SM-821 Portable Temperature Humidity Data Logger USB Interface Price in BD | SUJA GLOBAL
SM-821 SUJA GLOBAL Temperature Humidity Data Logger is a device that monitors and records temperature and humidity levels over time. People commonly used it in various applications, including environmental monitoring, food storage, pharmaceuticals, and research, among others. The temperature humidity data logger records data at regular intervals and stores it for later analysis.
Temperature Humidity Data Logger Work Process;
- Sensors: The temperature data logger includes built-in sensors to measure temperature and humidity. These sensors are usually accurate and calibrated to ensure reliable data collection.
- Data Logging: The humidity data logger is programmed to capture measurements at designated time intervals, such as every second, minute, hour, or day. It records the temperature and humidity values along with a time stamp for each measurement.
- Memory or Storage: The temperature data logger has internal memory or storage where it stores the recorded data. The storage capacity determines how much data can be stored before it needs to be offloaded for analysis.
- Power Source: Humidity data loggers frequently rely on batteries to maintain continuous monitoring without the need for a constant power source. The battery life varies depending on measurement frequency and the device’s design.
- Data Retrieval: To access the recorded data, you can connect the data logger to a computer or another device using a physical cable, a wireless connection (such as Bluetooth or Wi-Fi), or removable storage options like an SD card or a USB flash drive.
- Software: SUJA GLOBAL SM-821 dataloggers provide software that allows you to download, visualize, and analyze recorded data. The software might present the data in the form of graphs, tables, or downloadable files.
- Calibration and Accuracy: Calibration is important to ensure that the measurements the datalogger takes are accurate. Some dataloggers might allow for calibration adjustments to correct for any deviations from accurate readings.
- Alerts: Advanced dataloggers might include alert features that notify users when temperature or humidity levels go beyond specified thresholds. This can be crucial for maintaining optimal conditions in environments like food storage or sensitive research areas.
- Integration: Certain dataloggers are designed to integrate seamlessly with larger monitoring systems, enabling remote access, data sharing, and centralized control.
WHY SHOULD CHOOSE TEMPERATURE HUMIDITY DATA LOGGER
Temperature Range and Accuracy:
Make sure the data logger’s temperature range covers the range you need to monitor. Also, consider the accuracy of the temperature measurements. High-quality data loggers provide accurate readings, especially in critical applications.
Data Logging Intervals of Temperature Humidity Data Logger:
The device should allow you to set the interval at which temperature readings are recorded. Some loggers offer flexible intervals, while others might have fixed options like every second, minute, hour, or day.
Memory Capacity:
Check the datalogger’s memory capacity to ensure it can store the amount of data you require between offloads. Some loggers might have expandable memory options.
Display:
A built-in display can show current temperature readings and other essential information without the need for external devices.
Data Retrieval Methods:
Look for easy ways to retrieve recorded data. This could include USB connections, Bluetooth, Wi-Fi, or removable storage options like SD cards.
Battery Life:
Consider how long the logger can operate on a single set of batteries. Battery life can be influenced by factors such as the logging interval and the type of batteries used.
Alerts and Alarms:
Some loggers offer programmable alerts that notify you when temperature readings go beyond predefined thresholds. This is important for applications where maintaining specific temperature ranges is crucial.
Calibration Options of Temperature Humidity Data Logger:
A good logger should allow for calibration or at least provide information on how to calibrate the device to ensure accurate measurements.
Software Compatibility of Temperature Humidity Data Logger:
Check if the logger comes with compatible software for data analysis, visualization, and export. The software can greatly simplify the process of working with the collected data.
Remote Monitoring:
In certain applications, having the ability to monitor the data remotely via a computer or mobile device can be extremely useful.
Durability and Enclosure:
When determining the suitability of the logger’s usage location, take into account its durability and safeguarding against environmental elements such as moisture, dust, and impacts.
Data Security of Temperature Humidity Data Logger:
If you’re dealing with sensitive data, ensure that the logger offers data encryption and secure transfer options.
Data Visualization:
Look for loggers that provide easy-to-read graphs, charts, or tables of the collected data within the device or through accompanying software.
Integration:
Certain loggers are designed to seamlessly integrate with larger monitoring systems, simplifying the management of multiple loggers concurrently.
Compliance and Certification of Temperature Humidity Data Logger:
For certain industries, compliance with specific regulations or standards might be necessary. Ensure that the logger meets the necessary requirements.
SPECIFICATIONS
Model: SM-821
Brand: SUJA GLOBAL
Origin: Singapore
Resolution: 0.1
Humidity: 0~100%RH
Humidity Accuracy: 45~75%RH: ±3.0%RH
Other Ranges: ±5%RH
Temperature: -40℃~70℃/-40℉~158℉
Temperature Accuracy: -10℃~50℃(14℉~122℉): ±1.0℃/1.8℉
Other Ranges: ±2.0℃/3.2℉
LCD Frequency: 1 time/second
Memory: 25000 Groups
Over Indication: LCD Display “-OL-” Symbol
Operating Temperature: -20℃~60℃/-40℉~158℉
Operating Humidity: 10%RH~90%RH
Storage Temperature: -20℃~60℃/-40℉~158℉
Storage Humidity: 10%RH~75%RH
CLICK HERE TO DOWNLOAD THE USER MANUAL PDF OF TEMPERATURE HUMIDITY DATA LOGGER
Shiplo Rahman –
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