A microprocessor-based data logger is an electronic device used to record and store data automatically.
It is widely used in industrial, scientific, and environmental monitoring applications.
The microprocessor acts as the central processing unit of the system.
It collects data from sensors and converts it into digital information.
Data loggers can measure parameters such as temperature, pressure, humidity, and voltage.
The recorded data is stored in internal memory or external storage devices.
These devices provide accurate and reliable long-term monitoring.
A display unit is often included for real-time data visualization.
Microprocessor-based data loggers support programmable sampling intervals.
They can operate continuously without human supervision.
Many systems include alarm functions for abnormal conditions.
Communication interfaces like USB, RS-232, and Wi-Fi enable data transfer.
The device can analyze and process data before storage.
Low power consumption allows portable and battery-operated applications.
Data loggers are commonly used in laboratories, weather stations, and manufacturing plants.
They improve efficiency by reducing manual recording errors.
Advanced models support cloud storage and remote monitoring features.
The system ensures secure and organized data management.
Microprocessor-based data loggers help in process control and performance analysis.
Overall, they are essential tools for automated data acquisition and monitoring systems.
System Type IOT Gateway
Monitoring Mode Sensor Data
Connectivity Ethernet
Remote Access Desktop App
Power Source Mains Powered
Data Storage Cloud
Interface Modbus TCP/IP/ RS-485 - Modbus RTU
Power Supply 240V AC / 18-36VDC
Memory YES
Warranty 1 YEAR
Processor Type: 32-bit microprocessor or microcontroller-based architecture.
Input Channels: Supports multiple analog and digital input channels.
Sampling Rate: Adjustable sampling interval from milliseconds to hours.
Memory Capacity: Internal memory for storing large amounts of recorded data.
Display: LCD or LED display for real-time monitoring and status indication.
Communication Interface: USB, RS-232, RS-485, Ethernet, or Wi-Fi connectivity.
Power Supply: Operates on AC power supply with optional battery backup.
Sensor Compatibility: Compatible with temperature, pressure, humidity, and voltage sensors.
Data Accuracy: High-resolution ADC with accurate and stable measurements.
Operating Environment: Suitable for industrial conditions with wide temperature range and durable enclosure.
