As we tread further into 2023, the emphasis on sustainability and resource conservation is more pressing than ever. This shift in focus has significantly influenced the industrial sector, with the refurbishing of electrical parts emerging as a critical trend. This article summarizes why refurbishing industrial electrical components is both eco-friendly and economically viable.

The Refurbishment Movement

The global push towards sustainability has prompted industries to look inward, finding ways to minimize waste and maximize the life of their equipment. Refurbishing, as opposed to replacing, extends the life of electrical components, reducing the need for new raw materials and decreasing the environmental footprint of manufacturing processes. Restoring parts is also highly cost-effective, yielding significant savings for industries. 

Why Refurbish Heavy Electrical Components?

Cost-Efficiency: As we just mentioned, refurbishing versus replacing electrical components can save businesses a lot of money. Rather than buying new parts or replacing an entire electrical system, reconditioned electrical hardware is cleaned, repaired, rebuilt, and reconfigured to like new. Older equipment that still has a lot of life in it, with perhaps discontinued components, depends on available working parts that synchronize with the overall system. The refurbishing process enables old things that still work to keep running while saving costs for the end user.

Eco-Friendly: Refurbishing electrical components, like many other items, aids in conserving resources and reduces the amount of electronic waste in landfills. This practice not only preserves the planet’s raw materials but also reduces the need for new manufacturing, thus minimizing the carbon footprint. Considering the potentially harmful substances present in many electrical components, refurbishment can also mitigate the environmental risks associated with improper disposal.

Performance and Reliability: If done correctly, refurbished electrical components can perform equally as well as a brand-new item. Experienced technicians who turn drab, broken electrical equipment into mint condition are often mistaken as entirely new. Parts are completely disassembled, individually cleaned and inspected, repaired, painted, and reassembled. Rigorous testing and quality control measures ensure that these parts meet or exceed original specifications before they’re resold.

The Process of Refurbishing Industrial Electrical Components

Refurbishing industrial electrical parts is more than just a cosmetic touch-up. It’s a detailed process involving:

• Inspection: Each component undergoes a thorough examination to identify any signs of wear, malfunction, or damage.
• Disassembly and Cleaning: Parts are disassembled, cleaned, and contaminants are removed. This step is crucial for parts that have been exposed to industrial environments, which can be corrosive or saturated with particulates.
• Replacement of Worn Materials: Any subpart showing signs of wear or damage is replaced with a new or reconditioned part.
• Testing: Once reassembled, the parts/equipment are subjected to rigorous testing to ensure they function as expected.
• Certification: After passing rigorous testing, the components are certified for use, guaranteeing their performance and reliability.

The Future of Refurbishing in the Industrial Sector

Refurbishing heavy industrial electrical parts is a win-win solution. Advancements in technology are continuously streamlining the refurbishment process, making it even more efficient. As time unfolds, more businesses are choosing to refurbish because it’s both good for the environment and saves money.

Are you looking for a specific industrial electrical part? J&P Electrical likely has what you need; if not, we’ll find it for you!

_______

J&P Electrical is a full-service electrical supply company. At J&P, we source contractors, end-users, and supply houses with new surplus, quality reconditioned, and obsolete electrical equipment. We also purchase a wide range of heavy industrial electrical equipment such as bus plugs, bus duct, transformers, circuit breakers, fuses, and switchboards. Call us at 877-844-5514 for assistance.  

Written by the digital marketing team at Creative Programs & Systems: https://www.cpsmi.com/

Bus plugs are electrical instruments used to allocate power throughout large electrical areas. Flat copper conductor plates are enclosed in a metal casing, which creates a compact design. Bus plugs are typically beneficial in areas where cables cannot be wired in large industrial factories. The plugs are connected to busways or bus bars to provide electrical power when needed.

Since bus plugs have a wide variety of uses and advantages, they are considered more effective than electrical cables. Given that they have no physical electrical wires within the building, the entire system can easily be disconnected and rearranged to fit almost any floor plan.

Bus plugs are used for a variety of reasons, most notably:

• Streamlined Current Distribution: Cabling is usually chaotic throughout most industrial plants. With various manufacturing aspects requiring electricity, distributing power can be a challenge. However, with bus plugs, electricity can be installed almost anywhere…and they are easy to move.
• Safety and Security: Bus plugs are guaranteed to be safer than cable systems due to their metallic casing, which reduces wire damage and electrocution.
• Easy Installation: Typically low in complexity, bus plugs do not require holes, cable cutouts, or any other special equipment. Ceilings or walls do not require support for heavy cables, and the installation time is relatively quick.
• Energy Savings: Bus plugs are compact, which means the copper conductors are placed next to each other. Energy is conserved due to the reduction in induction resistance.
• Flexibility and Maneuverability: More flexible than a typical cable system, bus plugs are light, easy to carry, and do not need ceiling or wall support. They can also be transferred to a new location effortlessly.
• Compact, Concealed Design: Bus plugs appear much more organized than a traditional cable system since everything is concealed inside the casing. There are no more twisted, dusty, entangled bundles of cables running throughout your building.

Electrical components should only be purchased from a reputable company. At J&P Electrical, bus plugs are our business. Contact us today to learn more about our products and pricing.

____________________________________

J&P Electrical is a full-service electrical supply company. At J&P, we source contractors, end-users, and supply houses with new surplus, quality reconditioned, and obsolete electrical equipment. We also purchase a wide range of heavy industrial electrical equipment such as bus plugs, bus duct, transformers, circuit breakers, fuses, and switchboards. Call us at 877-844-5514 or visit us at https://www.jpelectricalcompany.com.

Written by the digital marketing staff at Creative Programs & Systems: www.cpsmi.com

When it comes to electrical equipment, many non-electricians have no idea what a product is or what it does. Electrical components can be a mystery. This unknown doesn’t even come into question until an issue within the power system occurs, and we non-electricians are left scrambling over what needs to be done. That is why we have decided over the next few months to give a brief overview of all the different areas within the electrical equipment industry, starting today with bus plug and duct systems.

To understand the fundamental purpose of bus plug and duct systems, you need to know how power can be delivered. In most buildings we are familiar with such as most commercial and residential settings, power is sent through hard wires within the walls of the building. We gain access to electricity through power outlets. It’s a pretty simple concept.

This is not so true when looking at the electrical distribution required within a manufacturing plant or other industrial setting. In facilities that operate with an open floor plan you will have a variety of machines throughout the building. Many times these machines need to be able to move to other areas within the plant to allow for other pieces of equipment to be used. For example, a fabricating plant. The same space on the floor will be used for various tasks that need to be accomplished with a piece.

For power to run to different areas of a facility while being able to accommodate various sized pieces of equipment, bus duct and plugs are used. This allows the most freedom with the plant layout and alleviates the need for stationary power supplies. To achieve power throughout the open floor plan, duct are installed throughout the facility’s ceiling area.

Bus duct can be run wherever power is needed and are simple enough to add to if required in the future. The power is transferred from the bus duct using a giant industrial electrical plug called a bus plug. Each bus plug connects to the overhead bus duct, feeding electricity where needed. Bus duct and plug systems can be used for anything from overhead lighting to heavy machinery.

This system allows for flexibility in manufacturing. It will enable large industrial plants the ability to change the amount of power electricity to different areas within ample space. With this type of system, there is no need for hard wiring, so as the plant grows or equipment needs increase, the power system can change and grow with the demand.

For options in new, reconditioned, or obsolete bus plugs and bus duct, contact J&P Electrical today.

_________________

J&P Electrical is a full-service electrical supply company. At J&P, we source contractors, end-users, and supply houses with new surplus, quality reconditioned, and obsolete electrical equipment. We also purchase a wide range of heavy industrial electrical equipment such as bus plugs, bus duct, transformers, circuit breakers, fuses, and switchboards. Call us at 877-844-5514 or visit us at https://www.jpelectricalcompany.com.