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Installation

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Misting System Installation Services

Need help with installation?

We offer professional misting system installation through our independent installers across the greater DFW area, with more metro locations coming soon.

If DIY isn’t your thing, you’re short on time, or just unsure how to install your system – no worries, we’ve got you covered.

Our standard residential and commercial installation covers full setup, assuming you already have water and power connections, pump shelter and overhead structures (like patio roofs, arbors, or walls at the right height).

If you are located outside the DFW area, we offer full support to help guide you or your preferred installer through the process – from planning to completion.

For installation pricing and availability, please contact us directly. We’re here to help make the process seamless from start to finish.

Climate Types & Nozzle Size

Choosing the right nozzle depends on your climate and outdoor layout

Recommended nozzle sizes:

  • 0.1mm – for warm, humid areas (below 95°F and/or over 45% humidity), or spaces with limited airflow.
  • 0.15mm – for hot, mildly humid climates (above 95°F, humidity 45% or less).
  • 0.2mm – for very hot, dry regions (above 105°F, humidity 20% or less).

Tip: If your misting line is installed lower than 9ft or airflow is limited, choose one size smaller nozzle for better performance.

Check our Climate Map to easily find the perfect nozzle for your location.

Climate Types & Nozzle Size section column image

How Many Nozzles Do I need?

Number of misting nozzles required to provide optimum cooling for your space depends on the type and configuration of the space itself.

Fully open areas without a hard top roof lose cooled air and mist the fastest and thus require a higher number of nozzles, while spaces with hard top roof and closed sides will require fewer.

Use our Misting Configurator Tool to find the ideal number of nozzles and best setup for your space – and instantly calculate your price!

Misting Nozzles Positioning

The best place to install a misting line is on an overhead structure like a patio roof or arbor.

Install the misting line between 8ft and 14ft (ideal is 10–12ft). If installing below 9ft, we recommend downsizing nozzle size by one.

Place nozzles 2ft apart and angle them to fill the space with mist. Placing nozzles outside, or pointing them away from the space will reduce the cooling effect.

Misting lines can be placed along both open and closed sides, but as a general guideline, use open sides first.

If 4 sides are not sufficient to install the recommended number of nozzles, additional inner lines can be installed providing that each inner line is at least at these distances from the next parallel line:

  • 6ft apart for fully open spaces
  • 12ft apart for patios with a roof and 4 open sides
  • 14ft apart for patios with roof and 1+ closed side

When hard overhead construction is not available, string cable lights or steel cables can be used to hold the misting lines.

When using string cable lights or steel cables, we recommend using only plastic tubing and zip ties to secure tubing to cables.

If no overhead options are available, you can also attach misting nozzles to outdoor fans for spot cooling.

<p>The best place to install a misting line is on an <b>overhead structure like a patio roof or arbor.</b></p>
<p>Install the misting line between <b>8ft and 14ft</b> (ideal is <b>10–12ft</b>). If installing below 9ft, we recommend downsizing nozzle size by one.</p>
<p>Place nozzles <b>2ft apart</b> and angle them to fill the space with mist. Placing nozzles outside, or pointing them away from the space will reduce the cooling effect.</p>
<p>Misting lines can be placed along both open and closed sides, but as a general guideline, use open sides first.</p>
<p>If 4 sides are not sufficient to install the recommended number of nozzles, additional inner lines can be installed providing that each inner line is at least at these distances from the next parallel line:</p>
<ul>
<li>6ft apart for fully open spaces</li>
<li>12ft apart for patios with a roof and 4 open sides</li>
<li>14ft apart for patios with roof and 1+ closed side</li>
</ul>
<p>When hard overhead construction is not available, <b>string cable lights or steel cables </b>can be used to hold the misting lines.</p>
<p>When using string cable lights or steel cables, we recommend using only plastic tubing and zip ties to secure tubing to cables.</p>
<p>If no overhead options are available, you can also <b>attach misting nozzles to outdoor fans</b> for spot cooling.</p>
's 1. image<p>The best place to install a misting line is on an <b>overhead structure like a patio roof or arbor.</b></p>
<p>Install the misting line between <b>8ft and 14ft</b> (ideal is <b>10–12ft</b>). If installing below 9ft, we recommend downsizing nozzle size by one.</p>
<p>Place nozzles <b>2ft apart</b> and angle them to fill the space with mist. Placing nozzles outside, or pointing them away from the space will reduce the cooling effect.</p>
<p>Misting lines can be placed along both open and closed sides, but as a general guideline, use open sides first.</p>
<p>If 4 sides are not sufficient to install the recommended number of nozzles, additional inner lines can be installed providing that each inner line is at least at these distances from the next parallel line:</p>
<ul>
<li>6ft apart for fully open spaces</li>
<li>12ft apart for patios with a roof and 4 open sides</li>
<li>14ft apart for patios with roof and 1+ closed side</li>
</ul>
<p>When hard overhead construction is not available, <b>string cable lights or steel cables </b>can be used to hold the misting lines.</p>
<p>When using string cable lights or steel cables, we recommend using only plastic tubing and zip ties to secure tubing to cables.</p>
<p>If no overhead options are available, you can also <b>attach misting nozzles to outdoor fans</b> for spot cooling.</p>
's 2. image

Nozzle Placement Rules

To avoid creating oversaturated pockets and water collecting on surfaces, follow these nozzle placement rules:

  • Move open side nozzles 2ft away from corners.
  • Move closed side nozzles 4ft away from corners.
<p>To avoid creating oversaturated pockets and water collecting on surfaces, follow these nozzle placement rules:</p>
<ul>
<li>Move open side nozzles 2ft away from corners.</li>
<li>Move closed side nozzles 4ft away from corners.</li>
</ul>
's 1. image<p>To avoid creating oversaturated pockets and water collecting on surfaces, follow these nozzle placement rules:</p>
<ul>
<li>Move open side nozzles 2ft away from corners.</li>
<li>Move closed side nozzles 4ft away from corners.</li>
</ul>
's 2. image

Model 300A Special Considerations

For the Model 300A pump, the high-pressure supply line must be connected in the middle of the misting line using a T-fitting.

One side of the T fitting connects to half of the nozzles, the other side to the remaining nozzles. This ensures proper flow and pressure along the entire misting line.

Note:

If more than 15ft of plastic tubing is needed to connect the pump to the misting line, use 3/8 inch tubing (instead of 1/4 inch) for the high-pressure supply line.

<p>For the <b>Model 300A pump</b>, the <b>high-pressure supply line</b> must be connected in the <b>middle</b> of the misting line using a <b>T-fitting</b>.</p>
<p>One side of the T fitting connects to <b>half of the nozzles</b>, the other side to the remaining nozzles. This ensures <b>proper flow and pressure</b> along the entire misting line.</p>
<p><b>Note:</b></p>
<p>If more than <b>15ft of plastic tubing</b> is needed to connect the pump to the misting line, use <b>3/8 inch tubing</b> (instead of 1/4 inch) for the high-pressure supply line.</p>
's 1. image<p>For the <b>Model 300A pump</b>, the <b>high-pressure supply line</b> must be connected in the <b>middle</b> of the misting line using a <b>T-fitting</b>.</p>
<p>One side of the T fitting connects to <b>half of the nozzles</b>, the other side to the remaining nozzles. This ensures <b>proper flow and pressure</b> along the entire misting line.</p>
<p><b>Note:</b></p>
<p>If more than <b>15ft of plastic tubing</b> is needed to connect the pump to the misting line, use <b>3/8 inch tubing</b> (instead of 1/4 inch) for the high-pressure supply line.</p>
's 2. image

Plastic vs. Stainless Steel Tubing for Misting System

We often get asked which tubing type is better. In general, stainless steel tubing is the best option as it produces nice, straight lines and it looks great when installed. It will also outlast plastic tubing.

Plastic tubing is harder to install straight because it stretches and bends under pressure, making it less ideal for perfectly straight lines.

However, plastic tubing is a better choice when installing:

  • Misting lines on cables or flexible anchors
  • Misting fans
  • Spaces where plastic’s look fits better than stainless steel.

Ceramic Orifice vs. Stainless Steel

Misting nozzles come with two types of orifice materials: ceramic and stainless steel.

Ceramic Orifice Nozzles:

  • Last longer due to ceramic’s resistance to high-pressure water friction.
  • Sensitive to freezing temperatures: If water remains inside the nozzle, expanding ice can crack the ceramic, making the nozzle useless.
  • Best suited for areas without freezing weather (If used in areas with freezing weather, they must be removed and stored at above freezing temperature.)

Stainless Steel Orifice Nozzles:

  • More prone to wear from high-pressure water but resistant to freezing temperatures.
  • Can withstand freezing temperatures down to 22°F, as long as water is drained from the system.
  • Ideal for areas that experience freezing temperatures, but not extreme cold (If colder weather is expected, they too must be removed and stored inside).
Ceramic Orifice vs. Stainless Steel section column image

High Pressure Supply Line

This line connects the pump outlet to the misting line. The first 4-5 feet should be plastic tubing because rigid tubing can’t be connected directly to the pump due to vibrations.

After that, you can use either plastic or stainless steel tubing. If you’re installing a stainless steel misting kit, it can look better to make the vertical section (the part that runs up the wall or post to connect to the misting line) stainless steel as well.

This makes the installation look cleaner and more professional. If you choose this, you’ll need extra stainless steel tubing and straight fittings (without nozzle ports) since stainless steel misting kits typically come with plastic tubing for the high-pressure line by default.

High Pressure Supply Line section column image

Cutting Stainless Steel Tubing

Our stainless steel tubing can be cut to fit corners perfectly, eliminating the need for small pieces of plastic tubing at corners, which improves the look of your installation. Please contact us for more details on how to cut stainless steel tubing.

Cutting Stainless Steel Tubing section column image

Avoid Too Many Plastic Tubing & Stainless Steel Tubing Transitions

Try to avoid having too many transitions between plastic and stainless steel tubing, especially on the misting line.

Plastic tubing has a smaller inner diameter than stainless steel, which causes water to expand or contract as it moves between the two.

Too many transitions can cause vibrations, leading to increased noise and potential leaks at the nozzles.
It’s fine to use plastic tubing for the high-pressure supply line and stainless steel for the misting line, but try not to use plastic tubing for corners or bends too often in the stainless steel misting line.

Misting Fans

You can turn outdoor-rated fans into high-pressure misting fans by adding misting nozzles. You can use misting rings or plastic tubing with fittings that have nozzle ports.

Misting rings work with 18-inch fans or larger. For plastic tubing, use straight and end fittings with nozzle ports to attach the nozzles.

Secure the misting ring or tubing with zip ties. Smaller fans should have 2-3 nozzles, while larger fans can have more.

<p>You can turn outdoor-rated fans into high-pressure misting fans by adding misting nozzles. You can use misting rings or plastic tubing with fittings that have nozzle ports.</p>
<p>Misting rings work with 18-inch fans or larger. For plastic tubing, use straight and end fittings with nozzle ports to attach the nozzles.</p>
<p>Secure the misting ring or tubing with zip ties. Smaller fans should have 2-3 nozzles, while larger fans can have more.</p>
's 1. image<p>You can turn outdoor-rated fans into high-pressure misting fans by adding misting nozzles. You can use misting rings or plastic tubing with fittings that have nozzle ports.</p>
<p>Misting rings work with 18-inch fans or larger. For plastic tubing, use straight and end fittings with nozzle ports to attach the nozzles.</p>
<p>Secure the misting ring or tubing with zip ties. Smaller fans should have 2-3 nozzles, while larger fans can have more.</p>
's 2. image

Water Filtration

Proper water filtration is crucial for the longevity of your misting system. Fine sediment and calcium scale are the main causes of pump and nozzle failure.

To protect your system, all water entering it must be filtered to remove large sediment and debris, which can damage the pump pistons and cylinders.

The included stainless steel filter effectively removes large particles. For extra protection, you can use an optional carbon filter to also remove fine sediment and chlorine, helping to prevent clogged nozzles and reduce chlorine odor in the mist.
If your water contains minerals like calcium, magnesium, and iron (known as “hard water”) or fine sediment, we recommend using a filter with a built-in scale inhibitor. This helps prevent scale buildup, which can cause dripping nozzles, clogging, and premature pump failure.

Please note: damage caused by scale or fine sediment is not covered under the warranty.

Water Filtration section column image

Installation Video

Please see our installation video below for more installation details.

Video thumbnail

Step by step installation

step #1

Add pump oil

Open/close button

To add oil, for model 150A & 300A, remove oil plug and tilt forward while slowly dispensing 80mL of oil with a syringe into the oil port. For model 050SA, remove handle to uncover oil port and tilt sideways. Use small flashlight to find the oil tube as it is tucked in inside of the pump on this model. Make sure to add oil slowly, or it may clog the oil tube and backout. 

Add pump oil's 1. imageAdd pump oil's 2. image
step #2

Install water filter & connect inlet tubing

Open/close button

Install water filter and connect to the faucet and pump inlet.

Install water filter & connect inlet tubing's 1. image
step #3

Build out misting line

Open/close button

Build out a misting line. Refer to earlier section on this page on rules for nozzle spacing. Remember to split the misting line in half with a T fitting and connect pump output to that connection if using 300A pump.

Build out misting line's 1. imageBuild out misting line's 2. image
step #4

Install nozzles

Open/close button

Install nozzles and hand tighten.

step #5

Build out high pressure supply line

Open/close button

Build out high pressure supply line. Either plastic tubing or stainless steel tubing can be used for this line but the first 4-5ft that connect to the pump must be plastic tubing.

step #6

Push air from the pump

Open/close button

To push air from the pump, connect inlet water to the pump, leave high pressure outlet disconnected, turn water ON, and then turn pump ON. Let it run for 1-2min, turn pump OFF, then turn water OFF. If there is high pump and tubing vibrations after connecting to the misting line, it is a sign that there is still some trapped air remaining. Repeat this process to rectify the problem.

Push air from the pump's 1. image
step #7

Check for leaks

Open/close button

Connect high pressure supply line and turn water ON. Check for leaks and make sure there are none. If there is even a smallest leak in a form of a very slow drip, it can prevent the pump from fully pressurizing. Fix any leaks before proceeding.

step #8

Adjust pressure (for 150A & 300A models)

Open/close button

For model 150A & 300A, pressure must be adjusted before the pump can be used. Refer to your manual for the optimum operating range. Remove front cover, turn pump ON and then use the blue knob to adjust the pressure. The pump must never be run above 7MPa.

Adjust pressure (for 150A & 300A models)'s 1. image
step #9

Install aerMist app (for 150A & 300A models)

Open/close button

Model 150A and 300A can be controlled through iOS or Android app. Install aerMist app and follow on screen instructions to register the app with the pump.

Install aerMist app (for 150A & 300A models)'s 1. image
step #10

Enjoy your oasis

Open/close button

Now sit back and enjoy in your perfect outdoor oasis.

Start Cooling Your Space Today

Don’t let the heat keep you indoors. With aerMist, you can enjoy your outdoor spaces all summer long.

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