Success case
Open Manufacture: Revealing SenseCAP T1000’s Reliability through Extreme Temperature Trials
Welcome back to our Open Manufacture series, where we reveal the intricate process of crafting exceptional products. Today, we’re diving into the world of extreme temperature testing, a critical step in ensuring the reliability and resilience of SenseCAP T1000 trackers. Understanding how our devices perform under extreme temperature conditions is crucial, as it ensures that […]
- Industry
- Industrial Manufacturing
- Application
- Tracker temperature reliability
- Results
- All samples passed Test outcome
Project background and needs
The Open Manufacture test validated SenseCAP T1000 tracker reliability under extreme low and high temperatures, focusing on device performance across temperatures and operating states.
High/low temperature operation
- The product targets performance across low and high temperature conditions.
- Validation required observing both powered-off and actively transmitting devices.
Needs to run temperature tests across different operating states.
Variation and measurement
- The second phase ramped temperature up and down in steps.
- Testing also tracked internal temperature readings and changes in device appearance.
Needs to check function, temperature readings, and structural performance.
Solution and architecture
Constant-temperature test
Both device batches were held at low then high temperature while transmission status was monitored; startup and function were checked afterwards.
Temperature-ramp verification
The test ramped temperature up and down in steps while logging internal sensor readings; results were recorded in tables and charts.
Solution components
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