The POWER TEMPHU is an advanced technology indoor sensor for accurate cable conductivity measurements specifically designed for PVC and XLPE cables.
The sophisticated computational algorithm enables reliable detection of changes in cable conductivity even at low intensity.
The data transmitted from the sensor is based on Class A LoRaWAN® wireless network. POWER TEMPHU is easily configured and connected to the network and cloud platform; making it adaptable for a range of infrastructure applications.
POWER TEMPHU is ideal for use in infrastructure settings such as industrial facilities; solar wind; combined heat power plants; telecommunications networks; intensive cable routings; and electrical substations where precise cable conductivity monitoring is essential.
Main Features of the POWER TEMPHU
- Accurate measurement of cable power conductivity depends on installation and cable layout which is indicated by advanced sensor.
- Rapid response time for real-time power conductivity changes.
- Detection and monitoring of conductivity levels across various rooms; ensuring cable integrity and performance in the facility.
Key Benefits
- Efficient Monitoring for Cost Savings: gain timely insights that allow for cost-effective management of power cable lines; optimising resource use and reducing unnecessary expenses
- Realistic Load Management: access real time data on actual cable line load constraints; ensuring safer and more efficient load distribution across your network
- Early Anomaly Detection: receive advanced alerts on abnormal or improper cable loading conditions; enabling proactive maintenance and reducing the risk of potential failures
- Enhanced Cable Health and Longevity: by monitoring conductivity and load anomalies; extend the lifespan of PVC and XLPE cables; minimising repair costs and downtime
- Data-Driven Decision Making: with real-time; actionable data; make informed operational decisions that align with network performance and reliability goals
- Enabling customer’s buildings generate lowest possible carbon footprint and making those buildings much more environmental friendly
