Home > Dimmers, Lighting, & Appliance Control, Smarthome > Take Control of your Window Treatments with this Aspire RF Wireless Module

Take Control of your Window Treatments with this Aspire RF Wireless Module

Cooper Wiring Devices RFSCMDC1 Aspire RF Shade Control Module

The Aspire RF Shade Control Module is a single motor controller for DC motorized shades, blinds, screens and awnings to provide remote Open/Close/Stop/Tilt control. The Aspire RF Shade Control Module provides other programmable functions (association, child lockout, etc.) when used with Aspire RF or other Z-Wave compliant products. The Shade Control Module is intended to be manually or remotely controlled by other Z-Wave devices or controllers. The Aspire RF Shade Control Module utilizes a 24VDC power supply, terminates using a female 4 conductor connector for motor wires and provides a small footprint for flexible mounting.

About Aspire RF
ASPIRE RF with Z-Wave technology is a new generation of easy-to-install and easy-to-use wireless RF-based home control technology. With a full array of one-touch controllers and a wide range of wiring devices that can be integrated together, creating a wireless home control network using ASPIRE RF is easy. Best of all, installing an ASPIRE RF wireless system requires no special wiring or rewiring, making it ideal for retrofitting existing homes and for new home construction.

Aspire RF and Z-Wave
The high versatility and dependability of ASPIRE RF is made possible by the use of Z-Wave technology. Z-Wave is a highly versatile and dependable RF-based home control technology that effectively transforms any component into an intelligently
networked device that can be controlled and monitored wirelessly. ASPIRE RF products are compatible with any Z-Wave certified device. This interoperability with other manufacturers’ devices provides maximum flexibility and expandability.
Each ASPIRE RF unit functions as a repeater, using 908 MHz signals to ensure that every command is carried out. Z-Wave’s ‘mesh network’ offers extremely high performance and greater reliability than many control systems. Read More

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