Huskie Tools 6 Ton Pistol Grip Latched-Head Crimping Tool

Engineered to tackle a variety of service entrance connectors such as lugs, sleeves, H-Taps, and C-Taps, the Huskie Tools REC-RL758U ensures precision and reliability with every use. It accepts “W”, “O”, or “X” type dies and includes a standard D3 nest die. A factory pre-set bypass cartridge guarantees consistent six-ton compression, while a latched head enables effortless connector insertion and removal for secure, clean crimps. Compact yet powerful, this tool boasts a 6-ton output for swift crimping cycles, supported by a lightweight build that enhances maneuverability and ease of use. Its 180° swivel latch head further streamlines connector handling, delivering impeccable results every time. For enhanced control, the auto-retract feature includes a user-selectable ON/OFF switch, allowing tailored automatic cycle retraction management. Additionally, a mid-cycle stop option accelerates repeat operations, optimizing efficiency on the job. Built to withstand rigorous demands, it is rated for 75kV live line applications, ensuring safe usage without risk of circuitry damage. The reinforced tool housing guarantees durability, making it a reliable companion for long-term use in any utility setting.

• Crimps common service entrance connectors: lugs, sleeves, H-Taps, and C-Taps.
• Accepts “W”, “O”, or “X” type dies; includes D3 nest die as standard.
• Factory pre-set bypass cartridge ensures consistent six-ton compression.
• Latched head for easy connector insertion and removal, ensuring secure and clean crimps.
• Compact and lightweight design with powerful 6-ton output and rapid crimping cycles.
• 180° swivel latch head for effortless connector handling and clean crimps.
• Auto-Retract feature with user-selectable ON/OFF switch for automatic cycle retraction control.
• Stop mid-cycle option for quicker repeat operations.
• Audible feedback provides completed cycle verification.
• Reinforced tool housing for enhanced durability.
• Rated for 75kV live line applications, ensuring safe use without circuitry damage