Digital Aquatics Reef Keeper Kurulum Kılavuzu

Evcil Hayvan Bakım Ürünü Digital Aquatics Reef Keeper için çevrimiçi göz atın veya pdf Kurulum Kılavuzu indirin. Digital Aquatics Reef Keeper 6 sayfaları. For shlobster dosing pumps dosing 2 part

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Digital Aquatics Reef Keeper Setup Guide (for Shlobster dosing pumps

dosing 2 part)

Physical Connection:

The DA Reef Keeper – Power Controller 4 has two mechanical relays and two solid state relays.

Channel #1 and Channel #4 on the powerbar are the mechanical relays, pictured in the red

squares here:

Mechanical relays perform better when switching low power devices such as the Shlobster

dosing pumps, so it's important to use them for best performance.

A word about 2 part dosing:

Before we proceed to programming, a word about what we are trying to accomplish. When using 2-part

in most cases our goal is to add the same amount of part A as part B. Part A is typically Calcium, and Part

B is typically Carbonate (alkalinity). The amount of each that a given aquarium needs will depend on

many factors, and you must make a decision about how much you want to add to your specific

aquarium before you continue. Each brand has a different recommendation of where to start printed on

the bottle. Also, it must be decided how we want to dose these amounts to the aquarium. Generally, we

add Alkalinity starting at the beginning of our photoperiod ("lights on") and Calcium starting at the end

of our photoperiod. We dose in this way primarily to avoid an interaction between the two, and to avoid

the creation of a very high pH condition resulting from adding carbonate alkalinity near the end of the

photoperiod, a time when pH is generally highest in the aquarium. While in some cases we could dump

in the entire allotment of part B right at the beginning of the photoperiod, and Part A right at the end, it

is best to spread the additions out. Doing so is needed to ensure the life of the dosing pump, and it's

better for the chemistry in the aquarium.

Summary of relevant points:

o Goal 1: We want to dose the same amount of A as B.

o Goal 2: We need to figure out how much of A & B our system needs. (see bottle)

o Goal 3: We want to dose A & B separately from each other.

o Goal 4: We want to dose A & B in many small increments.