Solutions for Temperature Mapping
Seemoto temperature monitoring solution is extremely efficient when mapping temperatures of warehouses, cold storage rooms and vehicle cargo spaces and other assets e.g. refrigerators. Wireless sensors are easy to install and they efficiently detect lower and higher temperature areas enabling improvements for heating, cooling and handling of goods. Service includes:
- Access to real-time information
- 5-year data storage
- Typically the mapping is performed in 2-phases; summer and winter.
Seemoto IoT Monitoring system temperature mapping is a process, in which detailed temperature behavior of certain space (e.g. warehouse, room or cargo space) is analyzed. As a result of this process lower and higher temperature areas are known, suggestions for heating, cooling and handling of goods in these areas can be done and final monitoring points for continuous monitoring are selected.
Temperature mapping is generic requirement for both food and pharma cold chain monitoring. Typically the mapping is performed in 2-phases; summer and winter.
Installation of Seemoto IoT monitoring system wireless sensors is extremely easy - no wiring needed at all. Sensors can be installed to any location in the warehouse easily. Gateway (and routers, if needed) are located to anywhere in the warehouse - only power socket is needed.
Temperature mapping can be done automatically with Seemoto sensors on-line. Real-time operation enables adjustment of building automation during mapping process. It would be also possible to do temperature data collection without gateways as sensors automatically store temperature data into their memory if gateways are not in proximity.
Both temperature (TS) and temperature-humidity (THS) sensors can be used. After mapping project it is possible to start continuous monitoring using selected monitoring points.
Seemoto wireless temperature monitoring system consists of wireless sensor devices, that monitor their environment and communicate the collected data via gateways that forward the data to Seemoto cloud service. The most common monitoring parameters are temperature and relative humidity, but also other parameters have been implemented. Access to real-time and history data of is provided by an internet browser with intuitive UI and versatile reports.