Absal Evaporative Cooler Up Flow AC 38

 Selection and Purchase Guide for Absal Evaporative Cooler Up Flow AC 38

Absal Evaporative Cooler Up Flow AC 38, also known as balcony cooler, is suitable for places where the entrance of the Evaporative Cooler channel is designed through a window or balcony, or terrace of the building.
This site provides technical specifications, as well as after-sales services for Evaporative Cooler prices, with a manufacturer's warranty, to create a sense of smart buying.

Features of Absal Evaporative Cooler Up Flow AC 38

• Absal Evaporative Cooler Up-Flow AC38, in addition to using fewer ducts, the outlet of these Evaporative Cooler is located on the roof, so they occupy less space on your balcony, making installation and maintenance easier.
• Due to the integrated and balanced impeller, there is no vibration and noise during operation, so the life of bearings and other mechanical parts of these air conditioners is longer.
• The new water supply system in Absal Evaporative Cooler Up-Flow AC38 increases the cooling efficiency and also prevents water from spilling on the electric motor, and as a result, it is not possible to burn the Evaporative Cooler motor.
• The Absal Evaporative Coolers are designed and constructed in such a way that it creates the necessary humidity in hot and dry air and makes it enjoyable to breathe.
• The Absal Company manufactures its Up-Flow Evaporative Cooler with plastic straw holders, which aside from being easy to install, eliminates the possibility of damaging the service hand.
• Absal coolers have a galvanized body and frame, which are then coated with a thick layer of powder paint. Because of this, Absal Evaporative Coolers are very resistant to rust and are very beautiful, durable, and long-lasting.
• Absal Evaporative Coolers are equipped with a precise water distribution system that ensures the water is sprayed evenly over each straw; This increases the cooling performance of the air conditioner and prevents water from spilling onto the electric motor.

Selection of Capacity and Ducting of Absal Evaporative Cooler Up Flow AC 38

• To calculate the approximate capacity of Absal evaporative cooler required in weather conditions such as Tehran for apartments that are located on the middle floors of the building and their roofs are not exposed to sunlight and their air conditioner ducting is done according to the correct methods. For apartments up to 70 square meters, you can use the evaporative cooler model AC38 Absal / for apartments up to 90 square meters, model AC48 Absal / for apartments up to 110 square meters, model AC38 Absal.

• If your apartment unit is on the highest floor of the building and its roof is directly exposed to strong sunlight, observe the other conditions mentioned above for apartments up to 50 square meters of evaporative cooler model AC38 Absal / for apartments up to 60 square meters of model AC48 Absal / For apartments up to 70 square meters, use the AC38 model of Absal.
• The dimensions of the evaporative cooler duct should be considered larger than the dimensions of the air conditioner outlet, otherwise, the air volume will be condensed when passing through the duct and will prevent the proper flow of air through the cooler duct, in other words, whatever the dimensions of the duct It is more appropriate than less static fan pressure will be required for air to pass through, and as a result, the amount of aeration and cooling of the evaporative cooler will increase.
• The cross-sectional area of ​​the air outlet duct from the evaporative cooler for AC 38 models is at least about 1600 cm2 (equivalent to 40 × 40 cm) and for AC 48 models is at least 2300 cm2 (equivalent to 48 × 48 cm) and for AC 58 models is at least 2500 Considering a square centimeter (equivalent to 50 × 50 cm), the exact dimensions are calculated based on the length of the duct path, the volume of air required and the detector.

• Aeration and cooling by evaporative coolers are completely dependent on following duct engineering principles, and generally, it is necessary that installation engineers calculate the duct using a detector and also take into consideration the standards for changing the angle of the path (internal arc radius). It is mandatory to change the dimensions of the ducts (maximum angle of 15 degrees), otherwise, the expectation of generating cool air by the evaporative cooler will not be met, and as can be seen today, consumers will inevitably look for other cooling systems to solve this problem.

Warranty and After-sale Services for Absal Evaporative Cooler Up Flow AC 38

Absal Evaporative Cooler Up Flow AC 38 has 2 years warranty, and 10 years of after-sales service.