|
NOW FEATURING ON ALL OF OUR COMBINATION COOLERS AND FREEZERS WITH REMOTE REFRIGERATION SYSTEMS:
ENERGY SAVING P.S.C., (PERMANENT SPLIT CAPACITOR), MOTORS ON THE ENTIRE REFRIGERATION SYSTEM.
NOT JUST THE CONDENSER, BUT THE EVAPORATOR COIL MOTORS AS WELL.
THEY USE BETWEEN 50% AND 60%LESS ENERGY THAN OUR COMPETITORS NON P.S.C. MOTORS.
50% TO 60% LESS ENERGY MEANS 50% TO 60% LESS MONEY TO OPERATE!
For more on energy saving ideas and the importance of P.S.C. motors in energy saving, please visit the link below:
http://www.wisconsingrocers.com/images/Magazine/Energy%20savings%20spring%2003.pdf#search='permanent%20split%20capacitor%20energy%20saving'
CLICK HERE TO SEE HOW TO CALCULATE YOUR SAVINGS WITH P.S.C. EVAPORATOR COIL FAN MOTORS
* Standard Acrylic coated Galvalume or Aluminum panel finishes.
(Galvalume has all the strength of galvanized steel but is twelve times more corrosion resistant than G60 galvanized steel, and six times more than G90.)
Our combination units can be had in either indoor or outdoor configurations.
Units can be designed with entrance doors for both the cooler and freezer sections on the exterior of the unit, or with a single entrance door, with a pass through door connecting the two sides.
Standard refrigeration system parameters for our freezer are:
Freezer hold of -15F with an outside ambient temperature of 105F.
The cooler section is designed to hold at 35 degrees Fahrenheit with an outside ambient temperature of 105 degrees Fahrenheit.
Warranty coverage is the same as for our walk-in coolers and walk-in freezers.
UNBEATABLE SPECIAL PRICING ON THE BELOW LISTED SIZES OF COMBINATION UNITS.
AVAILABLE IN EITHER DIY, (Do it Yourself), OR REMOTE REFRIGERATION SYSTEMS
AVAILABLE IN INDOOR OR OUTDOOR CONFIGURATIONS
BELOW ARE JUST A FEW SIZE EXAMPLES.
WE MAKE YOUR COMBO TO ORDER.
CALL US WITH YOUR OWN DIMENSIONS FOR A QUICK QUOTE!
1-800-679-9210
6' X 12' X 7' 6"
(6'd x 6'w cooler / 6'd x 6'w freezer)
7' x 12' x 7' 6"
(7'd x 6'w cooler / 7'd x 6'w freezer)
6' x 14' x 7' 6"
(6'd x 7'w cooler / 6'd x 7'w freezer)
7' x 14' x 7' 6"
(7'd x 7'w cooler / 7'd x 7'w freezer)
6' x 16' x 7' 6"
(6'd x 8'w cooler / 6'd x 8'w freezer)
7' x 16' x 7' 6"
(7'd x 8'w cooler / 7'd x 8'w freezer)
8' x 12' x 7' 6"
(8'd x 6'w cooler / 8'd x 6'w freezer)
8' x 14' x 7' 6"
(8'd x 7'w cooler / 8'd x 7'w freezer)
8' x 16' x 7' 6"
(8'd x 8'w cooler / 8'd x 8'w freezer)
10' x 16' x 7' 6"
(10'd x 8'w cooler / 10'd x 8'w freezer)
10' x 18' x 7' 6"
(10'd x 9'w cooler / 10'd x 9'w freezer)
FOR MORE INFORMATION ON OUR DIY (Do It Yourself) SYSTEMS CLICK HERE!
Our combos using no-wood construction 6" thick stable R-
value EPS insulated panels can insulate over 30% better
than coolers using 3.5" wood framed "foamed in place"
urethane insulated panels.
Our competitor's using urethane insulated panels will
will usually only refer to urethanes initial R-Value not its
long term R-Value or Long Term Thermal Resistance
THINGS TO CONSIDER:
1. Their panels overall R-value, or K-factor.
(The wooden frame portion of a wooden framed panel has an R-
value that is much lower than the insulating material that is only in
the middle of the wooden frame.
Meaning that the panels overall R-value or K-factor is far lower than
the insulating material which is only in the center of the panel. In
other word they are leaving out the low R-value of the wooden
frame portion of the panel when making their R-value claim for the
panel)
They are telling you only their "foamed in place" urethane
panels initial R- value, not it's 6- month "aged R-value" after
"outgassing" has occured, or it's Long Term Thermal Resistance.
2. Stability of the R-value: When urethane is manufactured, the cell
gas is mostly blowing agent, (now Pentane or R-134A), with a low
thermal conductivity.
Because the gas in the cells is lighter than air, it is under constant
pressure from the surrounding atmosphere to escape the cells,
much as a balloon filled with Helium would be.
As the lighter than air gas escapes it is replaced by air and moisture,
the enemy of any insulation. As a result, the high initial R-Value of
the urethane insulation drops, thereby substantially reducing its R-
value over time.
This process, and its lowering effect on urethanes R-Value is know
as "Thermal Drift".
This effect is slowed because of the panels metal skin, but still
occurs.
Manufacturers had been reporting a 6-months aged R-Value value,
but beginning in 2003 have adopted a LTTR method (Long-term
Thermal Resistance). Based upon a method for cutting very thin
layers of foam, this method accelerates the air-diffusion and helps
to predict urethane insulations final R-value.
In general the LTTR values now offered by the industry for urethane insulation are:
urethane thickness initial r-value long term r-value decrease in r-value
1" 8.57 6.00 -30%
1.5" 12.86 9.00 -30%
2" 17.14 12.10 -29%
2.5" 21.43 15.30 -29%
3" 25.71 18.50 -29%
3.5" 30.00 21.70 -28%
4" 34.00 25.00 -26%
COMPARE TO 6" EXPANDED POLYSTSYRENE: (E.P.S.)
E.P.S. thickness initial r-value long term r-value decrease in r-value
6" 27.30 26.00 -4.8%
In short, the Long Term R-Value for urethane insulation can be as low as 6.25 per inch.
Please verify this for yourself by clicking the link below to the State of Colorado's
Energy conservation information website.
Look in the R-Value Table for Insulating Materials next to "Polyurethane (foamed-in-place)"
http://coloradoenergy.org/procorner/stuff/r-values.htm
| 
