FAQ Archive
GPSController FAQs - Page 270
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FAQ
When should a fleet consider replacing their entire tyre monitoring system rather than upgrading it?
Consider full replacement if your current hardware only provides basic 'low/okay' alerts, or if your telematics platform cannot store and analyze high-frequency data. Just upgrading sensors won't work if the backend lack...
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What technical requirements are needed for effective predictive tyre pressure monitoring?
You need sensors that report continuous PSI readings (not just basic 'low/okay' alerts) and a telematics platform capable of storing and analyzing high-frequency time-series data. The system should take PSI readings ever...
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What are the limitations of predictive tyre pressure monitoring systems?
Predictive systems can forecast wear-based failures and slow leaks but cannot predict sudden impact-based damage like curb strikes or nails picked up immediately after leaving the yard. They complement but do not replace...
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What is the main advantage of predictive tyre pressure alerts over basic monitoring systems?
Predictive tyre pressure alerts can forecast tyre failures days in advance by analyzing pressure decay trends, engine temperature data, and load patterns, allowing for scheduled maintenance before a failure occurs during...
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When should a blood bank consider replacing their GPS monitoring platform?
When internal fixes like modem swaps or antenna upgrades no longer resolve chronic delays, or when the system cannot produce an immutable, synchronized log of location and environmental data for single transport events....
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Why would tracking gaps still occur even with satellite backup?
Satellite (GNSS) provides location data, but transmission relies on cellular or satellite IoT networks. Gaps often occur in the transmission layer where devices hold data during network loss, resulting in sudden bursts o...
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Can poor GPS signal affect temperature monitoring data?
Yes, indirectly. Many systems bundle sensor readings with location pings, so a delayed GPS signal can cause associated temperature data packets to be timestamped incorrectly. This makes it appear that safe temperatures o...
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How much GPS delay is acceptable for organ transport tracking?
For critical organ transport, any delay over 60 seconds is a compliance risk. It desynchronizes location from temperature and humidity sensor logs, which breaks the chain-of-custody documentation.
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How can fleets improve the accuracy of automated timesheet payroll integration?
The solution involves a hybrid model: use telematics for precise timestamps and location data, but require driver confirmation via a mobile interface for major status changes like shift start/end and break start/end. Thi...
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What is the biggest payroll risk with telematics integration?
The biggest payroll risk is misclassifying 'on-duty' time. If the system counts all engine-on time as paid time but fails to properly account for pre-trip inspections (on-duty, not driving) or wait time with the engine o...
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Can automated timesheet data from GPS tracking be used for legal compliance?
Automated timesheet data can form part of a compliant record but rarely stands alone for legal compliance. Most regulations require driver certification of their hours, and automated logs without driver verification are...
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How accurate is GPS automated timesheet integration for payroll?
In real-world conditions, GPS automated timesheet integration can have significant accuracy issues, with discrepancies of 15-45 minutes per driver per day. Factors like urban signal blockage, prolonged engine idling, and...
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