What Enclosure Air Conditioner Features and Options are Best for Food and Beverage Applications?

The food and beverage industry is governed by rules and regulations designed to keep production areas free from contamination and disease-causing bacteria. These requirements place constraints on the design of enclosure air conditioners that require special consideration, including:

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What are the Environmental Requirements for Enclosure Air Conditioners in Cement Plants?

Cement manufacture entails handling various raw materials including limestone, clay, shale, sand, and iron ore. These products are mined on site or transported using bulk carriers, off loaded and stored. Raw materials need to be ground to the correct size prior to being fired in high temperature kilns to produce clinker that is finally ground into cement.

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What Enclosure Air Conditioner Features and Options are Best for Waste Water Treatment Plants?

Waste water treatment plants process and purify industrial and domestic waste water so that it is safe to discharge into water courses. As such, these plants must operate reliably at all times as any equipment failure could lead to the discharge of untreated waste into water channels, causing damage to the environment and leading to punitive action.

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What Are the Requirements for Enclosure Air Conditioners in a Food Processing Plant?

Enclosure air conditioners are used in a variety of environments across a broad range of industries, each of which has its own unique requirements. Failing to recognize the environmental conditions to which an electrical cabinet and its cooling system will be exposed can result in equipment failure, employee downtime, lost inventory, and potentially less revenue.

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How Electrical Enclosure & Air Conditioner Packages Cut Project Costs

An electrical enclosure with a properly fitted air conditioner can drastically reduce costs and downtime if properly maintained. Whether you are planning an update to your existing facility, or designing a new plant layout from scratch, having electrical enclosures that fit in the specified dimensions and require minimal installation time is essential.

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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 to overheating of sensitive electrical and electronic equipment inside the panel.

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Is a Cabinet Cooling Fan the Most Cost-Effective Option for Your Application?

Cost is always a concern when implementing new equipment or systems, including both the upfront expenses and the operating costs. When it comes to electrical enclosures, having a dependable cooling solution is important for protecting the components inside. Although air conditioners or heat exchangers are often viable solutions, they are not always the most cost-effective, especially when a cabinet cooling fan can be used instead.

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Why an Enclosure Air Conditioner is Best for NEMA Type 4x Ratings

NEMA ratings identify the conditions to which an electrical enclosure can be safely exposed. The cooling system for the enclosure must  be compatible with the requirements to ensure that the components inside stay protected. Depending on the application and the associated NEMA rating, you can use a cabinet cooling fan, an air to air heat exchanger, or an air conditioner to provide cooling.

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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 you select is compatible with the system. Multiple factors must be taken into consideration to do this properly. Working closely with both your customer and your enclosure air conditioner supplier is the best way to ensure that the cooling system is properly sized, suitable for the surrounding environment, and fits within the space allotted.

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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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