Electronic Spring Tester

Electronic Spring Testers are devices used for testing the properties of springs, such as their strength, elasticity, and durability. They are part of the supply class Physical Properties Testing And Inspection in the supply group Instruments And Laboratory Equipment.

These testers are equipped with electronic sensors and controls to accurately measure and analyze the performance of springs. They typically have a digital display that shows the force applied to the spring and the corresponding deformation or displacement.

Electronic Spring Testers are commonly used in industries such as automotive, aerospace, manufacturing, and research laboratories. They help ensure the quality and reliability of springs used in various applications, such as suspension systems, mechanical components, and machinery.

Some key features of Electronic Spring Testers may include:

1. Load Capacity: They have a specified load capacity, which determines the maximum force that can be applied to the spring during testing.

2. Force Measurement: These testers can accurately measure the force applied to the spring, typically in units of Newtons or pounds-force.

3. Displacement Measurement: They can measure the deformation or displacement of the spring as it is subjected to the applied force. This helps determine the spring's elasticity and stiffness.

4. Test Speed Control: Electronic Spring Testers often have adjustable test speeds, allowing for different loading rates to be applied to the spring during testing.

5. Data Recording and Analysis: They may have built-in data logging capabilities to record and analyze test results. This can include features such as peak force detection, load vs. displacement graphs, and statistical analysis.

6. Safety Features: Electronic Spring Testers are designed with safety features to protect the operator and the equipment. This may include overload protection, emergency stop buttons, and safety shields.

Overall, Electronic Spring Testers are essential tools for evaluating the performance and quality of springs. They provide accurate and reliable data for manufacturers, researchers, and quality control personnel to ensure that springs meet the required specifications and standards.