01
Cooling Pads
Where evaporation happens. Honeycomb pads offer a larger surface area and better efficiency; wood wool pads are more economical. Both need periodic cleaning as dust and mineral deposits reduce performance.
How an Air Cooler Actually Works.
Understand the technology, and you will use your cooler better and expect the right things from it.
Explore Products Download CatalogueHow an Air Cooler Actually Works
Understand the technology, and you will use your cooler better and expect the right things from it.
Explore Products Download Catalogue
EVAPORATIVE COOLING
THE BASIC PRINCIPLE
An air cooler cools air through evaporation.
A pump circulates water over cooling pads while a fan pulls warm outside air through those wet pads. As water evaporates, it absorbs heat from the air, producing cooler, moister air that is blown into the room.
The same natural principle creates the cooling sensation when a breeze moves across damp skin.
THE SCIENCE BEHIND IT
NATURAL COOLING PROCESS
01
WARM AIR
03
COOL AIR
02
WET COOLING PAD
02
WATER CIRCULATION
↓
Pump continuously distributes water across the cooling pads.
02
THE KEY ELEMENT
WET COOLING PAD
Water continuously moves through the cooling media, allowing heat to be absorbed naturally as air passes through.
HEAT ABSORPTION
EVAPORATION
EVAPORATIVE COOLING
THE BASIC PRINCIPLE
An air cooler cools air through evaporation.
A pump circulates water over cooling pads while a fan pulls warm outside air through those wet pads. As water evaporates, it absorbs heat from the air, producing cooler, moister air that is blown into the room.
The same natural principle creates the cooling sensation when a breeze moves across damp skin.
THE SCIENCE BEHIND IT
NATURAL COOLING PROCESS
01
WARM AIR
03
COOL AIR
02
WET COOLING PAD
02
WATER CIRCULATION
↓
Pump continuously distributes water across the cooling pads.
02
THE KEY ELEMENT
WET COOLING PAD
Water continuously moves through the cooling media, allowing heat to be absorbed naturally as air passes through.
HEAT ABSORPTION
EVAPORATION
COOLER KNOWLEDGE
KEY COMPONENTS
EXPLAINED
A CLOSER LOOK AT WHAT KEEPS YOU COOL.
02
Water Pump
Circulates water from the tank to the pads. If cooling drops suddenly but the fan still runs, the pump is the first thing to check.
04
Water Tank
Holds the water supply. Larger tanks mean fewer refills but more weight.
03
Fan and Motor
Moves air through the pads and into the room. Air delivery is measured in CMM (cubic metres per hour).
05
Air Throw and Swing
Determines how far and how widely cooled air reaches you. Adjustable louvers or swing features help distribute air evenly across the room.
06
Ice Chamber
Some models include a dedicated ice chamber to enhance cooling during extremely hot conditions.
COOLER KNOWLEDGE
KEY COMPONENTS
EXPLAINED
A CLOSER LOOK AT WHAT KEEPS YOU COOL.
01
Cooling Pads
Where evaporation happens. Honeycomb pads offer a larger surface area and better efficiency; wood wool pads are more economical. Both need periodic cleaning as dust and mineral deposits reduce performance.
02
Water Pump
Circulates water from the tank to the pads. If cooling drops suddenly but the fan still runs, the pump is the first thing to check.
04
Water Tank
Holds the water supply. Larger tanks mean fewer refills but more weight.
03
Fan and Motor
Moves air through the pads and into the room. Air delivery is measured in CMM (cubic metres per hour).
05
Air Throw and Swing
Determines how far and how widely cooled air reaches you. Adjustable louvers or swing features help distribute air evenly across the room.
06
Ice Chamber
Some models include a dedicated ice chamber to enhance cooling during extremely hot conditions.
COOLING CHOICE
AIR
COOLER
VS
AIR
CONDITIONER
Neither is universally better. The right choice depends on climate, comfort expectations and running cost.
01
EVAPORATIVE COOLING
Air Cooler
INDORA • EVAPORATIVE COOLING
COOLING METHOD
Cooler uses evaporation
POWER CONSUMPTION
Significantly lower
AIR QUALITY
Brings in fresh air
HUMIDITY
Adds moisture
DRY HEAT
Very effective
HIGH HUMIDITY
Limited
INSTALLATION
Needs none
RUNNING COST
Low
02
REFRIGERATION
Air Conditioner
INDORA • REFRIGERATION
COOLING METHOD
AC uses refrigeration
POWER CONSUMPTION
Significantly higher
AIR QUALITY
Recirculates room air
HUMIDITY
Removes moisture
DRY HEAT
Effective
HIGH HUMIDITY
Works regardless
INSTALLATION
Requires professional installation
RUNNING COST
High
THE HONEST ANSWER
It Depends on Your Needs.
Air coolers are ideal for hot, dry climates and open spaces.
Air conditioners are a better choice for humid regions or when you need precise temperature control.
Natural Cooling
Solution
Solution
Lower
Running Cost
Running Cost
Fresh Air
Circulation
Circulation
Precise Temperature
Control
Control
COOLING CHOICE
AIR
COOLER
VS
AIR
CONDITIONER
Neither is universally better. The right choice depends on climate, comfort expectations and running cost.
01
EVAPORATIVE COOLING
Air Cooler
INDORA • EVAPORATIVE COOLING
COOLING METHOD
Cooler uses evaporation
POWER CONSUMPTION
Significantly lower
AIR QUALITY
Brings in fresh air
HUMIDITY
Adds moisture
DRY HEAT
Very effective
HIGH HUMIDITY
Limited
INSTALLATION
Needs none
RUNNING COST
Low
02
REFRIGERATION
Air Conditioner
INDORA • REFRIGERATION
COOLING METHOD
AC uses refrigeration
POWER CONSUMPTION
Significantly higher
AIR QUALITY
Recirculates room air
HUMIDITY
Removes moisture
DRY HEAT
Effective
HIGH HUMIDITY
Works regardless
INSTALLATION
Requires professional installation
RUNNING COST
High
THE HONEST ANSWER
It Depends on Your Needs.
Air coolers are ideal for hot, dry climates and open spaces.
Air conditioners are a better choice for humid regions or when you need precise temperature control.
Natural Cooling
Solution
Solution
Lower
Running Cost
Running Cost
Fresh Air
Circulation
Circulation
Precise Temperature
Control
Control
COOLER KNOWLEDGE
COMMON MYTHS
What people often get wrong about coolers — and what actually matters.
“Coolers should be used in a closed room like an AC.”
THE REALITY
No. Coolers need airflow. A closed room becomes humid and cooling drops.
“A bigger fan always means better cooling.”
THE REALITY
Not necessarily. Air delivery (CMH), pad quality and room match matter more than fan diameter alone.
“Coolers don't work at all in humidity.”
THE REALITY
They work less effectively, no, not at all. Good ventilation improves performance considerably.
“Adding more ice always makes it much colder.”
THE REALITY
Ice helps, particularly in extreme dry heat, but the effect is temporary and less dramatic than most people expect.
COOLER KNOWLEDGE
COMMON MYTHS
What people often get wrong about coolers — and what actually matters.
“Coolers should be used in a closed room like an AC.”
THE REALITY
No. Coolers need airflow. A closed room becomes humid and cooling drops.
“A bigger fan always means better cooling.”
THE REALITY
Not necessarily. Air delivery (CMH), pad quality and room match matter more than fan diameter alone.
“Coolers don't work at all in humidity.”
THE REALITY
They work less effectively, no, not at all. Good ventilation improves performance considerably.
“Adding more ice always makes it much colder.”
THE REALITY
Ice helps, particularly in extreme dry heat, but the effect is temporary and less dramatic than most people expect.
COOLER KNOWLEDGE
UNDERSTANDING SPECIFICATIONS
The numbers on a cooler specification sheet tell you how it will perform, how long it can run and where it fits best.
INDORA
COOL BREEZE • BETTER LIVING
01
→
Air Delivery
(CMH)
Volume of air moved per hour; higher suits larger rooms.
02
→
Tank Capacity
(Litres)
Running time between refills.
03
→
Power Consumption
(Watts)
Directly affects your electricity bill.
04
→
Air Throw
(Feet)
How far the cooled air reaches.
05
→
Motor Speed / Fan Speed
(Speed)
Airflow control options.
READ THE NUMBERS
Specifications work together. Look at the complete picture rather than judging a cooler by one number alone.
→
COOLER KNOWLEDGE
UNDERSTANDING SPECIFICATIONS
The numbers on a cooler specification sheet tell you how it will perform, how long it can run and where it fits best.
INDORA
COOL BREEZE • BETTER LIVING
01
→
Air Delivery
(CMH)
Volume of air moved per hour; higher suits larger rooms.
02
→
Tank Capacity
(Litres)
Running time between refills.
03
→
Power Consumption
(Watts)
Directly affects your electricity bill.
04
→
Air Throw
(Feet)
How far the cooled air reaches.
05
→
Motor Speed / Fan Speed
(Speed)
Airflow control options.
READ THE NUMBERS
Specifications work together. Look at the complete picture rather than judging a cooler by one number alone.
→
COOLER KNOWLEDGE
PRACTICAL TIPS
GETTING THE BEST PERFORMANCE
Simple operating habits can make a noticeable difference to cooling, airflow and everyday reliability.
01
↗
AIRFLOW
Keep a window or door partially open
Coolers work best when fresh air can enter the room and warm, humid air can move out.
02
↗
FRESH AIR
Position the cooler near a window
Place the cooler where it can draw in fresh outside air for better circulation through the room.
03
↗
PAD CARE
Clean the pads regularly
Regular cleaning helps maintain airflow and allows the cooling pads to perform evaporation effectively.
04
↗
WATER CARE
Use clean water and drain the tank
Use clean water and drain the tank when the cooler will remain unused for an extended period.
05
↗
BETTER START
Wet the pads before switching on the fan
Run the pump for a few minutes first so the pads are fully wet before the fan begins moving air.
PERFORMANCE TIP
Fully wet pads help the cooler make better use of the evaporation process.
COOLER KNOWLEDGE
PRACTICAL TIPS
GETTING THE BEST PERFORMANCE
Simple operating habits can make a noticeable difference to cooling, airflow and everyday reliability.
01
↗
AIRFLOW
Keep a window or door partially open
Coolers work best when fresh air can enter the room and warm, humid air can move out.
02
↗
FRESH AIR
Position the cooler near a window
Place the cooler where it can draw in fresh outside air for better circulation through the room.
03
↗
PAD CARE
Clean the pads regularly
Regular cleaning helps maintain airflow and allows the cooling pads to perform evaporation effectively.
04
↗
WATER CARE
Use clean water and drain the tank
Use clean water and drain the tank when the cooler will remain unused for an extended period.
05
↗
BETTER START
Wet the pads before switching on the fan
Run the pump for a few minutes first so the pads are fully wet before the fan begins moving air.
PERFORMANCE TIP
Fully wet pads help the cooler make better use of the evaporation process.