LAUMAS FCAL-300KG is a high-precision load cell. The sensor can measure objects with a weight range of 0 to 300 kg. It is suitable for a variety of industrial applications, including material handling, packaging, quality control, and more. The state-of-the-art Straingauge technology is used to provide highly accurate weight measurement results. The sensor's construction is robust and able to withstand harsh operating environments. It is also dustproof, waterproof, and more, making it suitable for both outdoor and indoor applications.
The sensor has a simple and easy-to-use design for easy installation and operation. It can be used with a variety of weighing systems and instruments to achieve accurate data transmission and processing. The sensor also has a variety of interface options, including RS485, Modbus, Ethernet, and more, for easy connection and communication with other devices.
In addition, the Italian LAUMAS FCAL-300KG load cell has a variety of functions and features, such as zero and range calibration, temperature compensation, automatic zeroing, etc. It also offers a variety of output options, including analog voltage output and digital signal output, to meet the needs of different applications.
All in all, the LAUMAS FCAL-300KG load cell is a high-performance load cell with high precision, durability and ease of use. It is able to meet the needs of a wide range of industrial applications and helps users achieve accurate and reliable weight measurement.
LAUMAS FCAL load cell in Italy Other capacities
fcal-50kg
fcal-75kg
fcal-150kg
fcal-300kg
The LAUMASFCAL-300kg load cell is a sensor used to measure the weight of objects. Its working principle is based on strain gauge technology, when an object is applied to the sensor, the strain gauge inside the sensor causes strain, which changes the resistance. By measuring the change in resistance, the weight of the object can be determined.
The following describes how to handle common faults:
1.The sensor is unable to measure weight: First, check that the sensor is properly connected to the power supply and reading device. Make sure the power supply** is working and that the sensor's cable is not damaged. If the problem persists, consider replacing the sensor.
2.Unstable readings: If the readings are unstable, it may be caused by poor contact between the sensor and the object or the instability of the object itself. Check that the contact between the sensor and the object is secure, and make sure that the object is placed smoothly on the sensor.
3.Zero drift: The zero point of the sensor can drift over time. This can be solved by calibrating the sensor. Calibration usually involves referencing an object of known weight to adjust the sensor's readings to the correct zero point.
4.Damaged sensor: If the sensor is impacted or damaged during use, it may cause the sensor to not work properly. In this case, the sensor needs to be replaced or repaired.
The above is the working principle and common fault handling methods of the LAUMASFCAL-300KG load cell. If you encounter a more specific problem, it is recommended that you refer to the sensor's manual or consult the manufacturer for more detailed information.