Tools@Height 3/4" Drive 12-Point SAE 1-1/4" Shallow Socket - J.H. Williams

Specifications

• Manufacturer: J.H. Williams
• Model Number: JHW33240-TH
• Drive Size: 3/4 inch
• Socket Type: Shallow, 12-Point
• Measurement System: SAE (Standard American English)
• Socket Size: 1-1/4 inches
• Product Line: Tools@Height
• Weight: 0.64 lbs

Key Features

• 3/4" Drive Compatibility: Integrates with common heavy-duty ratchets and impact wrenches, ensuring broad tool compatibility.
• 12-Point Design: Allows for multiple engagement angles, facilitating easier socket placement and reducing the risk of fastener rounding.
• SAE Sizing: Precision-engineered for standard (inch) fasteners, providing a secure and accurate fit.
• Shallow Profile: Designed to access fasteners in areas with restricted vertical clearance where deeper sockets cannot reach.
• Tools@Height Integrated: Features a secure tethering point designed to prevent dropped objects when working at elevated positions, enhancing workplace safety.

Applications

• Maintenance and repair of heavy machinery and industrial equipment.
• Automotive service and assembly, particularly for larger fasteners.
• Construction and structural work requiring robust fastening solutions.
• Any professional setting where dropped tool prevention is critical for safety and efficiency.

Benefits

• Enhanced Safety: The Tools@Height design minimizes the risk of falling objects, protecting personnel and equipment in elevated work environments.
• Improved Efficiency: The 12-point configuration enables quicker fastener engagement, reducing setup time and increasing productivity, even in tight spots.
• Versatile Use: Its 3/4" drive, shallow depth, and SAE sizing make this socket adaptable for various demanding fastening tasks in professional applications.
• Reliable Performance: Manufactured by J.H. Williams, this socket is built for durability, consistently performing in rigorous professional settings.
• Precise Fastening: The exact 1-1/4" SAE size ensures a firm grip on fasteners, preventing slippage and potential damage to components.