Bring reliable multi‑speed switching performance to your ceiling fan or multifunction fixture with the Gardner Bender GSW‑34, a robust Single‑Pole Triple‑Throw (SPTT) pull‑chain switch designed for versatile speed control and dependable long‑term operation. Engineered for applications requiring multiple ON states—such as 3‑speed ceiling fans—this switch offers smooth pull‑chain operation, durable construction, and easy installation through push‑in terminals.
Whether you're replacing a broken fan switch, upgrading a multi‑function lighting assembly, or building a custom electrical application, the GSW‑34 provides performance, safety, and reliability backed by Gardner Bender’s industry‑leading quality.
Key Features
3‑Speed Switching (OFF/ON/ON/ON) Allows smooth cycling through OFF and three ON states for multi‑speed fans or devices.
SPTT (Single‑Pole Triple‑Throw) Configuration Supports multi‑circuit or multi-speed control in compact pull‑chain design.
Push‑In Connections for #18 AWG Wire Simplifies installation with secure, tool‑free wire insertion.
Mounts in Standard 13/32" Hole Easy fit for most fan housings and specialty fixtures.
Durable, Multifunction Construction Designed for ceiling fans, multi‑functional lighting solutions, and other variable‑speed electrical devices.
Reliable Gardner Bender Quality Long‑lasting performance for household, commercial, and specialty applications.
Specifications
Electrical Ratings:
6A @ 125 VAC
3A @ 250 VAC
Switch Type: SPTT, 4‑Position (OFF / ON / ON / ON)
Terminal Type: Push‑in connections for 18 AWG wire
Construction: Brass body options depending on version
Dimensions:
Approx. 1.22" W × 1.23" D × 0.42" H (out‑of‑package)
Certifications: UL Listed, CSA Listed
Recommended Applications
The GSW‑34 is ideal for:
Ceiling fans requiring 3‑speed pull‑chain control
Multi‑function lighting fixtures
Variable‑speed devices in residential or commercial settings
Replacement for worn or faulty multi‑speed pull switches
Its multi‑throw configuration makes it perfect for fans or devices needing sequential ON states rather than simple ON/OFF control.
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