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    How does Paperless Recorder Work?

    Without using any conventional recording resources like paper, pen, or ink, the paperless recorder stores the gathered data and arithmetic data on a time-based axis in the instrument's internal storage system. After calculation and simulation, the instrument's internal data is shown on the LCD panel. A more comprehensive display is utilized frequently with LCD screens. Digital displays, bar graph displays, curve displays, alert lists, etc. can all be seen on the LCD panel.


    Data such as temperature, pressure, flow, level, voltage, current, humidity, frequency, vibration, speed, and others are typically collected by a paperless recorder.Paperless recorder

    The paperless recorder offers intelligent features, paperless records, good real-time, high precision, communication, and searchable features. The primary industries in which these technologies are used are those of metallurgy, petroleum, chemical industry, building materials, paper making, food, pharmaceutical, universities and colleges, biological research, heat treatment, water treatment, and other industrial locations.These efficient paperless recorders are available at ATO shop.

    Paperless recorder is a range of industrial sites need to monitor and record the input signal, such as flow meter flow signal, pressure transmitter pressure signal, RTD and thermocouple temperature signal, etc., through the high-performance 32-bit ARM microprocessor for data processing. On the one hand, in a big screen LCD display screen in a variety of forms of screen display, on the other hand, the data of these monitoring signals saved in this machine.You can analyze the instrument record information and print curves, graphs, and lists using the higher computer management program.

    Working principle

    A paperless recorder is a device that documents how one or more variables change over time. It has the ability to save recorded signal changes for processing and analysis. The ability of the recorder to automatically record the process of periodic or non-periodic transient level changes as well as the slow change process of several signals is its most crucial feature.

    An electronic device known as a paperless recorder measures data from a sensor and records the findings for future reference. Measurements of pressure, current, temperature, speed, displacement, tension, and other physical parameters are frequently used.

    The physical qualities to be measured and the excitation signals are transformed into electrical signals, such as currents and voltages, using paperless recorders and sensors. These electrical signals are subsequently transformed or digitized into binary data. Binary data, which is kept on a computer's hard disk or other storage medium, like a USB flash drive, is very simple for software to evaluate.


    The paperless recorder is mostly used in the industries of metallurgy, petroleum, chemical manufacturing, building materials, paper production, food processing, pharmaceutical manufacturing, heat treatment, water treatment, and other industrial locations. Paperless recorders have added more features as science and technology have advanced, including PID regulation, flow accumulation, etc., but they have also moved in the direction of increasing integration.

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