Flow totalizer can send batch control

There are many different types of flow totalizers . One of the flow totalizers, he called the flow accumulation paperless recorder. Because it can be input in three channels, it has a paperless recorder for three-way flow accumulating functions. The flow accumulating paperless recorder can input standard current, standard voltage, thermocouple, thermal resistance, frequency and other signals, and can supply sensor power distribution output and analog quality change output and relay contact output.

The flow accumulating paperless recorder can directly connect to the micro printer, print the real-time data, pre-history data and curve of the user's specified time; through the RS232 communication interface and portable computer, handheld computer (PDA), directly read the surface history data, The user passes the data management software to stop parsing, archiving, and printing the data. The flow accumulating paperless recorder passes the RS485 communication interface, and it can drink the configuration configuration software such as Kingview and MCGS to form a real-time monitoring system.

The flow accumulating paperless recorder has a powerful display function on the surface, high-precision bar graph appearance, real-time trend curve appearance, pre-history curve chasing, over-limit alarm, alarm situation manifestation, supply intelligence pre-history trend to full-active playback function, search The alarm point is very convenient. It can supply the positioning and playback function together, and directly query the data of a certain year, month, day, hour, minute and second, which is convenient and fast. Flow totalizer with various flowmeter models on the surface. Can be equipped with a variety of sensors such as vortex street, electromagnetic flowmeter, differential pressure transmitter. It has a batch control function and actively constitutes a cumulative report for the year, month and day. The function of power failure is recorded, and the surface of each power failure and power-on time is recorded to avoid artificially fading the surface and lose the cumulative flow.