2019年9月8日星期日

How to Choose the Right Terminal Crimping Machine

To say that we live in a wired world is an understatement.
Used everywhere, one can find wires in almost all aspects of our lives.
From electricity and telecom to broadband and more, wires are everywhere.

It might not seem like much at face value, but the fact is that there is a massive infrastructure foundation that keeps everything afloat.
The backbone of the system, wires, is supported by a vast network of individuals, ranging from technicians to workers and more, all of whom work round the clock to keep things running.
As with any other profession, this industry too comes with its own tools of its trade. While some may think of massive machinery when they first hear of it, the reality can be something as simple as a terminal crimping machine.
For those who aren’t aware of these machines, they are exactly what they sound like. The machines are used for the purpose of ‘crimping’ wires. A ‘crimp’ is essentially a small metal head used to connect wires to any point, after which it is usually screwed into place. The metal head looks like a small metal hoop, with an insulation socket where the wire is placed. The ‘crimping’ is done so as to allow for better circuitry when the lines are laid, as well as provide a more aesthetic look once the work is completed. The terminal crimping machines help to attach the crimp to the wire, after which it is secured in place through pressure, soldering or other such similar means.

Mentioned in the points below, are some excellent ways to choose the right terminal crimping machine.

1. Go for reputed suppliers
One of the best ways to get the right product is to simply go for the right suppliers.
This allows for a good percentage of the stress to be eliminated. The reason for this is due to the fact that these suppliers tend to be far more interested in maintaining their name and reputation, over others.
This holds true for both the dealers as well as the manufacturers.

2. Check with the supplier’s former clients
This is essentially a continuation of the previous point.
A great way to know the quality of a supplier’s product is to check with its clients.
This allows for real time confirmation of a brand or individual’s reputation, with regard to the quality of their wares.

3. Figure out if the product has guarantee and warranty available
This is something that is of concern once a product has been purchased. As with anything else, a terminal crimping machine is very much liable to break down eventually.
Should that happen, it is a good idea that the company is willing to provide a certain degree of aftercare for its clients. A guarantee here would indicate that a product will work for the said period of time, while the warranty is more of an insurance that provides for options such as money backs, replacements, free repair, etc.

4. See if the supplier has a good customer service system
The previous benefits, even if available is of no use, if there is no customer care service in place. The same holds true even in cases where it does exist, but isn’t up to the mark.
In order to make sure that the guarantee and warranty works, you will need to ensure that you are able to interact with the company after purchase; this usually happens through customer service networks.
It is therefore necessary that the company offers good customer care, preferably in the area or city that you currently stay in.

5. Check the credentials of the supplier
This is more of a general background check.
The things to look out here, with regard to the terminal crimping machine supplier, are things of paperwork nature, such as their business registration, brand registration, etc.
This is especially important in the case of large industrial purchases, where large sums of money may be at stake.

6. Let the machine be within your budget
Another important concern to be addressed here would be the cost of the machine, whether manual or automatic.
It doesn’t matter if the machine is of great quality, if it isn’t for sale at an affordable price.
Also to take into consideration here, are not just the crimping machine’s unit price, but also other things like takes, custom duty (if importing from another country), shipping and handling, etc.

7. Test the machine out
This is one of those things that tend to be overlooked, but at the same time very much important.
It is a good idea to check out the machine first in operation, before making the purchase. It is only after you are satisfied with the demonstrations and the quality of the work that you should be going in for the purchase.
Additionally, you can also have the crimping machine be tested out using the materials that you will be working with, rather than those provided by the supplier. This will ensure that the machine can satisfy your requirement and needs.
8. Have a crimp sample with you
This is a great way to know the quality of the crimping machine’s finished work.
Keep a sample of a well crimped wire with you, when checking the machine under consideration for purchase. By comparing the sample with the finished result, it should be easier to determine if the product is up to the mark or not.
8. Take the help of an expert if necessary
Last but not the least, ensure that you take the help of someone who is an expert in the field.
This is especially important in the case of automatic machines, since the electronics and other fine details of the crimping machine, may be difficult to understand for the average buyer.
Go for the purchase, only when the machine has been thoroughly inspected and its quality certified.


To sum it up, the list of points mentioned above should give a rough idea on how to go about with the selection process.
Do note that depending on your unique needs, things may vary and you will probably have to employ other strategies as well.
However, the above should serve as a foundation, when going about with the machine inspection and selection process.

2019年9月4日星期三

How to Strip a Wire Manually or via a Machine

Wires are everywhere.
They form the backbone of the modern world, whether it is for electricity, communications, etc.
Without them, we would be living in an era similar to that of the late middle ages.

Of the many challenges that are faced in maintaining this technological sophistry, connectivity and more, is dealing with wires.
There are an awful lot of connections that are to be done behind the scenes, often out of sight, making the world around us work the way they do.
And all of this comes with quite work load to deal with. One of the simplest tasks in this work load, is what is called ‘stripping of wires’. As much as it might not sound like much, it is the backbone for almost all connectivity work, whether it is the creation of new connections or the repair of old ones.

The term ‘stripping a wire’, is just another way to say that the protective outer layer of a wire is to be removed. This outer layer is the insulation used for preventing electric shocks, as well as providing other information such as wire thickness, voltage, etc.
Wires are stripped for a variety of purposes, ranging from repairs and maintenance, to a complete overhaul of the system. The process itself can be done in one of two ways, namely manually and with the help of a machine.


Given in the points below, are details on how to strip wires, using both manually as well as through machines.
The details of the same are divided into two parts, i.e. manual and machine, along with the necessary details.

1. Cutting Using Manual Means
One of the most common ways of stripping a wire, is through manual means.
Done using what are called cutting pliers or wire strippers, it is a great way to get the job done on an everyday level, whether personally or professionally.
In order to manually strip a wire using cutting pliers, the following steps need to be followed.
·      Get the required wire that is to be stripped.
·      Cut off any electrical connections, if it happens to be part of a live circuit.
·      Figure out the exact location where the wire is to be cut.
·      Use the cutting pliers to make an incision along the insulation. There are two things that can happen here, depending on the kind of cutting pliers being used.
o  In the case of pliers with a flat cutting head, one will need to use moderate pressure to make a partial cut in the wire, and tear away the insulation. This is required for fully cutting the insulation will cause the copper to get cut as well.
o  A way to get around this problem, is with the help of cutting pliers that have holes for the copper wire, but also provide for a cutting head to make incisions into the insulation. Additionally, these pliers have a several different holes, allowing for one to strip away wires of a wide variety of diameters.
·      Once the incision has been made, pull off the insulation. Some amount of force may be required, if in case the insulation around the wire is too tight. Once pulled off, the fresh copper element is revealed underneath.
·      Trim away any excess wire or insulation as necessary and the job will be done.
Also to add is that it is not always necessary to go for cutting pliers. On the contrary, one can use other tools as well, such as a simple scissor. All that one needs to do is to make the right incision along the edges of the wire, without actually cutting the metal. Once this has been achieved, the insulation layer can be ‘pulled’ away like the way it is done when using cutting pliers. Likewise, it is possible for one to use other tools as well, to get the job of stripping a wire done manually.

2. Cutting Using Machine Means
This is one of the rarer ways in which copper wires are stripped in everyday life, given the widespread use of cutting pliers.
At the same time however, machines play a key role in industrial applications. Given that industrial activities require work to be done on a vast scale, using cutting pliers will not be an effective or efficient task. It is here that machines come into the picture, as they allow for a tremendous amount of work to be completed, in comparison to cutting pliers.
There are a variety of cutting machines out there, each of which has their own functionality. This makes it very difficult to lay out a ‘standard’ on how they are to be used. But there are a few principles that hold true for them all.
For one thing, all  machines will require the wire to be fed. Quite often, they will also have a separate ‘compartment’ for the wires to be placed, from which they are drawn for the stripping process. Do note that the exact location where the wire is to be fed, will be different. In certain cases, the part may be absent altogether, with the machine being only a cutting head and nothing more, and something to be used as an ‘attachment’ on an existing machine rather than a ‘standalone’ device.
Once the wires have been inserted or stored in the machine, it may be required to ‘feed’ it into the cutting head or tool that handles the actual work. This is the place where the wires are actually stripped of their insulation to expose the copper underneath.
After the above processes have been completed, all that is left is to turn on the machine and that would be it.
Other work may be done as required, depending on the model and make of the wire stripping machine.


In addition to the details mentioned above, it must be added that these are just the basics of how to go about stripping a copper wire.
There may be instances where the details may vary a bit, depending on the material used for insulation. This will warrant the need for other approaches to get to the metal that lies underneath.

2019年1月3日星期四

sma connector crimp tool TFP-1.5SC

sma connector crimp tool TFP-1.5SC
Also named sma connector crimp tool TFF-1.5SC machine,sma connector crimp tool TFF-1.5SC device,sma connector crimp tool TFF-1.5SC equipment,sma connector crimp tool TFF-1.5SC tool.-Cheers Electronic Technical Co., LTD
Features:


Precise compact mechanical structure make more stable and accuracy. Use SCA special made applicator, be able to process wire size up to AWG 36 or more.

Technical specificaitons


Wire Size AWG18-36(0.05-0.85mm2)

Applicable wire AV,AVS,AVSS,CAVUS,KV,KIV,UL,IV

Stroke 30mm

Crimping Force 1.5T

Stripping Length 1.0-7.0mm

Power AC220V-240V,50/60Hz

Air source 0.3- 0.4mpa

Dimensions 530 mm x 400 mm x 830 mm

Weight 85 kg
Company name: Cheers Electronic Technical Co., LTD
Email: Cheers.Machine@gmail.com
Email: CheersMachine@126.com

http://www.cheerselec.com
http://www.wire-strip.com
http://www.wirecuttermachine.com
http://www.terminal-crimping.com

weierli tools TFP-1.5SC

weierli tools TFP-1.5SC
Also named weierli tools TFF-1.5SC machine,weierli tools TFF-1.5SC device,weierli tools TFF-1.5SC equipment,weierli tools TFF-1.5SC tool.-Cheers Electronic Technical Co., LTD
Features:


Precise compact mechanical structure make more stable and accuracy. Use SCA special made applicator, be able to process wire size up to AWG 36 or more.

Technical specificaitons


Wire Size AWG18-36(0.05-0.85mm2)

Applicable wire AV,AVS,AVSS,CAVUS,KV,KIV,UL,IV

Stroke 30mm

Crimping Force 1.5T

Stripping Length 1.0-7.0mm

Power AC220V-240V,50/60Hz

Air source 0.3- 0.4mpa

Dimensions 530 mm x 400 mm x 830 mm

Weight 85 kg
Company name: Cheers Electronic Technical Co., LTD
Email: Cheers.Machine@gmail.com
Email: CheersMachine@126.com

http://www.cheerselec.com
http://www.wire-strip.com
http://www.wirecuttermachine.com
http://www.terminal-crimping.com

small cable crimps TFP-1.5SC

small cable crimps TFP-1.5SC
Also named small cable crimps TFF-1.5SC machine,small cable crimps TFF-1.5SC device,small cable crimps TFF-1.5SC equipment,small cable crimps TFF-1.5SC tool.-Cheers Electronic Technical Co., LTD
Features:


Precise compact mechanical structure make more stable and accuracy. Use SCA special made applicator, be able to process wire size up to AWG 36 or more.

Technical specificaitons


Wire Size AWG18-36(0.05-0.85mm2)

Applicable wire AV,AVS,AVSS,CAVUS,KV,KIV,UL,IV

Stroke 30mm

Crimping Force 1.5T

Stripping Length 1.0-7.0mm

Power AC220V-240V,50/60Hz

Air source 0.3- 0.4mpa

Dimensions 530 mm x 400 mm x 830 mm

Weight 85 kg
Company name: Cheers Electronic Technical Co., LTD
Email: Cheers.Machine@gmail.com
Email: CheersMachine@126.com

http://www.cheerselec.com
http://www.wire-strip.com
http://www.wirecuttermachine.com
http://www.terminal-crimping.com

cable terminal crimping tools TFP-1.5SC

cable terminal crimping tools TFP-1.5SC
Also named cable terminal crimping tools TFF-1.5SC machine,cable terminal crimping tools TFF-1.5SC device,cable terminal crimping tools TFF-1.5SC equipment,cable terminal crimping tools TFF-1.5SC tool.-Cheers Electronic Technical Co., LTD
Features:


Precise compact mechanical structure make more stable and accuracy. Use SCA special made applicator, be able to process wire size up to AWG 36 or more.

Technical specificaitons


Wire Size AWG18-36(0.05-0.85mm2)

Applicable wire AV,AVS,AVSS,CAVUS,KV,KIV,UL,IV

Stroke 30mm

Crimping Force 1.5T

Stripping Length 1.0-7.0mm

Power AC220V-240V,50/60Hz

Air source 0.3- 0.4mpa

Dimensions 530 mm x 400 mm x 830 mm

Weight 85 kg
Company name: Cheers Electronic Technical Co., LTD
Email: Cheers.Machine@gmail.com
Email: CheersMachine@126.com

http://www.cheerselec.com
http://www.wire-strip.com
http://www.wirecuttermachine.com
http://www.terminal-crimping.com

crimping wire tool TFP-1.5SC

crimping wire tool TFP-1.5SC
Also named crimping wire tool TFF-1.5SC machine,crimping wire tool TFF-1.5SC device,crimping wire tool TFF-1.5SC equipment,crimping wire tool TFF-1.5SC tool.-Cheers Electronic Technical Co., LTD
Features:


Precise compact mechanical structure make more stable and accuracy. Use SCA special made applicator, be able to process wire size up to AWG 36 or more.

Technical specificaitons


Wire Size AWG18-36(0.05-0.85mm2)

Applicable wire AV,AVS,AVSS,CAVUS,KV,KIV,UL,IV

Stroke 30mm

Crimping Force 1.5T

Stripping Length 1.0-7.0mm

Power AC220V-240V,50/60Hz

Air source 0.3- 0.4mpa

Dimensions 530 mm x 400 mm x 830 mm

Weight 85 kg
Company name: Cheers Electronic Technical Co., LTD
Email: Cheers.Machine@gmail.com
Email: CheersMachine@126.com

http://www.cheerselec.com
http://www.wire-strip.com
http://www.wirecuttermachine.com
http://www.terminal-crimping.com