Somfy connected motors for access

A universal control for roller garage doors

Rollixo® Premium io falls into the category of control cabinets for motorized closuresThese devices are designed to control roller garage doors. Based on io-homecontrol® technology, they enable bidirectional communication between devices, useful for status feedback.

Optimized implementation on site

The system aims to secure the installation and connection phases. Several technical elements facilitate the work of installers:

• compatibility with wired and wireless touch-sensitive bars (XSE)
• real-time display of component status (motor, safety, cells)
• detachable connectors and identified wiring
• factory pre-programmed remote controls

This type of interface reduces wiring errors, a frequent issue on the motorized closing systemsThe possibility of pre-wiring certain elements (power supply, motor, fall arrest system) helps to limit intervention time.

"Commissioning is simple and immediate thanks to the wireless touch bar and clearly identified wiring."

Connected piloting and enhanced safety features

Rollixo® Premium io integrates several devices related to the access security :

• burglary detection with integrated audible alarm (100 dB)
• vacation mode disabling controls
• anti-uplift system

The assembly meets the safety requirements applicable to motorized doors, particularly in relation to the standard EN 13241 relating to industrial and residential doors.

In terms of use, compatibility with TaHoma® allows the door to be controlled remotely and the equipment to be integrated into a global home automation scenario (lighting, shutters, alarm).

A digital ecosystem for professionals

The equipment is part of a logic of connected maintenance with several tools:

• Installation assistance application, usable offline
• quick setup application
• remote diagnostic platform

This type of approach is in line with the practices of design offices and installers, which seek to optimize the monitoring of installations and reduce after-sales service visits.

Operational limit to anticipate

While the solution simplifies commissioning, it assumes a mastering connected environments and radio protocols. During renovations, constraints may arise depending on the quality of the network or the building configuration.

New electronics for gate motors

With the 3S+ control unit, Somfy is revising the control architecture of its gate motors. This evolution affects several construction systems: swing gates, sliding gates, and integrated motors.

An adaptation to site constraints

3S+ stands out for its ability to adapt to different configurations:

• narrow pillars (up to 18 cm)
• autonomous solar power supply
• connecting multiple accessories

More than 30 adjustable parameters allow the motor's operation to be precisely adjusted according to the project context, whether it is an individual dwelling or a collective access.

Concrete example: on a swing gate under renovation with a small span, a jack-type motorization combined with 3S+ allows compliance with space constraints while guaranteeing opening performance.

Automated and secure programming

One of the major contributions lies in the automation of the configuration process:

• programming in 90 seconds
• automatic learning of settings
• error monitoring via real-time LEDs

This approach reduces the risk of non-compliance, particularly with regard to safety requirements related to motors (obstacle detection, effort limitation).

"Installers are assured of complying with safety standards after machine learning."

For installation companies, this type of functionality improves the reproducibility of installations, particularly on multi-site construction sites.

Simplified and centralized maintenance

3S+ integrates local and remote diagnostic functions:

• display of fault codes
• access to equipment via a connected platform
• reconfiguration without moving

This model is part of the evolution of professions towards the predictive maintenancewhere installers can anticipate breakdowns and intervene in a targeted manner.

A standardization approach for after-sales service

The 3S+ cabinet is designed as a single solution compatible with multiple motors. For professionals, this means:

• reduction of onboard stock
• simplification of interventions
• on-site adaptation according to the engine

This standardization addresses a common field problem: the diversity of references to be managed in maintenance.

Engines adapted to different uses

The new 3S+ electronics are fitted to several motors covering a wide range of applications:

• swing gates (up to 400 kg and 4 m per leaf)
• Integrated motors for aesthetic reasons
• Arm-based solutions for various configurations
• sliding gates up to 600 kg and 8 m

Some developments are worth noting, such as the increased opening range or the integration of self-locking systems, useful in areas exposed to wind.

A possible energy self-sufficiency operation

The 3S+ motors are compatible with solar kits. This type of installation is suited to specific situations:

• absence of electrical grid
• isolated sites
• light renovation projects

The advertised autonomy allows for prolonged operation without sunlight, while maintaining engine performance.

A design that integrates environmental considerations

Both solutions presented incorporate an approach ofEco conception :

• reduced standby power consumption
• recyclable packaging materials
• ease of disassembly

They have a validated environmental declaration (PEP Ecopassport®), in accordance with ISO standards, which allows specifiers to integrate this data into a life cycle analysis (LCA).

"Particular attention has been paid to standby power consumption and recyclability."

Integration into the smart home ecosystem

All equipment is compatible with a centralized control solution allowing the creation of usage scenarios.

Example: an "arrival" scenario can coordinate the opening of the gate and garage door, the activation of the outdoor lighting and the deactivation of the alarm.

This type of integration illustrates the convergence between building technical equipment and home automation systems, which are increasingly expected by users.

These new solutions reflect a market shift towards more connected equipment that is easier to install and integrated into a remote maintenance framework. However, their deployment will depend on professionals' ability to master these digital tools and adapt them to the specific constraints of each project.