GreenFlux T2235-02, Installation Manual, Page: 14 / 35

GreenFlux Dual Socket Smart Charging Controller page - 14 - ©GreenFlux Assets B.V. – All rights reserved.
Installation Manual; version 4.6; 2019-11-05 Doc.nr. GFX.2017.14201807
“ InversedServo ” the signaling behavior can be adjusted to match
the desired detection condition.
Both, two-stage and three-stage servo lock actuators are
supported. Please refer to the
GreenFlux Smart Charging
controller Configuration Manual . With the configuration item
“ 3StageServo ” the correct servo lock type can be selected.
If a charging station uses tethered cables, the servo lock signals
must not be used/connected.
2.7.2 SOCKET 2
Pin 1 up to 12 must be used for controlling socket 2:
PIN CONNECTION INFO
1 PP (proximity pilot / plug presence)
Charge cable type detection
2 CP (control pilot) Communication with (PH)EV
3 Temperature Temperature sensor connection
4 Ground
Use with temperature sensor or
attached cable model
5 LED red Status LED of socket for user
6 LED green Status LED of socket for user
7 LED blue Status LED of socket for user
8 S0+ or RS485P Measuring of charging (PH)EV
9 S0- or RS485N Measuring of charging (PH)EV
10 Servo control
Servo pin 1 (must remain
unconnected when outlet is a
tethered cable)
11 Servo control
Servo pin 2 (must remain
unconnected when outlet is a
tethered cable)
12 Servo control
Servo pin 3 (must remain
unconnected when outlet is a
tethered cable)
When choosing a fixed cable setup, a PP-resistor with the
correct cable value (IEC 61851-1 Ed. 2.0) must be connected
between pin 1 and 4 for socket 2.
Resistor value Current capability of the cable assembly
1,5 kΩ 0.5 W 13 A
680 Ω 0.5 W 20 A
220 Ω 0.5 W 32 A
100 Ω 0.5 W 63 A (3 phase) / 70 A (1 phase)
For a 1-phase charging station configuration, the usage of an S0
meter is possible (though not recommended). For a 3-phase
charging station configuration only an RS485 meter should be
used.