Description
Introduction
The ABB YUBR/U0.0.1-201 (Product ID: 2TYZ120102R1000) is a specialized room temperature controller belonging to the ABB i-bus® KNX Yurika product range. Designed as a touch sensor for bus system integration under ETIM EC000672, this flush-mounted unit combines precise room climate control functionality with an elegant Matt Black aesthetic tailored for commercial and high-end residential KNX installations. Explore more products from ABB for professional building automation projects.
Engineered by ABB for business-to-business (B2B) applications, the unit features net dimensions of 86.0 mm in width, 86.0 mm in height, and a depth of 40.0 mm. System integrators, consultants, and installers can utilize technical documentation—including data sheet 9AKK108467A6960 and manual 9AKK108467A6351—for seamless planning and installation within standard KNX panel setups.
Key Features
- Extended Product Type: YUBR/U0.0.1-201
- ABB Product ID: 2TYZ120102R1000
- Part of the ABB i-bus® KNX sensor lineup and Yurika design range
- Flush-mounted (FM) room temperature controller and touch sensor
- Finished in Matt Black color
- Net dimensions: 86.0 mm (W) x 86.0 mm (H) x 40.0 mm (D)
- Net weight: 0.84 kg
- EAN barcode identifier: 6925897542812
Benefits
- Native ABB i-bus® KNX Integration: Operates within the established KNX ecosystem for standardized HVAC and room climate automation.
- Yurika Design Aesthetics: Delivers a clean Matt Black finish that aligns with modern architectural design requirements.
- Standardized Touch Sensor Interface: Classified under ETIM 9 and ETIM 10 (EC000672) as an official touch sensor for bus system controls.
- Compact Flush Mounting: Designed for flush-mounted (FM) installation with a net depth of 40.0 mm and standardized 86.0 x 86.0 mm dimensions.
- Verified Compliance and Documentation: Supported by CE Declaration of Conformity 9AKK108468A2575 and full technical data sheets.
Technical Specifications
Applications
- Commercial office environments and meeting spaces requiring flush-mounted KNX room temperature sensing and control.
- High-end residential building automation systems utilizing the ABB Yurika design line in Matt Black.
- KNX panel installations needing certified bus touch sensors with official ABB B2B documentation.
Installation Notes
- Mount the unit as a flush-mounted (FM) device according to the dimensions outlined in diagram 9AKK108470A6036 (86.0 mm x 86.0 mm x 40.0 mm).
- Reference ABB instruction manual 9AKK108467A6351 for physical installation and bus system connection details.
- Review technical data sheet 9AKK108467A6960 prior to commissioning to ensure full integration with the KNX bus line.
Developer Resources
- ABB Technical Data Sheet: 9AKK108467A6960
- Instructions and Manuals: 9AKK108467A6351
- Declaration of Conformity – CE: 9AKK108468A2575
- Dimension Diagram: 9AKK108470A6036
FAQ
What is the exact product ID for the ABB YUBR/U0.0.1-201?
The official ABB Product ID for the YUBR/U0.0.1-201 room temperature controller is 2TYZ120102R1000.
What are the physical dimensions and weight of this device?
The unit measures 86.0 mm in width, 86.0 mm in height, and 40.0 mm in depth, with a net weight of 0.84 kg. For certificates and current technical files, refer to the official product documentation.
What ETIM classification does the YUBR/U0.0.1-201 hold?
It is classified under ETIM 9 and ETIM 10 as EC000672 (Touch sensor for bus system).
Which design range and color is this controller supplied in?
This controller belongs to the ABB Yurika design range and features a Matt Black finish.
What is the exact product model?
The order/model code for this page is YUBR/U0.0.1-201. Match it against project documents before purchase.
Who is the manufacturer?
This product is manufactured by ABB.
Conclusion
The ABB YUBR/U0.0.1-201 Yurika Room Temperature Controller in Matt Black (2TYZ120102R1000) provides a dedicated, flush-mounted touch sensor solution for ABB i-bus® KNX installations, backed by complete technical documentation. Installers and system integrators can review our KNX dealer program options.
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