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Johnson Ductless HVAC Systems

American Engineering, Now In India

A cost effective, efficient, and flexible HVAC system solution for large, open spaces. The ductless approach uses grade mounted, vertical air handlers to evenly condition large spaces.

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How It Works

Aircare Engineering cranes-icon
No Expensive Install Equipment
Aircare Engineering time Savings icon
No Long Install Time
Aircare Engineering roof Penetrations icon
No Roof Penetrations
Aircare Engineering roof Curb icon
No Roof Curbs
Aircare Engineering ductwork icon
No Duct Work

Product Showcase

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Establishments Covered

Aircare Engineering - Pharmacy

Pharmaceutical Storage Facilities

GPS Commercial Ionizer

Industrial Establishments

Aircare Engineering - Supply Chain


Aircare Engineering - Stadium

Sports Complex

Aircare Engineering - Factory

Equipment Rooms

Aircare Engineering - Supply Chain

Distribution Centers

Aircare Engineering - Agriculture HVAC

Indoor Agri Facilities

Aircare Engineering - Hangar

Aircraft Hangars

System Placement

Whether your system needs to be in the middle of your space, against a wall, or outside, our engineering team will work with you to find the best solution for your project.

insidespace - Johnson Ductless Unit- Aircare Engineering

Within The Space

evenTemp-singleUnit - Johnson Ductless Unit- Aircare Engineering

Against The Wall

outsideUnit - Johnson Ductless Unit- Aircare Engineering


Why Johnson Air Rotation?

American built HVAC systems that perform!

  • Cost Savings
    • Johnson Air-Rotation HVAC eliminates much of the infrastructure needed for more conventional systems.
  • Maintenance Reduction
    • Grade mounted, vertical air handlers are maintained from ground level, making maintenance easy.
  • Efficiency
    • Johnson introduces conditioned air near the roof deck that returns at the ground and uses efficient prop fans.
  • Consistency
    • In many applications, temperature and humidity design criteria are critical, meaning consistency is a must.
  • Extended Product Life
    • Higher quality construction and components results in a product lifespan of 30+ years versus 10-15 for rooftop units.