Description
The ABB PFTL101A 0.5KN is a pietomagnetic tension sensor manufactured by ABB, designed for use in metal handling lines where a wide tension range and high operating speeds are required. The following information about the parameters, specifications, dimensions, weight, series, features and functions of the product is organized according to the search results:
Parameters and specifications:
Model: PFTL 101A-0.5kN, product ID is 3BSE004160R1.
Type: Piezomagnetic tension sensor, standard type in horizontal pillow tensiometer indenter series.
Measuring range: 0.5kN (kN).
Working principle: Based on the piezomagnetic effect, when the material is subjected to pressure, its magnetism changes, thus measuring the force applied to the material.
Size and weight:
Size: Approximately 20011050mm, but please note that this is only an approximation and the actual size may vary depending on the product batch or update.
Series:
The sensor is a product under the ABB brand and belongs to its tensiometer head family.
Features:
Level of protection: Although the standard PFTL 101A/B may not have the same level of protection as the rolled IP 66, it still provides reliable performance.
Connection cable: For specific versions (such as mill load version PFTL 101AE/BE), the protection class with fixed connection cable and IP66 provides accurate and reliable long-term measurements.
Interface: An analog input/output interface is used to sense the signal generated by the sensor and can be applied to measure flow, temperature and pressure, as well as control voltage or current output devices.
Application: Not only for conventional metal handling lines, but also for measuring web tension in the dryer part of the paper machine (using the mill load version) and for measuring the wet part of the paper machine (using the acid-resistant PFTL 101AER/BER).
Functions:
Tension measurement: By measuring the tension on the material, ensure that the material tension in the metal treatment line or other industrial applications is controlled within the appropriate range, thereby improving the stability and efficiency of the production process.
Signal transmission: Through its interface, the sensor is able to convert the tension measurement data into electrical signals for other systems or devices to read and process, thus realizing the monitoring and control of the production process.
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