Two Major Features of Japan's Yokogawa Smart Meter!

The introduction of Yokogawa smart meters must be understood more. EJA intelligent instrument is the product of the application of computer technology in the measurement field. Because EJA is a measurement instrument equipped with a microcomputer or microprocessor inside, it has the functions of storage, calculation, logical judgment and automatic operation of measurement data, so it is called EJA smart meter.
 
The main intelligent component of Yokogawa Smart Meter is the microprocessor. In the EJA intelligent instrument, the conventional circuit in the instrument is replaced by a microprocessor. The function of the EJA instrument is controlled by software, and the system structure still has the characteristics of a measuring instrument. The operating personnel can operate according to the operating methods and habits of conventional instruments. For example, the operator can select the calculation function of the EJA instrument, the range and calculation program of the EJA instrument through the interface or the buttons on the panel, and even strive to realize the man-machine dialogue.
 A clever analysis of the two characteristics of Yokogawa

The development of the times has made intelligence more and more obvious. EJA transmitters are also striding forward to the direction of intelligence. The development of EJA transmitters has become a prominent representative of intelligent instruments. So what are the main characteristics of the smart meter EJA transmitter? First sum up one or two for everyone to share.

 

First point, the measurement process of the EJA transmitter can be controlled by software and is easy to modify. Therefore, the intelligent instrument EJA transmitter is easy to use and versatile.

 

The second point, EJA transmitter has data processing capability: EJA transmitter can store and calculate measurement data. This is also the most prominent feature of the intelligent EJA transmitter, which is mainly manifested in the improvement of the accuracy of the measurement by the EJA transmitter. And the EJA transmitter can implement various algorithms, such as the calculation and compensation of various errors, etc.