Information
Ease of use and configuration
The SDA-05 is equipped with an innovative auto-setup function that adapts and learns over time. The automation continuously optimises its operation based on door behaviour, ensuring stable and reliable performance in daily use.
Settings and transferability
All settings can be fully adjusted via intuitive software tools, allowing configurations to be tailored to specific requirements. These settings can be saved and transferred to other SDA-05 controllers, ensuring consistency across multiple installations.
Integration and connectivity
Thanks to versatile connectivity options such as WLAN, USB, CAN and LAN, the SDA-05 can be seamlessly integrated into existing building management systems. The automation also features multiple inputs and outputs with predefined standard configurations, providing flexibility for various applications.
Relays and application flexibility
The SDA-05 is equipped with three relays, each offering a choice of 15 configuration settings. This enables flexible use of the automation for functions such as interlocking, signalling or integration with external systems.
Safety in accordance with EN 16005
The SDA-05 complies with the safety requirements of EN 16005, with user protection as a core principle. The automation is designed for safe operation in intensively used environments.
Automatic detection and safety sensors
The system features automatic detection and periodic testing of safety sensors, ensuring continuous monitoring of correct sensor operation and reliable safety performance over time.
Obstacle detection with Deceleration Measurement System (DMS)
Thanks to the Deceleration Measurement System (DMS), the door stops immediately and reverses in a controlled manner when an obstacle is detected, effectively reducing potential risks.
Housing and safety in medical environments
The SDA-05 is fitted with a non-flammable plastic housing, further enhancing safety. This is particularly relevant in environments requiring medical grounding, where fire risk must be minimised.
