Phocos CIS-MPPT 50/10, Руководство пользователя

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Undervoltage --- --- Switches off
Over temperature Reduces the charging current if over temperature occurs and switches off the load if the temperature reaches a high
level.
(1) Panels are short circuited by diodes. The controller can therefor only be subjected to these conditions for a limited time. A Battery connected to the
panel terminals in reverse polarity will instantly cause a damage to the controller.
(2) A battery fuse is necessary to protect the CIS-MPPT from getting damaged by reverse polarity connection on the battery terminals.
(3) Controller can protect itself, but any connected loads might be damaged.
(4) Short circuit: >3x – 20x nominal current.
(5) Battery must be protected by a fuse, or it might be permanently damaged in case of short circuit.
(6) >200% nominal current: disconnects with 3s delay,
>150% nominal current: disconnects with 10s delay,
>110% nominal current: disconnects with 120s delay.
(7) MPPT switches off when detecting reverse current.
(8) At voltages above 50 V the MPPT will stop charging.
WARNING: The combination of different error conditions may cause damage to the controller. Always remove the fault condition before you continue
with connecting the controller!
Low Voltage Disconnect Function (LVD)
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State of charge controlled (SOC): Disconnect at
11.00/22.00 V to 11.70/23.40 V(SOC1), 11.12/22.24 V to 11.76/23.52 V(SOC2),
11.25/22.50 V to 11.83/23.63 V(SOC3), 11.38/22.72 V to 11.89/23.78 V(SOC4),
11.51/23.02 V to 11.96/23.92 V(SOC5), 11.64/23.28 V to 12.02/24.04 V(SOC6).
Voltage controlled (LVD): Disconnects at a fixed voltage between 11.0/22.0 V and 11.9/23.8 V (voltage steps 0.1/0.2 V).
Note: Battery voltage must be below adjusted setting for longer than 2 minutes for before LVD occurs.
Note:
Voltage levels before/after the slash are valid for 12 V and 24 V systems respectively (valid for the charge controllers presented in this manual).
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