Planning to install an industrial air cooler? Before the cooler is installed, take a quick look at the water and power setup. It can save you trouble at later stages. The Air Force from Symphony uses power rated at 445 W with a 160-litre water tank.
In case you need more water capacity, the Movicool L200 steps up to a 180-litre tank. It uses 225W of power while you use it. A float valve allows you to connect a hose straight to the cooler.
This becomes useful in case the unit needs to run for hours at a stretch. It means less shopping to refill the tank using bare hands.
What is the quantity of Water that an Industrial Air Cooler Uses to Give Optimal Cooling?
There cannot be a fixed answer, as each model will have its own guidelines.
The role of the tank of a big-size cooler is to give you the info on the quantity of water the commercial cooler can keep. It does not inform you precisely how much water it will use on an hourly basis.
On a hot and dry day, water may evaporate faster. On another day, the same cooler may use less. This very reason ensures that you are not under the impression that the cooler with a bigger tank will outlast the other.
For a workplace that runs the cooler all day, the better question is simple: how will you fill it when the water level drops?
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Does a Bigger Tank Help?
It can. A large tank is useful when you do not want to refill the unit again and again during a shift. The Air Force 160 stores 160 litres of water. Movicool L200 stores 180 litres.
The L200 also has a water-hose connection and float valve. That can make life easier in a workshop or factory where the cooler may stay on for hours.
Instead of carrying water to the machine by hand each time, the water supply can be connected through a hose where the site allows it.
But a big cooler should not be chosen only because the tank looks impressive. You should also assess placement, power use, and airflow.
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How Much Electricity Will the Cooler Need?
Look at the wattage first. The Symphony Air Force 160 has a rated power input of 445W. In case it operates for eight hours at that rated level, the simple energy calculation will be around 3.56 kWh.
The Movicool L200 works at a rating of approximately 1.8 kWh and is rated at 225W.
These figures are good enough for planning purposes; however, your actual electricity cost will be contingent upon how long the unit operates and the rate you agree to pay for the power usage.
This becomes important in a business where a commercial air cooler may operate through a full working shift.
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Where Should the Power Point Be?
It should preferably be in close proximity to the cooler. Do not keep it where cables run across a busy factory floor simply because the nearest socket is on the other side of the room.
Before installation, look at where people walk, where goods move, and where machines are placed.
The cable should not become something workers have to step over every day. Water is another reason to plan carefully. The power connection should be kept away from places where water may spill during filling or cleaning.
With a big air cooler, this simple check is easy to overlook because most attention goes to the size of the machine itself.
Where Should the Water Come From?
That depends on the cooler and the site. In case the cooler requires you to fill it with the help of hands, ensure workers can reach the tank without shifting equipment, boxes, or furniture every now and then.
Think for a sec: you need to carry buckets across a large workshop more than a couple of times daily. It may not seem to be a bigger issue if you buy the machine; however, it can become irritating with time very swiftly.
A well-placed industrial cooler should be easy to fill as well as easy to operate.
Does a large 180-Litre Tank Work for Extended Hours in Direct Comparison to a 160-Litre Tank?
It is not what people expect. Absolutely! The 180-litre tank retains more water. Yet that alone does not inform you how long each cooler can function before the next refill.
Different machines move different amounts of air. Weather conditions also affect evaporation.
So, a larger tank does not automatically mean a much longer running time.
This is worth remembering when you compare industrial air cooler prices online. Tank capacity is useful information, but it is only one part of the product.
What Should You Check Before Installation?
Walk around the area first. Look at where the cooler may stand. Then look for a nearby power point and water supply. After that, think about air movement.
Evaporative coolers perform better when fresh air can enter, and warm air has somewhere to go. A cooler pushed into a closed corner may not give the result you expected. Floor space matters too.
Should You Think About Running Cost?
Yes, especially if the cooler will be used every day. The amount you pay to buy the machine is only the starting cost.
Electricity use continues each time the unit runs. Water is also needed while the cooling function is being used. This does not mean you should simply choose the model with the lowest wattage.
A cooler still needs enough airflow for the area. If one machine uses less power but does not send air where people are working, the lower power figure will not help much.
When looking at industrial air cooler price, compare what you are getting for the money rather than looking at the price tag alone.
What Should You Look for When Buying Online?
Do not decide from the photograph. Before you buy a cooler online, scroll down to the specifications. Look for tank capacity, wattage, voltage, airflow, air throw, and product dimensions. Also check how water is added.
Movicool L200 has a 180-litre tank and a 225W rating. Its maximum listed airflow is 8,500 m³/hr.
It also provides hose connectivity with a float valve. Those numbers are far more useful than judging a cooler by how large it looks in a picture.
Is a Big Cooler Always the Right Choice?
Not necessarily. A big cooler makes sense when you have a large area and need air to reach people over a greater distance. But putting a very large machine in the wrong place will not solve a poor airflow problem.
Before buying a big air cooler, stand in the area where people actually work. Also, contemplate hard over where the cooler can be kept and where the air needs to pass.
This will give a better head start compared to simply opting for the biggest model in the range.
Final Words – What Should You Plan Before the Cooler Arrives?
Sort out the water point. Check the power supply. Decide where the cooler will stand. Make sure fresh air can enter the space. That is really the main job.
An Industrial air cooler does not need a complicated setup in every case, but the basics should be ready beforehand. The same applies when choosing any commercial air cooler for a factory, shop, or large work area.
Plan everyday use first. Then choose the cooler. This will ensure that you do not end up with a machine that seems right on paper; however, it becomes challenging to use once it is actually on the floor.