Description
Ancor 16/2 Super Flex Audio Cable | Boat Supply Store
For vessels operating in corrosive saltwater environments, this 16 AWG, 2-conductor Ancor Super Flex Audio Cable ensures pristine audio transmission and sustained system integrity. Its construction utilizes drawn copper conductors with a unidirectional lay for optimal signal fidelity, while tinned copper strands provide superior resistance against marine-grade galvanic corrosion. The exceptionally flexible design facilitates efficient installation within confined spaces, essential for maintaining speaker output quality on offshore sportfishers or coastal cruisers navigating the Gulf of Mexico.
Key Features
- Super Flexible for effortless routing and installation
- Clear Jacket for a virtually invisible, discreet installation
- Drawn Copper Conductors with unidirectional lay for superior sound reproduction
- Tinned Copper for robust corrosion resistance in demanding marine conditions
- 16 AWG conductor gauge for appropriate power handling
- 2-Conductor configuration for standard stereo or mono audio signals
- 100-Foot Length for extensive system runs
- UL Listed for assured marine safety compliance
Specifications
| Product Specifications | |
|---|---|
| Brand | Ancor |
| Conductor Material | Tinned Copper |
| Gauge | 16 AWG |
| Conductors | 2 |
| Length | 100 ft |
| Jacket Color | Clear |
| Product Type | Audio Cable |
| Marine Grade | Yes |
Who This Is For
Marine enthusiasts and professional installers requiring high-performance, durable audio cabling that withstands harsh saltwater conditions. Ideal for upgrading sound systems on any recreational or commercial vessel seeking reliable, clear audio transmission.
How It Compares
| Feature | Ancor 16/2 Super Flex Audio Cable | Competitor |
|---|---|---|
| Flexibility | Super Flex | Typically less capable |
| Jacket Color | Clear | Black, White |
| Conductor Material | Tinned Copper | Tinned Copper |
| Gauge | 16 AWG | 16 AWG |
| Conductors | 2 | 2 |
| Length | 100 ft | — |
Common Concerns Answered
Is this cable suitable for the harsh marine environment?
Absolutely. The Ancor Super Flex Audio Cable features tinned copper conductors, which are critical for resisting galvanic corrosion common in saltwater and humid marine environments, ensuring long-term electrical integrity and performance.
The jacket is clear, will it be durable enough for constant flexing and potential abrasion?
While the clear jacket is designed for a discreet installation and offers excellent flexibility, it is a trade-off for extreme physical abrasion resistance. For applications with significant risk of impact or heavy abrasion, consider using conduit or protective sleeving.
Are there other lengths available besides 100ft rolls?
While 100-foot rolls are a standard offering for convenience, other lengths may be available from specific marine electrical suppliers or through custom order processes, though finding exact non-standard lengths can sometimes require dedicated searching.
Frequently Asked Questions
What is the gauge of the Ancor Super Flex Audio Cable?
The Ancor Super Flex Audio Cable is 16 AWG (American Wire Gauge).
What is the length of the Ancor Super Flex Audio Cable?
This specific product is 100 feet in length.
What makes this audio cable 'Super Flex'?
The 'Super Flex' designation refers to its enhanced pliability and ease of bending, achieved through its specific construction, which significantly simplifies routing and installation in confined or complex vessel layouts.
Is this cable suitable for marine environments?
Yes, this cable is specifically designed for marine use, featuring tinned copper conductors for superior corrosion resistance in saltwater and humid conditions, and a clear jacket suitable for the marine environment.
What is the purpose of tinned copper in marine cables?
Tinned copper provides an extra layer of protection against oxidation and corrosion. In marine environments, where saltwater exposure is constant, tinning significantly extends the cable's lifespan and maintains reliable electrical conductivity by preventing the formation of resistive copper oxides.
