Staten Tools 39950 Universal Throw Out Link fits RIDGID 811, 811A Die Head 97065
The Staten Tools 39950 Universal Throw Out Link is an aftermarket replacement part designed for RIDGID 811 and 811A die heads (replaces RIDGID part 97065). Engineered to maintain smooth engagement and disengagement during threading operations, this throw-out link delivers reliable performance in demanding pipe fabrication applications. A cost-effective alternative that meets original equipment standards for fit and functionality.
Key Features
Compatibility
- High Compatibility: When it comes to winch quick connect systems, reliability is the key. Our universal throw out link is the flawless replacement part precisely designed to fit ridgid 811A, 531, 532, and 500A die heads.
- Quality Assured: Our commitment to excellence shines through in our high-quality products. We employ high-grade steel to manufacture our threaded pipe link throwout ensuring their resilience, dependability, and prolonged functionality even in adverse working conditions.
- Effortless Winch Operation: Say goodbye to worrying about your winch's performance, our replacement link throwout here to elevate the performance of your quick connect systems with its simple, user-friendly design that provides trouble free installation.
- Tested For Accuracy: Painstakingly crafted with precision and an unwavering commitment, this winch throw out link assembly is subjected to rigorous quality inspections to guarantee remarkable durability and performance it stands as the ideal replacement for ridgid parts.
- Long Lasting Investment: Our Universal for ridgid 300 compatible parts boasts a robust construction that guarantees years of dependable service, it offers unrivaled durability, reliability even when the machinery is subjected to extreme stress and longer working hours.
Specifications
| Fits models | RIDGID 811, 811A Die Head |
|---|---|
| Replaces OEM # | RIDGID 97065 |
| Material | High-strength steel |
| Weight | 0.1257 lb |
| Notes | Universal throw-out link manages die head engagement/disengagement during threading operations |