There is a MID Energy Meter embedded in EVlink Pro AC chargers that have the letter M in the reference. The energy measurement for these chargers is MID certified.
For the other EVlink Pro AC references, the energy measurement is performed by an electronic card inside the charging station. The measurement accuracy is 1% but it is not MID certified. It is also possible to connect an external Energy Meter (MID or not MID) via Ethernet or RS485.
MID Energy Meter references: A9MEM2155, A9MEM3155.
Energy Meter references (not MID): A9MEM2150, A9MEM3150.
For the other EVlink Pro AC references, the energy measurement is performed by an electronic card inside the charging station. The measurement accuracy is 1% but it is not MID certified. It is also possible to connect an external Energy Meter (MID or not MID) via Ethernet or RS485.
MID Energy Meter references: A9MEM2155, A9MEM3155.
Energy Meter references (not MID): A9MEM2150, A9MEM3150.
Released for:Schneider Electric Nigeria
There is a MID Energy Meter embedded in EVlink Pro AC chargers that have the letter M in the reference. The energy measurement for these chargers is MID certified.
For the other EVlink Pro AC references, the energy measurement is performed by an electronic card inside the charging station. The measurement accuracy is 1% but it is not MID certified. It is also possible to connect an external Energy Meter (MID or not MID) via Ethernet or RS485.
MID Energy Meter references: A9MEM2155, A9MEM3155.
Energy Meter references (not MID): A9MEM2150, A9MEM3150.
For the other EVlink Pro AC references, the energy measurement is performed by an electronic card inside the charging station. The measurement accuracy is 1% but it is not MID certified. It is also possible to connect an external Energy Meter (MID or not MID) via Ethernet or RS485.
MID Energy Meter references: A9MEM2155, A9MEM3155.
Energy Meter references (not MID): A9MEM2150, A9MEM3150.
Released for:Schneider Electric Nigeria
