910V2SS-7 - Navico Group Attwood 910V Series Rectangle Base 2-Pin Over Mold 306 Stainless Steel Black Cover

Attwood 910T Series Rectangle Base 2-Pin Over Mold 306 Stainless Steel Black Cover

• Dependable, easy to use base for all-around pole light (sold separately)
• Unique threaded design for a perfect fit with threaded locking collar of Attwood Pole Lights
• Prevents rattling while underway and during trailering
• 2-pin base
• Stainless steel cover

This Attwood LightArmorTM 910V Series Rectangle Plug-In Light Base is a dependable, easy to use base for an all-around pole light (sold separately), and it has a classic rectangular design. This 2-pin Light Base has a unique threaded design that provides a perfect fit with the threaded locking collar featured on Attwood Pole Lights. The innovative design ensures the pole inserts with a tight and secure fit, and it prevents rattling while the boat is underway or during trailering. This Light Base has a low profile to help prevent water from pooling on the top of the black stainless steel cover. It can be used with several types of Attwood pole lights, including frosted globe, anti-glare, LED anti-glare, and bi-color (each sold separately).

The Attwood 910V Series Rectangle Plug-In Light Base, part number 910V2SS-7, is designed for secure mounting of Attwood all-around pole lights (sold separately). This 2-pin base features a rectangular, low-profile design with a black stainless steel cover, engineered to minimize water pooling. Its unique threaded design ensures a tight and secure fit with compatible Attwood pole lights that feature a threaded locking collar. This mechanism prevents rattling during operation or trailering, enhancing stability for the connected light. This base is suitable for IT or procurement professionals managing vehicle electronics, specifically for marine applications requiring a dependable light base. It addresses the need for a stable and secure mounting point for various Attwood pole lights, including frosted globe, anti-glare, LED anti-glare, and bi-color models, ensuring consistent performance in demanding environments.