THERMALTRACE-TS
Trichinella Destruction Monitoring System
About / Benefits
About
ThermalTrace-TS is designed from the ground up to help monitor the destruction of Trichinella within meats in freezers according to FDA specifications. It is a batch based data acquisition system that links customers and batches to a running meat freezing cycle. It seamlessly prints out completed reports with all technical and temperature alerts.
The hardware incorporates a ireless datalogger control panel and temperature probes that monitor meat temperatures. This evice communicates with an industrial encased LoRaWAN receiver.
Benefits
You can ship product faster since you can detect that the Trichinella destruction process has completed more efficiently.
ThermalTrace-TS improves product control by monitoring the temperature of the meats for bacteria destruction.
All reports are generated automatically upon completion showing all the data and alerts of the batch.
Receive alarms in real time via email and text messages.
ThermalTrace constantly monitors the internal temperature of meats to destroy Trichinella based on FDA specifications.
Software
Real Time
Phase Monitoring
When launching a batch, the system monitors the temperature in real time and the temperature phases to determine completion time for Trichinella destruction.
When complete, the system automatically produces a report with: Customer & batch information, readings, graph, and the validation of the temperature phases.
The system monitors the internal temperature of meats in accordance to FDA phase regulations.
Architecture
Server
- Core I7 or AMD equivalent.
- 16 GB RAM.
- 00GB + SSD.
- Linux.
*All receiver data/alarms areprocessed by ThermalTracePC/Software.
Dataloggers
- Powered + 3 AAA batteries.
- E-paper Display.
- 2 channels for temperature probes.
- 915Mhz LoRaWAN radio frequency.
- Internal memory records data in case of disconnect.
- RTD temperature probes can go to -200 °C.
Receiver
- Receiver communicates with dataloggers on 915Mhz LoRaWAN frequency.
- Datalogger data is sent to receiver.
- Receiver sends data to the ThermalTrace computer database.
- Receiver communicates on local ethernet to ThermalTrace PC.