The Roles of Cable Management Panel in Cable Management Solutions

A cable management panel is one of the most efficient cable management solutions that help organize cables on an equipment rack for easy identification. There are both horizontal and vertical cable management panels.

Cable management solutions have a significant role in communications, power distribution, and information technology (IT) sectors. They refer to products that secure the electrical cables in an infrastructure.

The Roles of Panels in Cable Management Solutions

Using panels, enclosures, and racks as a single system provide right protection for the cables and make the future repair, change, or maintenance easier.

Vertical cable management panels with cover can hold large patch cable bundles, electric wires, and data cables. Installed at the cabinet height, these panels have holes for the horizontal patch cables to pass on the vertical axis.

Both the vertical and horizontal cable management panels consist of a steel panel and plastic D-rings. Vertical D-rings are screw mounted to racks while horizontal D-rings are snapped into panels.

Cable Management Panel

Both types of panels are suitable for creating professional cabling facility. They keep bundled cables neatly organized in server hangers or racks, helping to avoid injury by tripping over unmanaged cables. They also ensure that a network performs at its level best by protecting cables from the damage caused by excessive tension.

The panels in a cable management system keep the cables in a neatly organized way, so it becomes easy to identify and manage different types of cables. Besides, the low-cost panels save money on cable maintenance.

The Advantages of Cable Management Panels

The panels provide an economical way of managing cables for current and future uses. Let’s take a look at their contributions to cable management solutions:

Secure Attachment

The panels provide a secure attachment of cable bundles to the server racks. Their adjustment features make it a breeze to manage cables in different sizes with ease.

Easy Cable Identification

The D-rings in the panels firmly hold cables, tubing, and hoses. They can function even in a limited space and can keep different types of cables separate from each other for easy identification and management.

Suitable for Rugged Environments

The panels are typically made of high-quality materials so they can perform in rugged environments and various weather conditions. Exposure to conditions like high temperature, salt water, rain, UV rays, etc. does not affect most of the panels.

Suitable for Various Applications

A huge advantage of cable management panels is that they are suitable for household, commercial, and industrial applications. So, you can use them either you need them for your garage or a large data processing center.

The Fundamentals of Electricity

The Fundamentals of Electricity

We all have at least a rough idea of what electricity is, and its functions in everyday life. But there is a more complicated understanding of electricity behind what you see, which not even physicists completely understand. To do our best to get an understanding, let’s start with the basic concepts of electricity.

The first concept of electricity would be the electrical charge. Protons and electrons are two of the tiny particles that make up atoms. Protons have a positive charge while electrons have a negative charge.

Next, we’ll want to look at electrical current. This refers to the flow of electrical charge carried by electrons as they jump from atom to atom. A demonstration of this would be when you turn on a light switch. The electrical current flows from the switch through the wire to the light and then the bulb lights up. Atoms through which current flows easily are conductors; electricity does not flow as easily through insulators.

An electrical circuit is a closed loop made of conductors and other elements that electricity can flow through. A simple circuit might consist of a battery, a lamp and an electrical wire that will connect the two. Circuits can get much more complicated, consisting of millions of components. But the principal will always remain the same, which say, a closed loop with all components working to conduct electricity through.

Here are some other bullet points it may be useful to know about electricity, if you don’t know them already:

  • Electricity, as we know it, comes from power plants that burn coal, catch wind or harness nuclear reactions. It travels to our houses from the power plants through big cables that can hang in the air or are buried in the ground.
  • Electricity can be measured in volts. Household electricity is 120V while flashlight batteries are 1.5V and car batteries are 12V.
  • Electricity can also be measured in watts. Light bulbs can be 60, 75 or 100 watts. Microwave ovens and hair dryers are 1000 or 1200 watts.
  • We can also measure electricity in amps. An electrical outlet may be measured in amps with a typical household outlet measuring 15 amps.

Understanding the basic concepts or fundamentals of electricity can be useful in this age of technology. Hence we look towards it to get electronics to do practical and interesting things. So this basic understanding can be a pathway to a world of possibilities and a fascinating journey.