Door control performance is determined as much by power architecture as by locking technology. Voltage drop, insufficient current supply, unstable backup systems or inadequate current transfer between frame and leaf are common causes of malfunction.
Many door failures attributed to hardware originate in infrastructure design. An electrified door must be evaluated as a complete electrical and mechanical system, where power supply sizing, fail-safe configuration and signal monitoring operate in coordination.
Integration also defines long-term stability. Whether connected to access control platforms, fire detection systems or building management environments, the door must respond consistently under normal and emergency conditions.
We define system-level architectures that ensure electrical stability, functional integrity and predictable behavior across the lifecycle of the installation.
