Chin Strap Strength Tester Manufacturer in Mumbai

PSI Sales is a well-known company based in Mumbai that specializes in making high-quality testing equipment. One of their key products is the Chin Strap Strength Tester. This tool is important for checking how strong chin straps are, which are often used in helmets and safety gear. By ensuring that these straps can hold up under pressure, PSI Sales helps to keep people safe while they are using sports equipment or working in dangerous jobs.

The Chin Strap Strength Tester from PSI Sales is designed to be user-friendly and accurate. It allows manufacturers and quality control teams to easily measure the strength of chin straps before they go into production. By using this tester, companies can be confident that their products meet safety standards. This not only helps businesses avoid problems down the line but also shows customers that they care about providing safe and reliable gear.

What sets PSI Sales apart is their commitment to offering these testers at the best prices in Mumbai. They understand that quality testing equipment can be expensive, so they strive to make it affordable for businesses of all sizes. By choosing PSI Sales, companies can get a dependable chin strap strength tester without breaking the bank, ensuring that they can maintain high safety standards while also keeping costs in check.

The device includes a motorized load frame with a capacity of 500 Newtons, designed to exert tensile forces of up to 250 Newtons. It features a uniquely crafted artificial jaw assembly that incorporates two cylindrical rollers, each with a diameter of 12.5mm ± 0.5mm, positioned with their longitudinal axes 76mm ± 2mm apart. An electronic controller outfitted with a force transducer allows for monitoring the force applied to the chin strap. Once the helmet is positioned on a wooden head form, securely fastened to a mounting fixture similar to that specified in ANSI, a tensile force is exerted at any variable speed up to 150 Newtons. Following this, the loading rate is regulated by a specially designed electrical module, which includes a DC motor and a DC amplifier featuring a potentiometer marked for adjustments.

The potentiometer’s knob is adjusted to a specific graduation marked for achieving a loading rate of 20 N/min. ± 2N until the anchorage fails. The electronic controller has a peak hold function that displays the force at which the failure occurs. This programmed controller features two adjustable set points and an editable timer. The machine will automatically halt at the first set point for a specified number of seconds inputted into the timer. During this pause, the user must adjust the potentiometer knob to the indicated graduation for the subsequent loading rate on the specimen.