Description

The D7100 Paperless Data Recorder is a compact, high-performance industrial data recording and monitoring instrument designed to replace traditional paper chart recorders. Equipped with a large, high-definition true-color LCD display and powered by a 32-bit ARM microprocessor, it delivers fast response, intuitive operation, and stable long-term performance.

This LCD paperless recorder supports multi-channel, fully isolated signal inputs, allowing simultaneous monitoring and recording of temperature, pressure, flow, liquid level, and electrical signals. With real-time curve display, historical data storage up to 2 years, and USB/SD card export, the D7100 ensures accurate traceability for quality control, regulatory compliance, and energy management.

The recorder supports MODBUS RTU communication via RS485/RS232, enabling seamless integration with PLCs, SCADA systems, VFDs, building automation, and energy management platforms. It is fully compatible with LONGVISTA sensors, flowmeters, and most third-party industrial instruments.

The D7100 is engineered for industrial reliability, measurement accuracy, and long-term data integrity, meeting the demands of critical industrial, environmental, and energy monitoring applications.

Application-Specific Engineering Recommendations

1. Process Automation & Manufacturing Lines

For industrial process monitoring (temperature, pressure, flow, speed):

Recommended configuration

• Use 4–20 mA signal inputs for maximum noise immunity

• Enable input bias correction during commissioning

• Configure real-time curve display + historical recording

• Use RS485 MODBUS RTU to integrate with PLC or SCADA systems

Why it matters

This setup ensures stable signal acquisition in electrically noisy environments and provides reliable long-term process traceability for quality control and audits.

2. Energy Monitoring & Efficiency Analysis

For energy management, equipment performance tracking, and optimization projects:

Recommended configuration

• Record key parameters such as:

  • Motor current

  • Flow rate

  • Temperature rise

  • Pressure differential

• Use USB or SD card data export for trend analysis

• Synchronize data sampling intervals with VFD operating cycles

Why it matters

Long-term historical data enables identification of inefficiencies, abnormal operating patterns, and energy-saving opportunities.

3. HVAC & Building Automation Systems

For HVAC plants, air handling units (AHUs), chillers, and pumps:

Recommended configuration

• Pair the D7100 with:

  • Temperature & humidity sensors

  • Pressure or differential pressure transmitters

  • Flow meters on chilled / hot water loops

• Use MODBUS communication to connect with BMS or VFDs

• Configure alarms for:

  • Abnormal temperature drift

  • Pressure loss

  • Flow imbalance

Why it matters

Continuous data logging improves system stability, reduces downtime, and supports proactive maintenance in building automation environments.

4. Water & Wastewater Treatment

For water quality monitoring and treatment processes:

Recommended configuration

• Connect sensors for:

  • Turbidity

  • Level

  • Flow

  • Temperature

• Use isolated input channels to avoid ground loop interference

• Enable alarm outputs for:

  • Threshold exceedance

  • Sensor failure detection

Why it matters

Reliable data recording is critical for regulatory compliance, process optimization, and fault diagnosis in water treatment facilities.

5. Environmental Monitoring & Compliance Reporting

For laboratories, environmental stations, and regulatory documentation:

Recommended configuration

• Set stable sampling intervals

• Use USB/SD card backup as redundant storage

• Archive data regularly for long-term retention

• Export data for third-party analysis software or reporting tools

Why it matters

Accurate, tamper-resistant historical records are essential for audits, certifications, and compliance verification.

Engineering Note:

Configuration recommendations are based on typical industrial installations. For complex systems or critical processes, sensor selection, signal type, and communication topology should be verified during system design or commissioning.