System Installation
The system was installed using the compact, robust, and IP64-rated RTR-502 Remote Unit data logger, which measures and records seawater temperature as well as internal tank temperature.
In areas where wireless communication signals were not covered, repeaters were installed as needed to extend the communication range between the Remote Unit and the Base Station.
The RTR-500AW model was chosen for the Base Station due to its wireless LAN connectivity, allowing it to be immediately integrated with the existing LAN network at the site.
Additionally, an RTR-505-V voltage data logger was installed along with a Nylon Hinge One-Time Clamp sensor to monitor for abnormalities in the power supply system.
Usage
Although the RTR-502 data logger has an IP64 rating for water and dust protection, for added safety during use, the sensor connection points were further wrapped with plastic bags.
The Remote Unit was installed in a position that allowed stable communication with the Base Unit. In areas with unstable signals, an RTR-500 Repeater was installed to extend the communication range.
The system is configured to automatically collect data from various measurement points, send the data to the Base Unit, and transfer it via a wireless router to the control computer, enabling continuous monitoring, analysis, and storage of data.
Furthermore, alerts can be set for when the temperature exceeds or falls below predefined values, with the system immediately sending email notifications to designated recipients.
The RTR-505-V, equipped with a Module Connector, allows for easy connection of wires from the Clamp Sensor to the device. The sensor does not require an additional power supply and can directly transmit DC 0–5V voltage signals.
Results and Benefits
The use of the RTR-500AW Base Station with Wireless LAN support allows for full utilization of the existing internet network at the site.
The system can efficiently measure and record temperature data via the waterproof RTR-502 and monitor voltage via the RTR-505-V in conjunction with appropriate sensors.
Wireless communication also facilitates the convenient collection of large amounts of data from multiple measurement points and transmission to a computer located away from the installation area.
In addition, the alert system ensures that administrators receive immediate emails when temperatures exceed or fall below set limits, or when there is an abnormality in the power supply for lighting and heating systems. This enables quick response to issues and effectively reduces potential risks to operations.
This case study demonstrates that remote monitoring of temperature and power supply status can effectively reduce risks from abnormalities that may affect operational processes.
Automatic data collection from multiple measurement points, communication via wireless networks, and email notification systems enable administrators to identify and resolve issues quickly before they cause damage or impact operations.
Currently, data logger technology and monitoring systems can be applied to a variety of tasks, including measuring temperature, humidity, voltage, energy, or other parameters that require continuous monitoring.
For those interested in learning more about data management approaches, remote device status monitoring, and equipment related to data management and monitoring systems, please visit our Data Management Solutions page:
https://thai.fakiki.com/pages/thai-fakiki-data-management-solutions-t-d
