Cut Sheet

2
February 2017
WaveLinx Wallstation
www.eaton.com/lightingsystems
System Architecture
This diagram shows the main components of the WaveLinx Wireless Connected Lighting (WCL) system. The WaveLinx system
communicates using wireless mesh technology based on the IEEE 802.15.4 standard. A POE LAN connection for each Wireless Area
Controller (WAC) is required for power and data access to the building wireless network. System setup is achieved through a simple mobile
application via wireless communication to the system.
Building LAN
Wireless Area
Controller (WAC)
Area or Room
(up to 16)
20A Dimming
Relay
Room Based
Occupancy Sensor
Controlled
Receptacle
Scene
Wallstation
Fixture Integrated
Occupancy and
Daylighting Sensor
Wireless Controlled Lighting ready devices
(up to 200 per WAC)
Area or Room
(up to 16)
Area or Room
(up to 16)
WCL Mobile App
used for system setup
and personal control
Building
Wireless
PoE Power
Specifications
Power
Input power: 120/277VAC
Connections: Hot, Neutral, Ground
Indicators
Button LEDs White (1 per scene button)
LED functionality
• Indication of wireless network join request
• Indication of wireless network connection
• Scene indication of operations
Button Configuration
Large buttons 1-3
Small buttons 2,4,5,6
Installation
Standard deorator opening
Size
4.75"H x 3.25"W x ? D
Software Specifications
Each button programmable to trigger or toggle Scene or Zone
Default values when joined to an area via WaveLinx Mobile application
Dominent buton sets area to 50% dimmable light levels
Fade rates and scene transitions are programmable
Capable of multiple actions per button press
Environmental Specifications
Operating Temperature Range: 32°F to 113°F (0°C to 45°C)
Storage Temperature Range: 32°F to 167°F ( 0°C to 75°C)
Relative Humidity: 5% to 95% non-condensing, for indoor use only