provides solutions for controlling lighting and other electrical devices in building automation. This category includes actuators with different channel options such as 2 channels, 4 channels and manual control modes. Designed to increase energy efficiency and facilitate system integration, KNX Switch Actuators offer ideal solutions for engineers, system integrators and contractors.
provides solutions for controlling lighting and other electrical devices in building automation. This category includes actuators with different channel options such as 2 channels, 4 channels and manual control modes. Designed to increase energy efficiency and facilitate system integration, KNX Switch Actuators offer ideal solutions for engineers, system integrators and contractors.
Showing 1–16 of 23 results
Modern building automation requires reliable and efficient switching of lighting, HVAC and other electrical loads. KNX switch actuators serve as the cornerstone of intelligent building control systems by providing precise management of various electrical loads via the KNX bus system.
KNX switch actuators come in a variety of configurations, from compact 2-channel devices to comprehensive 24-channel units. These devices support different current ratings such as 6A, 10A and 16A, suitable for different applications from residential to large commercial projects.
The integration capabilities of KNX switch actuators enable seamless communication with other KNX devices, sensors and building management systems. This interoperability ensures consistent performance and improved control across the entire building automation network.
Advanced features such as manual operation, status LED indicators and comprehensive diagnostic functions make these devices indispensable for modern building infrastructure. Engineers can easily monitor, maintain and troubleshoot installations through both physical interfaces and software tools.
ABB's innovative Kombi series (SAH/S) combines switching and shading functionality in one compact unit. The series includes 8 (SAH/S 8.10.7.1), 16 (SAH/S 16.10.7.1) and 24 (SAH/S 24.16.7.1) variants offering maximum flexibility for residential and commercial applications.
These devices feature space-saving designs with two switching outputs or one louver output per module width. The series supports multi-phase operation and includes models with current ratings of 6A, 10A and 16A for various load requirements.
Installation and commissioning are simplified thanks to template-based ETS programming and centralized function features. The intuitive user interface and lockable manual operation ensure safe and efficient operation.
Advanced diagnostics via the i-bus tool enable easy maintenance and troubleshooting, making these actuators ideal for dynamic project requirements.
Schneider Electric's MTN6705-0008 and MTN6805-0008 switch actuators provide professional-grade solutions for demanding applications. These devices provide robust performance and reliability in commercial and industrial environments.
The actuators offer comprehensive load compatibility supporting various load types including LED lighting, fluorescent lamps and conventional electrical loads. High switching capacities and surge protection ensure long-term operational stability.
Advanced programming options enable complex automation scenarios, including time-based controls, logic operations and scenario management. The devices support detailed status feedback and power consumption monitoring.
Manual operation buttons and status indicators provide direct control and visual feedback, while diagnostic functions help maintain system performance and quickly identify potential problems.
Switch actuators from both manufacturers support C-load switching, suitable for high inrush current applications. ABB's Professional series (SA/S) includes models with particularly advanced C-load handling capability and energy metering functions.
Current ratings range from 6A to 16A AC1 and certain models are designed for capacitive loads. Selection of suitable models depends on factors such as switching frequency, type of load and required functionality.
Application considerations include proper load distribution, thermal management and cable sizing. Engineers should consider inrush currents when selecting suitable actuators, especially with LED and capacitive loads.
Each channel can be configured independently, enabling flexible adaptation to various application requirements. Advanced features such as current monitoring and load sensing provide additional safety and maintenance benefits.
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