0622017424

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The 062201724 is an essential tool in crimpers, applicators, and presses. It is designed to make accurate pressure measurements, providing an ideal solution for any application that requires an accurate reading of the precise amount of pressure being applied. Its small size and lightweight design make it easy to transport and use, while its adaptable design ensures that it is suitable for a wide range of applications.

The 062201724 is a digital pressure gauge that is used in crimpers, applicators, and presses to measure and output pressure readings in PSI, ATM, or Bar. It features two connections—one for a pressure transducer and one for a temperature transducer—which allows it to take separate readings for each type of pressure and temperature. It also has an adjustable time delay, allowing the user to adjust the rate of operation to suit the needs of the particular application.

When used with crimpers, applicators, or presses, the 062201724 is used to accurately measure the amount of force being applied. As the pressure increases, the digital pressure gauge will take readings and output the results in real time. This helps ensure that crimping, pressing, and other applications are accurate and consistent. It also helps to prevent any damage to the workpiece as the pressure is monitored and adjusted accordingly.

The 062201724 also features a user-friendly interface that allows for easy access to the information being collected. It can save collected data to external memory, allowing the user to review the data over time. It includes a range of measurement settings and sensitivities, allowing for precise readings to suit any application. Additionally, it is compatible with a range of different languages, providing a convenient and efficient way to take readings in various locations.

By using the 062201724 in crimpers, applicators, and presses, users can ensure that the pressure applied is precisely measured and adjusted accordingly. This helps to maintain the accuracy and consistency of the work being performed on any particular project, while also reducing the risk of damage and ensuring that the quality of the workpiece is maintained. Additionally, the user-friendly interface makes it easy to access and analyze the data collected, providing valuable insight into the forces being applied.

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