Product description

Restore the safety and functionality of your arm restraint system with the SVI International BH-7234-28 Arm Restraint Pin. This heavy-duty pin is the key component that locks the swing arms in place once a vehicle is lifted, preventing dangerous arm movement during service. Precision-machined to exact tolerances, it ensures a smooth yet secure engagement with the restraint gears. Constructed from high-strength steel, this pin is designed to withstand the significant lateral forces that occur in professional lifting environments. This direct-fit replacement is essential for maintaining compliance with automotive lift safety standards.

Product highlights

• Direct Fit Engineering: Designed as a direct replacement for Challenger OEM references X10-079 and JSJ5-13 for a perfect fit.
• Superior Build Quality: Fabricated from industrial-strength steel to ensure reliable locking performance under extreme conditions.
• Industrial Durability: Engineered to provide a long service life, resisting the wear and tear of repetitive locking and unlocking cycles.
• USA Certified Quality: Proudly manufactured in the USA, providing a superior safety component for professional automotive technicians.

Specs

• Component Type: Arm Restraint Pin
• System Compatibility: Challenger X10 and related Two-Post Lifts
• OEM Reference: X10-079, JSJ5-13
• SVI Part Number: BH-7234-28
• Country of Manufacture: USA

Direct replacement models

• Challenger: X10-079, JSJ5-13
• SVI International: BH-7234-28
• Fits Models: Compatible with Challenger X10 and other models utilizing this specific arm restraint pin design.
• This item can be found in: Ammco ACD210S, Challenger ACD210S, Ammco E10, Challenger E10, Ammco LE10, Challenger LE10, Ammco VLE10, Challenger VLE10, Ammco X10, Challenger X10

You will receive the same product or an OEM-Equivalent that meets the highest standard of the OEM with warranty that will be a direct-fit. Manufactured with rigorous industry standards and certified in the USA with superior quality to the OEM.