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The Visaton 2116 is a 16 cm (6.5 inch) full-range speaker driver designed for high durability in harsh environments. It features a molded plastic cone and an enclosed magnet structure, providing absolute corrosion resistance and waterproof capabilities suitable for saltwater exposure. The unit operates with a nominal impedance of 4 ohms and supports an RMS power rating of 80 W. Its frequency response ranges from 60 Hz to 15,000 Hz, with a resonant frequency of 85 Hz. The driver meets German Lloyd requirements for electrical equipment in marine settings.
Verify the specific variant against official Visaton documentation, as configurations such as color or pairing options may exist. Confirm compliance with relevant marine standards if required for your installation. Ensure the mounting dimensions and impedance match your system design before procurement. Cross-reference the manufacturer part number to avoid confusion with similar full-range drivers.
Select this component when environmental sealing is critical, particularly for saltwater or freshwater immersion scenarios. The 4-ohm impedance suits standard marine amplifier outputs. Consider the 80 W RMS handling for high-volume public address needs. Verify that the 16 cm diameter fits the available enclosure space, noting the specific depth requirements of the enclosed magnet assembly.
This model belongs to Visaton's FR16WP series of waterproof broadband speakers. It is engineered specifically for applications where standard drivers would fail due to moisture or corrosion. The design prioritizes longevity and acoustic consistency in challenging conditions, distinguishing it from standard indoor full-range units through its sealed magnetic circuit and robust cone material.
Public confirmed substitute part numbers are not available in the provided source data. When replacing, ensure the new driver matches the 16 cm diameter, 4-ohm impedance, and waterproof rating. Verify that the replacement maintains the same frequency response range and power handling capabilities to preserve system performance.