CONDUX  |  SKU: 30051112  |  MPN: 08091230

Condux Swivel Clevis | Rope to Swivel Connector | 10,000 lb | Stainless

$384.50
Component
  • Stainless Steel Construction – Corrosion-resistant for long service life in harsh field conditions
  • 10,000 lb Load Rating – Built for high-tension utility and telecom pulling applications
  • Versatile Connection Use – Supports rope-to-rope, rope-to-grip, and grip-to-grip setups
  • Serviceable Design – Replacement roller and pin available to extend product life
  • Compact & Reliable – Precision-machined for secure alignment and smooth operation

Swivel Clevis | Rope-to-Swivel Connector | 10,000 lb Load Rating | Stainless Steel

The Swivel Clevis is designed to provide a secure, high-strength connection between rope and swivel assemblies in professional cable pulling and rigging applications. Engineered to accommodate ropes up to 1" (25 mm), this clevis delivers reliable alignment and load transfer when used with 808 Champion Swivels.

Manufactured from precision-machined stainless steel, the Swivel Clevis offers excellent corrosion resistance and long service life in utility, industrial, and harsh outdoor environments. Its robust design supports consistent performance under sustained tension and demanding jobsite conditions.

Key Features

  • 10,000 lb Load Rating – Rated for high-tension pulling and rigging applications requiring dependable strength.
  • Stainless Steel Construction – Corrosion-resistant material ensures durability in field and industrial use.
  • Rope-to-Swivel Compatibility – Designed for ropes up to 1" (25 mm) and compatible with 808 Champion Swivels.
  • Serviceable Design – Replacement roller and pin available to extend service life.

Ordering Information

Part Number Swivel Size (in) Swivel Size (mm) Max O.D. (in) Max O.D. (mm) Load Rating (lbs) Load Rating (N) Replacement Roller PN Replacement Pin PN
08091230 1-1/4" – 2" 32 – 51 2 51 10,000 44,480 08091221 08091222

The Swivel Clevis is a dependable solution for connecting rope to swivel assemblies in high-load cable pulling systems where strength, alignment, and serviceability matter.