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Wire harness assembly is a manual and time-sensitive process that frequently ends in high costs and a lack of product quality consistency. Also, the project production time could take weeks, depending on cable types and quantities. However, more and more manufacturers are lately using automated cable assembly processes. These have proven to reduce project time

The cable harness is like its nervous system, which helps carry current and signals from and to the different computers of the vehicles. Vehicle makers bundle these wires together for easy installation and management. These bundles or harnesses have a protective covering and are routed in the whole car, so they do not get damaged

Automobile wiring plays an important role, just like the nervous system of your body. It is responsible for all the signals and electric energy transmission to different parts of the vehicle. Likewise, it needs automotive wire protection from external environmental aspects like heat, water, sunlight, and anything harmful.  In this article, we will look deeper

The use of customized wiring harnesses and cable assemblies is increasing at an impressive rate, and almost every industry uses them to enhance their performance and speed up the process. This article will detail the customized wire harness and discuss its benefits and applications. Let’s read further. What are customized wire harnesses? A wire harness

When your phone is ringing, you grab it off its stand and drag it towards you. Here, curly cords ensure that the wire does not bounce right back after you go to the end of the line. And the handset’s coiling cords neatly retract into the base when it’s put back. The cable’s expansion is

Some, if most people are intrigued, by the workings of different equipment and machinery. If you fall into this category, then you are at the right place. In this piece, we will focus on some of the basics of the rotary encoder pinout. Let’s get started! What Is A Rotary Encoder? A rotary encoder is

In industrial plants, electrical power issues are pretty common. Current harmonics, voltage unbalance, and current unbalance some of them.  These issues lead to abnormal functioning of the electric power systems. Of all of them, the unbalanced voltage condition is the most hazardous. Let’s learn about voltage imbalance issues and how to prevent them. What Is

As you know, grounding an electrical system makes the system safe from power surges. If you do not ground a conductive surface, it may become electrically energized. And when you touch such a system, current will pass through your body to the earth. As a result, you get a shock. A good grounding system ensures

In all interconnected power systems, relay protection is the primary instrument. These systems isolate fIn all connected power systems, a relay protection device is a primary instrument. These systems separate fault locations with a healthier network. You can detect a fault by monitoring several changes. These are voltage dip, current changes, frequency, temperature, etc. However,

There are two things you want in your facility. First, you need the gear to deliver optimal and consistent performance. Additionally, the equipment shouldn’t cause any damage or accidents, with injuries.  Live testing can help to maintain both goals. It involves checking if the gear works right while it’s operating.  But, there is something you

Harmonic currents and voltages can harmonic currents and voltages can have various strengths. Depending on the electrical setup, the system can handle those levels. A harmonic study helps you analyze this wave distortion and reveals whether its ranges are acceptable. That allows you to find potential issues and deal with them. If you’d like to

A “grounded” electrical device is one that connects to a grounding system for safety reasons. Grounding finds a path that’s safe or offers the least resistance for stray voltage. It ensures the stray voltage doesn’t build up in a place where it could be dangerous. Instead, you divert it to the desired path where it

Overheating in a circuit or faulty wire is the leading cause of many disasters. If you leave the wirings unchecked, you will be evacuating people from your building due to the fire that broke out. Loop impedance testing or loop testing might be a good investment option if you opt for preventive measures. Conducting the

A motor control center operates your electric motors. You can find a solid-state motor controller or overload relays to protect the engine. Furthermore, you’ll discover overload protection relays and a circuit breaker that offers short-circuit protection. Also, disconnecting control switches to isolate the motor circuit. Separate control transformers serve for the three-phase power to move

While using an electrical panel for your home supply, there is a chance of equipment damage. Besides, the problem may lead to excess power usage or catastrophic equipment failure. Hence, the  Electricity at Work Regulation Act 1989. states guidelines to avoid it. Thermography testing,  detection of defects is becoming popular, as the thermal image can

When lightning strikes, it creates a voltage surge. Both cloud-to-cloud lightning and cloud-to-ground lightning can result in voltage surges.  Now, this voltage surge wants to equalize itself as soon as possible, and it can do so by short-circuiting your electrical equipment. For example, it can either directly hit your house or strike on a cable

Whenever any fault or electrical surge occurs in many substations, the earth absorbs all the fault current. Even while providing electricity for domestic usage, the electricians ensure a proper grounding system to maintain the flow of electric current.  However, for setting up the earth system, you need to have enough soil corrosivity. How can you

What happens when the primary power source goes off? An alternate source starts operating and powers the electrical equipment.  How does this happen? A transfer switch switches the electrical loads between two power sources.  Sometimes, these transfer switches are manual. An operator throws the switch whenever the two power sources lose or gain power. However,