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text 2019-04-24 07:28

Tips to Run Cables Into An Industrial Computer Enclosure

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Plenty of planning goes to build a system that protects computer hardware and any type of peripherals. During the building phase of the industrial computer enclosure, a common question arises by many of the end-users is how to power electronics inside a sealed enclosure. And that too when there is almost no place for the computer cables.

Stated as ‘fully-sealed’, waterproof units are the industrial computer enclosures with an industry standard rating of IP56. They do not include a traditional split panel to feed additional cables into the enclosure.

Most enclosure system comes with a fit cable entry gland with a maintained seal. They come with a clean, safe entry point to cable and reach the computer equipment.

When you are in the market for an industrial computer enclosure, there are many types of cable glands available that suit specific enclosure applications.

But before finalizing any one for your project, keep these five things in mind to feed cables into the unit.

Point of Entry

In a scenario, where particularly water is present, it is wise to insert cables into enclosures from the below side if the system is wall-mounted. But for the modular and freestanding system, you can insert cables from the downward direction. Because if you keep feeding wires from the above direction, it will lead to water penetration where droplets flow down on the cables.

Cable Diameters

The type of cable gland needed for your enclosure application is totally dependent on the width of the wiring you want to set into the unit. Sealed cables glands are available in various sizes for different cable diameters. For example, formats ranging from 0.3" ~ 1.5" to pass through the same gland exist that allow several wires.

These glands are manufactured in various materials:

Aluminum
Brass
Plastic
Rubber
Steel

To decide that ideal cable gland configuration for your type of enclosure application, you would need to consult an enclosure expert.

Open Version Cable Glands

They are an ideal solution for industrial computer enclosures. Particularly for pre-terminated cables, it can be a challenge to find the right cable gland. Because the end of the plug would be significantly larger than the cable width.

Thus, choose computer cables glands which are permeable. It allows for quick installation of pre-terminated cables with already attached connectors. This can happen when you cut the disruption to the operational function of your computer system.

System Changes and Upgrades

We would recommend you to choose a flexible cable gland keeping in mind the future system changes and upgrades. Technology is a dynamic domain. It will be changing constantly and continue to develop at an accelerated rate. On the contrary, the computer enclosure will last for years. Mostly, you will be facing a situation where you are replacing the computer hardware a few times till your manufacturing facility needs a new enclosure.

Keeping that in a loop, investing for a flexible gland configuration will let you easily repair systems, replace or upgrade them. When looking for computer adapters and cables make sure you consult with the enclosure expert to discuss the important things related to it.

Safety

In this golden age of computers are used across industrial facilities, the cables can cause hazards. Therefore, safety is a paramount feature on the manufacturing floor. Asses the positions of your enclosure, resolve the concealment of cables in a safer way prior to the installation.

Operational performance and reliability are central points of an enclosure installation. If you haven’t planned properly you would have to compromise cable entry and the protection of your computer hardware in the wet and humid environments. Because if you haven’t planned the necessary precautions, then water will definitely find the way in.

Wrapping it up:

It is important to follow important steps while looking for computer adapters and cables for your computer enclosure. As mentioned above if you follow the correct practices and take necessary precautions, you can keep your computer enclosure safe. You can prevent any hazardous damage and can plug your devices rightly whenever needed!

This Article is source from Tips to Run Cables Into An Industrial Computer Enclosure

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text 2019-03-13 11:18

6 Mistakes You Make While Setting Up a Computer System

SF Cable is an online store selling highest quality cables, components & accessories at best rates.

Remember the time when your father bought the first ever computer in the house? You used to observe him set up the whole system him and imagined yourself setting up the system in the same way. If you are a tech nerd you will surely relate to such situations. Unwrapping the new computer set, reading its user guides, spending hours setting up your systems is what all tech nerds love. Although it’s been never been easy. You can easily screw it up by messing up with your computer adapters, cables, and other components if you’re not careful. Here are five mistakes explained in detail that we all make and how to avoid them.

A Web Of Power Cables

Your computer plugs do not support equal usage. For example, your computer’s internal power supply has two different kinds of 8-pin power cables. One for the graphics card and another one for the motherboard. But sometimes we make a mistake to forcefully plug the cables into the wrong pins even if the pins are of different shape.

Tip: Squeeze the little 6-pin and 2-pin together to create an 8-pin connector. In many GPU cards, they need more than 6-pin or 8-pin connector. And make sure to connect all the required pins.

Hanging Graphics Card

When we connect GPU with the case and plug into power, make sure not to leave it hanging there. You need to plug in your graphics card into a slot on the motherland. Remove the rubber shield from the GPU, so that you would find a slot to plug it into a marching PC-Express lane on the motherboard.

Tip: Don’t rely on the motherboard to carry all the weight. Push the graphics card into the slot and make sure to connect it with your card.

Plugging The Motherboard Cables Wrong Way

A motherboard is an important and sensitive component for the computer system. And if you are confused while plugging its cables, it might cause damage. The problem here is to see where to plug cables on the motherboard to make the system buttons work. Therefore, it is advisable to plug in the cables accordingly.

Tip: On the back of each tiny computer cable, there's a black arrow. Plug in the tiny motherboard cables in the slots before you insert other components.

Not Pressing Power Cables

There are several reasons for pressing power cables. Even if your motherboard or the graphics card powers up; and your system still remains off, you won’t be able to figure out what’s wrong there to make your computer work. But if you dig through the root cause, before calling the hardware expert or stressing out about it, give a tiny little push to your cables. In most cases, it works and starts your computer system.

Though these cables looked like perfectly plugged in, it is important to make sure by pushing them towards the connector. This might damage your computer system if not plugged in correctly.

Tip: Once you complete the setup of your system, make sure to check the computer cable connections properly before switching on the power button.

Squishing Your Drive Cables

The hard drive cables sometimes don’t fit inside your case. And you continue squishing them inside enough to close the doors of the computer case together. But a mistaken step here is that you might have plugged them the wrong way!

Most large computer cases contain the hard drive ports facing away from the motherboard. And there’s a room beside the computer case for the hard drive cables. This way, you can close the computer case without stuffing them inside it.

Tip: Use right-angle drive cables. They come with your motherboard and doesn’t bend your cables. One end goes into your motherland and the right-angle connector into your drive.

Installing Ram, The Wrong Way

A modern RAM has a notch in it that makes it nearly impossible to install from backward. However, beginners try to insert their RAM into their motherboards from the backward side. So, whenever you install the RAM into your motherboard, it is important that you line up the notch in your RAM with the related ridge in DIMM slots. It takes some sort of pressure to get your RAM to click into place. It is important to not to take such efforts that looks like it might break your memory.

In most cases, it is easy to avoid but be aware of it so that you don’t accidentally force your RAM in a wrong direction.

Conclusion

Mistakes are common. And sometimes they happen regardless of our preparations and planning. The key point here is to be aware and not to repeat the mistakes you have been doing until today. Choosing the correct computer adapters, cables, installation guide will minimize the number of mistakes and your set up would not go wrong. This Blog Post is Originally Posted here; Mistakes You Make While Setting Up a Computer System

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