What is an electronic platform scale? What are the installation requirements for electronic weighbridges?
2022-06-08 15:20:14
What is an electronic platform scale? Electronic weighbridges, also known as weighbridges, are the main weighing equipment used by factories, mines, merchants, etc. for the measurement of bulk goods. The standard configuration of the electronic floor scale is mainly composed of three main parts: the load-bearing force transmission mechanism (scale body), the high-precision weighing sensor, and the weighing display instrument. From this, the basic weighing function of the electronic floor scale can be completed, and it can also be adjusted according to the needs of different users. Requirements, optional printer, large-screen display, computer management system to complete the higher level of data management and transmission needs. Classification of electronic weighbridges Electronic floor scales can be divided into: u-shaped steel electronic floor scales, channel steel electronic floor scales, I-beam electronic floor scales, and reinforced concrete electronic floor scales; according to the sensor, they can be divided into digital electronic floor scales, analog electronic floor scales, and all-electronic electronic floor scales ; Electronic floor scales are commonly known as floor scales. Their basic configuration is the same. All need sensors, junction boxes, printers, weighing instruments, and today's electronic floor scales can be equipped with computers and weighing software. Electronic scale, it is called the scs series in the industry. The commonly used specifications are: width 3~3.4 length 6~24, weighing range 30T~200T, and some manufacturers can produce 250T. Installation requirements for electronic weighbridges The installation of the electronic floor scale should first have a relatively suitable and spacious site, and should ensure that the foundation has a large bearing capacity. Bearing capacity requirements for foundations: To be constructed according to different regions and different conditions, the bearing capacity of each key bearing must be greater than the maximum overload that may occur during the measurement process.
