2 Solutions for Climate-Uncontrolled Environments for Electrical Enclosures

When an electrical enclosure is located outdoors or in an environment that is not climate controlled, the components inside must be protected from over-heating. Electrical components generate heat when they operate, and the external temperature around the electrical enclosure can also add additional warmth and humidity to the equation. These two factors contribute to the heat load of the enclosure, which helps inform what type and size of cooling system to use.

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How To Cut Lead Times When Ordering Enclosure Air Conditioners

As an OEM, it's important to stick to the tight deadlines and specifications that your customers often require. Late shipping and incorrect orders lead to unhappy customers, which potentially results in lower revenue for you. Avoid this undesirable outcome by selecting an enclosure air conditioner supplier that can deliver on its promises.

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How to Measure Reliability and Quality in Cooling Systems for Electrical Enclosures

When you sell an electrical enclosure to a customer, you want to be sure that all of the components are built to last, including the cooling system. That's why when selecting a supplier for enclosure air conditioners and heat exchangers, you need to be confident that the equipment you buy and install is both reliable and high-quality.

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Cooling Telecom Electronics with an Air to Air Heat Exchanger

The world relies on dependable telecommunications to stay connected. From smart phones to satellites, telecom products are an essential part of both work and play. Consider the types of telecom electronics most people use every day, often without even knowing it. The office server, the electronics cabinet along the road, the cell tower, and the satellite are just a few examples of the types of the telecom electronics you employ every day.

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Small Details of Enclosure Air Conditioners That Make a Big Difference

Unlike a residential cooling system, an enclosure air conditioner must accommodate special situations. The sometimes harsh environments where electrical enclosures are located make it necessary to ensure that the air conditioner protects the components inside beyond just cooling the cabinet. Some examples include:

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The OEM Guide to Cooling Systems for Electrical Enclosures in the Summer Heat

As temperatures start to rise in the summer months, the risk of failure of electrical components increases if they are located outdoors or in unconditioned spaces. As an OEM, your customers rely on you to provide electrical enclosures that are dependable all year long. This means taking the summer climate into account and ensuring that your electrical enclosures are equipped with cooling systems that can accommodate the full range of temperatures to which they will be exposed.

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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 has to work harder in the summer months to maintain the desired internal temperature. Because it will be running more frequently than usual, it will need more regular maintenance to ensure proper operation.

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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 temperatures swing from one extreme to another, your enclosure cooling system must be able to keep up. An integrated thermal expansion valve is the best way to ensure that an enclosure air conditioner operates at peak performance no matter what the external temperature is.

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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 surrounding environment. In hotter environments, whether they are indoors or outdoors, you must be certain that the cooling system will not fail.

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5 Applications Suitable for a Cabinet Cooling Fan

Some of the most common solutions for cooling an electrical cabinet are air conditioners and air to air heat exchangers. However, certain applications allow a simpler and more cost-effective option. A cabinet cooling fan is an economical solution for an application that meets the following criteria:

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