Axis India

Are you installing an  insulation piercing connector (IPC)  on AB cable and don't know where to start? Chill, you have just landed in the right place. All you need is a quick refresher and a complete step-by-step guide.   In this blog, we break down the functions of an  IPC,  explain why it's essential, and provide instructions on how to install it. From must-have tools to easy-to-miss mistakes, consider this your step-by-step roadmap to a clean and secure connection.  Let's go! What's an Insulation Piercing Connector (IPC)? Let's understand it!  An  Insulation Piercing Connector   is commonly used in  Aerial Bundled Cable (AB Cable)  systems. It allows you to tap a branch connection from a central conductor without needing to strip the insulation. The sharp teeth of the connector pierce through the insulation layer, creating a solid electrical contact with the conductor inside. It makes installation faster, safer,...

Are you still relying on circuit breakers to handle lightning strikes or voltage spikes? It's time to get serious because they are not built for that. To protect your electronics, infrastructure, and sanity, nothing will do the job quite like a Surge Protection Device (SPD). In this blog, we will discuss what an SPD is, what makes it essential for modern electrical systems, and what you need to know about  Type 2 SPDs  and  ESE lightning arresters . Let's dive in!   So, Let's check!  What Exactly Is a Surge Protection Device (SPD)? A Surge Protection Device (SPD) acts as the protector for your electrical system. They work by detecting any unwanted voltage spikes and eliminating them before they can cause interference. Lightning strikes, power grid switching, and fluctuations in large equipment cycling are the sources from which these power surges can originate. SPDs are installed to prevent dangerous surges from damaging critical system component...

  Grounding plays a vital role in safeguarding electrical systems and human lives during the electrical installation phase.  Copper Earth Strip  is one of the essential components of grounding systems.      With this blog, let's learn how the strip silently guards electrical structures, offering durability and conductivity.   What is  Copper Earth Strip?  Copper Earth Strips are  used in electrical grounding systems. They are thin, narrow pieces of copper made for high conductivity. They direct the fault current from electrical installations and equipment to the ground, minimizing the chances of electrical shocks, short circuits and fire. Copper Earth Strips  are available in various dimensions (widths, thicknesses, and lengths) depending upon the load and installation types. Many trust these strips as grounding solutions because of their corrosion resistance and longevity.  Applications of  Copper Earth...

Today's electrical structures, devices or systems in homes and industries are more likely to have the threat of voltage surge loom than ever. This blog dives into exploring  Surge Protection Devices—  applications and types. Let's see how you can efficiently safeguard your electrical systems.  What is a   Surge Protection Device? Let's explore!  Surge Protection Devices (SPDs)  are safety devices that safeguard electrical installations and equipment from overvoltages or voltage spikes. These spikes are caused by power outage, lightning strike, or switching operations. SPD protects the system by directing excess voltage to the ground, prohibiting it from damaging electronic equipment like computers, industrial machines, and other household devices.  Applications of SPDs in Different Industries SPDs are elemental across various sectors: Industrial Plants Residential Buildings Commercial Complexes Telecommunicati...

  The threat of lightning poses an imperative to buildings, requiring them to be effectively guarded. Material choice for conductors becomes crucial among all other components of such protection systems. Experts have highly suggested using copper earth strips. What justifies this recommendation, and what benefit can be derived from using copper earth strips to offer protection against lightning?   Lightning protection systems shield buildings so that the enormous energy of lightning can easily dissipate to the ground. These systems depend greatly on the materials used, based on what conductors execute the electrical discharge. Copper earth strips are among the materials preferred by engineers and protection technicians.   Superior electrical conductivity   One significant incentive for its utilization is its electrical conductivity. Copper is capable of conducting electricity, which causes electrical discharges in lightning bolts of high voltage to drain into the gr...