Breezair EXH170 Evaporative Coolers Owner’s Manual

July 3, 2024
Breezair

Breezair EXH170 Evaporative Coolers

Breezair-EXH170-Evaporative-Coolers-PRODUCT

Product Information

Technical Specifications

  • Airflow: 7500 cfm (EXH 170), 9500 cfm (EXH 210)
  • Cooling Capacity: 45,000 IWG-(BTU/hr) (EXH 170), 51,000 IWG-(BTU/hr) (EXH 210)
  • Power Consumption: 1290 Watts max (EXH 170), 2040 Watts max (EXH 210)
  • Total Max Cooler Current: 100 Watts
  • Fan Motor: 5.8 Amps (EXH 170), 7.6 Amps (EXH 210)

Cabinet Details

  • Dimensions: 45 1/2 x 45 1/2 x 38 1/2 inches
  • Number of Pads: 4 pads for both models
  • Pad Area: 22 sq. feet
  • Tank Capacity: 3.6 gallons

Fan Curves

Refer to the Cooler Discharge Air Temperature Chart for approximate air temperatures based on different ambient conditions.

Product Usage Instructions

How Evaporative Cooling Works

  • The Breezair Icon Series utilizes evaporative cooling, where water and warm air combine, and the process of evaporation cools the air by several degrees.

Breezair Icon Series Features

  • The Breezair Icon Series features a new generation of centrifugal fan evaporative coolers with electronically commutated (ECM) direct drive motor technology.
  • This technology offers a more economical, reliable, and efficient cooling solution that requires less maintenance.

FAQ

Q: How do I find genuine replacement parts for my Breezair EXH170?

A: You can shop for genuine replacement parts for your Breezair EXH170 at Appliance Factory Parts or the official Breezair website.

Q: What is the tank capacity of the Breezair Icon Series evaporative coolers?

A: The tank capacity for both the EXH 170 and EXH 210 models is 3.6 gallons.

Q: What is the maximum airflow of the Breezair EXH210 model?

A: The Breezair EXH210 model has a maximum airflow of 9500 cfm.

Technical Specifications

Specifications EXH 170 EXH 210
Airflow Industry-standard (cfm) 7500 9500
Cooling capacity* 0.3 IWG-(BTU/hr) 45,000 51,000
Power consumption (total) Watts max Watts min 1290

100

| 2040

100

Total max cooler current| Amps| 5.8| 7.6
Fan| Dia x width (inches)| 18 1/8” x 15”| 18 1/8” x 15”
Variable speed range (rpm)| 170 to 556| 170 to 584
Motor| Output Watts max/min| 750/60 @200-264V| 1500/60 @200-264V
Type| Direct drive| Direct drive
Variable speed range (rpm)| 170 to 556| 170 to 584
Controller| Voltage/phases/Hz (input)| 208-230/1/60| 208-230/1/60
Voltage/phases/Hz (output)| (75-220)/3/(28-110)| (75-220)/3/(28-110)
Pump| Type| Centrifugal| Centrifugal
Motor| Synchronous| Synchronous
Rating Watts (input)| 30| 30
Flow rate (gal/min)| 5.1@3.9ft head| 5.1@3.9ft head
Voltage/phases/Hz| 208-230/1/60| 208-230/1/60
Cooling pad Chillcel™| Size (inches)| 31 1/2” x 25” x 3 1/2”| 31 1/2” x 25” x 3 1/2”
| | 31 1/2” x 25” x 4”
Number of pads| 4| 4 (2 each)
Pad area (sq. feet)| 22| 22
Maximum velocity (fpm)| 227 (@0.3wg)| 268 (@0.3wg)
Saturation efficiency %| 87.4| 86.1
Water| Tank capacity (gal)| 3.6| 3.6
Inlet (inches)| 1/2” male BSP| 1/2” male BSP
Shipping| Dimensions including pallet (inches)| 45 1/2” x 45 1/2” x 38 1/2” (H)| 45 1/2” x 45 1/2” x 38 1/2” (H)
Volume (cu. feet)| 42| 42
Mass-shipping (lbs)| 197| 197
Mass – net unit (lbs)| 184| 184
Mass-operating (lbs)| 212| 212

This cooler has been tested under the requirements of the California Energy Commission Appliance Efficiency Regulations, Sections 1603 and 1604

Cooler Discharge Air Temperature Chart

Ambient Dry Bulb Temperature Ambient Relative Humidity %
°F
50 36.2
60 42.9
70 49.2
80 55.3
90 61.4
100 67.2
110 72.9
120 78.7
130 84.5
  • This chart represents approximate air temperatures based on 90% saturation efficiency at sea level. From tests carried out to Australian Standard 2913

Cabinet Details

Breezair-EXH170-Evaporative-Coolers-FIG-8

Note: All dimensions are in inches

Fan Curves

Breezair-EXH170-Evaporative-Coolers-FIG-2

  • Our Company has a policy of continuous product development and therefore reserves the right to make changes to these specifications without notice.
  • Breezair and Chillcel are trademarks, and SensorTouch is a registered trademark of Seeley International.

How evaporative cooling works

Evaporative cooling takes place when water and warm air converge. The simple process of evaporation cools the air by several degrees.

The healthy advantage

  • Evaporative cooling is an economical and remarkably efficient way to cool a large area, such as your home or business.
  • Doors and windows are kept open – and they contribute to the cooling efficiency. The result: 100% fresh air, with no recirculated fumes, germs, or odors.
  • Even better, as the surrounding temperature rises, the cooler it becomes inside – and the benefits don’t stop there!

How do Breezair evaporative coolers operate?

  • All Breezair coolers contain large Chillcel™ cooling pads. When the cooler is operating, the media is kept consistently wet. The quiet, powerful fan in the Breezair cooler draws hot, ambient air into the water-soaked Chillcel™ pads.
  • The water absorbs much of the heat through the natural evaporation process – resulting in a cool, refreshing breeze.
  • The combination of a reduced temperature and constant air flow produces a more comfortable environment – at work or home.
  • Keep your cool – as you keep your energy bills down.
  • A Breezair system can use up to 90% less energy than conventional air conditioning.
  • That contributes to tremendous savings on your monthly summer cooling bills!
  • The advantages to the environment are obvious with this green, environmentally conscious alternative.
  • The advantages to your budget are obvious right away.

The Breezair Icon Series is the world

  • The Breezair Icon is a new generation of centrifugal fan evaporative coolers. It incorporates electronically commutated (ECM) direct drive motor technology.
  • The result is a more economical, reliable, and efficient cooling choice that requires less frequent maintenance.
  • The Icon series has all of the features of the traditional Breezair coolers – plus many more. The Auto Drain, the Tornado water pump, and the Life Chillcel™ pads are features incorporated within the Icon cooler.
  • Using the revolutionary ECM direct drive variable speed motor technology, the Icon employs an efficient centrifugal fan. These well-designed advantages contribute to making the Breezair Icon the world’s most quiet ducted evaporative cooling system.
  • Advanced electronic controls manage and monitor the motor. This ensures that the system operates at its optimum efficiency at all times.
  • The Icon adjusts its motor speed automatically to accommodate different ducting systems and back pressures.
  • The cooler’s quiet operation makes it suitable for all commercial and residential installations where fan or motor noise may be a problem.

Our cutting-edge technology is very cool

  • For more than 30 years, the secret of Breezair’s energy-efficient performance has been state-of-the-art technology, innovative design, and superior cooling.

New Icon Series Direct Drive Motor/Fan

  • Combined motor and fan
  • Ultra quiet centrifugal fan
  • Responsive to duct sizing & back pressure
  • Designed to deliver optimum air output

Harmony SensorTouch® Wall Controller

  • Variable speed
  • Programmable climate control
  • Auto mode, manual mode, timer
  • Drain function

Horizon SensorTouch® Remote Control

  • Variable speed
  • Programmable climate control
  • Auto mode, manual mode, timer
  • Drain function

Non-clogging Water Distribution System

  • Unique water flow distributor (patented worldwide by Breezair)
  • Fully balanced and continuous water distribution to all ChillcelTM cooling pads
  • Maintains perfect pad saturation, maximizing cooling efficiency
  • Global leaders in natural climate control solutions™
  • Seeley International (Americas) 1202 North 54th Avenue Building 2, Suite 117 Phoenix, AZ 85043 USA602-353-8066 www.breezaircooler.com
  • © Copyright 2008 Seeley International. January 2008

Documents / Resources

| Breezair EXH170 Evaporative Coolers [pdf] Owner's Manual
EXH 170, EXH 210, EXH170 Evaporative Coolers, EXH170, EXH170 Coolers, Evaporative Coolers, Coolers
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References

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