goodman and amana furnace orientation. complete line of furnaces 92 - 95% afue 80% afue
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Goodman and AmanaFurnace Orientation
Complete Line of Furnaces
92 - 95% AFUE
80% AFUE
Nomenclature / Summary
G M S 8045
3 A N A
1st 2nd 3rd 4th 5th 6th 7th 8th 9th GKS9GMS/GDS8
GMH8/95GDH8/GCH9
GME8 GMV95GCV9
AMH8/95AMV8ADV8/ACV9
Goodman Single Stage (S)
• Patented Aluminized Tubular Heat Exchanger
• Stainless Steel Secondary Heat Exchanger – 92% Models
• Norton Mini-Igniter• Self Diagnostics LED• Four Speed PSC Motor• Upflow / Horizontal• Downflow – 80% only
Goodman Two Stage (H)
• Aluminized Heat Exchanger
• Stainless Steel Secondary HE – 93% to 95% Models
• Single or Two Pipe Flue – 90%
• Silicon Nitride Igniter• Stored Self Diagnostics• Two Stage Gas Valve• Upflow / Horizontal /
Downflow
Don’t Take Our Word For It
Goodman Two Stage (V)
• Aluminized Heat Exchanger
• 90% Models Only• Variable Speed Motor –
ECM• Premium SEER Model• Color Coded Connections• Silicon Nitride Igniter• Self Diagnostics LED• Upflow, Downflow &
Horizontal Models Available
• Low Power Consumption• Virtually Unlimited
Speed Options• Dip Switch Speed
Orientation Set-Up• Designed To Overcome
System Static• Future Models Allow
Communication Features
ECM Motor (V Models)
ECM vs. PSC
Coming Attractions – 80%
39” 33-1/3”
• Impacts The Entire 80% Line
• Same Features, Just Shorter
• 1st & 2nd Quarters - 2009
Amana Two Stage (H)
• Stainless Steel Tubular Primary Heat Exchanger
• SS Secondary HE – 90%• Single or Two Pipe Flue• Silicon Nitride Igniter• Stored Self Diagnostics• Two Stage Gas Valve• Upflow / Horizontal
Amana Two Stage (V)
• Stainless Steel Tubular Primary Heat Exchanger
• 80% & 90% Models• Variable Speed Motor –
ECM• Color Coded Connections• Silicon Nitride Igniter• Self Diagnostics LED• Upflow, Downflow &
Horizontal Models Available
Unit Replacement Warranties
The Competition
Wrinkle-Bend Technology
• Manufacturing Stress Including Wall-thinning Is Minimized
• Wrinkles Promote Turbulence To Aid Heat Transfer Efficiency
Dual-Diameter Muffler-Joint
• The Large Tube Fits Inside The Small Tube
• Tubes Are Solidly Joined With A Crimping Process
• Thermal Growth Ensures A Tight Seal
• Combustion Air Velocity Is Optimized
• Efficiency Is Maximized
Clamshell Design
• Some Competitors Still Use Clamshell• But Why?
Trane ClamshellLennox ClamshellCarrier Clamshell
ANSI.Z21.47 Test Began in 1995
Repeated Thermal Cycles From 200F To 1,100F
As of August 2008 the Million-Air Heat Exchanger Achieved 1,929,000 Cycles
That’s More Than 38 Times Better Than Trane
And It’s Still Going!
The Best Heat Exchanger
Guess when the Amana heat exchanger hits 2
million cycles for a chance to win big prizes at
www.amana-hac.com!!!
Goodman HE – 25,510
120-Volt SiNi Ignition System
• All Models Except Value Models (GMS And GKS)
• Most Durable And Reliable Igniter In The Industry
• Seven Times Stronger Than Silicon Carbide
• More Reliable Than 90-volt Sini
• Less Sensitive To Grounding
Selectable Single or Two-Stage
Furnace Ships as a Single-Stage Unit
Flip This Switch To Activate 2-Stage
Operation
This Switch Adjusts Low-Stage Timing Between 5 Minutes
Fixed or Self-Adjusting Mode
Self-Adjusting Low-Stage
Call For Heat Call Satisfied
High
Low 5 min
Off
Call For Heat Call Satisfied
High
Low 1 to 12 min
Off
Fixed 5 min Low-Stage
Self-Adjusting Low-Stage
This Switch Adjusts Low-Stage Timing 5 Minutes Fixed
Or Self-Adjusting
Cold = 1 minMild = 12 min
Push and Hold Button For 2
Seconds
Stored Diagnostics (Last Five Faults)
LED Flashes Out Last 5 Diagnostic Codes
Most Recent Fault is Displayed First and
Least Recent Fault is Displayed Last
• All AMH & GMH Furnaces Have Three Operational Speeds:– Cooling – High Stage
Cool– High Heat – High Stage
Heating– Low Heat - Comes On
When The Furnace Operates On Low-Stage Or Constant Fan Speeds
Low Constant Fan Mode
Low Heat
Cooling
High Heat
• Featured On All Goodman and Amana Models Except Value Models (GMS8-B & GKS9)
• Reduces The Chances of Wiring Error
Color-Coded, Low-Voltage Label
Goodman Quality
Compare Us To The Competition And You’ll Be Convinced…
Why Pay More For Less?
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