Categories in: Enclosure Cooling

  1. Why You Need More than Just a Cabinet Cooling Fan for Electrical Drives

    It is generally acknowledged that both AC and DC electrical drives operate at very high efficiencies (≥95% for AC and […]

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  2. 5 Reasons You Need a Reliable Cooling System for Electronic Enclosures

    No one needs to be told how much time, effort and of course money accompanies the systems needed to keep […]

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  3. 4 Enclosure Cooling Methods that Prevent Plant Shut-Down

    In industrial facilities, electronic equipment is frequently used for motor control, and most machines are PLC controlled. This use of […]

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  4. Boosting Electrical Reliability with Enclosure Cooling

    The use of electrical equipment has revolutionized the electrical industry by reducing costs and making sophisticated electrical control systems […]

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  5. How to Properly Write Specifications for Electrical Enclosure Cooling Systems

    If you are a project or maintenance engineer needing to purchase enclosure cooling systems, it is important that you […]

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  6. Enclosure Cooling Techniques for Industrial Control Panels

    Electrical control panels, working in busy industrial applications, serve as the nerve center for many businesses. They are a critical […]

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  7. Keep Electrical Components Safe from Contaminants with a Proper Enclosure Cooling System

    Electrical components in an environment containing chemical vapors and dusts are subject to corrosion, and as a result equipment […]

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  8. Why Custom Often Isn’t Necessary for an Electrical Enclosure Cooling System

    The market for custom cabinet or enclosure air conditioners is growing as applications become more unique, such as pole […]

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  9. 4 Summer Maintenance Tips for Your Enclosure Air Conditioner

    When an enclosure air conditioner is located outdoors or in an environment that is not temperature controlled, it usually […]

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  10. 3 Steps to Prevent Corrosion in Electrical Enclosure Cooling Systems

    Environmental and climate conditions can negatively affect electrical enclosures in several ways. Beside the negative effects of excessive heat, dust […]

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  11. Electrical Enclosure Equipment That Meets UL Requirements

    Many of the requirements found in the National Electric Code (NFPA 70) specify that electrical equipment to be installed in […]

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  12. Build a Cabinet Cooling System You Can Stand Behind

    Electrical enclosures for industrial applications require a cabinet cooling system that can guarantee the components inside will be kept free […]

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  13. Why Most Electrical Cabinet Cooling Fans Fail

    Valuable electrical equipment housed inside cabinets is typically protected by some type of thermal management system to maintain safe […]

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  14. How Do Thermal Expansion Valves Contribute to Enclosure Cooling?

    As new industrial technologies continue to develop, electrical components and devices such as variable frequency drives (VFDs) are getting […]

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  15. Keep Contaminants Out – How Air to Air Heat Exchangers Protect Your Electrical Enclosure

    When electrical components are exposed to contaminants such as dirt, dust, humidity, or corrosive vapors, they can become damaged and […]

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  16. The Advantages of a Thermal Expansion Valve for Enclosure Cooling Systems

    Many enclosure air conditioners are designed similarly to residential cooling systems. They use a compressor to pump refrigerant through […]

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  17. Preventing Electronic Equipment Failure with an Enclosure Air Conditioner

    Valuable electronic equipment housed inside an electrical cabinet is typically protected from water, dirt, and dust. However, this is […]

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  18. OEM’s Checklist for Enclosure Air Conditioner Compatibility

    When designing an electrical enclosure for one of your customers, it is important to ensure that the air conditioner […]

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  19. What to Expect from High Efficiency Cabinet Cooling Systems

    Electrical cabinet cooling systems are designed to maintain internal electrical enclosure temperatures so as to ensure electrical equipment inside […]

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  20. Cabinet Cooling System Technologies to Consider when Planning Your Next Project

    Electrical control equipment is becoming increasingly sophisticated as designers add more features to what used to be relatively simple […]

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  21. Heat Exchanger, Fan or Air Conditioner: Which Enclosure Cooling Method Is Best for Your Application?

    When deciding which cooling method to use for your electrical enclosure, there are a few options to consider. Among […]

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  22. Why Enclosure Cooling Is a Critical Component of Electrical Design Specifications

    Most maintenance engineers have experienced firsthand the problems of dealing with electrical enclosure overheating caused by excessive heat load, insufficient […]

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  23. 5 Precautions to Take when Enclosure Cooling System Is Subject to Vibration

    Electrical enclosure air conditioners installed in locations subject to vibration may fail unless special precautions are taken to prevent […]

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  24. 6 Tips for Selecting a Sealed Electrical Enclosure & Cooling Package

    Although many electrical enclosures are naturally ventilated, there are a number of sound technical reasons for using sealed electrical […]

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  25. The Importance of Comparing Cooling Capacity Performance when Selecting Enclosure Air Conditioners

    When selecting an enclosure air conditioner, it’s important to make adequate allowance for the effect temperature has on the cooling […]

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  26. Conduct Preliminary Testing Before Mounting an Enclosure Air Conditioner

    Once you’ve purchased the correctly sized enclosure air conditioner, there are a few preliminary steps involved before mounting your new […]

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  27. 6 Enclosure Cooling Considerations for Large Electrical Machines

    A large machine includes any machinery that is physically large, complex, and operates as a stand-alone machine or integrated into […]

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  28. 4 Types of Heat Transfer Mechanisms for Cooling Electrical Enclosures

    Cooling an electrical enclosure involves processes for transferring heat from inside the enclosure and discharging it to the surrounding air. […]

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  29. 8 Steps to Selecting an Enclosure Cooling Supplier for Control Panels

    Modern power equipment, while robust, has an Achilles heel because it is sensitive to heat and will malfunction and fail […]

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  30. When Is Enclosure Cooling Needed to Protect Electrical Equipment from Overheating?

    Although modern electrical equipment is robust, the widespread use of power components has increased the need for controlling the […]

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  31. 5 Ways to Find Electrical Enclosure Cooling Manufacturers

    The process of finding manufacturers for your products these days is not half as complicated as it used to […]

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  32. Low Voltage AC Drives Even More Efficient with Enclosure Cooling Systems

    Variable Frequency Drives, also known as AC drives, are ubiquitous in applications utilizing electrical equipment. Their purpose in an […]

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  33. Heat Pipe Technology in Enclosure Cooling: Why You Need It

    Air to air heat exchangers use an innovative heat pipe technology that is simple, effective, and reliable. It’s ideal […]

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  34. When an Enclosure Air Conditioner is the Right Equipment Cooling Choice

    Modern electrical enclosures are often not cooled by natural convection because of the extent of the heat produced by […]

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  35. 6 Things You Should Know Before Choosing Industrial Cooling Equipment 

    The process of choosing electrical enclosure cooling equipment is not straightforward. It requires an understanding of heat loads in […]

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  36. 8 Fallacies about Industrial Cooling Equipment You Should Forget

    Some maintenance staff are skeptical about industrial cooling equipment and regard it as a waste of time. They reason that […]

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  37. 3 Types of Enclosure Cooling Methods for HMI Equipment

    HMIs (human machine interfaces) are used to provide information and control inputs to plant and machinery. HMIs usually incorporate […]

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  38. How the Right Enclosure Air Conditioner Protects Your Equipment

    The use of enclosure air conditioners to protect equipment inside electrical enclosures has become commonplace. However, there are several requirements […]

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  39. 6 Ways to Optimize Your Cooling Design

    There are several ways to cool electrical enclosures. These include the use of filtered fans, air to air heat […]

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  40. Enclosure Air Conditioners: Why You Should Spec Them in Your Equipment

    Owning industrial electrical equipment can be an expensive affair. The initial cost of the equipment itself may not be […]

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  41. 6 Environmental Considerations for Industrial Control Panels

    When selecting an industrial control panel, it’s essential to give careful consideration to the environment where the panel will be […]

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  42. 6 Common Mistakes of Enclosure Cooling Design

    The design and assembly of an electrical enclosure is complicated by the need to comply with various requirements, such […]

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  43. What Are the Benefits of Heat Pipe Technology for Enclosure Cooling?

    Heat pipe technology is an efficient yet effective approach to enclosure cooling that contains no moving parts except for […]

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  44. 3 UL & cUL Requirement Considerations for Enclosure Cooling Systems

    Depending on the type of equipment and its intended environment and location, a range of safety standards and certifications may […]

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  45. Planning Tips for Enclosure Design & Cooling

    When designing an industrial enclosure, it is important to plan ahead to include the cooling requirements. Taking these into […]

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  46. The Top Heat Transfer Considerations for Electrical Enclosures

    Modern industry practice focuses on designing electrical components that are faster, smaller and more cost effective. A common result […]

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  47. 5 Options for Controlling Temperature in Sealed Electrical Enclosures

    The reasons why enclosure designers choose sealed electrical enclosures in preference to ventilated enclosures are numerous. They may include […]

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  48. 6 Steps to Finding the Right Enclosure Cooling Solution

    Whether you have an existing electrical enclosure or are about to install a new one, it’s essential to identify […]

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  49. 7 Enclosure Cooling Tools You Can’t Live Without

    When choosing the proper enclosure cooling solution, there are many tools to use and options to choose from. Without […]

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  50. 7 Reasons Electrical Enclosure Cooling Is Necessary

    The use of electrical enclosure cooling systems has grown exponentially in the last few decades. Reasons for this growth include […]

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  51. 4 Steps to Diagnosing Enclosure Cooling Fan Issues

    Enclosure cooling fans are one type of cooling device used to help keep heat producing electrical components from overheating. Fans […]

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  52. 5 Questions You Haven’t Considered About Enclosure Cooling Solutions

    Selecting a new enclosure cooling solution or upgrading to another product can be challenging. This is especially true when […]

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  53. 7 Most Common Enclosure Cooling Questions Asked by Thermal Edge Customers

    From OEMs to facility managers and lead engineers, our customers ask us questions us common questions about enclosure cooling. Here […]

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  54. 3 Ways to Better Plan Enclosure Cooling

    Although designers are well aware of the need to consider electrical enclosure cooling, precedence is given to ensuring the […]

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  55. How to Select an Enclosure Air Conditioner for Any Application

    The selection of an enclosure air conditioner is relatively simple provided you pay attention to the details and correctly size […]

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  56. Understanding Air to Air Heat Exchangers for Enclosure Cooling

    An air to air heat exchanger has the unique ability to cost effectively deliver convection cooling to heat producing electrical […]

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  57. Cabinet Cooling Fan: Do You Really Need It? This Will Help You Decide!

    Industrial electrical equipment gives off “waste” heat as it operates—a result of inefficiency in converting electrical energy to work. Unfortunately, […]

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  58. 5 Climate Precautions to Take with an Industrial Control Panel Enclosure

    Regional climates play a critical role when planning control panel installations. Carefully analyzing climate conditions at the control panel enclosure […]

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  59. How to Determine if Your Enclosure Cooling System Needs New Filters

    Filters are an important part of any thermal management system. Whether the enclosure cooling system is comprised of cooling fans […]

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  60. Building an Industrial Control Panel Enclosure with Cooling In Mind

      Taking proper steps to build an industrial control panel enclosure the right way, with cooling in mind, means the […]

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  61. Evaluating the Cost of Ownership for Electrical Enclosure Cooling

    When it comes to evaluating the cost of ownership for an electrical enclosure cooling system, things can get complicated. Choosing […]

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  62. Top 12 Maintenance Tips for an Enclosure Air Conditioner

    Enclosure air conditioners are designed for long-term, trouble free operation. However, several items need regular attention to keep the […]

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  63. Advantages of a Thermal Expansion Valve in Enclosure Cooling

    The thermal expansion valve is a throttling device that allows the refrigerant in an enclosure air conditioner to expand. A […]

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  64. How to Easily Replace an Enclosure Cooling System from Another Manufacturer

    When an enclosure air conditioner on one of your electrical enclosures fails, you need to act quickly before the panel […]

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  65. What to Expect With Enclosure Air Conditioner Energy Usage

    The right air conditioner for your enclosure can have a tremendous impact on the performance and efficiency of your electrical […]

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  66. How Material Plays into Enclosure Cooling Design

    Depending on their designated NEMA rating, electrical enclosures—and their cooling systems—can be made from a wide range of materials, including […]

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  67. Top 5 Ways Enclosure Cooling is Used

    The primary function of enclosure cooling is to maintain the internal temperature of an electrical enclosure within a range that […]

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  68. When Is a Compact Enclosure Air Conditioner Necessary?

    Not all applications requiring the use of enclosure air conditioners are the same. There are several factors like the heat […]

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  69. 6 Thermal Hazards that Can Be Avoided in Control Panels

    Enclosed industrial control panels are generally comprised of an electrical enclosure, internal components such VFDs, PLCs and other electrical equipment, […]

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  70. 5 Unexpected Benefits of Proper Enclosure Cooling Design

    Properly designing an enclosure cooling system should keep a factory, cell tower, paper mill, oil rig, mine, or other industrial […]

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  71. What to Consider When Selecting Enclosure Cooling for NEMA Type 12

    NEMA Type 12 enclosures are well suited for indoor use. However, they often require some form of closed loop enclosure […]

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  72. Steps to Take When Inspecting a Thermal Edge Unit

    Thermal Edge supplies three different types of enclosure cooling equipment: Filtered fan packages Air-to-air heat exchangers Enclosure air conditioners In […]

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  73. How to Find the Most Efficient Enclosure Air Conditioner

    Finding the most efficient enclosure air conditioner for your industrial application is crucial to maximizing performance and lowering long term […]

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  74. Are You Using Adequate Enclosure Cooling Methods?

    With the increasing heat dissipation from process-critical high-power controls and switching equipment, “enclosure cooling” has become the buzzword in all […]

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  75. How Heat Pipe Technology Minimizes Cabinet Maintenance

    Heat pipe technology is used in air-to-air heat exchangers to transfer heat from within a sealed enclosed space to the […]

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  76. What to Consider When Selecting Enclosure Cooling for NEMA Type 4X

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  77. 16 Safety Tips for Electrical Enclosure Fans

    Although electrical enclosure fans are simple devices, there are safety risks that should be considered during their installation and […]

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  78. Will an Enclosure Cooling Fan Protect Your Electrical Equipment?

    Industrial electrical equipment is vital to the operation and success of many businesses, yet the wiring and components contained in […]

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  79. 5 Things to Look for in an Electrical Enclosure Cooling Manufacturer

      Unplanned downtime of an enclosure cooler can lead to outages and lost production, so it’s important to verify that […]

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  80. Thermal Expansion Valve vs. Capillary Tube for Electrical Enclosure Air Conditioners

    Enclosure air conditioners are important for protecting electrical components from heat and humidity. To help maintain a suitable temperature in the […]

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  81. How Air to Air Heat Exchangers Will Cut Industrial Enclosure Energy Costs

    Cooling an electrical enclosure can get expensive, especially if you need a year-round solution that constantly operates. Although some applications […]

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  82. Protect Your Electrical Enclosure with Proper Hole Drilling

    Electrical enclosures often require drilled holes for items such as electrical conduits, knockout openings, and pushbutton holes, and for installing […]

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  83. Preventative Maintenance for Electrical Enclosure Heat Exchangers

    Enclosure heat exchangers are excellent cooling system solutions for many industrial applications. Because they use ambient air and require very […]

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  84. 7 Compliance Tips for Electrical Enclosure Air Conditioners & Other Cooling Methods

    Enclosure air conditioners for use in the U.S. or Canada is required to meet certain safety standards. Although legal […]

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  85. How to Avoid Expensive Design Changes with Enclosure Air Conditioners

    From time to time, electrical enclosure designers find themselves in a bind because of constraints that limit their options when […]

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  86. Why a Cabinet Cooling Fan Won’t Hold Up in Harsh Environments

    Using a cabinet cooling fan is the simplest and most economical way to dissipate heat from your enclosure if the […]

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  87. Top 5 Misconceptions About an Enclosure Air Conditioner

    In this cash-strapped economy where money and energy usage are first priority, the poorly understood enclosure air conditioner is surrounded […]

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  88. Avoid 4 Common Electrical Cabinet Cooling System Mistakes

    Electrical cabinet cooling systems are critical components of electrical enclosures that enable equipment to work within their allowable temperature range […]

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  89. 5 Key Steps in Enclosure Cooling Design

    Electrical enclosures protect equipment from mechanical and environmental damage. However, by confining equipment inside an enclosure, the waste heat […]

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  90. Preventative Maintenance That Can Be Done Safely on Your Enclosure Air Conditioner

    With budget being an important thought in your mind, regular preventative maintenance on your electrical enclosures should be a consideration. […]

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  91. 5 Electrical Enclosure Applications Using Thermal Edge Products

    Most of the time, electrical enclosures are either not visible or not noticeable to the average observer, but they are […]

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  92. 6 Signs That It’s Time to Replace the Cooling System of an Outdoor Electrical Enclosure

    Temperatures within outdoor electrical enclosures, whether or not they are subject to direct sunlight, can rise to unacceptable levels, leading […]

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  93. 4 Tips for Enclosure Cooling

    Proper electrical enclosure cooling is essential for preventing damage to sensitive equipment due to excess heat. Higher temperatures in […]

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  94. Preliminary Checklist for Installing Your Electrical Enclosure Air Conditioner

    Before installing your electrical enclosure air conditioner, it’s wise to check that it’s the correct unit, it’s in working condition, […]

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  95. Compensating for Changing Heat Load with a Thermal Expansion Valve

    Many electrical enclosures are located in environments that change drastically throughout seasons, or even within the same day. When […]

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  96. What Is Heat Pipe Technology for Enclosure Cooling Units?

    An air to air heat exchanger is an enclosure cooling unit that uses heat pipe technology to remove heat from […]

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  97. The Importance of Quality Cooling for Electrical Enclosures in Hot Environments

    The components inside an electrical enclosure must be protected from both the heat they generate and the heat from the […]

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  98. 6 Cabinet Cooling Considerations for Telecom Outside Plant

    The extension of telecom networks to accommodate the rapid growth in mobile computing as well as to provide high […]

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