GARO TWIN, Инструкция по сборке / Инструкция для пользователя

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TWIN CLUSTER INSTALLATION
Schematic image with TWIN Master placed to the left of the cluster
SW1 CC2 SW1 CC2 SW1 CC2 SW1 CC2
ON OFF ON OFF ON OFF ON OFF
6 6 6 6
5 5 5 5
MASTER SLAVE SLAVE SLAVE
End term End term
For use in systems that have local electricity production (solar cell,
wind etc)
• Garo GNM3D-LP-RS485
• Garo GMI3D-LP
• Garo GNM3T-LP-RS485 (current transformer 3-phase. Max
current is based on current transformer)
Note the external DLM energy meter’s Modbus address must be
set to #100 (and #101 for a 2nd e-meter).
The external DLM energy meter/meters continually measures the
total energy consumption for each phase. Data is transmitted
to the first wallbox (TWIN Master), which controls the charging
current per phase for the entire system in order to prevent the main
fuses from tripping.
The Master TWIN in the grid needs to have a wifi module
installed.
A maximum of 25 TWIN may be connected together in a grid by
a shielded twisted pair cable. See picture 13, 14.
It is allowed to mix TWIN with GLB Wallbox in this type of grid,
and the limit is max 50pcs “outlets”,
(TWIN = 2pcs outlets and GLB = 1pcs outlet). (figure 19)(figure
20)
One of the TWIN should be a Master in the installation and this is
set by SW1 DIP5 on CC2 (right side PCB)
All other TWIN in the installation should be Slaves and this is set
by SW1 DIP5 on CC2 (right side PCB)
See (figure 21)
The first and last TWIN in the installation should be end-terminated
via SW1 DIP 6 on CC2 (right side PCB), see (figure 21).
TWIN
(figure 19)
14
EN