Description
Introduction
The EAE CD100 KNX Corridor Sensor is purpose-built to deliver efficient automation across extended interior spaces such as long hallways and car parking facilities. Featuring a 20m x 6m coverage area, this sensor combines integrated motion and brightness sensing capabilities to automate lighting and maintain target illumination levels effortlessly. This device is part of our KNX Sensors products range.
Designed for modern KNX building management systems, the CD100 functions directly from the KNX line without needing an additional power supply. With configurable modes, standalone or master-slave topology, and versatile mounting options, it offers integrators and consultants a robust solution for energy-efficient lighting control.
Key Features
- 20m x 6m rectangular coverage pattern designed specifically for corridors and parking lots.
- Dual detection capability incorporating integrated brightness and motion sensors.
- Adjustable corridor function parameters including presence, absence, stay-on time, and switch-off delay via KNX.
- Available in both flush-mounted and surface-mounted configurations to match architectural needs.
- Built-in test and calibration modes to streamline physical installation and commissioning.
Benefits
- Optimized Corridor Coverage: The 20m x 6m detection zone reduces the total number of sensors required for long hallways and parking structures.
- Energy Efficiency via Constant Light Control: Integrated brightness monitoring dynamically compares ambient light with desired setpoints to maintain uniform illumination while cutting power usage.
- Flexible Operating Modes: Supports both full-automatic and semi-automatic modes based on external control inputs, adapting seamlessly to client requirements.
- Simplified Bus Integration: Operates entirely on KNX line power, eliminating the cost and complexity of external auxiliary power supplies.
- Scalable Master-Slave Architecture: Connects in parallel with other sensors to easily cover larger areas in standalone or master-slave configurations.
Technical Specifications
Applications
- Long commercial corridors, office hallways, and hotel passageways requiring long-range motion and light regulation.
- Multi-level covered parking spaces and underground garages where extended rectangular detection zones maximize efficiency.
Installation Notes
- Mounting options include flush-mounted and surface-mounted models depending on ceiling types and physical site conditions.
- Connect directly to the KNX TP bus line; no auxiliary external power connection is required.
- Utilize integrated test and calibration modes during commissioning to verify motion coverage and calibrate ambient light sensing.
FAQ
Does the EAE CD100 require an external power supply?
No, the device operates without an external supply by drawing power directly from the KNX line. Explore more EAE building automation products for professional building automation projects.
What is the coverage area of the EAE CD100 corridor sensor?
The sensor features a 20m x 6m detection area tailored for hallways and parking spaces. For certificates and current technical files, refer to the manufacturer technical documentation.
Can multiple CD100 sensors be connected together?
Yes, the CD100 can operate in standalone or master-slave configurations when connected in parallel with other sensors.
What mounting styles are available for the CD100?
The sensor is available in both flush-mounted and surface-mounted configurations.
What is the exact product model?
The order/model code for this page is SMP CD100. Match it against project documents before purchase.
Who is the manufacturer?
This product is manufactured by EAE.
Conclusion
The EAE CD100 KNX Corridor Sensor offers an effective, reliable solution for long-range motion and constant light control in hallways and parking facilities. With KNX bus power, flexible mounting options, and master-slave capability, it simplifies installation and optimizes building energy performance. Installers and system integrators can review our KNX dealer program options.
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