TL50LB2U

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A TL50LB2U is a digital load cell designed with an Aluminum housing, a parallel hole beam plane, and 4 strain gauge full-bridge circuits.

This load cell is extremely versatile and can be easily mounted in materials testing machines, robotic cells, and other machines used in industrial production. It is suited to applications that require precise material handling and offers a wide range of capabilities for digital force measurement.

The TL50LB2U digital load cell is used to measure static and dynamic forces (i.e. the force in one direction only or both directions). It provides a rapid response time with a resolution of 16 bits. This accuracy ensures that measurements are repeatable and reliable.

The load cell is equipped with a series of pre-programmed ranges that allow users to select the appropriate measurement range for their application. These ranges are divided into low ranges (0-2.5kg), mid-range (5-50kg), and high-range (100-1000kg). The load cell is also equipped with a parallel output, which allows it to be used with several different types of controllers.

The TL50LB2U load cell is suitable for use in applications such as tension tests, compression tests, fatigue tests, and shear tests. It is also used in the laboratory for precise material testing, such as tension and compression of metals, plastics, and composites. In addition, it is used for quality control in industrial production, for instance in the packaging and automotive industries.

The load cell works by measuring mechanical force applied to a material. The strain gauges, located at the four corners of the beam plane, are connected to form a Wheatstone bridge configuration. The load cell’s output is proportional to the forces applied. When a force is applied, the strain gauges expand and the bridge produces an output voltage proportional to the applied force. The voltage is feed into an amplifier and amplified to provide a usable signal.

When the TL50LB2U is in use, it should be installed in a stable, vibration-free environment. Vibrations can cause the load cell to produce inaccurate readings. The load cell should also be isolated from any other sources of electrical interference. A temperature compensator should also be integrated into the setup for temperature compensation. By using a temperature compensator, the load cell’s readings remain accurate even over a wide temperature range.

The TL50LB2U is an excellent choice for a range of digital force measurement applications. It is versatile, reliable, and offers exceptional accuracy and repeatability. Moreover, its range of pre-programmed ranges and its parallel output make it easy to integrate into different types of controllers.

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