Closet Cooler Passive In/Active Exhaust
Active exhaust and passive intake closet cooler with 50 CFM airflow and solid oak vents
The CLS-COOL1 is an active exhaust and passive intake system designed to manage heat in closets containing small rack systems. This Middle Atlantic Quiet-Cool solution mounts directly to closet doors to facilitate airflow. The system uses two solid oak vents that can be stained or painted to blend into the room's existing décor. It operates on 12 VDC power via an included 120V AC input power supply and features a thermostatic controller so the unit only runs when cooling is required. With a rated airflow of 50 CFM, this wood-constructed unit provides a discrete way to protect sensitive equipment from heat buildup in enclosed spaces.
Specifications are supplied by the manufacturer. For complete details, check the Resources section.Key features
Specifications
Main specifications 8
| AC Voltage Input | 120 |
| CFM | 50 |
| Height | 5.75 in (14.6 cm) |
| Shipping Weight | 6.3 lbs (2.9 kg) |
| Volts DC | 12 VDC |
| Width | 15.71 in (39.9 cm) |
| Available Internationally | No |
| Component Type | Active Exhaust and Passive Intake |
All other specifications 5
| Finish | Oak |
| Manufacturer | Middle Atlantic |
| Material | Wood |
| Power Type | DC |
| UPC | 656747082832 |
Resources
Questions about this part
How does the CLS-COOL1 manage heat in a closet?
It functions as an active exhaust and passive intake system, using a 50 CFM airflow rate to move heat out of the enclosure.
Does the CLS-COOL1 run continuously?
No, the system includes a thermostatic controller so it only activates when cooling is actually needed.
What is the power requirement for the CLS-COOL1?
The unit requires a 120V AC input and operates on 12 VDC power.
Can I change the look of the oak vents?
Yes, the two solid oak vents are designed so they can be stained or painted to match the room's decor.
Which document should I use for the installation process?
The I-00219 instruction sheet provides the necessary guidance for installation and operation.