š Introduction: Two Popular Cooling Solutions, One Big Decision
When shopping for a new air conditioner, many homeowners find themselves choosing between two common options: through-the-wall (TTW) air conditioners and window air conditioners. Both types serve the same purposeāto keep your home cool and comfortableābut they differ significantly in installation, performance, aesthetics, and long-term value.
In this comprehensive guide, weāll explore every angle to help you decide whether the Amana 11,600 BTU Through-the-Wall AC or a comparable window unit is the better fit for your space.
š§ Installation: Fixed vs Portable
Through-the-Wall ACs:
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Require cutting a hole through an exterior wall.
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Use a dedicated wall sleeve for stability and proper drainage.
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Permanent, professional-grade installation.
Window ACs:
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Slide into an existing window opening.
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Generally easier to install (DIY-friendly).
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Semi-permanent and easily removable.
For homeowners seeking long-term solutions, TTW units like the Amana PBC122J00AA offer superior permanence.
š Space Impact: Clear Windows or Blocked Views?
Through-the-Wall ACs:
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Preserve full use of windows and natural light.
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Ideal for rooms where window space is limited or valued.
Window ACs:
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Occupy window space, blocking views and light.
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May violate HOA or landlord guidelines.
According to Consumer Reports, TTW units are often preferred in living rooms, sunrooms, or bedrooms where window light is highly desirable.
š Noise Levels: Which Is Quieter?
Through-the-Wall ACs:
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Quieter operation due to wall sleeve insulation and sturdier mounting.
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Lower vibration and noise transmission.
Window ACs:
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Often noisier due to looser mounting and shared window frames.
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May rattle during operation.
Many apartment dwellers and homeowners report that units like the Amana 11,600 BTU TTW provide whisper-quiet cooling, ideal for bedrooms and offices (Energy Star Noise Ratings).
š” Energy Efficiency: Who Saves More?
Through-the-Wall ACs:
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Typically have higher EER (Energy Efficiency Ratio) ratings.
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Insulate better against outdoor air infiltration.
Window ACs:
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More prone to air leaks and energy loss around the frame.
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Vary widely in efficiency depending on fit and insulation.
The Amana model boasts an EER of 10.6, meeting federal energy efficiency standards (AHRI Certified Ratings).
š Durability and Longevity
Through-the-Wall ACs:
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Built for longer lifespans (10-15 years typical).
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Less exposure to outdoor elements.
Window ACs:
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Shorter lifespan (5-10 years typical).
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More exposure to rain, snow, and debris.
According to The U.S. Department of Energy, TTW units often pay for themselves in longevity and lower maintenance.
š° Cost Comparison: Short-Term vs Long-Term Investment
Through-the-Wall ACs:
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Higher upfront cost due to installation and wall sleeve (~$200-$600 additional).
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Lower maintenance and better energy savings over time.
Window ACs:
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Lower initial purchase and install costs.
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May cost more in long-term energy use and replacement cycles.
Energy Starās Cost Savings Calculator can help estimate total ownership cost.
š When to Choose Each Type
| Criteria | Through-the-Wall | Window |
|---|---|---|
| Homeownership | ā | ā |
| Rental Properties | Limited | ā |
| Long-Term Use | ā | Limited |
| Noise Sensitivity | ā | ā |
| Energy Efficiency | ā | Variable |
| Preserving Window Views | ā | ā |
| Installation Cost | Higher | Lower |
šÆ Conclusion: Which One Is Right for You?
If youāre looking for a permanent, quiet, efficient, and aesthetically pleasing solutionāthe Amana 11,600 BTU Through-the-Wall AC is the clear winner for homeowners or long-term renters. However, for temporary living situations, limited budgets, or frequent moves, window units remain a practical option.
Always consider your space, budget, and long-term comfort when making your decision.
In the next topic we will read about: Can You Install a Through-the-Wall AC Yourself? A Step-by-Step Guide
