize energy
consumption
IOT-L2-W
4G LTE wireless modem for IOT linker
IOT-L2-2-HQ
High function linker (HIQ Universe)
IOT-L2-2-OC
High function linker (HIQ Universe and OCPP protocol)
RDC-PR
Protective roof for RDC
RDC-FS
Freestanding set for RDC charger (up to 2 Chargers)
CONTENTS AND TOOLS
•RDC Charger with cable type 2 length 5m
•Mounting plate
•Quick start guide
•4 x cross screws with wall inserts ф 8 x 60mm
•Allen key 2.5mm for screws of the plastic cover and for switching the RCD (only for models
with the RCD)
REQUIRED EQUIPMENT
•Impact drilling machine and concrete drill ф 8mm
•Phillips screwdriver PH2 - Screws for attaching the mounting plate to the wall
•SL4 flat screwdriver –Screwing power supply cables on input terminals (model without
RCD)
•Phillips screwdriver PZ2 - Screwing the power supply cables on RCD (model with RCD)
•Pliers for crimping cable glands and shoes
•Pliers and tools for removing insulation from cables and wires
•Water level
Robotina d.o.o.
OIC-Hrpelje 38, Hrpelje, SI-6240 Kozina
www.robotina.com; e-mail: info@robotina.com
Document: V1.2
Date: 25.05.2023
MOUNTING
Before choosing a mounting location, consider the following:
•Do not mount the RDC Charger on flammable building materials
•During operation, the device must not be exposed to high temperature and direct
sunlight
• For better weather protection, we recommend installing RDC-PR protective roof
• Installation must be vertical
• Wall mounting must be done with the appropriate screws (which are included)
• Before installation, you must prepare the power supply and ethernet cable. It is necessary
to observe all applicable local and national regulations, laws and regulations witch regulate
installation and use of the equipment. Depending on the power of the charger, choose the
appropriate cross-section of the power supply cable and the appropriate fuse. The
connection terminals in the charger enable the connection of a cable up to 10mm2. If you
have a charger model without a RCD switch, you must install it before the power supply
cable.
• The recommended mounting height is 115-135cm. (Measured from the floor). If the
charger is approximately at eye level, it will be easier to monitor the operation. Leave at
least 30cm of space on the left, right and top, so it will be easier to wind the charging cable
onto the stand.
Robotina d.o.o.
OIC-Hrpelje 38, Hrpelje, SI-6240 Kozina
www.robotina.com; e-mail: info@robotina.com
Document: V1.2
Date: 25.05.2023
1. Lean the mounting plate against the wall and mark all 4 holes. For perfect
horizontality help yourself with the water level.
2. Drill 4 holes with a diameter of 8 mm and a depth of 70 mm in the marked places
and insert the supplied inserts into all 4 holes.
3. Pass the power supply and ethernet cable through the rectangular opening on the
mounting plate. Screw in all 4 screws. (Phillips screwdriver PH2)
Robotina d.o.o.
OIC-Hrpelje 38, Hrpelje, SI-6240 Kozina
www.robotina.com; e-mail: info@robotina.com
Document: V1.2
Date: 25.05.2023
4. Open the cover and gently put it down. Thread the power supply and ethernet
cable through the rubber plugs. Place the RDC Charger against the mounting plate
and screw in all four M5 side screws. (Phillips screwdriver PH2)
5. Connect the Ethernet and the power supply cables as shown in the picture below.
(For a model with an IOT linker, connect the Ethernet cable to the IOT linker in the
left corner below the pcb)
Three-phase connection
Model without RCD Model with RCD
Robotina d.o.o.
OIC-Hrpelje 38, Hrpelje, SI-6240 Kozina
www.robotina.com; e-mail: info@robotina.com
Document: V1.2
Date: 25.05.2023
Single-phase connection
Model without RCD Model with RCD
6. Charging cable holder has two mounting options:
It can be installed directly on the RDC Charger
Or it can be installed independently on the wall
Robotina d.o.o.
OIC-Hrpelje 38, Hrpelje, SI-6240 Kozina
www.robotina.com; e-mail: info@robotina.com
Document: V1.2
Date: 25.05.2023
7. Connect the connectors as shown in the picture below, close the cover of the
charger and screw in the lower and upper M4 screws. (Enclosed Allen key 2.5mm)
OPERATION
To establish and operate a charging station, it is necessary:
1. Connect power supply cables
2. Connect RDC Charger to your local area network via ethernet cable*
3. Download and run the latest version of the RDC Charger user interface
The RDC Charger user interface and instructions for use can be found at the following
link: https://wiki.robotina.com/doku.php?id=wiki:20_rdc_charger:50_download:start
*Configuration with user interface is required for the first run. Without the first configuration,
the charger will not work properly. First configuration can be done directly on RDC Charger with a
PC. RDC Charger does not require connection to internet for operation
User Interface
The interface allows easy management of the charging station, basic settings and access
to the HEMS configurator to enable additional functionalities. In the following process of
launching the interface and managing the charger will be described.
Installation and start-up
1. Run the latest version of the interface (.exe file) from the link above.
Robotina d.o.o.
OIC-Hrpelje 38, Hrpelje, SI-6240 Kozina
www.robotina.com; e-mail: info@robotina.com
Document: V1.2
Date: 25.05.2023
2. Depending on the version, the default installation folder will be "Program Files
(x86)\HIQ\RDC_Charger_version". In the example in the picture, this is the location
Program Files (x86)\HIQ\RDC_Charger_201. But you can also set another arbitrary
location.
Robotina d.o.o.
OIC-Hrpelje 38, Hrpelje, SI-6240 Kozina
www.robotina.com; e-mail: info@robotina.com
Document: V1.2
Date: 25.05.2023
3. Select the serial number of the charging station (visible on the cover). *
4. Run install
* If the window for selecting the serial number of the charger does not appear during installation,
it means that the interface did not recognize the RDC Charger. Possible causes are that the
charger is not connected to same network as the user interface, or that an IP address is not
assigned.
Robotina d.o.o.
OIC-Hrpelje 38, Hrpelje, SI-6240 Kozina
www.robotina.com; e-mail: info@robotina.com
Document: V1.2
Date: 25.05.2023
User interface with description
Configurable charger name
Short press on the icon toggles between enable
and pause Long press switches between priority
and eco charging profile
LED indicator status of the charging station, more
in the table below
Phases current charging is performed in (1, 2 or 3
phases) with Power expressed in Watts
EVSE max current charging current
Max current adjustable allowable charging current
Last session charging time and energy used
Error display
Priority charging *
Locked the charger is software locked. Use RFID or
QR to enable charging
Allow charging with ventilation enables charging if
the electric vehicle requires ventilation
Disable button disable the operation of the button
on the housing
Turn LED turn off the LED indicator after 3 min
Eco charging
Use adjustable charging current
Charging at a lower tariff (setting via the
configurator)
Charging with excess energy
EVSE works as slave
Charger works as a (slave) and is managed by
another charger (master) in the case of two or
more chargers (ev fleet). In case of loss of
connection, it charges with the set current
Event log display of the last 10 charges
RFID and QR management of RFID and QR devices
Autodetect find a charging station in the local
network
Configurator **
Adjustable date, day and time
Current software version
*Priority charging enables preferential charging of the vehicle with the highest permitted charging current. It
does not take into account any settings for eco charging. In the case of dynamic charging, the charger will be the
last to limit
**Configurator starts the HEMS configurator. More at the web link
http://wiki.robotina.com/doku.php?id=wiki:20_rdc_charger:30_software:start#hems_configurator
Robotina d.o.o.
OIC-Hrpelje 38, Hrpelje, SI-6240 Kozina
www.robotina.com; e-mail: info@robotina.com
Document: V1.2
Date: 25.05.2023
Using RDC Charger
RDC Charger allows easy operation by simply pressing a button on the housing.
Connect the electric vehicle -> charge -> drive
Button on the housing and the icon of the electric vehicle on the user interface have the
same functionality
Charging process
1. Charging of the vehicle starts as soon as the vehicle is connected with the charging cable
2. Short press of the button switches between enable/pause charging
3. Long press of the button switches between priority/eco charging
4. LED light shows the charging status
LED light
Lights (solid line on us. interface)
Blinking (dashed line on us. interface)
EV not connected
Charger paused
EV connected, not charging
Charger paused
EV connected, charging
/
EV connected, charging ended
/
/
Error
/
Locked
/
Priority charging
/
Priority charging paused
/
Priority charging ended
Robotina d.o.o.
OIC-Hrpelje 38, Hrpelje, SI-6240 Kozina
www.robotina.com; e-mail: info@robotina.com
Document: V1.2
Date: 25.05.2023
DESCRIPTION OF POSSIBLE ERRORS
Error
Possible causes
Solution
CP positive voltage
CP negative voltage
The voltage on the CP
connector is out of
permitted range
Check the charging cable and
connector and reconnect the
electric vehicle
RCD sensor trip
Switch has detected a DC
differential current
If is problem with only one
vehicle, please call an
authorized vehicle service.
If is problem with other
vehicles, please call service
of the charger
RCD sensor malfunction
RCD is damaged or not
connected
Please call service of the
charger
Undervoltage
Overvoltage
The voltage at the input of
the charger is out of
permitted range
Please call service of the
charger
Charge with ventilation
The vehicle requires
charging with ventilation
and “Charging with
ventilation” is not enabled
on the user interface
Enable "Charging with
ventilation" on the user
interface if the electric
vehicle is charged in a
ventilated area or outdoor
PS reading error
There is no connection to
the power sensor in the
charger housing
Please call service of the
charger
Current is higher than
allowed
The vehicle is charged with
higer current that is allowed
Try charging another electric
vehicle and if the error is still
present, please call the
charger service. Otherwise,
call authorized service of
your vehicle
Internal temperature too high
Excessive temperature
inside the housing of the
charger
Check that RDC charger is not
directly exposed to the sun
light. Please call the charger
installer
Robotina d.o.o.
OIC-Hrpelje 38, Hrpelje, SI-6240 Kozina
www.robotina.com; e-mail: info@robotina.com
Document: V1.2
Date: 25.05.2023
NOTES
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This manual suits for next models
12
Table of contents
