A safety technology company was developing an intelligent circuit protection device designed to improve electrical safety during earthquake events.
—— 01 · Project Background
A safety technology company was developing an intelligent circuit protection device designed to improve electrical safety during earthquake events.
The customer required a customized electronic system capable of detecting abnormal vibration conditions and controlling electrical circuits automatically.
—— 02 · Development Challenges
The project required:
• Fast response detection
• Reliable control logic
• Stable electrical operation
• Compact PCB structure
The hardware needed to work reliably under emergency conditions where failure could create safety risks.
—— 03 · MTI Engineering Approach
MTI developed a customized control board integrating sensing, processing, and switching functions.
The development included:
• MCU control architecture
• Sensor signal processing
• Relay control circuit
• Power management design
• PCB optimization
Reliability testing was performed throughout development.
—— 04 · Hardware Solution
The solution included:
• Embedded IoT controller
• Earthquake detection interface
• Safety control circuit
• Communication expansion capability
— 05 · Project Result
The customer obtained a reliable smart protection system suitable for intelligent building applications.
MTI provided complete hardware support from engineering development to production preparation.