040KIT3 - Navisafe Navilight 360° 2NM White w/Navimount Base & Rail Mount - White

Navilight 360° 2NM White w/Navimount Base & Rail Mount - White 

Navimount Base Lights will work with Railblaza mounting systems, when used with the Railblaza 932 converter. Navimount base lights include a U-Bracket and Navibolt-bracket.

Features:

• 360° All-round/Anchor light with 15 hour burn time
• 225° Masthead light with 24 hour burn time
• 135° Sternlight with 32 hour burn time
• Safety/Flashing light with 85 hour burn time
• Cabin/Courtesy light with 72 hour burn time

Navimount RAIL Mount - White

• The Navimount RAIL mount is designed to attach the Navilights with Magnetic base, Navimount base or Suction base onto any 25 or 35mm / 1" or 1-1/4" rail.
• Navilight models 001, 010, 040, 305, 340 require in addition the Navisafe converter Navimount / 960
• Navilight models 041 and 341 do not require additional converters and can be mounted directly

WARNING: This product can expose you to chemicals including di(2-ethylhexyl)phthalate (dehp) which is known to the State of California to cause cancer, birth defects or other reproductive harm. For more information go to P65Warnings.ca.gov.

The Navisafe Navilight 360� 2NM White kit, part number 040KIT3, provides a versatile lighting solution for marine applications. This product is designed for IT and procurement professionals seeking reliable navigational and utility lighting for their organization's vessels. It includes a 360� all-round/anchor light, which can also function as a 225� masthead light, 135� sternlight, safety/flashing light, or cabin/courtesy light, offering burn times ranging from 15 to 85 hours depending on the mode. The kit comes with a Navimount Base and a Navimount RAIL Mount, facilitating attachment to 25mm or 35mm (1" or 1-1/4") rails. The Navimount Base lights are compatible with Railblaza mounting systems when used with a Railblaza 932 converter. This product addresses the need for adaptable, multi-purpose lighting on boats, ensuring visibility and utility in various operational scenarios.