4. INSTALLATION DETAILS
The electrician is responsible for selecting a cable thickness & safety components appropriate
for the specific situation and according to local regulations
Wiring advice*
Power cable size
Earthing advice*
Required nominal
input voltage at
charge point
MCB
RCD
Ethernet & WiFi
connection cable
requirements
Load Shedding cable
requirements
5 wires Ø 2,5mm
accessories cable
*
The electrician is always responsible for selecting a cable thickness appropriate for the specific
situation and according to local regulations;
** 3-phase charge point can also be connected to 1-phase. In this case the charge point can only
charge on 1-phase;
*** The electrician must select a suitable MCB with C-characteristic to match the amperage setting
of the charge point, taking into account MCB manufacturer specifications
NOTE: The charge point can be set between 16 A and 20 A / 32 A (depending on version)
INSTALLATIEHANDLEIDING – P27
INSTRUCTION MANUAL – P27 | P27
- Wire for the maximum hardware amperage under continuous load;
- Calculate with a COS-Phi of 0.8;
- Calculate with a max allowed voltage drop over the cable of 2%;
- Use shielded cable for underground wiring
Cable grommets sizes
Maximum cable terminal block
TN-system
TT-system
Single phase**
Triple phase**
C-characteristic***
30mA Type B, or 30mA Type A (Hi, Hpi, Si) in combination with appropriate
equipment that guarantees shutdown of power when a DC leakage of more than 6mA
occurs
Standard CAT5 or CAT6 Ethernet cable (UTP cable with RJ45 connectors)
Straight wired RJ12 (6P6C) connectors on CAT5 cable (max 20m)
- L1, L2, L3, N + PE;
L1 & N for connecting the shunt
L2 & L3 for connecting the ON/OFF Peak signal
- Always connect PE to terminal blocks of charge point and at distribution board
- Use shielded cable for underground wiring;
VERSION 0129NM02INT01
0720NM19INT03
Ø 10mm - Ø 22,5mm
10 mm2 solid wire
6 mm2 stranded wire with ferrules
PE-cable (PEN conductor is not allowed)
Separately installed grounding electrode
< 100 Ohm spreading resistance
230V+N +/-10% 50Hz
400V (3 x 230V+N) +/-10% 50Hz