Description
Introduction
The GEWISS GW10762H is a flush-mounted climate control sensor engineered for precise temperature and humidity monitoring within modern building automation systems. Designed to integrate seamlessly into standard flush-mounting enclosures, this white-finish sensor delivers essential ambient data required for efficient HVAC control, climate balancing, and indoor environmental monitoring. This device is part of our KNX system devices range.

As technical requirements for smart facilities demand accurate environmental sensing, procuring verified devices is critical. Given the limited technical documentation available for SKU GW10762H, system integrators, electrical contractors, and procurement managers should ensure rigorous Bill of Materials (BOQ) matching and verify official manufacturer documentation prior to deployment.
Key Features
- Integrated ambient temperature sensing functionality.
- Relative humidity measurement capability for room climate regulation.
- Flush-mounting form factor compatible with standard wall enclosures.
- Clean white aesthetic suitable for modern interior architecture.
- Official GEWISS part number GW10762H for clear BOQ verification.
- Designed for professional installation in residential and commercial facilities.
Benefits
- Enables accurate ambient temperature and relative humidity tracking for automated HVAC control.
- Designed for flush-mounted installation, ensuring a clean and low-profile aesthetic in modern interior spaces.
- Neutral white finish matches standard commercial and residential wiring device ranges.
- Simplifies climate monitoring integration within building management and room automation systems.
- Supports energy-efficient heating, cooling, and ventilation strategy execution.
- High-reliability manufacturing from GEWISS guarantees long-term operational performance.
Technical Specifications
Applications
- Commercial office space indoor climate monitoring and HVAC integration.
- Residential smart automation climate control and humidity management.
- Hospitality and hotel guest room environmental management systems.
- Public and institutional buildings requiring centralized ambient monitoring.
Installation Notes
- Ensure proper flush-mounting box depth and alignment before final mechanical securing.
- Refer to official GEWISS technical datasheets for exact terminal connections and wiring guidelines.
Developer Resources
- Official GEWISS technical catalog and dimensional drawings.
- Manufacturer product page for installation instruction downloads.
FAQ
What primary functions does the GEWISS GW10762H perform?
The GEWISS GW10762H is designed for flush-mounted temperature and humidity sensing, providing ambient climate data for building control systems. Explore more GEWISS KNX solutions for professional building automation projects.
How can I verify if GW10762H matches my project specification?
Cross-reference the exact SKU GW10762H with the official GEWISS technical datasheet and your project’s Bill of Quantities (BOQ) before purchasing. For certificates and current technical files, refer to the official GEWISS documentation.
What is the mounting method for this sensor?
This device features a flush-mounted design intended for installation inside standard wall-mounted electrical boxes.
What is the exact product model?
The order/model code for this page is GW10762H. Match it against project documents before purchase.
Who is the manufacturer?
This product is manufactured by GEWISS.
Where can I find the official technical documentation?
Use the manufacturer product page and datasheets for this exact SKU. Always verify the latest revision before specifying the product.
Conclusion
The GEWISS GW10762H flush-mounted temperature and humidity sensor offers an essential solution for climate monitoring in automated buildings. Installers and buyers should confirm system wiring compatibility and official manufacturer documentation prior to final procurement. Installers and system integrators can review our become a KNX dealer options.






Reviews
There are no reviews yet.