Lutron DVFSQ-LF-LA Diva Fan-Speed Control, 1.5A, Single-Pole, Light Almond

Lutron Diva Fan-Speed Control — Light Almond & 3-Speed Control

The Lutron DVFSQ-LF-LA is a light almond fan-speed control designed for single-pole applications. This control features a rocker switch with a captive slider, allowing for quiet 3-speed control of ceiling fans. It operates at 120V and is rated for 1.5A, making it ideal for precise fan operation without requiring a neutral wire.

Key Features

• Voltage: Operates at 120V, 60 Hz for standard residential applications.
• Load Rating: Supports up to 1.5A for fan loads, ensuring compatibility with most ceiling fans.
• Pole Configuration: Designed for single-pole installations, controlling both fan and light.
• Fan Control: Provides quiet 3-speed control with an off position for enhanced comfort.
• Neutral Wire: No neutral wire required, simplifying installation in existing setups.
• Switch Style: Rocker switch with a captive slider for easy operation.
• Certifications: cULus Listed and NOM certified for safety and reliability.
• Factory Tested: 100% factory-tested to ensure reliable performance.
• Environmental Rating: For indoor use only, with operating temperatures from 32°F to 104°F (0°C to 40°C).
• Dimensions: Measures 4.69 in height, 2.94 in width, and 1.40 in depth.

Construction & Interface

The DVFSQ-LF-LA features a durable construction with a light almond finish, matching Lutron's Claro wallplates. It includes a rocker switch with a captive slider for precise fan speed control. Note that the wallplate is sold separately.

Switch & Motor Control

This fan-speed control offers quiet 3-speed operation, allowing users to select the desired fan speed with ease. The rocker switch provides a straightforward on/off function, while the slider adjusts the fan speed.

Wiring & Installation

Installation is straightforward with no neutral wire required. The control supports single-pole configurations and requires separate wires for the fan and light. It uses standard wire leads for connection.