1:System Analysis and Specification: Initially, a detailed analysis is conducted to understand the specific requirements of the access control system. This includes evaluating factors like the number of access points, user authentication methods (e.g., keycards, biometrics), integration with other security systems, and environmental conditions (indoor/outdoor)
2:Design and Prototyping: Once the specifications are clear, a design is developed, often with a prototype created to validate the functionality. This prototype includes custom software programming (e.g., PLC for automated control) and hardware components such as readers, controllers, and locking mechanisms
3:Component Sourcing and Customization: Manufacturers typically source the necessary hardware components, ensuring that they meet relevant standards like UL or ISO. Custom features may include modified enclosures to fit space requirements or additional functionality like remote monitoring
4:Fabrication and Assembly: The controller and associated components are assembled according to the final design, ensuring compliance with safety and performance standards. Automated processes, such as CNC machining, can be used for precision in enclosure modification
5:Testing and Quality Control: Before delivery, all systems undergo rigorous testing to ensure full functionality and compliance with customer requirements. This might involve simulated access scenarios to verify security, response times, and error handling
6:Installation and Support: After successful testing, the system is installed on-site, and your team would typically provide training on operation and troubleshooting. Post-installation support is crucial to address any issues and ensure smooth operation
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