Product Introduction:

DT1941-9X1 Digital Single-phase Ammeter

Digital display single-phase ammeter, as the name suggests, is a kind of instrument that can display the current value intuitively. Because of its special design and manufacturing process, it plays an important role in the monitoring, detection and protection of power system, and is widely used.

The most basic function of digital display single-phase ammeter is to monitor the size, direction and stability of the current. By displaying the current value, alarm setting and fault warning on the instrument panel, it can timely and accurately reflect the current status in the system, so as to ensure the safe operation of the power system.

In addition to timely reflecting the current voltage meter status, digital display single-phase ammeter can also provide current data. With built-in data recording and transmission functions, engineers in the power system can easily access historical data for data statistics, analysis and comparison. This plays an important role in perfecting the design of power system and avoiding accidents.

In power systems, the current voltage meter can sometimes increase or decrease suddenly, which can pose a potential danger to electrical equipment and engineers. Digital display single-phase ammeter can remind engineers or system administrators in time by default alarm or fault warning function, so as to avoid heavy losses.

The most significant feature of the digital display single-phase ammeter is that it can digitally display the size and direction of the current voltage meter. Compared with the traditional pointer ammeter, it does not need to adjust the Angle of view and discrimination, and can directly see the size of the current value, and the accuracy of the numerical display is higher than that of the pointer meter.

Digital display single-phase ammeter displays the number on the backlit LCD screen, so that the size and direction of the current can be visually displayed. This visual approach avoids the influence of external ambient light and allows engineers to accurately determine the state of the current under various light conditions.

75001