Leviton C28-26115-00W White Dimmer Replacement Knob

Product Description

The LEVITON C28-26115-00W is a white replacement knob designed for dimmer and fan controls that use a half moon stem. The round rotary design provides a secure fit and restores full control functionality to the switch without replacing the entire unit. Weighing approximately 0.02 pounds, this lightweight component is sold individually and is a straightforward service part for residential and light commercial control applications. Electricians and HVAC technicians use this knob to restore failed or damaged controls quickly during routine service calls.

This knob is suited for residential and light commercial installations where rotary dimmer or fan speed controls are in use. It is a direct service replacement intended for retrofit and repair scenarios rather than new construction. The half moon stem interface is a common configuration found across a range of wall-mounted rotary control units. Installations typically involve older or existing control assemblies where the knob has cracked, discolored, or become loose over time.

Key Features

• Replacement knob fits dimmer and fan controls with half moon stem interface
• Round rotary design for standard wall control operation
• White finish for compatibility with standard wall plate color schemes
• Sold individually per card
• Lightweight at 0.02 pounds for easy handling during service

Compatibility

Designed as an OEM-style replacement knob for rotary dimmer and fan speed controls equipped with a half moon stem. Confirm stem type on the existing control before ordering.

Installation Notes

A licensed electrician should perform or supervise replacement on any live control circuit. Power down the circuit at the breaker panel before removing the existing knob or accessing the control assembly. No special tools are required for knob replacement, but verify the half moon stem alignment before pressing the knob fully into place. Work must comply with applicable NEC requirements for the installation location.