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Quality Products

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Air-Conditioning typically represents the largest portion of a facility's ... Oversized AC System. Effects of Duct Leakage on Rated EER. Actual AircoSaver Savings ... – PowerPoint PPT presentation

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Title: Quality Products


1
Quality Products Presents For More
Information Call 702-395-6887
2
Air-Conditioning typically represents the largest
portion of a facility's electricity consumption,
coming in at 40 to 60 of the overall electric
bill.
3
We Have the Solution!
  • Lowers Air-Conditioning energy costs 20 to 30
  • Installation takes less than 30 minutes
  • ROIs can be less than 12 months
  • 100 Maintenance-Free

www.aircosaverusa.com
4
What is an AircoSaver?
  • It is a retrofit product that adds intelligence
    to air-conditioning systems, which saves KWh and
    extends compressor life.
  • Sensor driven software algorithms designed to
    detect thermodynamic saturation and optimize
    compressor run times.
  • Provides anti-short cycling mandatory
    compressor off time after thermostat reaches set
    point (3 min) or loss of power (1 min).
  • Reduces equipment operating temperature and
    prevents evaporator freeze-over by properly
    cycling the compressor.
  • Constantly adapting its settings to inside
    demand requirements outside weather conditions.

5
The AircoSaver will work in all types of AC
systems, typically up to 20 tons.
  • Package Units (RTU)
  • Split Systems
  • PTAC
  • Window Units
  • Wall Units

6
Conventional AC cooling cycle
sin el Aircosaver
OFF
con el Aircosaver
7
Conventional AC cooling cycle
Thermostat breaches set point and turns on system.
Thermostat reaches set point and turns off system.
Not to scale
8
Y1
Intercept Y1 from thermostat and re-route through
AircoSaver
Thermostat
INSTALLATION
Control Board
Supply 24V to AircoSaver
Compressor
24 Volts
Y1
Blower
Supply Air
Install sensor on supply side of evaporator
Evaporator
Return Air
9
AircoSaver Phase Cycles
10
BTUs /hr _at_ 95 Watts _at_ 95
EER
This table shows the equivalent increase in the
efficiency (Energy Efficiency Rate EER) of
Air-Conditioning installed after AircoSaver. For
example, an AC with an EER of 10, taking
AircoSaver with a savings of 30, increases its
efficiency to an EER of 14.
11
Proper Set-up and Maintenance
12
Air Flow
Ducts
None
Good
Typical
Poor
Effects of Duct Leakage on Rated EER
Effects of Incorrect Airflow on Rated EER
Effects of Incorrect Charge on Rated EER
Oversized AC System
U/C TXV O/C TXV U/C FO O/C FO
TXVThermal Exp Valve FOFixed Orifice
Effects of Incorrect EQ size on Rated EER
13
Actual AircoSaver Savings
Dominos store 6711 5 Ton AC before after
Airco Saver Measurement Before After Units Chang
e Change Energy, Total Elapsed
79.491 65.347 KWh -14.144 -17.8 Energy,
estimated per month 2445.0 2031.3 KWh -413.7 -1
6.9 Cost, Total Elapsed 7.55 6.21
-1.34 -17.8 Cost, estimated per month
232.28 192.97 -39.31 -16.9 (at
0.095/KWH) Peak Demand (15min)
6611.2 5040.0 Watts -1571.2 -23.8 Demand
Period 6/22/08 141500 6/21/08
144500 Peak Ave VA 7400.8 5724.0 VA -1676.8
-22.7
Dominos store 6711 7.5 Ton AC before after
AircoSaver Measurement Before After Units Change
Change Energy, Total Elapsed
140.402 107.965 KWh -32.437 -23.1 Energy,
estimated per month 4508.3 3429.1 KWh -1079.2 -
23.9 Cost, Total Elapsed 13.34 10.26
-3.08 -23.1 Cost, estimated per month
428.29 325.76 -102.53 -23.9 (at
0.095/KWH) Peak Demand (15 min)
9478.4 7969.6 Watts -1508.8 -15.9 Demand
Period 6/17/08 172400 6/19/08
190300 Peak Ave VA 10860.8 9199.2 VA -1661.
6 -15.3
14
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15
AircoSaver Test 3 ton Bard wall unit in Telecom
Hut Oklahoma City, OK 11-14-08
Measurement Before After Units Change
Change Voltage, A Phase, Ave
118.8 120.7 volts 1.9 1.6 Voltage, B
Phase, Ave 119.8 120.7 volts 0.9 0.8
Current, A Phase, Ave 18.2 10.4 amps
-7.8 -43.1 Current, B Phase, Ave 17.9
10.3 amps -7.6 -42.4 Current, Neutral, Ave
0.0 0.0 amps 0.0 0.0 True Power, A
Phase, Ave 1800.2 1005.2 Watts -795.0 -44.2
True Power, B Phase, Ave 1797.7 1006.3 Watts
-791.4 -44.0 Total True Power
3597.9 2011.5 Watts -1586.4 -44.1 Total VA
Power 4307.9 2489.9 VA -1818.0 -42.2
Total Power Factor 0.84 0.81 -0.03
-3.3 Energy, A Phase 1.801 1.018 KWh -0.783
-43.5 Energy, B Phase 1.798 1.019 KWh -0.7
79 -43.3 Energy, Total Elapsed
3.599 2.037 KWh -1.563 -43.4 Cost, Total
Elapsed 0.36 0.20 -0.16 -43.4 Cost,
estimated per month 262.41 148.69
-113.72 -43.3 (at 0.10000/KWH)
16
The smartest way to save money without
sacrificing comfort or capital!
www.qualityproductsusa.com
17
Order and install now before it gets HOT!
702-395-6887
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