As the name suggests, a wire tension gauge is a device that is used to measure the tension of a wire. On the other hand, a laser diameter gauge is a device that is used to measure the diameter of an object.
Both of these devices are used in a variety of industries, such as the automotive industry, the aerospace industry, and the telecommunication industry. They are also used in research and development.
In this blog post, we will be dissecting how to make efficient use of these two gauges!!
Using A Wire Tension And A Laser Diameter Gauge?
Wire tension gauges are used to measure the tension of a wire by using the principle of force balance. That is, the tension in the wire is equal to the sum of the forces acting on the wire. The force exerted by the wire on the wire tension gauge is measured by using a spring scale.
Laser diameter gauges are used to measure the diameter of an object by using the principle of diffraction. That is, the diameter of the object is equal to the wavelength of the light divided by the sine of the angle of diffraction.
The Benefits Of Using A Wire Tension And A Laser Diameter Gauge:
Wire tension gauges are used to measure the amount of wire in a wire rope, cable or shroud. They are used to determine if the wire has been loaded properly and will not break under stress. Wire tension gauges can be used for many types of wires including conductors for AC circuit breakers, control cables for machine tools, conduit and pipelines, data communications cables, generator sets, etc. Wire tension gauges are also called tensiometers or stenographic instruments.
Laser diameters are used to measure the diameters of wires where accurate measurement is critical such as in printed circuit boards (PCB). Laser diameter gauges can also be used for other purposes such as cutting steel or plastic materials with laser cutters.
Valuable Features To Be Considered:
These gauges are essential to calculate:
- To measure the stretched length of spring:
Simply place the wire tension gauge on top of the spring and push down until it touches the bottom of the spring. Then move to the other end of the spring and repeat this process. When finished, readjust your position so that you are holding it at one point in between where you pushed it down and where you moved it.
If there is any slack in your measurement, simply pull on one side or another of your measurement to tighten up any slack that may be present.
- To measure the loads and elongation:
To measure the loads and elongation, use a laser measurement gauge, which is available in various sizes. The gauge is connected to the wire by connecting it to the wire or to a bar with a loop at one end. The other end of the wire is attached to the load by wrapping it around the object or suspending it in air.
Once you have set up your gauge, place it next to your sample and adjust it until it reads zero on your meter scale. Then take a reading on your meter scale and compare it to that of your gauge. If they are different, then you need to adjust your gauge so that they match. You can also use this method when measuring tension along any length of wire or rod as long as you know what length you are looking for and how much stretch there should be in that length of wire or rod based on its diameter and type (e.g., steel vs aluminum).
How To Choose The Right Gauge For Your Project With The Best Supplier Available?
The best way to choose the right gauge is to work with the best supplier available. They will have the experience and knowledge to help you make the best decision for your project. Puretronics proudly introduced a wire tension gauge and a laser diameter gauge to enable the user to maintain and control the diameter and tension of the product during the manufacturing process. It reduces waste, manpower and saves material, and at the same time, it ensures consistent product output. They are easy to operate, set up, and integrate with the system, making it simpler for any operator the use the device efficiently and maintain it properly at the same time, thus increasing the life span of the device.
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The tension of a wire is measured using wire tension gauges and the force balance principle. In other words, the tension in the wire equals the total of the forces pulling on it. With a spring scale, the force the wire applies to the wire tension gauge is calculated.
The diameter of an item can be measured using laser diameter gauges by applying the diffraction principle. In other words, the object’s diameter is equal to the light’s wavelength divided by the sine of the angle of diffraction.