Why is on-site data so difficult to see?
The problem isn't that it can't be measured.
The problem is that the data is scattered across different locations, and its collection and verification rely on human intervention.
The data is scattered across different pieces of equipment.
Factories, equipment, warehouses. It takes time to find out where each record is located.
Long wiring makes the work more difficult.
The further you run thermocouples or analog signals to the center, the greater the burden of wiring, noise, and maintenance.
The retrieval of records is left to others.
SD card retrieval, PC transfer, and storage location management. The more manual work involved, the more likely it is that errors and omissions will occur.
It would be a problem if the data wasn't saved.
Quality assurance, auditing, anomaly analyzing. The biggest risk is the lack of records when needed.
You can view data from various sources all in one place.
The FP series collects data from loggers and recorders on-site and display all at once on a large touch panel. It can handle multi points data from up to 500 channel, allowing you to view it by device and process.
It reduces the amount of long wiring needed.
By placing a data logger near the measurement point and aggregating the data to a FP via LAN, you can switch from configuration involving long-distance routing of thermocouples or analog signals to a simpler and easier-to-maintain configuration.
Before: Signal lines are concentrated
After: Organized via LAN
The data can be saved in duplicate.
Records are saved on both the FP (Functional Processor) side and the on-site logger side. This enhances the integrity of the recorded data in case of any unforeseen circumstances. It is suitable for environments where record-keeping is crucial, such as food processing, pharmaceuticals, heat treatment, and facility monitoring.
If you're measuring with just one device, choose the KR.
If you need to manage things on-site, a financial planner (FP) is the answer.
Neither is high-order other; they simply have different roles.
Whether the measurement points are clustered together or dispersed is the starting point for choosing a measurement point.
Measure and record with a single device.
The measurement points are all located in one place. You want to directly input up to 48 points. You want a simple replacement for paper recorders or existing recorder. In that case, the KR3/KR3S is the natural choice.
Bringing together remote locations.
Measurement points are separated by equipment and building. We want to check from several dozen points to a maximum of 500 points at once. We also want to retain data both on-site and at the aggregation site. In that case, the FP series is the solution.
Only the essential functions, and they're all there.
The detailed specifications are only for those who need them. We've focused on the essential features that underpin the value of the FP series.
Financial planning (FP) is effective in this situation.
Frequently asked questions.
It is well-suited for such environments.
The FP series is a panel recorder that connects to loggers and recorders on-site to aggregate data from remote locations.
If high-speed recording is required, configuration verification is necessary.
This is effective in situations where you want to minimize the risk of data loss.
For applications where you want to input directly using a single device, the KR3/KR3S may be more suitable.
First, let's organize where the data is stored at the site.
Where are the measurement points located? How many points are there? Where do you want to view the data? Where do you want to save the data? Based on this information, we will propose the optimal use of the FP series and KR3/KR3S.
Consult about configuration and replacement.
