This article is part of ‘The Guide to Electrical Tape’ Vinyl electrical tapes are the most commonly available tapes that are resistant to abrasion and puncture as well as chemical and hash fluid. They are often used for Jacketing and Mechanical Protection of the cables. There are 6 factors that you should consider
Not all electrical tapes are the same, choosing the right tape for your application is essential for the quality of the electrical supply and the safety of the site. Here we explain the common types of electrical tapes and their purposes. The most common types are the Vinyl tape, the Mastic tapes, and the Rubber tapes; using a combination of these tapes will help to achieve the desired result.
This article is part of ‘3M Mask Respirator’ 3M™ 7500 Series Respirators have set a new standard in comfort. The exhalation valve provides increased durability and is easy to keep clean. Reduced breathing resistance helps to minimise heat built-up in the mask and increases your comfort. Available in three sizes, all respirators have the 3M
This article is part of ‘3M Mask Respirator’ The 3M™ 6000 Series Respirators are proven to be simple to handle and comfortable to the wearer. The exhalation port provides increased durability, easy cleaning and reduced breathing resistance which helps to increase your comfort. Available in three sizes, all respirators have the 3M bayonet connection system
We have outlined the different testing methods for the Absence of Voltage and go through the pros and cons of each method. The most efficient and safest method is the Absence of Voltage Tester device that does the check automatically that is both accurate and prevent human error. This article is part of The Guide to
Nobody wants to get an electric shock while working on the electrical panels especially when they think that it has been made safe; the Absence of Voltage Testing is explicitly designed to prevent this incident from happening. In this article, we will explain "what is the test?", the test standard, and its procedures.
'What will the value of the short-circuit current be?'. The short-circuit current value on the first circuit breaker depends on the size of the transformer and the length and size of the cable from the transformer to that Circuit Breaker. Here is a document explaining how to calculate the short-circuit current.
Do not simply replace an MCCB with one that has the same rated current. The most important consideration is the Ultimate short-circuit breaking capacity (Icu). Incorrectly replacing MCCB will result in dangerous consequences. In this video, we will guide you through the step by step process to do this.
