Brochure

EER Improvement (%)
97°F
14 SEER UNIT TEST
Energy Eciency Ratio Improvement
82°F
Outdoor Temperature
SEER14 Furnace with A/C
SEER14 A/C
14
0
2
4
6
8
10
12
12.9
10.9
10.5
7.4
MAINSTREAM ENGINEERING CORPORATION
200 Yellow Place • Rockledge, Florida 32955
321-631-3550
Compatible with
A/C or heat pump systems
that either use PSC blower motors
or can be tted with PSC motors.
*Based on Independent Laboratory Testing at Intertek (Plano, Texas) of a 14 SEER systems.
For complete test results, go to www.qwik.com.
QwikSEER+ WattSaver™ Specications
Input Voltage Range 90 - 240VAC
Maximum
Steady-State Current
16 Amps
Maximum Blower Hp ¾ Hp
Frequency 50 - 60 Hz
Fuse Rating 20 Amps Time Delay
Surge Suppression 6,000 Amps, 100 Joules
Size / Dimensions 4.3” x 5.3”
Supported Accessories
QT6001
QwikSEER+ Humidity Sensor™
QwikSEER+
WattSaverWattSaverWattSaver
`Automatic Operation
`Proven Performance
`Simple Installation
™
A Qwik Performance Upgrade
to New or Existing Systems.
What does this all mean…?
QwikSEER+™ can save save homeowners
as much as 7-13%* annually on their air
conditioning operating costs. Finally,
you can provide a low-cost alternative to
expensive deluxe systems. Although deluxe
systems can provide these savings and
possibly more, they can cost thousands
more than a standard system.
Here’s how it works…
QwikSEER+™ is an innovative and cost-
effective electronic control that operates
in the cooling mode of an existing air
conditioner or heat pump. By using the
existing speeds taps of a PSC motor, the
QwikSEER+ control board selects the
best possible airflow based on conditions
in the home. This enhances system
performance while providing energy
savings and improved humidity removal.
Fast Installation
Because of the QwikSEER+’s™ exclusive
“plug & play” design, you won’t need to
change any of the system controls or
the current thermostats. QwikSEER+™
handles everything automatically and is
compatible with your existing system.
The choice is simple...
Now you can offer your homeowners an
affordable solution that will lower the
energy costs of their existing systems
(by about 10%) and increase the rate of
humidity removal.
*Independent Laboratory Testing at Intertek (Plano, Texas) following ANSI/ASHRAE 37 test
protocol and using a residential 14 SEER air handler and condensing unit (80°F indoor,
97°F outdoor temperatures) resulted in an EER improvement of 7.4%. Using the same
condensing unit and temperature conditions with a residential furnace unit resulted in an
EER improvement of 10.5%. On cooler days, (82°F outdoor temperature), the EER improve-
ments for air conditioning and furnace units increased to 10.9% and 12.9%, respectively. For
complete test results, go to www.qwik.com.