Description
Ancor 16-14 AWG Heat Shrink Female Disconnect | Boat Supply Store
Secure vital marine electrical systems against harsh conditions with Ancor's 16-14 AWG female heat shrink disconnects. Engineered with tinned pure copper and a brazed seam, these terminals ensure maximum current flow and exceptional mechanical strength under vibration, commonly encountered in offshore fishing vessels. The integrated heat-activated adhesive within the 3-5mm sleeve creates a truly watertight seal, preventing galvanic corrosion and ensuring long-term reliability in saltwater environments.
Key Features
- Watertight Seal: Heat activated adhesive ensures a robust barrier against moisture ingress.
- Corrosion Resistance: Tinned pure copper construction prevents degradation in marine environments.
- Maximum Current Flow: Pure copper conductor maximizes electrical efficiency.
- Exceptional Strain Relief: Integrated design mitigates damage from wire movement and vibration.
- Superior Strength: Brazed seam provides unparalleled terminal integrity.
- Reliable Termination: Specifically designed for 16-14 AWG wire gauges.
- Vibration Proof: Engineered to withstand constant motion experienced on boats.
- Durable Construction: Built for the rigors of marine applications.
Specifications
| Product Specifications | |
|---|---|
| Wire Range | 16-14 AWG |
| Terminal Size | .250 inch |
| Sleeve Size | 3-5mm / 6.4mm |
| Gender | Female |
| Material | Tinned pure copper with heat shrink tubing and heat activated adhesive |
Who This Is For
Marine electricians and dedicated boat owners performing critical electrical repairs or installations will benefit from these connectors. DIYers seeking a professional-grade, durable, and environmentally sealed connection will find them ideal.
How It Compares
| Feature | Ancor 16-14 AWG Heat Shrink Female Disconnect | Competitor |
|---|---|---|
| Wire Gauge | 16-14 AWG | 16-14 AWG |
| Insulation Type | Heat Shrink with Heat Activated Adhesive | Vinyl, Heat Shrink |
| Sealing | Watertight Seal | Standard Vinyl Insulation, Heat Shrink Seal |
| Strain Relief | Ultimate Vibration and Strain Relief | Standard, Heat Shrink Based |
| Seam Strength | Brazed Seam | Standard Crimp |
| Material | Tinned Pure Copper | Tinned Copper |
Common Concerns Answered
Will these connectors seal properly?
Ancor's heat shrink connectors feature a heat-activated adhesive that, when properly heated with a heat gun, forms a robust, watertight seal. Ensure consistent heat application across the tubing for optimal performance.
Are these connectors expensive compared to alternatives?
While the initial price point may be higher than basic crimp connectors, the Ancor heat shrink disconnects offer a superior, long-term solution providing essential protection against corrosion and vibration inherent in marine environments, justifying the investment for critical applications.
How do I ensure a good connection when crimping?
Utilize a quality crimping tool designed for the terminal size and wire gauge to ensure a secure mechanical connection before applying heat to the shrink tubing for sealing.
Frequently Asked Questions
What wire gauge is compatible with the Ancor 16-14 Female Heatshrink Disconnect?
These Ancor disconnects are designed for use with wire gauges ranging from 16 to 14 AWG.
How do Ancor heat shrink connectors provide a watertight seal?
The heat shrink tubing contains a heat-activated adhesive lining that melts and flows around the wire and terminal upon heating, creating a hermetic seal that prevents water ingress.
Are Ancor heat shrink connectors tinned for corrosion resistance?
Yes, the Ancor heat shrink connectors are constructed from tinned pure copper, offering excellent resistance to galvanic corrosion commonly found in marine settings.
What is the size of the terminal opening on the Ancor 16-14 Female Heatshrink Disconnect?
The terminal opening, also known as the receptacle size, is .250 inches.
What is the purpose of the brazed seam on Ancor terminals?
The brazed seam enhances the mechanical strength of the terminal barrel, ensuring a more robust and durable connection that resists splitting under stress or vibration.
