MILWAUKEE 49 16 2777 M18 ONE HALF IN EHS GUY WIRE CUTTING JAW

Built for high tension cutting performance, the Milwaukee 49 16 2777 One Half Inch EHS Guy Wire Cutting Jaw delivers exceptional strength and precision for utility and electrical professionals. Designed to integrate seamlessly with M18 FORCE LOGIC systems, this heavy duty attachment provides reliable cutting power for extra high strength guy wire and other tough materials. Its advanced jaw design ensures controlled cutting in confined spaces while maintaining long lasting durability under repeated high load use.

DETAILS

• Brand: Milwaukee
• Model Number: 49 16 2777
• Product Type: Replacement cutting jaw attachment
• Compatibility: M18 FORCE LOGIC 6T cable cutters and crimpers
• Package Contents: 1 EHS guy wire cutting jaw
• Number Of Items Included: 1
• Tool Compatibility: Models 2672 20 2678 20 2977 20 2978 20

KEY FEATURES

• Material: High strength hardened steel construction
• Color: Red
• Capacity: 1/2 in EHS guy wire 1/2 in non EHS guy wire 4/0 AWG ACSR 3/8 in rebar 3/8 in ground rod
• Dimensions: 6.9 in length x 8.5 in width x 3.15 in height
• Weight: 3.86 lb
• Series: M18 FORCE LOGIC
• Jaw Capacity: 5/8 in opening size
• Cutting Design: Anti spreading open jaw for superior cutting force to size ratio
• Blade Life: Up to 500 cuts per blade set under normal conditions
• Access: Open jaw inline configuration for tight working spaces
• Changeover: Quick jaw swap design minimizes downtime
• Durability: Reinforced design resists deformation during high tension cutting
• Warnings: Disconnect power tool prior to installation or removal to prevent injury

APPLICATIONS

• Utility Line Work: Cutting extra high strength guy wire for pole stabilization
• Electrical Distribution: Preparing ACSR conductors and reinforcement wire
• Construction: Cutting rebar and grounding rods in infrastructure projects
• Maintenance Crews: Field repairs and adjustments in tight or elevated environments
• Industrial Use: Repetitive cutting of hardened wire and reinforced materials