Paperless Recorder

Paperless  Recorder

Overview of Paperless Recorder Trainer

The Paperless Recorder Trainer is an advanced digital data logging and process monitoring educational setup that demonstrates the working of modern electronic paperless recording systems used in industries. It allows students to record, visualize, and analyze multiple process parameters such as temperature, pressure, flow, and level — all without using traditional chart paper.

This paperless recorder helps learners understand how industrial processes are monitored, stored, and controlled through digital interfaces. Designed for Engineering Colleges, Polytechnics, ITIs, and Research Laboratories, this digital data recorder trainer offers an interactive and practical approach to studying real-time process data acquisition and storage.

Product Description – Digital Paperless Recording System

The paperless recorder educational setup includes a high-precision data recorder with multi-channel input, data storage memory, display screen, and USB/Ethernet connectivity for real-time data analysis. It enables users to monitor and log various process parameters over time and view them in graphical or tabular formats.

The electronic paperless recording system supports analog and digital inputs, making it compatible with sensors such as RTDs, thermocouples, and transmitters. Data can be stored internally or transferred to a computer for further processing and documentation.

This process data recorder trainer replicates the operation of modern industrial recording systems, providing students with exposure to digital process automation and data handling concepts used in industries like pharmaceuticals, petrochemicals, and manufacturing.

Key Features – Paperless Recorder Trainer Kit

  • Complete digital data recorder trainer for process control education.
  • Multi-channel input for temperature, pressure, flow, and level monitoring.
  • Real-time graphical and numerical data display.
  • USB and Ethernet interfaces for data transfer and analysis.
  • Internal memory for continuous data recording.
  • Compatible with RTD, thermocouple, and transmitter sensors.
  • Enables experiments on process logging and performance analysis.
  • Compact and durable panel-mounted educational setup.
  • Ideal for Engineering Colleges, ITIs, and Technical Institutes.
  • Safe, reliable, and easy-to-operate design for repeated lab use.

Technical Specifications – Paperless Recorder Educational Setup

Specification Details
Power Supply 230V AC, 50Hz
Display 5–7” color touch display (digital graphical interface)
Input Channels 4 to 8 (temperature, pressure, flow, level – as required)
Sensor Compatibility RTD, thermocouple, 4–20 mA, 0–10V
Data Logging Interval Programmable (1 second to 1 hour)
Data Storage Internal memory and external USB support
Communication Interface USB / Ethernet / RS-485
Output Format Graphs, tables, and reports
Construction MS powder-coated frame with labeled terminals
Safety Features Overload protection, short-circuit safety, and isolated inputs

Applications of Paperless Recorder Trainer

  • Study and analysis of digital data logging and monitoring systems.
  • Demonstration of process parameter recording using sensors and transmitters.
  • Data acquisition and analysis for process control laboratories.
  • Understanding paperless recording techniques used in industries.
  • Ideal for Engineering Colleges, ITIs, and Research Institutes.
  • Application in automation, instrumentation, and manufacturing labs.
  • Real-time demonstration of data storage, display, and reporting systems.

Educational Benefits of the Digital Data Recorder Trainer

The Paperless Recorder Trainer provides a hands-on learning experience in modern process monitoring and control systems. Students learn how industrial recorders collect, store, and display data without using paper-based methods.

This educational setup helps learners gain practical exposure to data acquisition, signal conversion, and digital monitoring, preparing them for industrial roles in automation and process instrumentation. It also enhances their understanding of data visualization, real-time analysis, and documentation systems.