| Available
on all Air, Remote and Water Cooled Bally Condensing
Units and Evaporators
PROVIDES
FAST, EFFICIENT POSITIVE DEFROSTING OF EVAPORATORS
Three times faster than electric
defrost systems.
Provides reduction in box temperature rise, minimal
product deterioration and reduced power consumption
resulting in energy savings. Shorter defrost cycle
periods provide increased refrigeration time allowing
smaller equipment sizing and lower initial equipment
costs. Can be used with single or multiple evaporator
systems. Multiple evaporators can all be defrosted
together.
COMPLETE
FACTORY PRE-PIPING OF ALL VALVES
All extra system components such
as liquid line solenoid valve, evaporator TXV
(thermostatic expansion valve), check valves,
hot gas solenoid valve, three-way valve, and crankcase
pressure regulator are all installed and pre-piped
at the factory. This results in a faster and simpler
system installation with significant savings on
installation costs.
UTILIZES
THE EXISTING LIQUID LINE AS THE HOT GAS PIPE
Eliminates field installation of
extra hot gas pipe between condensing unit and
evaporator resulting in simpler design and reduced
installation cost.
FACTORY
INSTALLED DEFROST TERMINATION AND FAN DELAY PRESSURE
CONTROLS
Provides shorter defrost periods
and faster return to refrigeration cycle. Eliminates
thermal lag (time delay) as found with conventional
thermostat controls. Eliminates wiring the evaporator
defrost controls back to the condensing unit,
reducing installation costs.
PRE-HEATED
EVAPORATOR DRAIN PAN
Drain pan heater is energized two
minutes prior to start of defrost cycle. This
ensures all water from melting frost is kept warm
throughout the drain line, preventing line blockage.
Allows
hot gas to directly enter the evaporator coil
to maximize the heat transfer effect.
MAXIMUM
COMPRESSOR PROTECTION
Crankcase pressure regulator protects
compressor from excessive suction pressures reducing
motor overloads. Two suction accumulators (one
with a liquid/suction heat exchanger) provide
maximum heat transfer and liquid trapping capability
during both the defrost and refrigeration cycle.
To
view the Operation Cycles, Click on the buttons
on the right side, below the banner |