Switchgear consists of a collection of circuit protection devices mounted in a metal enclosure. In any modern power system, switchgear protection is very important.

Arc flash switchgear is specifically designed to limit arc energy so that it is less likely to cause an arc flash incident. The arc is diverted from the earthing switch in an arc flash switchgear, or the protection system is accelerated (using alternate sensors to trip the main circuit breaker) to achieve the same. [ Read More ]

Industrial sectors are facing the problem with arc flash and energy from their electric control panel. This problem can be solved by using the applications of arc flash resistant switchgear. Here, you will learn how this switchgear is effective with its use. [ Read More ]

If you replace or upgrade your switchgear, you will have to look down for various aspects such as accessibility, footprint, budget, etc. Here are five questions that you need to ask yourself before replacing or upgrading your switchgear equipment with the latest models like the arc flash switchgear. [ Read More ]

Switchgear is essentially a key component of electric utility transmission and distribution systems. This device consists of switches, fuses, circuit breakers, and other parts that protect, separate, and control electrical equipment. Switchgear acts as a collective centralized piece of equipment in extensive industrial and commercial facilities. Switchgear plays a significant role in protecting electrical equipment and averting hazards. It is not unusual to find medium voltage switchgear in major industrial setups. [ Read More ]

A part of your solar setup that you should never compromise with is the combiner box. It functions by bringing together the output of several strings. Not using the right combiner box can undermine the value of the entire setup. When choosing a solar combiner box, there are certain factors that you have to keep in mind. The scope and the type of solar project will determine which combiner box would suit you the best. [ Read More ]

Improving the reliability of manufacturing processes can be done with the help of process control systems. The most significant advantage of control stations is that they help ensure that the processes are running smoothly. It provides predictable and stable operations, which yield several benefits for the industry. Some of these include:

1. Improved Safety: Safe operations cannot be compromised at any cost. To maintain the safety of the plant along with maximizing the production potential, you need to invest in certified control systems. [ Read More ]

Industrial electrical enclosures are different from the run-off-the-mill electrical enclosures. They come with certain features that allow the electrical components housed inside of them from sustaining damage due to environmental conditions or from accidental fires. On that note, while choosing electrical enclosures for industrial purposes, one would need to keep certain things in mind. The following sections will shed some light into some of those considerations. Read on to know more. [ Read More ]

Electrical fires are hard to deal with. It can result in fatalities and irreversible damage to commercial and private buildings. Furthermore, in case a building has electrical equipment in hazardous locations, chances are high that a spark or an arc can set off an inferno in a matter of minutes. To keep all of this at bay, electrical equipment such as switches, breakers and control boxes need to be placed inside a class 1 div 2 enclosure. [ Read More ]

ICP is a short-form of the Industrial Control Panel. It is used to assemble two or more control circuit and power circuit components and a combination of both. ICPs are typical assemblies of equipment, like motor controllers, switches, auxiliary devices, relays, and other control devices. According to the National Electric Code (NEC), ICPs work under 600 voltage.

ICPs are also referred to as Electrical Control Panels. Well-structured and accurately designed control panels help organizations to empower the production process and to automate several tasks. If the control panel is ill-designed, organizations need to frequently repair it and face unnecessary disruptions and downtime in the production process. [ Read More ]

VFD is an acronym for Variable Frequency Drive. It is a motor device used for controlling AC motor speed and torque by changing the input voltage and frequency in electro-mechanical systems. This device is present in appliances ranging from small to large systems. VFD is also referred to as an adjustable speed drive, AC drive, inverter, adjustable frequency drive, micro drive, or variable speed drive.

The variable frequency drive panel is used for regulating and controlling the electric motor’s and feed pump’s speed. It is typically used in large machines, like compressors, conveyors, drilling, pumping, etc. Frequency and electric motor’s speed are directly proportional to each other. [ Read More ]

A control panel is a piece of equipment that comes in a variety of layouts and styles. However, it contains certain standard components that make up its core. Without these critical parts, it’s impossible for control panels to function in a normal manner. Hence, it becomes imperative to understand these components if you are going to purchase a custom control panel or plan on designing one. [ Read More ]

Enclosing your electrical equipment and switches is crucial for several reasons. A proper enclosure around electrical equipment will not only protect the equipment itself from the environment but also for preventing inadvertent injuries. While buying electrical enclosures is not a challenging task, there are some essential pointers to remember so that you buy only the best. [ Read More ]