Best current price£152.43from Tameson UK
Shopping.co.uk recommended and popular offers
Tameson UK£152.43Visit shop Abb Busch-Jaeger I-Bus Knx Application Controller Bus System - Ghq6310080r0111
Visit shop1 offer from £152.43
View price history by clicking the chart icon.
1 offer from £307.43
View price history by clicking the chart icon.
This ABB Busch-Jaeger I-Bus KNX Application Controller (GHQ6310080R0111) is for KNX system integrators and smart home installers seeking to implement complex, project-specific control logic. Its key benefit is the ability to execute up to three functions simultaneously, offering powerful customization for automation tasks. A potential caveat is its specialized nature, requiring KNX system knowledge for effective implementation. This controller integrates various functions like logic gates, time delays, and scene management onto the KNX bus.
| Brand | ABB |
|---|
Its primary purpose is to execute complex, project-specific control tasks and automation logic within a KNX system, allowing for the implementation of multiple functions (up to three) simultaneously on a single device.
No, this controller is specifically designed for and compatible only with KNX bus systems.
It can perform a wide range of functions including logic operations (gates, filters), time delays, value manipulation (multipliers, min/max detectors), comparators, scene control, increment/decrement operations, and staircase lighting control.
The controller is programmed using the ETS (Engineering Tool Software) provided by KNX, allowing for detailed configuration of its functions and logic.
The dimensions are approximately 3.54 inches (length) x 1.41 inches (width) x 2.51 inches (height).
Yes, like all KNX devices, it requires a KNX bus power supply to operate.
Due to its advanced capabilities and the need for KNX programming knowledge, it is best suited for experienced installers and integrators rather than beginners.
Verify KNX bus connections are secure and correctly wired. Ensure the KNX power supply is active and stable. Check device address and group address configuration in ETS.
Review the logic and parameter settings within ETS for the specific functions. Ensure all input signals are correctly assigned and that there are no conflicting rules. Verify the device has the correct firmware version.
Ensure the controller is installed in an area with sufficient airflow and is not enclosed in a manner that restricts heat dissipation. Check that the ambient temperature is within the device's operating specifications.
Temporarily disconnect the application controller from the bus to see if the errors cease. If they do, re-introduce the controller and check its configuration for potential bus load issues or incorrect addressing.
Setup:
Compatibility:
Care:
