Specifications

Part Number STH12 9/10 63
Operation
How the Multiplex Works
Model 2803 — a 1/3 HP refrigeration unit that will provide
pre-mix carbonated beverages and chilled carbonated water
for up to 6 gal (3 L) of syrup/day or 280 drinks/day (2,000 gal/yr)
with a 40 ft (12 m) maximum conduit length. This is a remote
refrigeration unit that derives its peak draw capacity from the
reserve ice bank produced from a capillary tube refrigeration
system. This system is controlled to cycle ON and OFF by the
operation of the ice bank control. The sensing bulb that controls
the ice bank is located on an adjustable bracket in the water
bath.
Model 11M — a 1/2 HP refrigeration unit that will provide
premix carbonated beverages and chilled carbonated water for
up to 12 gal (45 L) of syrup/day or 560 drinks/day (4,000
gal/year) with a 100 ft (30 m) maximum conduit length. This is
a remote refrigeration unit that derives its peak draw capacity
from the reserve ice bank produced from a capillary tube
refrigeration system. This system is controlled to cycle ON and
OFF by the operation of the ice bank control. The sensing bulb
that controls the ice bank is located on an adjustable bracket in
the water bath.
Model 42M — a 1 HP refrigeration unit that will provide pre-mix
carbonated beverages and chilled carbonated water for up to
50 gal (190 L) of syrup/day or 3,060 drinks/day (18,200 gal/yr)
with a 250 ft (80 m) maximum conduit length. This refrigeration
unit is a remote refrigeration unit that derives its peak capacity
from the reserve ice bank produced from a TXV system. This
system is controlled to cycle ON and OFF by the operation of
the ice control. The sensing probe that controls the ice bank, is
located on an adjustable bracket in the water bath.
Model 44M — a 1 HP refrigeration unit that will provide pre-mix
carbonated beverages and chilled carbonated water for up to
50 gal (190 L) of syrup/day or 3,060 drinks/day (18,200 gal/yr)
with a 250 ft (80 m) maximum conduit length. This refrigeration
unit is a remote refrigeration unit that derives its peak capacity
from the reserve ice bank produced from a TXV system. This
system is controlled to cycle ON and OFF by the operation of
the ice control. The sensing probe that controls the ice bank, is
located on an adjustable bracket in the water bath.