Nylon Cable Gland

The Definitive Guide To Nylon Cable Gland

Introduction

When you think of cable gland, it could be simple to put them mentally all into the same category.

After all, they are functional much the same.

They are just a bunch of connecting devices.

So how much difference can your option of cable glands possible make?

As it turns out, a lot!

From the size and materials to temperature rating and construction, cable glands could have a wide array of features.

That enables them to be used in various situations.

One of the many types of the cable gland is nylon cable glands.

But what is it?

How does it differ from other types of cable gland?

In this post, we will enlighten you about:

After reading, you will be equipped with the essential information you need to pick the best nylon cable connector for your needs.

Without further ado, let’s begin:

Chapter 1: Nylon Cable Gland Definition: What is Nylon Cable Gland?

Nylon Cable Gland Meaning

In case you didn’t know yet,

Nylon watertight cable glands are types of cable glands that are made to endure corrosion.

They are also utilized to withstand other harmful environmental factors much better than their metal counterparts.

These cable glands are used to secure electrical cable from entering equipment.

It offers a seal between the internal and external surfaces of the equipment.

Nylon ip68 cable gland is made to safeguard cable, as it enters through switchboards, cabinet or walls.

Compared to grommets, these cable glands tighten around the wire to serve as a seal.

What’s more:

Nylon cable gland could come in various colors such as blue and red.

That only means that you can color code the cables.

Do you wish to use it in specific facilities like:

• for your data
• telecommunications application?

Then a color-coded system of cables would surely make maintenance work much hassle-free and more effective.

A nylon waterproof cable gland might also acquire the highest IP rating.

It has approximately as high as IP68.

Some of the common applications of nylon right angle cable gland are as follows:

• general wiring applications
• robotics
• automotive
• bulkhead wring
• electrical junction boxes
• lighting
• outside plant
• panel building
• machine tool
• repair and maintenance

Nylon Cable Gland HS Code

HS code standards for the Harmonized System.

The World Customers Organizations created it as a multipurpose global product nomenclature.

It describes the kind of good, which is shipped.

When we talk about nylon plastic cable glands, their HS code is the following:

• 3926 – Other Articles of plastics and articles of other materials of headings 3901 to 3914

• 8438 – Machinery, not specified or included elsewhere in this chapter for the industrial preparation or manufacture of food or other machinery

• 9031 – Measuring or checking instruments, appliances, and machines, not specified or included in this chapter

• 5506 – Synthetic Staple Fibers, Carded Combed Or Otherwise Processed for Spinning

• 3917 – Tubes, Pipes and Hoses, and Fittings Therefor (For Example, Joints, Elbows, Flanges) Of Plastics

Nylon Cable Gland Tariff Code

Tariff code refers to the set of local regulations, statutes, rules, and ordinances, which have been adopted in the United States.

These tariff codes are crucial to importers and exporters of cable glands.

That’s because having the right product specification is a crucial part of their legal responsibility.

This tariff classification is the procedure of identifying the proper tariff code for exported and imported goods.

Classification of nylon cable glands is relevant from a customs point of view.

It affects on:

• import VAT

• excise duties

• custom duties

• origin management

• export and import restrictions

• preferential duties

Below are some of the tariff codes of nylon small cable glands:

• 39251000

• 73079100

• 40169990

• 84799090

• 40169310

• 73079900

• 87089999

• 85479010

• 39172900

• 39269090

Nylon Cable Gland Raw Material

Nylon cable gland is formed by pouring a solution of sebacoyl chloride in hexane.

It’s added on top of a basic aqueous solution of hexamethylenediamine.

You see:

A film of nylon creates where 2 solutions meet.

That could be extracted and spun into threads.

Compared to traditional materials of stainless steel, brass or metal, nylon cable gland doesn’t exist in nature.

We need to create it in chemical plants from organic chemicals seen in natural materials like:

• petroleum;

• coal

Some other raw material seen in nylon flat cable gland includes:

• benzene

• furfural

• 1,4-butadiene

Nylon Cable Gland Sizes

Similar to other types of cable gland, nylon cable gland connectors are available in different sizes.

Below is the cable gland sizes for different cable sizes:

Nylon Cable Gland Dimensions

Below are the dimensions of nylon armored cable glands.

Make sure you consider the dimensions when picking the best nylon cable gland.

Chapter 2: Nylon Cable Gland Parts

The image below shows the parts, which make up a nylon m20 cable gland.

Feel free to see below functions that refer to specific components of the nylon multi-cable gland.

Lock Nut

A lock nut, which is also known as locking nut is a type of nut, which resists under torque or vibrations.

Elastic prevent t hut, and prevailing torque nuts are of the specific type where some area of the nut deforms elastically to offer a locking action.

Lock nuts are beneficial.

Mechanics and engineers utilize these.

You see, the washer is positioned on either side of the wheel.

The lock is not ultimately threaded in position.

That’s an efficient method of securing on wheels on axles or shafts.

As your nut tightened, then the thread on the axle cuts into the nylon.

It allows it to hold in position.

As the wheel revolves, a standard nut will loosen due to the vibration and friction of the wheel.

Nonetheless, the nylon grips the nut in position firmly.

Washer

A washer is considered a small plate with a hole.

This hole is normally utilized to disseminate the load of a threaded fastener like a nut or bolt.

Some other uses are as follows:

• locking device

• preload indicating device

• wear pad
• spring

• spacer,

• to lower vibration

Body

The cable gland body houses the power cable.

It supports clamping the cable to the external body and junction boxes.

Most of the time, it is made of metal or stainless steel material.

Seal

The mechanical seal (composed of displacement and compression type seals) are utilized to offer ingress protection to the assembly of the nylon rubber cable gland.

Claw

Did you know that this nylon metric cable gland part is developed to remain on the body?

But how does it work?

The answer is very simple.

It works by gripping the cable firmly.

It offers a rubber ring inside it, making it perfect for protection and installation of cable entering the framework.

Sealing Nut

Finally, the sealing nut is utilized to offer outer sealing to the cable.

Chapter 3: Nylon Cable Gland Installation

This guide takes you through the simple installation process of the nylon cable gland.

• Make sure that check the contents of the package first.

Then, disassemble the gland parts.

• Mark and drill the panel for hole position where the cable will enter.

You need to make sure that the hole is big enough.

The edges of the hole must not damage the cable.

• Then, place the main body of the cable gland over the cable hole.

Do not forget to mark the fixing holes too.

You can drill fixing holes for the screws supplied.

• Pass the cable over the panel

• Slide the gasket after the main body of the gland over the cable.

You can position them through the mounting holes and cable.

Screw the mounting screws into position to clamp the gland body firmly against the panel.

Remember: every time you utilize the gland into an application where it’ll be subject to pressurized or continuous water, a sealant must be applied to the mounting holes.

You must do it before you insert the fixing screws.

• Choose from supplied rubber bungs the one, which matches the cable diameter closely.

Slide it through the cable to reach the gland body.

Remember: you might need a lubricant to ease the bun through the cable.

On the other hand, the bung might be cut and attached over the cable at the right position.

• Lastly, slide your gland cable over the cable.

Place it so that the bug lies in the middle of the main body of the nylon cable gland.

Attach the two screws firmly and securely to force the bung to hold the cable.

That will lead in a fully waterproof cable fixture.

Conclusion

One of the fantastic things about nylon cable gland is that it might have a flammability rating of UL94V0.

You see, that’s the standard for the safety of flammability.

And in the case of burning, it will stop within ten seconds on a vertical specimen.