Project Details
hello. This is REX~ Today, one of the many universities in Seoul contacted me on December 21st and asked if it would be possible to install it within this year. As soon as I received it, I coordinated a schedule with the construction team and proceeded with the installation on December 27th.
This is the entrance to the university research institute. I went there thinking about a large park like other universities where you can eat chicken and beer, but it seemed like a facility where you could only focus on research, so I changed my mind and decided to let go of other thoughts and just focus on work. ■ Today’s installation list
Since the sensor is mounted at the bottom of the measuring instrument, the substrate is larger in the case of a complex type, so there is a difference in the size of the bottom substrate box.
Shumia R9600 is a data logger device that helps check real-time data and extract data by connecting to FIX800, which cannot extract data on its own. The R9600 receives a 4-20mA signal, so a 4-20mA wired connection is required. ■ Installation environment● Installation purpose: To continuously check real-time data values from FIX800 and extract data stored 24 hours a day. ● Gas concentration VOC 0-1,000ppm ● Request for installation and linking of Shumia data logger equipment software on laptop. Data extraction test using Excel and demonstration of FIX800. ■ Installation begins.
There is always something to do before starting the installation. Select location and configure communication lines! In order to install the FIX800 gas meter in the laboratory research hood, the gas meter and data logger must be connected by wire, so we guide the communication line and proceed according to the user's request. Installation begins after consultation with the user.
The construction team is in charge of the gas meter, and I am in charge of assembling the R9600 data logger equipment to be connected to the laptop and installing software on the laptop.
The FIX800 is in place and is being fully connected to the data logger equipment. I don't have any pictures at this time, but there was something about the laptop that made me feel like I was really sincere about my research. I received the file to install the software, but it was a new laptop without even a scratch. Of course, it's a lab, so I've seen a lot of research equipment, materials, documents, etc., but the fact that the laptop is so powerful made me feel like this user is really serious about research.
After completing the installation of the gas meter and checking the power connection to the meter, connect the 4-20mA and software to the data logger equipment.
Successful. After testing that it was working well, I confirmed to the researcher that real-time data was coming in and then provided instructions on how to use it. If the laptop was turned off, we provided instructions on how to reset the software and how to extract data using Excel, and completed the installation. In environments where you need to view the values of the FIX800 installed gas meter in real time using a laptop (PLC) device, you can easily check real-time data values and receive values saved in Excel format by using FIX800 and data logger R9600 together. I will conclude with a summary of the blog.
1 Schmia data logger R9600 is a device that receives 4-20mA. 2 Connect the 4-20mA wired signal supported by FIX800 to transmit the value to the data logger device. 3 PLC connection via RS485 communication supports protocol and Modbus communication data. Inquiries about installed and portable gas measurement are always welcome. This concludes today’s post about a research lab at a university in Seoul.
#FIX800#Installation type gas meter#University laboratory#University#R9600#Data logger#Real-time data value#Data extraction#Gas meter#VOC#Volatile organic compounds
