MICRO-AIR Artic Air 24 Przewodnik Instalacji Pobierz pdf (Strona 12)

2. A “well” is provided at the bottom of each holding plate for the temperature probe. The probe

must be fully inserted into the well and the hole sealed with putty, caulk or foam. If a single box

(ie. “zone”) has multiple holding

plates, the probe should go into

the largest of them. If the holding

plates are all the same size, the

one nearest the wire entry point

can be used.

(This is a Prestart Checkout

Item)

3. If you purchased the optional

box temperature probes, you

should know that they are

identical to, and interchangeable

with, plate temperature probes.

They will just be wired to different

connectors on the control. You

will want to mount your box

temperature probes as near as

possible to mid-point in the box. Choosing the “best” location to measure box temperature is

always problematic due to a common lack of an out-of-the-way place to secure the probes.

Compromises usually have to be made. Probes mounted at the top of the box generally

measure temperatures above the “average” while probes mounted at the bottom may read lower

than the box average. While you may want to secure the probe wire to the side of the box, make

certain that the actual probe itself rests at least 1/2" (12mm) away from the wall and is exposed

to free air circulation.

(This is a Prestart Checkout Item)

4. The standard wire length for all temperature probes is 59" (1500 mm). The wire can be

lengthened to any distance required with regular marine 18 AWG to 22 AWG wire. When

lengthening the wire all connections must be soldered and sealed with glue-lined heat-shrink

tubing. Securely fasten the wire inside the box so that it is out of the way and cannot come loose

to pull the probe from inside the plate. (This is a Prestart Checkout Item)

Trimline

Evaporator Plates

The size and number of Trimline

Spider-coil

evaporator plates in a zone is determined by your

box size and quality of insulation. If you have web access you can use the box heat load

calculator on our web site at: http://www.glacierbay.com/Heatload_calculator/heatload.htm

to determine the expected daily heat load on a 90 degree F (32 degree C) average day. Divide

the daily heat load by 24 to get the hourly heat influx in your box in BTUs.

The heat removal capacity of each plate is determined by plate surface area and is the same for

both reefer and freezer plates.

The heat capacities are as follows:

(S.A. is plate surface area in square feet. L” includes 4" for the valve and tubing.)

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MICRO-AIR Artic Air 24 Przewodnik Instalacji Strona 12

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