GEZE Introduces EN 16005-Compliant Pivot Door Drive

GEZE GmbH has introduced the Axira pivot drive system, an automated drive platform for pivot doors certified in accordance with EN 16005 requirements for power-operated pedestrian doors. According to the company, the system is the first automated pivot door drive in its category tested and certified to this European safety standard.

The system is designed for large-format pivot doors used in hotels, office buildings, and high-end residential applications where architects and building operators increasingly require automated access systems capable of supporting oversized door structures while meeting public safety regulations.

EN 16005 compliance for automated pivot doors
EN 16005 establishes safety requirements for power-operated pedestrian doors used within public environments, including operational safety, user protection, and accessibility considerations. Certification under this standard is particularly important for installations in public buildings and environments where protected user groups require compliant automated access systems.

GEZE stated that the Axira system was developed specifically to provide certified automation capability for pivot door applications, a segment where automated solutions have traditionally faced challenges related to door weight, motion control, and operational safety.

The company indicated that certification supports deployment in public-access buildings while enabling compliance with accessibility and safety requirements for automated entrances.

High-torque drive system for large door formats
The Axira drive system delivers torque output up to 800 Newton metres while maintaining a drive housing height of 70 millimetres. According to GEZE, the system is capable of operating pivot doors weighing up to 450 kilograms with maximum dimensions of 2,400 millimetres in width and 4,000 millimetres in height.

Large-format pivot doors are increasingly used in architectural entrance systems because they enable wide openings and minimalist visual integration. However, increased door mass and size create engineering challenges related to motion control, structural stability, and long-term operational reliability.

The system was tested for 200,000 operating cycles and is designed for low-maintenance operation. GEZE stated that the drive technology also supports reduced energy consumption compared with conventional automated door systems.




Concealed installation and system integration
The Axira system is designed for concealed installation within lintels or suspended ceiling structures, allowing the automation components to remain visually integrated within architectural entrance designs.

GEZE stated that while the drive system itself is manufactured in standardized series production, leaf and frame components are adapted individually to match different door profile systems. The company works with profile manufacturers to support varying construction techniques and architectural configurations.

Integration with building automation infrastructure is supported through BACnet and OPC UA communication protocols. These interfaces allow the drive system to connect with building management systems for centralized monitoring and operational control within smart building environments.

Safety sensors and automation infrastructure
The system supports integration with GEZE GC 342 and GC 342+ safety sensors for monitoring pivot door operation and protecting users during automated opening and closing sequences.

Automated entrance systems increasingly require sensor integration, operational diagnostics, and network connectivity as part of broader intelligent building management infrastructure. Building operators are increasingly incorporating connected access systems into centralized facility management platforms to support energy efficiency, accessibility, and operational monitoring.

Competitive context in automated entrance systems
Automated pivot doors occupy a specialized segment within the building automation and entrance systems market, where systems are typically evaluated based on safety compliance, supported door dimensions, torque capability, integration flexibility, and architectural adaptability.

Compared with conventional swing-door automation systems, pivot door drives require higher torque handling and more precise motion control due to the offset rotational axis and increased structural loads associated with large-format door panels.

GEZE stated that the Axira platform was developed to support both architectural flexibility and standardized operational safety within modern automated entrance installations.

Edited by Natania Lyngdoh, Induportals editor, with AI assistance.

www.geze.com