About ConXport Suspension Spring with Marked
Springs: Suspension Springs are made out of best steel wire, with chrome platedfinish, rope is fitted in the spring to avoid over stretching.
Tensionof the springs are about : A,5kg-7kg, B,8kg-10kg, C,12kg-15kg, D,18kg-20kg,E,22kg-25kg.
Setconsists of ONE spring each (A+B+C+D+E) with "S" hooks.
Suitablefor extension, Flexion and Suspension Activities.
FullSet of 5 Springs.
Accurate Measurement with Graduated ScaleEach ConXport Suspension Spring is precisely marked with a clearly graduated scale, facilitating accurate readings of extension during experiments. The uniformly coiled design ensures consistent measurements, making it an essential tool for physics demonstrations and elasticity studies in educational settings.
Durable and Long-Lasting DesignMade from high-grade steel, the spring is treated with an anti-corrosive finish to withstand regular laboratory use. Its robust construction and high elastic limit ensure prolonged durability and reliable reuse across multiple educational experiments.
Easy Installation and Safe HandlingHooked ends provide simple suspension, allowing for quick setup in experiments. Each spring is individually packed for protection, minimizing risk of damage during transport or storage. The polished surface not only enhances its appearance but also helps in easy cleaning.
FAQs of ConXport Suspension Spring with Marked:
Q: How do I accurately read the extension on the ConXport Suspension Spring?
A: The spring features a clearly graduated scale etched onto its surface, which allows you to measure the extension precisely as weight is added. Always ensure that you read the scale at eye level for the most accurate results.
Q: What types of experiments can I use this spring for?
A: This suspension spring is primarily used in physics laboratories for demonstrating Hookes Law and investigating elasticity. It can also be utilized in any experiment requiring measurements of force, weight, or extension.
Q: When should I replace the ConXport Suspension Spring?
A: Given its high-grade steel construction and anti-corrosive treatment, the spring is highly durable and suitable for repeated use. Replacement is typically only needed if there are visible signs of wear, deformation, or loss of elasticity.
Q: Where is this spring commonly used?
A: It is extensively used in schools, colleges, and research labs across India for educational demonstrations and studies involving elasticity and force measurement.
Q: What is the process for installing and using this spring in an experiment?
A: To use the spring, simply suspend it using its hooked ends from a stable support. Hang weights from the other end and observe the extension utilizing the marked graduations to collect experimental data.
Q: What benefits does the anti-corrosive finish provide?
A: The anti-corrosive treatment ensures the spring maintains its integrity and performance even in environments with variable humidity (0-80% RH), extending its lifespan and reducing maintenance needs.
Q: Is any power source required for operating this suspension spring?
A: No external power source is necessary. All measurements and operations are manual, making it easy to integrate into a variety of laboratory experiments without added complexity.