White Electric | Automatic Single Socket Outlet, 250VAC, 10A, 1 Pole

The charging station has a conditional input E6 which can be configured as “deferred start” or as “power limitation”, or as “to be ignored” (factory setting). The conditional input can be connected to any device capable of closing a contact. It is active when connected to the mains phase. It remains inactive when not connected.

Deferred start of charging
The conditional input can be connected, for example, to a clock to schedule charging hours or to an on-peak / off-peak contactor to charge only during off-peak hours. Start is deferred as long as the input is active.


Charging power limitation
The conditional input can be connected to a load shedder for example. As long as the input is active the charging station reduces the maximum charging current setpoint value given to the vehicle:
• From 16 A to 10 A for 3 and 11 kW charging stations
• From 32 A to 16 A for 7 and 22 kW charging stations

1. Please refer to the details in the ‘Modbus TCP Access’ section in the Com’X510 User Guide .

2. Please double check all the slave devices have been set with the same serial settings (Baud rate, Parity, etc.) as the Com’X510 ‘Modbus Serial’ settings (Settings > Communication > Modbus Serial.).

3. Configure the Com’X510 ‘Modbus Gateway’ setting as follows.




4. Please make sure ‘Enable Serial Modbus Broadcasts’ is enabled.



5. Please note that the ‘Enable Modbus TCP/IP on Ethernet’ setting in the ‘Firewall Management’ section is also enabled for the required port.



6. You can check and confirm the Gateway behavior by communicating to the slave devices using Modbus Tester and simply reading registers using the IP address of the Com’X and the Slave ID. Please see below example.

For the below systems as described in the MDGF instruction sheet

Please find below how the current sensor, MDGF work with Micrologic :

If a primary current of 100A passes through the SGR current sensors, then a secondary current of 0.1A wil be received by the MDGF summing module via terminal 1(J1-1) and 3(J1-3).

The MDGF summing module internally does the following calculation :

100A(rms)*0.00173 = 0.173V(rms) : this voltage can be measured on the terminal 5(J2-2) and 7(J3-1) of the MDGF summing module and it is transmitted to the terminals M2 and M3 of the micrologic Trip Unit.

The Micrologic does the following calculation : 0.173V(rms)/0.00173(rms) = 100A

The Micrologic will report the Ig trip if the current from current sensor and MDGF exceeds the Ig threshold and the tg time delay expires

Information on wiring and installation can be found from instruction sheet - https://download.schneider-electric.com/files?p_enDocType=Instruction+sheet&p_File_Name=NHA92405-02.pdf&p_Doc_Ref=NHA92405

For the MTZ spare part list refer to the latest spare part catalogue - https://download.schneider-electric.com/files?p_Doc_Ref=COM-POWER-LVMKT215EN

C-Bus dimmer is controlled by Triac/Mosffet and due to this has a small leakage current.

This small leakage current will impose main voltage out on the dimmer output/load even those the channel is switched off via C-Bus.

We advise that the whole dimmer needs to be switched off before maintenance takes place.

 

Yes the sensor sensitivity can be adjusted in advance setup 01-15. Having 01 the highest sensitivity to 15 the least sensitivity and it's out of the factory with a (default of 5).

The code for the replacement contactor is still - LC1D80xx (xx is place holder for coil designator).
For AC coils xx can be:
BD = 24Vac; FD = 110Vac; MD = 240Vac; RD = 415Vac
For DC coils xx can be:
B7 = 24Vdc; E7 = 48Vdc; F7 = 110Vdc; U7 = 240Vdc; N7 = 415Vdc