Description
Shakespeare Gold PL-259 Connector for RG-58 | Boat Supply Store
For reliable communication on the water, this Shakespeare connector ensures a robust link between your marine antenna and RG-58 coaxial cable. It features gold-plated brass construction for superior corrosion resistance and signal integrity in harsh saltwater environments. The integrated UG175 adapter is specifically engineered for RG-58 cable termination, and the proprietary DooDad® strain relief significantly enhances connection durability under vibration and movement, common on vessels transiting the Gulf Intracoastal Waterway.
Key Features
- Superior Corrosion Resistance with gold-plated brass construction.
- Optimized for RG-58 via the included UG175 adapter.
- Enhanced Durability with integrated DooDad® Cable Strain Relief.
- Solder-Type Termination for a secure and reliable connection.
- Minimized Signal Loss for clear communication.
- Marine-Grade Quality built to withstand environmental challenges.
- High-Integrity Signal Transfer due to gold plating.
- Extended Connection Longevity through robust design elements.
Specifications
| Product Specifications | |
|---|---|
| Connector Type | Solder-Type PL-259 |
| Cable Compatibility | RG-58 (with UG175 adapter) |
| Material | Gold-Plated Brass |
| Adapter Included | UG175 |
| Strain Relief | DooDad® Cable Strain Relief |
Who This Is For
Marine electronics installers and boat owners seeking to establish durable and high-performance coaxial connections for their VHF or HF antennas. DIY enthusiasts requiring a professional-grade connector solution for their vessel's communication systems will find this product ideal.
How It Compares
| Feature | Shakespeare Gold PL-259 Connector for RG-58 | Competitor |
|---|---|---|
| Connector Type | Solder-Type PL-259 | Solder-Type PL-259 |
| Cable Compatibility | RG-58 (with UG175 adapter) | LMR-240, RG-58 |
| Material | Gold-Plated Brass | Nickel-Plated Brass |
| Strain Relief | DooDad® Cable Strain Relief | Integrated, Basic |
| Adapter Included | UG175 | No |
Common Concerns Answered
Is the soldering process difficult for beginners?
The solder-type termination requires specific tools and a degree of skill. For novice installers, practice on scrap cable is recommended. However, the included DooDad® strain relief simplifies the final connection, providing a more robust outcome once the solder joint is made.
Why is this connector more expensive than basic options?
The premium price reflects the use of gold-plated brass for superior corrosion resistance and signal integrity, a critical factor in marine environments. Additionally, the proprietary DooDad® strain relief adds significant value by enhancing the longevity and reliability of the coaxial connection against vibration and stress.
Does this connector pose any specific safety warnings?
Yes, this product is subject to the California Proposition 65 warning, which indicates that it may contain chemicals known to the State of California to cause cancer or reproductive toxicity. Please visit P65Warnings.ca.gov for more detailed information.
Frequently Asked Questions
What type of connector is the Shakespeare PL-259-58-G?
The Shakespeare PL-259-58-G is a solder-type PL-259 connector, commonly used for RF applications.
What type of cable does the Shakespeare PL-259-58-G connector work with?
This connector is specifically designed for RG-58 coaxial cable, facilitated by the included UG175 adapter.
What is the purpose of the UG175 adapter?
The UG175 adapter is essential for properly terminating RG-58 coaxial cable onto the PL-259 connector, ensuring a secure and electrically sound connection.
What is the DooDad® Cable Strain Relief?
The DooDad® Cable Strain Relief is a proprietary feature integrated into this connector assembly that provides mechanical reinforcement to the cable exit point, reducing stress on the solder joint and increasing overall connection durability.
Are these connectors gold-plated?
Yes, the Shakespeare PL-259-58-G features gold-plated brass construction for enhanced performance and longevity.
