SupportSafety should be the top priority when it comes to installing temporary power equipment. All the material you’ll find on our site exceeds industry benchmarks for safety and dependable performance so when you work with Temporary Power Supply, you get only the best.
Throughout this article we’ll explore how equipment addresses various electrical safety concerns. Specifically, we’ll be focusing on our power solutions that are able to resist heat, adverse weather conditions, and prevent defective grounding that could compromise the safety of you and your team.
How to Protect Temporary Power Equipment from Electrical Fires
As I’m sure you already know, electrical fires are a significant hazard associated with temporary power infrastructure. These fires can often result in injury, death, and severe equipment damage that will disrupt operations. Two common causes of electrical fires are electrical overloads and temporary power equipment lacking suitable fire protection ratings. An electrical overload happens when an electrical system is loaded with more current than it can safely handle. The excessive current generates heat, leading to insulation breakdown, sparks, and eventually igniting a fire.
Many times, electrical fires occur because the equipment lacks the necessary fire protection to safely perform. Lacking fire protection makes the equipment prone to igniting and spreading fires when an electrical malfunction occurs. Investing in equipment with proper fire protection ratings can minimize the risk of electrical fires and protect your team.
Fires caused by electrical overload can be prevented by choosing equipment that exceeds the amount of electricity required for your applications. Opt for equipment that’s rated for handling at least 20% more electrical current than your load requires to provide a buffer against overload.
How Unfavorable Weather Affects Temporary Power Performance
Adverse weather conditions and extreme temperatures can compromise the performance of your temporary power infrastructure. Water in general is a strong electrical conductor, so it can be dangerous when it meets any electrical circuit. Extreme seasonal temperatures can also cause issues such as overheating, starting problems, and lubrication issues. This can result in immediate damage and corrosion, creating unsafe operating conditions.
Problems caused by poor weather conditions can be avoided by using equipment rated for operating in extreme weather. Products that feature NEMA ratings offer different levels of protection from the elements. These NEMA-rated solutions incorporate essential features such as heat shields and insulation, which play a pivotal role in regulating the temperatures of your equipment. With our collection of NEMA 3R, 4, and 12 rated equipment, you can be confident that your equipment will perform in even the most extreme conditions.
Our NEMA 3R-rated Spider Box Cables are a great example of a product that can outlast the competition in demanding environments. These Spider Box cables are perfect for a wide variety of applications, such as providing 50 amps of power throughout carnivals, film sets, construction sites, and more! Each cable features ultra-flexible rubber SOOW jacket to protect against moisture and debris. Our NEMA Assemblies are another outstanding cable that’s built with industry-compliant components for performance you can rely on.
Operate Safely by Grounding Equipment Properly
Grounding is an important safety measure that provides faulty electrical currents a safe path to dissipate into the ground. Grounding significantly reduces the risk of deadly electric shocks and expensive equipment damage. However, improper grounding can cause unsafe working conditions. Temporary power equipment relies on adequate grounding to regulate voltages and manage surges. If equipment is not properly grounded, it can lead to abnormal voltage fluctuations, overheating, and even premature failure.
Ensure that all equipment will be properly grounded by hiring a professional who closely follows electrical codes and regulations that emphasize proper grounding for safety. Using equipment that includes GFCIs (Ground Fault Circuit Interruptions) is another great way to protect against grounding faults. GFCIs work by continuously monitoring the flow of electricity through a circuit. If it senses an abnormality, it quickly interrupts the circuit and cuts off the power supply. This rapid response helps prevent electric shocks and reduces the risk of electrocution caused by faulty grounding.
Our Spider Box Temporary Power Distribution Units are heavy-duty power distribution centers that are often used in portable power applications. Our Spider Boxes have a lightweight, stackable design that makes it an ideal choice for transporting on and off the job site. Each unit features a NEMA 3R rating for protection against the elements and (6) 20A Duplex GFCI receptacles for controlled power distribution and protection against ground faults. It features a UL 1640 listing for complying with industry standards for safe and reliable performance for years to come.
If you would like to receive a quote or have any other questions, please email us at [email protected].