Operation Of Power Center; Initial Fill - Red Sea MAX C Serie Manual De Instalación Y Operación

Red Sea MAX C-Series
Lighting and Fan control
The timer has a 3-position switch:
"I" (ON position) – daylights on, moonlights off
"O" (OFF position – daylights off, moonlights on
Clock symbol – automatically changes between the "I" and "O" settings
according to the timer setting.
Each black segment switch around the face of the timer represents ¼ of
an hour (15 minutes). Move the segment switches to the outer position
for the time period you want the daylights to be on. Move the segment
switches to the inner position for the time period you want the daylights
to be off.
Rear switch (next to the timer) turns off the moonlights in the event that
you do not want them on automatically when the daylights are off.
Front switch (next to the timer) on/off for the water cooling fan unit.
Set the actual time by rotating the dial until the arrow is pointing to the
current time. This should only be done after the hood has been switched
on at the Power Center.
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9 Operation of Power Center

With all of the electrical components now installed and plugged into the
Power Center, slide the Splash cover along the length of the sockets,
allowing the recess in the bottom of the cover to collect the cables and
moving them towards the back of the cabinet. With the splash cover in
position, ensure that the individual switches are in the off position and
plug the Power Center to the wall outlet.
The Power Center is protected by a resettable circuit breaker which
will switch off the power to the complete power center in the event of
a short circuit in one of the components. In the event that the circuit
breaker is activated, locate the faulty item, disconnect it from the power
center and depress the circuit breaker reset switch.

10 Initial Fill

Follow the mixing instructions for mixing your artificial sea water. It is
advisable to place any substrate or live rocks in the tank before adding
the water as this will significantly affect the overall volume of water
required.
Maximum
Optimum
Minimum