Top 3 Possible Problems Caused During The Tensile Test

Top 3 Possible Problems Caused During The Tensile Test

The tensile strength tester from Presto is considered to be the most commonly used testing equipment that will let you determine the tensile strength of materials with ease. The tensile strength tester from Presto has been designed to test the tensile strength of various materials like cosmetics, textiles, and several others. In addition to that, you can easily get an idea of how strong your material is.

Whenever you conduct the test using this lab testing equipment, then there is some sort of errors faced by product quality analysts. Thus, in this blog, we are going to provide you with the common errors caused during the tensile test and how you can easily overcome them. But before that, let’s discuss how this amazing testing instrument will help you improve your product quality.

How tensile strength tester helps to improve your product quality?

Tensile testing is one of the common procedures that have been used in various industries to determine the tensile strength of various materials. When the tensile force will be applied to the material, then it will eventually break it to get an accurate and precise analysis of its quality. Thus, most of the manufacturers make use of this tensile testing machine for the analysis of materials and products in QC labs and mainstream production chains.

The main purpose of this high-quality lab testing instrument is to study the tensile properties of materials. Thus, you will be able to create a quality analysis of your material and ensure whether your product is safe to use or not. With its high testing range and advanced peak load indicator for accurate readout, you will be able to test the tensile strength of materials at different capacities.

Whenever you are going to conduct the tensile strength test with the help of a tensile strength tester, then there are some precautions you need to take to get accurate results.

This lab testing instrument from Presto has been made in accordance with industry standards like ASTM D429-73, ASTM D624, ATM D638-01, ASTM D76, IS 13360-5-7, and IS 3400. With its vast applications, this lab testing equipment is the top choice of most manufacturers.

Features of tensile strength tester (digital cum computerized model)

There are many features you will get with the use of this best-selling testing machine from Presto. Here we have created a list of its features below.

  • High testing range.
  • Vice-type clamping grips for firm gripping of test specimen (standard grip).
  • Advanced peak load indicator for accurate readout and storage of test results.
  • Limit switches protection for the protection of grips and the machine.
  • Powder-coated body with corrosion resistance.
  • Available in different capacities as per client’s requirements

Technical Specifications of tensile strength tester (digital cum computerized model)

  • Maximum Load range: 500 kgf
  • Test Speed Range: 100 mm/min. or 200 mm/min.
  • Load Monitoring: Peak Load indicator with digital readout and peak hold feature
  • Load Sensor: S-type Load Cell.
  • Clamping mechanism: Vice type clamping Grips
  • Load accuracy: ±3% full scale (with the master load.)
  • Elongation: ±3% full scale
  • Least count: 500 kgf/ 200 gm
  • Load Cell Overload safety: <80% of the total load.
  • Drive mechanism: Basic belt & pulley mechanism with two changeable speeds
  • Safety Feature: Up and down fixed and movable limit switch rings
  • Over Load relay contact rating: Potential free relay 5 Amp. 220 V AC single phase
  • Earthing Required: Proper Earthing required corresponding to not more than 4 V AC with respect to Neutral.

These are the features and technical specifications you will get with the use of Presto tensile strength tester (digital cum computerized model). You can also view different models of this lab testing instrument like a digital modelcomputerized model, and tensile testing machine with COF model.

Top 3 problems quality engineers face while conducting tensile strength test

From testing the strength of plastic compounds to testing silicone compounds, this standardized testing instrument has been used in various industries to get an accurate analysis of product quality. Here is the list of the top 3 problems seen while conducting the tensile test and how you can easily troubleshoot them.

  • The socket is not working: If you are facing the problem of the socket not working then we suggest you check the socket beforehand. You can even check the fittings of the plug so that you can easily operate this testing machine.
  • Unexpected reading on load indicator: This is another common problem faced by quality engineers while conducting the tensile test. For this, you can place the specimen properly and make sure that your machine should be calibrated.
  • Unusual noise in your machine: If you get unusual noise in your testing machine, then this happens due to the bad alignment of the V belt drive. To troubleshoot this issue, you can align the V belt on the drive-by by opening the back panel.

These are the top 3 problems and their solutions that you can opt for while conducting the tensile strength test. If you need any help regarding the use of this lab testing instrument, you can easily give us a call at +91 9210903903 or email us at [email protected]. Our technical experts will guide you well regarding your queries or provide you with the required help.

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