Introduction
Choosing the right sensor for automatic sliding doors matters for safety, energy efficiency, and reliable activation. The IXIO-DT1, bea ixio dt1, bea ixio-dt1 from BEA is a dual-technology motion and presence sensor designed to cover both activation and pedestrian safety in a single unit. This article compares the IXIO-DT1 to traditional sensors and market alternatives, walks through core features, and highlights installation and configuration tips.
Overview of IXIO-DT1
The BEA IXIO-DT1 is a dual-technology sensor that combines microwave radar for door activation and active infrared curtains for presence detection and safety. Its design targets sliding doors, industrial doors, vehicle gates and off-door automation, providing a flexible solution across commercial and industrial applications. The device is standards-oriented and comes with credentials and certifications appropriate for many installations.
Importance of Choosing the Right Sensor
A sensor must reliably detect approaching traffic without producing false activations, while providing a dependable presence detection zone to prevent door-to-person contact. Built-in safety monitoring, field-adjustability and clear diagnostic tools reduce installation time and future maintenance. For facilities in the United States, compliance with standards and straightforward configuration are practical must-haves.
BEA IXIO-DT1 Features
Dual Technology Integration
The IXIO-DT1 integrates microwave radar for motion activation with a dense active-infrared curtain for presence detection. The combination handles both activation and safety duties within one enclosure, reducing hardware count while delivering targeted detection.
Advanced Detection Capabilities
Motion Detection
Microwave activation in the IXIO-DT1 offers adjustable sensitivity across multiple levels. This lets installers tailor the activation field to reduce unwanted openings caused by distant or incidental movement, improving energy performance in vestibules and conditioned spaces.
Presence Detection
For safety, the IXIO-DT1 uses two 24-spot high-density infrared curtains (48 spots total) that create a 3D presence zone at the door threshold. These infrared curtains provide precise detection close to the door to prevent people or objects from being contacted during door motion—critical for ADA and safety compliance scenarios.
User-Friendly Interface
BEA provides an LCD on the sensor and an associated visualization/configuration tool. Installers can view settings via the LCD and use the visualization tool to tweak parameters. The sensor also projects four visible red alignment spots onto the floor to speed up precise IR curtain alignment—an aid that simplifies commissioning.
Performance Comparison
IXIO-DT1 vs. Traditional Sensors
Traditional single-technology sensors (microwave-only or infrared-only) either struggle with false activations or require separate devices to handle activation and safety. The IXIO-DT1’s combined approach places activation and safety in one enclosure: microwave handles approach detection at range while the infrared curtains manage close-in presence. That reduces overall system complexity and can improve safety without adding separate presence beams or edges.
IXIO-DT1 vs. Other Market Leaders
Compared with other dual-tech offerings, BEA emphasizes intuitive configuration (LCD + visualization), dense infrared curtains for fine-grained presence detection, and unidirectional microwave options to limit activation range—features that support easier commissioning and better energy control. BEA also offers an industrial variant of the IXIO-DT1 for harsher environments with the same dual-technology benefits and protective enclosures suited to industrial conditions.
Manual Insights for BEA IXIO-DT1
Installation Guidelines
The IXIO-DT1 commonly ships as a kit that includes the sensor, harness, mounting screws and a mounting template—helpful for a smooth install. For accurate safety operation, use the sensor’s red floor alignment spots to position and fine-tune the infrared curtains, and consult the product cut sheet or user guide for mounting height and angle details.
Programming and Configuration
Configuration is done either on the sensor’s LCD or via the visualization tool. Installers can set microwave sensitivity and IR immunity levels directly on-device, and the visualization tool helps confirm settings for faster commissioning. The sensor includes multiple microwave sensitivity options and infrared immunity settings for tuning performance to each location.
Setting Up Motion Detection
Set the microwave activation sensitivity to capture the desired approach zone while avoiding traffic beyond the entrance. For vestibules or heavy wind/traffic zones, installers can reduce range or use unidirectional radar modes where supported to save energy by shortening hold-open times.
Adjusting Sensitivity Settings
The sensor provides granular microwave activation sensitivity and infrared immunity settings—this granularity helps reduce false positives from environmental disturbances and achieves a better balance between safety and energy savings.
Common Troubleshooting Tips
- Verify alignment using the four red floor-mounted alignment spots to ensure the IR curtains cover the threshold correctly.
- Confirm wiring and harness connections; check harness seating and controller wiring if the sensor won’t switch outputs.
- Use the LCD and visualization tool to confirm active settings and validate that microwave and IR zones are detected as expected.
- For persistent or subtle faults, consult the full user guide and cut sheet for wiring diagrams and diagnostic flows.
Conclusion
Key Takeaways
- The IXIO-DT1, bea ixio dt1, bea ixio-dt1 is a dual-technology sensor combining microwave activation and high-density infrared curtains to deliver both activation and safety from one device.
- Its adjustable microwave and IR settings, LCD + visualization and visible alignment aids make commissioning quicker and repeatable.
- The industrial variant and environmental protection options suit both commercial and heavier-duty use cases.
Future of Automatic Door Sensors
As facilities pursue energy savings and higher safety standards, sensors that combine precise activation with close-in presence detection—and that simplify setup—will continue to lead. The IXIO-DT1 represents this trend: fewer devices, more control, and clearer commissioning tools.