−Table of Contents
Wiring
| Power supply |
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| 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. |
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| Network |
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| Default connection to the LAN network: |
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| Default connection of external IOT-L2-2 linker to the LAN network: |
| NOTE: IOT-L2-2 linker can be installed as external unit or is integrated into the RDC Charger. |
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| Default connection via LTE 4G modem: |
| NOTE: All connected devices will have internet access via LTE modem which can result in high costs on your LTE account. |
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| Optional LTE 4G modem connection: |
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| EV fleet connection |
| Control up to 8 RDC Chargers (EV fleet). Only one charger is master, others are slave. All chargers in fleet must be wired with ethernet cable to the same router. |
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Wireless Power Sensors wiring
| Wireless power sensors |
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| Single phase power-sensor with current transformer PM1-E-D-CT |
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| 3-phase power-sensor PM3-E-D |
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| 3-phase power-sensor with CT PM3-E-D-CT |
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| Charger and wireless power sensors. One or more WM-1 modules can be used. One or more power sensors can be connected to one WM-1. |
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| Dynamic load management |
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| Charger and grid power sensor. NOTE Power sensor should be mounted in the building's electrical cabinet to measure input power & current |
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Wireless relay wiring
| Wireless relay |
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| Charger and wireless relay. Up to 8 WR-1 modules can be used. |
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| Power sensors orientation |
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