Italian LAUMAS FTP-75KG load cell is used to measure the weight of objects. It is designed and manufactured by LAUMAS Technologies, Italy, a leading company specializing in industrial weighing solutions. With a load rating of 75 kg (165 lb), the sensor can be used in a variety of weighing applications, including industrial production lines, logistics and transportation, warehousing and distribution, and more.
The LAUMAS FTP-75kg load cell in Italy is capable of providing accurate weight measurement results thanks to its high-precision strain gauge bridge technology. It has excellent stability and reliability, and is suitable for long-term use and environments with high durability requirements.
The sensor has excellent linearity for accurate weight measurement. It also has excellent temperature compensation and can provide consistent measurement results under different temperature conditions.
The Italian LAUMAS FTP-75KG load cell is manufactured from high-quality stainless steel material with excellent corrosion resistance and durability. It is easy to install and operate, and can be used with a wide range of weighing systems and equipment.
In addition, the sensor is equipped with a highly dust- and water-resistant protective cover for normal operation in harsh environmental conditions, guaranteeing long-term stable and reliable performance.
In conclusion, the Italian LAUMAS FTP-75KG load cell is a high-precision, stable, and reliable load cell that is suitable for a variety of industrial and commercial applications. Its excellent performance and high-quality materials have made it widely used and recognized worldwide.
LAUMAS FTP load cell in ItalyOther capacities
ftp-75kg
ftp-150kg
ftp-500kg
ftp-750kg
ftp-1000kg
ftp-1200kg
ftp-1500kg
ftp-2000kg
ftp-3000kg
ftp-5000kg
ftp-10000kg
The Italian LAUMASFTP-75KG load cell is a sensor used to measure the weight of objects. Its working principle is based on strain gauge technology.
The sensor consists of an elastomer and four strain gauges. When an object is placed on a sensor, the elastomer creates a strain, and the strain gauge changes shape accordingly. These strain gauges are metal sheets with special electrical properties, and their resistance values vary with the degree of strain.
Inside the sensor is a bridge circuit that measures the change in resistance of the strain gauge. When an object is applied to a sensor, the bridge circuit generates an output voltage signal that is proportional to the weight of the object.
By connecting the sensor to the electronics, the output voltage signal can be converted into a digital or analog signal for data processing and display. In this way, we can monitor and record the weight of the object in real time.