1 | How does misting work? When ultra fine water droplets by our misting nozzles are introduced into the atmosphere, they quickly absorb the energy present in the environment and boil off (evaporate). The energy (heat) that is used to produce this state change from liquid to gas is eliminated from the atmosphere, hence the air is cooled by the process called evaporative cooling. Our fog nozzles are designed to produce a very fine mist in order to get water to evaporate quickly. |
2 | How does humidity controller work? The humidity control cabinet, in conjunction with the remote mounted humidity sensor, continually monitors the plant humidity. The system is automatically activated when the humidity falls below the set point. The controller activates the pump skid allowing water at 1000 psi into the high pressure lines. The fog like mist is then produced and absorbed into the plants atmosphere. When the desired humidity level is reached, the system automatically shuts off. |
3 | What tubing, pump & length do I need? A big advantage of buying from IDST is our experience, we have 10+ years experience with misting systems - if you have any questions don't hesitate to call us at AlibabaApp, WhatsApp: +8613728795801, Mobile :+86 13728795801, Phone +86 755 86381258. Or simply send an inquiry online / an e-mail.The steps listed below should be enough information for you to make the necessary choices to configure and purchase your high pressure misting system. STEP 1) SELECTING TUBING MATERIAL Nylon tubing: This is the most cost effective option and the easiest to work with. We recommend nylon for the novice DIYer. It’s more forgiving, easy to cut and maneuver around bends. Nylon will last 10+ years when maintained properly. Copper tubing: Copper tubing cost around 30% more than nylon. It has a more modern and visually appealing aesthetic. Our copper 1000 psi misting kits can be a little more challenging to install compared to nylon. A DIYer with a moderate level of experience should have no problems. Copper will last 10+ years when maintained properly. Stainless steel tubing: Stainless cost around 80% more than nylon, it is the highest quality option. Our stainless steel high pressure misting systems can be more challenging to install, however it should be easily achievable by the moderate DIYer. Our stainless steel misting systems can last 25+ years when maintained properly. STEP 2) SELECT PUMP TYPE Direct drive: This pump is the most cost-effective, and it gets the job done for just about every application. Enclosed direct drive: This is the same pump as the direct drive in an enclosing. This offers more protection and is quieter. Pulley: This misting pump is high quality and very quiet. STEP 3) MEASURE LENGTH Measure the outside perimeter of the area you want to cool with a misting system. And then measure the distance from the area you want to cool, to your water/electrical source. Take the outside perimeter measurement and add the measurement to your water/electrical source, and then add roughly 10% for good measure - this total would be the length you will need to select. |
4 | Is there any maintenance required? The only maintenance required for a properly designed misting system is a periodic cleaning of the nozzles and an annual check-up for the pump. This check-up may include adding or changing of the oil and tightening or replacing of fan belts (only on the pulley driven pump models), and changing of the filter cartridge. Misting fan systems require very little maintenance. We do recommend some preventative care and cleaning for the nozzles. |
5 | What should I do if misting nozzles plug up? Cleaning Nozzles - Replace or clear obstructed or clogged nozzles. Nozzles may be cleared by scraping the stainless steel end with flat surface of a knife or screwdriver. To remove nozzle, turn in counter-clockwise direction. Nozzles may be routinely cleaned by soaking in solution of LIME AWAY or CLR overnight. Rinse thoroughly after soaking. Replace nozzle by turning in clockwise direction until snug. |
6 | Can you help me with my project? Yes, of course. Let us help you to design the right misting system for you. Send to us an email with description, drawings, pictures of the area you want to cool/mist and we'll send you a quote for free. |
7 | Which system is the best choice for me? Low-Pressure Misting Systems The systems operate between 40 and 100 psi of water pressure. The variance in pressure is because they operate on your household water pressure and not a pump. Normally built with PVC or poly plastic tubing and are connected to a water hose. Typically found on outdoor patios and the misting will get you wet but cool if you are standing nearby. Mid-Pressure Misting Systems The systems operates between 100 and 250 psi of water pressure. A Mid-Pressure Pump is utilized to increase the pressure of the water flow. It is perfectly suited for backyard and patio misting. High Pressure Misting Systems The systems operate between 800 and 1200 psi (pounds per square inch) of water pressure. The systems will work very effectively in both low and high levels of humidity. Even when the humidity exceeds 90%, the effects of the system will be felt with the rapid drop in temperature and make you feel cool and more comfortable. High Pressure Systems create the most BTU's, because the systems produce smaller MIST and creating more cooling evaporation. As the micron water droplets flash evaporate they pick up heat from the air, which significantly drops the temperature between 25 and 35 degrees Fahrenheit, without making you wet. |
8 | What is the difference between Mist and Fog? Mist and Fog are both created by water droplets. The main difference is density. Density is the amount of water droplets in a given volume of air. Fog is denser than mist and tends to last longer. In terms of visibility (how far you can see through it), fog reduces it to less than 1 kilometer (0.6 miles) while mist can reduce visibility to between 1 and 2 kilometers (0.6 - 1.2 miles). |
9 | How much water does a misting system actually use? This will vary depending on the size of the system and the number of nozzles to be used. |
10 | How much can a misting system cool down an area? The cooling efficiency of a misting system is depending on the temperature, relative humidity and atmospheric pressure. |
11 | I live in a humid climate. Will a system work for me? Yes. The evaporative cooling concept will work any time you are able to achieve evaporation. The more complete the evaporation, the more effective the system will work. For areas with humidity above 80%, temperature reductions will be as high as 10 degrees. For humidity levels between 40% and 80%, temperature reductions will be as high as 20 degrees. Below 40% humidity, the temperature reductions may be as much as 35 degrees. |
12 | Nozzle Questions? We have answers. With over 19 years experience and 1,000,000+ nozzles shipped, you can trust us with your spray application. Call or contact us today to learn how partnering with IDST can make your project a success. |