Description
Pacer 6 AWG Battery Cable 50' Yellow | Boat Supply Store
Ensure reliable power delivery for your critical marine systems with Pacer's 6 AWG yellow battery cable. Engineered for harsh environments, this cable features a Type III tinned copper conductor (ASTM B172 Class K) that provides superior conductivity and corrosion resistance, crucial for preventing voltage drop in a saltwater environment. Its durable PVC jacket offers protection against acids, gasoline, and abrasion, with a temperature rating of 105°C Dry, ensuring longevity and safety for applications like powering trolling motors on Lake Conroe.
Key Features
- UL-Approved for assured marine safety standards.
- Manufactured in the USA, ensuring domestic quality control.
- Flexible yet Tough Construction for simplified routing and durability.
- Type III Tinned Copper Conductor for optimal conductivity and corrosion resistance.
- Durable and Pliable PVC Jacket resisting common marine contaminants.
- Resistant to acid, alkali, abrasion, flame, gasoline, oil, and moisture.
- Easy to Strip, Bend, and Route for efficient DIY or professional installation.
- Superior Flexibility and Toughness for demanding maritime applications.
Specifications
| Product Specifications | |
|---|---|
| AWG Size | 6 AWG |
| Length | 50' |
| Conductor Type | Type III Tinned Copper (ASTM B172 Class K) |
| Jacket Material | PVC |
| Jacket Temperature Rating | -20°C to 105°C |
| Conductor Temperature Rating | 105°C Dry, 75°C Wet, 60°C Oil |
| Voltage Rating | 600-V |
| Resistance | Acid, Alkali, Abrasion, Flame, Gasoline, Oil, and Moisture |
Who This Is For
Marine enthusiasts and boat owners requiring high-quality, durable, and flexible battery cable for demanding marine environments. Marine electricians will also find this cable ideal for ensuring robust and reliable electrical systems.
How It Compares
| Feature | Pacer 6 AWG Battery Cable 50' Yellow | Competitor |
|---|---|---|
| AWG Size | 6 | 6 |
| Length | 50' | — |
| Conductor Material | Tinned Copper (ASTM B172 Class K) | Tinned Copper |
| Jacket Material | PVC | PVC |
| Voltage Rating | 600-V | 600 V |
| Temperature Rating (Wet) | 75°C | 75°C |
| Resistance | Acid, Alkali, Abrasion, Flame, Gasoline, Oil, Moisture | Oil, Gasoline, Acid, Alkalis, Moisture, Abrasion, Flame |
Common Concerns Answered
How is the packaging quality of this battery cable?
While the cable itself is highly regarded, occasional reports of packaging damage during shipping have been noted, suggesting careful handling may be beneficial upon receipt.
Is the jacket thick enough for extreme abrasion?
The durable PVC jacket offers robust resistance to abrasion, though for exceptionally demanding scenarios, users may consider additional protective conduit, as some might prefer an even thicker jacket.
Is the price justified for this battery cable?
The investment in Pacer 6 AWG cable is justified by its superior quality, US manufacturing, UL approval, and comprehensive resistance properties, ensuring long-term reliability and performance in marine environments.
Frequently Asked Questions
What is the temperature rating for Pacer 6 AWG battery cable?
The Pacer 6 AWG battery cable has a conductor temperature rating of 105°C Dry, 75°C Wet, and 60°C Oil, with a flexible PVC jacket rated for -20°C to 105°C.
Is Pacer 6 AWG battery cable resistant to oil and gasoline?
Yes, the Pacer 6 AWG battery cable is resistant to acid, alkali, abrasion, flame, gasoline, oil, and moisture, providing comprehensive protection in marine environments.
What type of copper is used in Pacer 6 AWG battery cable?
Pacer 6 AWG battery cable utilizes a Type III tinned copper conductor, specifically meeting ASTM B172 Class K standards.
What is the voltage rating for Pacer 6 AWG battery cable?
The Pacer 6 AWG battery cable has a voltage rating of 600-V.
What are the benefits of using tinned copper in marine battery cables?
Tinned copper, like the Type III conductor used in this Pacer cable, offers significantly enhanced corrosion resistance in saltwater environments and improves solderability compared to bare copper, leading to more durable and reliable electrical connections.
