Hussmann ARV-1230, Руководство пользователя

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Once the desired setting is displayed, press the
SELECT button to store the new value. The
display will revert to cycling between
ndEF and
the new value.
If it is necessary to stagger the defrost times to
uneven intervals, select
2-df in the ndEF item.
This enables Str2 in menu which is the second
defrost time, and allows the first and second
defrost times to be set independently. An exam-
ple would be 02:00 and 13:00. For three stag-
gered defrost times, select
3-dF which enables
Str2 and Str3 defrost times.
Defrost should be scheduled for a time imme-
diately following product loading to allow for
the fast pull down.
Replace Safe-NET Cover
Position the cover over the display and gently
press into place.
Run Before Stocking
Allow the Hussmann Beer Merchandiser to
run for at least 30 minutes before stocking.
LOADING
1. Add the maximum quantity of bottles
allowed.
2. Load the product after closing for the night
so that it can pull down to temperature
overnight.
3. Stock bottles upright only.
4. Do not add warm product during selling
hours.
The LED display shows the calculated actual
beer temperature based on sensor input. The
calculation requires beer to be loaded in the
unit for 30 minutes to be accurate.
11
P/N 0512887_A — 1 October 2009
Safe-NET software Version 9.03 or later
ARV-570 & ARV-1230 ARV-570 & ARV-1230 ARV-570 & ARV-1230 ARV-570 & ARV-1230 ARV-570 & ARV-1230 ARV-570 & ARV-1230
©2009 HUSSMANN CORPORATION • BRIDGETON, MO 63044-2483 U.S.A.
U.S. & CANADA 1-800-922-1919 • MEXICO 1-800-522-1900 • WWW.HUSSMANN.COM
Hussmann Beer Merchandiser
The complete Safe-NET technician’s manual
is available online at
http://www.hussmann.com/Installation%20M
anuals/0461391_B_SafeNET.pdf
Estimated Pull Down Time to
Achieve 26°F (–3.3°C)
Optimum Temperature
Pre-Cooled
Beer to Beer at
45°F 70°F
(7°C) (21°C)
Loading
empty unit
at 80°F (27°C)
8.5 hours 15 hours
outside approximate approximate
temperature
Loading
half empty unit
at 80°F (27°C)
7 hours 13 hours
outside approximate approximate
temperature