Design and Implementation of Framework for Optimized Relay-Timed Electronic Security System (Fortress)
DOI:
https://doi.org/10.64252/pzx79c77Keywords:
Framework for Optimized Relay-Timed Electronics Security System (FORTRESS), Door lock, Security, Electromagnetic Relay, Electromagnetic Timer Relay, mini relays, electro-mechanical lock, push buttons, power supply, UPS, LDR, Transistor, efficiency, reliability, durabilityAbstract
This study presents the design, development, and evaluation of FORTRESS (Framework for Optimized Relay Time-Relay Electronic Security System). Focused on affordability and practicality, FORTRESS utilizes readily available components for a cost-effective security solution. The prototype leverages relay logic and solenoid locks to manage access control in rooms I-208 and I-206 at Bldg. I, Pablo Umali Hall, University of Batangas.
A functional prototype was constructed using locally sourced components at an estimated cost of ₱21,350. To assess the system's effectiveness, a 22-day evaluation period focused on reliability, efficiency, and durability. The results were promising: reliability testing yielded consistently high performance, core component efficiency reached 96%, and the system functioned correctly for over 87% of a 220-hour durability test.
Based on these findings, the researchers recommend further exploration to understand minor variations observed in reliability testing. Additionally, they propose investigating the integration of advanced access control technologies like RFID and fingerprint sensors for enhanced security. Furthermore, the study suggests the potential for expanding the use of FORTRESS to secure other university laboratories housing valuable equipment.
