Wire the Charging Station
Read the following details carefully before wiring the AC terminals.
| Label | Meaning |
|---|---|
|
N |
Neutral (single phase or three phase grid connection) |
|
L1 |
Line 1 (single phase or three phase grid connection) |
|
L2 |
Line 2 (only for three phase connection, leave unconnected if single phase) |
|
L3 |
Line 3 (only for three phase connection, leave unconnected if single phase) |
|
PE/GND |
Protective Earth/Ground (single phase or three phase grid connection) |
Torque Guidelines
Follow these guidelines when torquing wires.
| Wire size | Torque value |
|---|---|
|
2.5 mm2 |
2.26 Nm (20 in-lb) |
|
4 mm2 |
2.26 Nm (20 in-lb) |
|
6 mm2 |
2.82 Nm (25 in-lb) |
|
10 mm2 |
4.0 Nm (35 in-lb) |
|
16 mm2 |
4.0 Nm (35 in-lb) |
Connect AC Terminal Input Wires
Complete the following steps to connect AC terminal input wires:
-
Wrap the PE/GND
Ground wire around the wire guide and insert it into the PE/GND
Ground terminal.Set the T20 torque value to one that is suitable for the wire being used, then tighten the screw on the PE/GND
Ground terminal to the torque limit. (See Torque Guidelines for more information.)
-
Wrap the N, L3, L2, and L1 wires around the wire guide and insert each wire into the terminal block.
Set the T20 torque value to one that is suitable for the wire being used, then tighten the screw on each of the four incoming wire terminals to the torque limit. (See Torque Guidelines for more information.)
-
Ensure all of the wires are tucked underneath the wire guide.
-
Adjust the current rating.
ChargePoint Flex Plus charging stations must be connected to a dedicated circuit breaker.
Use a T20 screwdriver to adjust the current dial (a).
When configuring the station using the Installer app, the breaker value selected by the dial will be displayed in the app for reference. However, this value is read‑only and cannot be adjusted through the app.
The charging station will be limited to this maximum current per phase, regardless of the charging station configuration.
Current Dial Values
Position
Amperage
Recommended Upstream Breaker 32 A
32 A (set in factory)
40 A 25 A
25 A
32 A 20 A
20 A
25 A 16 A
16 A
20 A 12 A
12 A
16 A 8 A
8 A
10 A X
Reserved, defaults to 8 A
10 A Y
Reserved, defaults to 8 A
10 A Z
Reserved, defaults to 8 A
10 A
The following table lists some examples of recommended protection devices. Select a device that matches your configuration. Always ensure compliance with local electrical regulations:
|
Protection Device Type |
Description |
Country |
Eaton Type Designation |
|---|---|---|---|
|
1-phase breaker 3.7 kW |
-- |
UK |
-- |
|
3-phase breaker 11 kW |
20 A breaker for the three-phase 16 A charging current |
PLSM-C20/3N-MW |
|
|
1-phase breaker 7.4 kW |
-- | -- | |
|
3-phase breaker 22 kW |
40 A breaker for the three-phase 32 A charging current |
PLSM-C40/3N-MW |
|
|
RCD |
PFIM-25/4/003-A-MW |
||
|
RCD |
PFIM-40/4/003-A-MW |
||
|
3-phase RCBO |
20 A RCBO |
MRB4-20/3N/C/003-A |
|
Protection Device Type |
Description |
Country |
Eaton Type Designation |
|---|---|---|---|
|
1-phase breaker 3.7 kW |
1-fase installatieautomaat van 20 A voor een laadstroom van 16 A |
Netherlands |
PLN6-C20/1N-MW |
|
3-phase breaker 11 kW |
3-fasen installatieautomaat van 20 A voor een laadstroom van 16 A |
PLS6-C20/3N-MW |
|
|
1-phase breaker 7.4 kW |
1-fase installatieautomaat van 40 A voor een laadstroom van 32 A |
PLN6-C40/1N-MW |
|
|
3-phase breaker 22 kW |
3-fasen installatieautomaat van 40 A voor een laadstroom van 32 A |
PLS6-C40/3N-MW |
|
|
1-phase RCCB |
1-fase type A aardlekschakelaar voor een laadstroom van 16 of 32 A |
PFIM-40/2/003-A-MW |
|
|
3-phase RCCB |
3-fasen type A aardlekschakelaar voor een laadstroom van 16 of 32 A |
PFIM-40/4/003-A-MW |
|
|
3-phase RCBO |
20 A RCBO |
MRB4-20/3N/C/003-A |
|
Protection Device Type |
Description |
Country |
Eaton Type Designation |
|---|---|---|---|
|
1-phase breaker 3.7 kW |
1-fase installatieautomaat van 20 A voor een laadstroom van 16 A |
Belgium |
PLS4-C20/2-MW |
|
3-phase breaker 11 kW |
3-fasen installatieautomaat van 20 A voor een laadstroom van 16 A |
PLS4-C20/4-MW |
|
|
1-phase breaker 7.4 kW |
1-fase installatieautomaat van 40 A voor een laadstroom van 32 A |
PLS4-C40/2-MW |
|
|
3-phase breaker 22 kW |
3-fasen installatieautomaat van 40 A voor een laadstroom van 32 A |
PLS4-C40/4-MW |
|
|
1-phase RCCB |
1-fase type A aardlekschakelaar voor een laadstroom van 16 of 32 A |
PFIM-40/2/003-A-MW |
|
|
3-phase RCCB |
3-fasen type A aardlekschakelaar voor een laadstroom van 16 of 32 A |
PFIM-40/4/003-A-MW |
|
|
3-phase RCBO |
20 A RCBO |
MRB4-20/3N/C/003-A |
|
Protection Device Type |
Description |
Country |
Eaton Type Designation |
|---|---|---|---|
|
1-phase breaker 3.7 kW |
-- |
France |
-- |
|
3-phase breaker 11 kW |
Disjoncteur de 20 A pour courant de charge triphasé de 16 A |
PLSM-C20/3N-MW |
|
|
1-phase breaker 7.4 kW |
-- | -- | |
|
3-phase breaker 22 kW |
Disjoncteur de 40 A pour courant de charge triphasé de 32 A |
PLSM-C40/3N-MW |
|
|
3-phase RCCB |
Interrupteur différentiel de type A pour le courant de charge triphasé de 16 A |
PFIM-25/4/003-A-MW |
|
|
3-phase RCCB |
Interrupteur différentiel de type A pour le courant de charge triphasé de 32 A |
PFIM-40/4/003-A-MW |
|
|
3-phase RCBO |
Disjoncteur différentiel 20 A (disjoncteur modulaire + interrupteur différentiel de type A) pour le courant de charge triphasé de 16 A |
MRB4-20/3N/C/003-A |
|
Protection Device Type |
Description |
Country |
Eaton Type Designation |
|---|---|---|---|
|
1-phase breaker 3.7 kW |
-- |
Germany / Austria / Switzerland |
-- |
|
3-phase breaker 11 kW |
20-A-Leistungsschalter für den dreiphasigen 16-A-Ladestrom |
PLSM-C20/3N-MW |
|
|
1-phase breaker 7.4 kW |
-- | -- | |
|
3-phase breaker 22 kW |
40-A-Leistungsschalter für den dreiphasigen 32-A-Ladestrom |
PLSM-C40/3N-MW |
|
|
3-phase RCCB |
Typ-A-FI-Schalter für dreiphasigen 16-A-Ladestrom |
PFIM-25/4/003-A-MW |
|
|
3-phase RCCB |
Typ-A-FI-Schalter für dreiphasigen 32-A-Ladestrom |
PFIM-40/4/003-A-MW |
|
|
3-phase RCBO |
20 A FI/LS-Schalter (FI+LS Typ A) für dreiphasigen 16-A-Ladestrom |
MRB4-20/3N/C/003-A |
If you choose to use a wired Ethernet connection to connect the charging station to your home, connect the RJ45 connector to the station. Configure the details in the ChargePoint Installer app.
If Ethernet is being used to connect to a smart meter, refer to the Ethernet section for more details.
Close the Backplate
Complete the following steps to close the backplate:
-
Ensure that the connections are secure.
-
Make sure the current dial has been set correctly.
-
Using a T20 screwdriver tighten all five screws to attach the backplate cover.
-
Torque each of the five screws to 0.5 Nm (4.5 in-lb).