YALE AERON Wireless Actuator – Overview
In contemporary building design, natural ventilation, energy performance, and occupant comfort are all critical considerations. Automated window control solutions are increasingly specified to achieve these outcomes, and the YALE AERON Wireless Actuator represents one of the most advanced systems available for architects, builders, and automation integrators.
Engineered by Yale, part of ASSA ABLOY, YALE AERON Wireless Actuator provides a robust and flexible mechanism for controlling awning and casement windows, with wireless integration and a professional-grade performance profile suitable for both residential and commercial applications.
1. Product Summary
The YALE AERON Wireless Actuator is a chain-driven, 24 V DC window operator designed to automate awning and casement windows. It supports wireless connectivity via ZigBee mesh, allowing remote and grouped operation through the Yale Home App or compatible control systems.
Its compact body, high torque output, and stainless-steel chain construction make it ideal for high-level or difficult-to-access openings. With up to 12,000 tested cycles, YALE AERON Wireless Actuator ensures reliable, low-maintenance operation in environments demanding consistent performance.
Key specifications (per manufacturer data):
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Power input: 24 V DC
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Maximum chain opening: 275 mm
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Adjustable chain limit: 100–250 mm (50 mm increments)
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Holding force (closed): 3000 N
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Operating noise: ≤ 55 dB
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Compatible with Yale Hub and remote accessories
(Source: Yale Aeron Product Page)
2. Technical Construction & Performance
YALE AERON Wireless Actuator’s mechanical durability and installation versatility distinguish it from standard actuators. Its zinc die-cast body and 304 stainless-steel chain deliver strength against corrosion and deformation. Internal gearing and electronic limit switching provide precise positioning and overload protection.
Operating at 55 dB or less, it offers quiet performance—important in offices, education facilities, and healthcare environments. Each YALE AERON Wireless Actuator is rated for over 12,000 opening/closing cycles, with optional dual-actuator synchronisation for wider sashes up to 2400 mm.
YALE AERON Wireless Actuator’s design enables installation in top- or bottom-hung configurations, supporting either push or pull operation depending on the window type. Multiple actuators can be networked and controlled as groups for coordinated façade management.
For detailed mechanical data, refer to the Yale Technical Specification Guide (PDF).
3. Connectivity & Control Integration
Although YALE AERON Wireless Actuator via a 24 V DC supply, communication is handled wirelessly using ZigBee 3.0 mesh. The system connects to the Yale Hub, which enables control via the Yale Home App or third-party smart building platforms.
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ZigBee mesh allows signal extension through repeaters and other Yale devices.
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Up to 30 actuators + 4 remotes can be controlled via one hub.
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Integration with sensor inputs (rain, wind, temperature) enables automated environmental response.
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Actuators can be grouped by room, façade, or function.
For projects requiring building management integration (BMS/KNX), wired options or relay interfaces can be used alongside the hub.
(Source: Yale Global Product Page)
4. Safety & Compliance Features
Safety and compliance are central to YALE AERON Wireless Actuator’s specification.
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Fall prevention: When restricted to 100 mm opening, it meets the Building Code of Australia fall-prevention requirement for operable windows.
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Overload protection: Electronic control circuitry prevents motor damage or chain strain when an obstruction is detected.
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Secure closing: The 3000 N negative holding force ensures weather-tight sealing and resistance against forced entry.
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Fail-safe operation: When used with the Yale power supply and controller, the actuator can be configured to close automatically in response to environmental sensor triggers.
These attributes make YALE AERON Wireless Actuator a strong fit for schools, aged-care facilities, and high-rise applications where controlled ventilation and occupant safety are mandatory.
5. Energy Efficiency & Natural Ventilation Benefits
Automated window actuation supports natural ventilation strategies, a core component of energy-efficient design. YALE AERON Wireless Actuator facilitates controlled cross-ventilation and smoke clearance, reducing reliance on mechanical HVAC systems.
When combined with environmental sensors and smart controls, windows can open in response to interior CO₂ levels or temperature rise, providing a passive cooling effect and improving indoor air quality.
For a detailed discussion of these benefits, refer to:
👉 Smart Window Control Systems – Benefits and Applications
These control strategies can contribute to NABERS, Green Star, or Passive House performance targets by minimising energy consumption related to air conditioning.
6. Application Scenarios
6.1 Residential and Multi-Residential
In high-end apartments or townhouses, YALE AERON Wireless Actuator provides quiet, discreet automation for upper-level awning windows or clerestory glazing. The wireless design reduces cabling complexity and enables integration with lighting or shading systems through the Yale Hub.
6.2 Commercial and Institutional Buildings
For offices, education, and healthcare environments, grouped window control offers centralised management of natural ventilation. Integration with weather sensors ensures windows close automatically during rain or high winds.
6.3 Retrofit Projects
The compact housing and flexible mounting brackets make the Aeron suitable for retrofit installations. Existing awning or casement windows can be upgraded to automated operation without replacing the sash or frame, reducing labour and material costs.
7. Installation & Configuration Considerations
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Power supply: Each actuator requires a 24 V DC power feed. One Yale PSU can supply two actuators operating in synchronisation.
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Mounting options: Compatible with aluminium, timber, or uPVC frames using Yale’s standard brackets.
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Wiring: Power cabling must comply with AS/NZS 3000 wiring standards; installation should be performed by a licensed electrician.
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Signal range: ZigBee operates on 2.4 GHz; maintain line-of-sight or repeaters for best connectivity.
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Maintenance: Periodic inspection of the chain and pivot joints ensures long-term reliability; lubrication is recommended at intervals consistent with building maintenance schedules.
Proper commissioning ensures synchronised operation, accurate limit calibration, and system reliability throughout the actuator’s lifespan.
8. Specification Summary (for Tender or Design Documentation)
| Parameter | Description |
|---|---|
| Product Name | YALE AERON Wireless Actuator |
| Manufacturer | ASSA ABLOY / Yale Home Australia |
| Actuator Type | Chain drive – 24 V DC |
| Control Interface | ZigBee 3.0 Wireless / Yale Hub |
| Max Opening | 275 mm (adjustable 100–250 mm limit) |
| Holding Force | 3000 N (closed) |
| Cycle Life | 12,000 operations minimum |
| Noise Level | ≤ 55 dB |
| Materials | Zinc alloy body, 304 SS chain |
| Compliance | BCA fall-prevention (100 mm limit) |
| Typical Applications | Residential, Commercial, Education, Healthcare |
| Warranty | Manufacturer’s warranty per Yale terms |
(For complete dimensional drawings and wiring details, consult the Yale Catalogue Centre PDF.)
9. Integration with Building Management and Automation
YALE AERON Wireless Actuator can operate as a standalone wireless system or integrate into larger automation frameworks. Through relay output modules, connection to KNX, BACnet, or Modbus systems can be achieved for façade management or smoke-exhaust control.
Architects and integrators can therefore specify the Aeron not just for comfort ventilation but also for building performance objectives, including smoke control or night purge cooling.
10. Compliance and Standards Alignment
The Aeron system aligns with relevant Australian standards and industry practices:
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AS/NZS 60335.2.103 – Safety of electric drives for windows
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AS 2047 – Windows and external glazed doors in buildings
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BCA 2019 Volume One Clause D2.24 – Protection of openable windows
Compliance with these standards ensures suitability for use in regulated commercial and multi-residential construction.
11. Environmental and Operational Advantages
Beyond convenience, automated window control provides tangible environmental benefits. Controlled window operation reduces the dependency on mechanical HVAC, which can account for over 40 % of a building’s energy consumption.
External reference: Australian Government Energy Efficiency Programs highlight how passive ventilation contributes to improved comfort and reduced energy demand.
Through networked control, windows can be programmed for scheduled night purge cycles, adaptive ventilation, or integration with solar-gain management strategies.
12. Procurement and Support through Digital Home Systems
Digital Home Systems provides local distribution, support, and integration advice for Yale Aeron actuators throughout Australia. Their team assists architects and integrators with specification, compatibility checks, and system design.
Each product is supported with installation accessories, control modules, and detailed documentation.
👉 Visit the product page: YALE AERON Wireless Actuator
13. Summary: Professional-Grade Window Automation
For architects, builders, and facility managers, the YALE AERON Wireless Actuator represents a reliable, standards-compliant, and integration-ready solution for automated window control.
Its combination of mechanical strength, silent operation, and wireless communication makes it ideal for:
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High-level or hard-to-reach window applications
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Façade ventilation control in commercial or educational buildings
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Retrofitting existing windows for improved safety and energy performance
By incorporating YALE AERON Wireless Actuator into modern building designs, professionals can deliver improved indoor air quality, occupant comfort, and compliance with safety regulations—while maintaining the architectural integrity of the façade.
