LAUMAS FCAX-50KG load cell is a high-precision load cell, which is suitable for applications in the industrial field that require weighing and measurement. The sensor uses advanced weighing technology to accurately measure weight and provide stable data output. With a nominal capacity of 50kg, it is capable of meeting most common weighing needs.
The LAUMAS FCAX-50KG load cell is designed with a durable and reliable structure, made of stainless steel, which is able to work in harsh environmental conditions and maintain high accuracy measurement results.
The sensor is available in a variety of interface options, such as RS485, RS232 and ModbusRTU, for simple integration with other devices and systems. It is also equipped with LAUMAS' own digital signal processing technology, which is able to process and calibrate signals in real time to provide reliable measurement data.
In addition, the Italian Laumas FCAX-50KG load cell has a variety of functions and features, such as automatic zero and span calibration, internal temperature compensation, tensile measurement and overload protection. These features improve the performance and reliability of the sensor and ensure accurate measurement results.
In conclusion, the Italian LAUMAS FCAX-50KG load cell is a reliable, high-precision load cell suitable for a wide range of industrial weighing applications. Its advanced technology and multiple features help users achieve accurate weighing measurements and increase productivity.
LAUMAS FCAX load cell other measuring ranges
fcax-30kg
fcax-50kg
fcax-75kg
fcax-150kg
fcax-300kg
fcax-500kg
fcax-750kg
fcax-1000kg
fcax-1500kg
The working principle of the Italian LAUMASFCAX-50KG load cell is as follows:
1.Pressure measurement: The FCAX-50KG sensor is equipped with a strain gauge or elastic element inside, and when the measured object is applied to the sensor, the pressure changes will occur. This pressure change causes the strain gauge or elastic element to deform.
2.Strain measurement: The sensor is equipped with one or more resistance strain gauges, which produce small deformations when the object is subjected to pressure or tension. This deformation results in a change in the resistance value of the strain gauge.
3.Bridge circuit: The resistance strain gauge inside the sensor is connected to other resistors to form a bridge. A bridge is a circuit consisting of four resistors connected to each other, and the weight of the measured object is determined by measuring the output voltage of the bridge.
4.Output signal: The sensor generates a weak electrical signal through the bridge circuit, which is proportional to the amount of deformation of the strain gauge. The sensor amplifies this weak signal and converts it into an electrical signal output that can be read, usually an analog voltage signal or a digital signal.
5.Accuracy and stability: The design and manufacturing process of the LAUMASFCAX-50KG sensor has strict quality control and calibration requirements to ensure the accuracy and stability of the sensor. In addition, the sensor is temperature compensated to eliminate the influence of temperature on the measurement results.
In summary, the LAUMASFCAX-50KG load cell measures the weight by measuring the pressure or tension exerted on the sensor by the measured object, uses the deformation of the strain gauge and the change in resistance value, and transmits the measurement results through the output signal.