



Graphtec GL260




Testo 176 T4




Testo 174H Starter Kit


Key Considerations When Choosing a Data Logger
Lontek's Quick Data Logger Questionnaire & Summary
- How many sensors do you need to connect to your data logger, and what types are they?
- What recording interval or sampling rate do you require? (e.g., every 10 seconds)
- How frequently will data downloads occur—manually or automatically?
- Will your site use mains power, batteries, or solar power to run the data logger?
Cloud Data Hosting, IoT Data Logging or Stand-alone Data Logger
Cloud-based data loggers have gained significant popularity over the past decade. They provide valuable benefits, such as real-time data viewing, but also present challenges related to long-term data retention, data security, and ongoing hosting costs. Additionally, much of this hardware becomes obsolete if you choose to discontinue hosting services.
Modern standalone data loggers address these concerns by offering both cloud hosting capabilities and local data storage as a backup. These IoT data loggers deliver the best of both worlds, combining convenience and reliability.
Classic standalone data loggers can be easier to deploy for short-term or simple applications, or locations with poor communications.
Classic standalone data loggers are often a preferred choice for short-term or straightforward applications due to their simplicity and ease of deployment. They are particularly well-suited for locations with limited or unreliable communication infrastructure, where cloud-based systems may struggle to operate effectively.
These devices typically store data locally, eliminating the need for constant connectivity and reducing dependency on external servers. This makes them an excellent option for remote areas, temporary monitoring projects, or scenarios where cost-efficiency and minimal setup are priorities.
However, while classic standalone loggers excel in these specific use cases, they may lack the advanced features of modern IoT-enabled systems, such as real-time data access and automated alerts. For long-term projects or applications requiring extensive data analysis, integrating them with other technologies or upgrading to hybrid systems that offer both local and cloud capabilities may be a more comprehensive solution.
Partner with the Right Data Logger Provider
Selecting the ideal data logger begins with finding a knowledgeable provider. A trusted supplier not only offers high-quality data loggers but also provides after-sales support—whether free or paid. At Lontek, we specialize in data loggers, providing more than just an "online shop" experience. With tailored advice and solutions, we ensure your data logger suits your specific application needs in Australia.
Ready to dive deeper? Continue reading for technical insights, or contact us, and we’ll guide you through your purchase!
Identify What You Need to Record with Your Data Logger
Data logging applications vary greatly, yet many rely on similar types of data loggers or software. Key questions to ask include:
What parameters do you need to measure?
Data loggers can monitor electrical signals from various sensors, such as:
- Temperature
- Humidity
- Voltage
- Current
- Electrical energy
- Water and hydraulic pressure
- Flow rate
- Speed and acceleration
- Strain and vibration
- Wind speed and direction
- Rainfall and solar radiation
- Logic signals, GPS data, and more.
What level of accuracy is necessary?
Accuracy requirements depend on your specific application. While some industries follow quality or regulatory standards, aiming for practical accuracy is often the best approach. This involves balancing the accuracy of your data logger and sensors without over-specifying.
For example, is ±1°C accuracy sufficient for measuring ambient air temperature in an office?
A building manager may find ±1°C accuracy and 0.5°C resolution adequate. Meanwhile, a scientist studying air quality might require ±0.3°C accuracy and 0.1°C resolution. Different use cases demand tailored precision.
Total System Accuracy and Resolution: What You Need to Know
When assessing accuracy, consider the total system accuracy, which includes:
- The data logger itself
- Sensor performance
- Wiring integrity
- Software calculations
The Role of Resolution in Data Logging
Resolution reflects the smallest change a data logger can detect. However, high resolution doesn’t always equate to high accuracy. For instance, a temperature data logger might display readings to one decimal place but lack the accuracy to justify it.
More about Accuracy, Resolution and Precision
here.
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DataTaker DT80-S4
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MSRP:Now: $295.00Sampling and Recording
Most smaller data loggers record a single spot reading at a set time interval, typically ranging from seconds to hours for most applications. To ensure good resolution, it’s recommended to oversample by at least fifteen times the rate of change.
More advanced data loggers can perform statistical data analysis on the fly. For example, a logger with a one-second sampling rate and a one-minute recording rate may store 60 readings temporarily, then record their average every minute.
How Will You Manage the Data?
Planning how to retrieve data is crucial. Ensure data is retrieved before the logger’s internal memory fills up.
Data retrieval methods include manual collection via USB, SD cards, or automatic transfers through FTP or email. Alternatively, swapping out the logger with a spare unit for offsite data retrieval is another option.
For setups with multiple sensors or fast sampling rates, large data files may strain software or computer capabilities. As a rule of thumb, record only the data you need and can process effectively.
Mains or Battery Powered?
The choice of power source often depends on the application and location. Small data loggers typically use internal batteries, lasting weeks to years, offering convenience for most situations.
Advanced data loggers with external sensors require more power, often necessitating mains power. When mains power isn’t available, options include balancing performance with power consumption or using solar panels to charge batteries. Alternatively, swapping batteries during data collection can suffice for semi-permanent installations.
Communicating with the Data Logger
- Direct connection via USB or RS232 cable
- LAN or Ethernet network, or Wi-Fi
- 4G/5G cellular data networks
- Satellite communication
Direct communication through USB is common, with manufacturer-provided software handling setup and data retrieval. Configuring a data logger for LAN or Wi-Fi can be more complex and may involve IT policies.
Cellular communication introduces additional challenges, such as firewalls, dynamic IP addresses, and setting up a secure VPN. Sending data via 4G/5G to a server or email is straightforward with a standard data SIM card.
Satellite communication is reserved for remote applications where no other options are viable. Contact us to discuss this in detail.
Software to Complement the Hardware
Different data logger brands offer unique software features. Most basic software supports setup, data retrieval, and visualization in chart or table formats. Data is often exported as CSV, compatible with tools like MS Excel or LibreOffice for further analysis.
Data Logger Calibration
After installation, calibrating the system ensures accuracy across the data logger, sensors, wiring, and software. At a minimum, validate the system with simple checks, such as comparing a thermometer reading to the logger’s temperature sensor.
Learn more about calibration here.
Time to Find an Expert
Selecting the right data logger requires expertise. Without in-depth product and industry knowledge, recommending the right solution becomes challenging. Ensure your supplier has the technical knowledge to support your needs.
Support is Key
Local after-sales technical support is invaluable. Whether dealing with firmware updates, troubleshooting, or refreshing knowledge, having an experienced, accessible team saves time and money.
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MSRP:Now: $3,550.00Lontek: Specialists in Data Loggers
Lontek offers a diverse range of data loggers to suit hundreds of applications. We work directly with local and international manufacturers and also custom-build dedicated data logging systems. Data loggers are our specialty, and we maintain local Australian stock for quick delivery.
With over 20 years of experience specializing in data loggers, Lontek’s extensive Electrical and Electronics background allows our sales and technical staff to confidently assist customers. We take pride in recommending suitable products and standing by the items we sell.
If we are not 100% sure a product can perform the required task, we will set up a data logger to prove it first. Purchase a unit you know will be fit for purpose!
Rental Energy Data Loggers
Need to rent a power data logger for an energy recording job? Lontek specializes in renting three-phase power data loggers. When you hire a power logger from Lontek, you can rest assured that expert assistance is just a phone call away. Learn more...
Get Your Data Logger Calibrated
Calibration is essential for many customers and offers peace of mind for others who want accurate data recording. Discover how calibration can improve your data: Learn more...
Looking for a Data Logging System?
Lontek provides a comprehensive range of data loggers in Australia, from single-channel, low-cost units to multi-channel systems supporting up to 800 channels. We also offer wireless data logging systems for portable and fixed applications.
DataTaker Data Loggers
DataTaker manufactures versatile, multi-channel smart data loggers that are both flexible and user-friendly. As an authorized DataTaker distributor in Australia, Lontek proudly serves the NSW region. Learn more about DataTaker data loggers
Graphtec Corporation
Graphtec is a world leader in data logging and recording instruments. Their ultra-portable GL series offers exceptional performance and value, featuring full-color displays ideal for portable applications. Discover Graphtec data loggers
Dent Instruments
Dent Instruments specializes in energy loggers and sensors designed for Electrical Engineers and Energy Professionals. Widely used across Australia, Dent products contribute to smart energy solutions by delivering accurate, reliable data. Explore Dent Instruments energy loggers
ACR Systems Inc
ACR Systems produces self-powered, pocket-sized data loggers for various input signals. Learn more about ACR Systems
Grant Instruments
Grant Instruments offers data loggers renowned for their ease of use and high accuracy, making them a favorite in scientific laboratories. Read more about Grant data loggers