12 Ton Pistol Grip Crimping Tool | C-Head | 1.18 ” Jaw Opening | U Die Style | REC-RL7430 | Milwaukee M18 Compatible

Introducing the 12 Ton Pistol Grip Crimping Tool, engineered for superior performance and reliability in high-demand electrical applications. With optimized hydraulics, this tool delivers up to 20% faster advancement and 30% faster retraction compared to previous models—maximizing productivity and minimizing downtime.

Key Features:

• 12 Ton Crimp Force: Handles tough lugs and splices with ease in copper and aluminum conductors.
• Efficient Battery Performance: Up to 145 cycles per charge on 750 MCM Cu using a 5.0Ah battery.
• Wide Application Range: Crimps lugs up to 750 MCM and splices up to 600 MCM (Al/Cu).
• Compatible with “U” Type Dies: Accepts all industry-standard “U” type die sets for maximum versatility.
• Compact, Lightweight Design: Weighs only 15.4 lbs (7.0 kg) and measures 16.2\\” x 11.5\\” x 3.6\\” for great portability.
• C-Head with 180° Rotation: A 1.18\\” jaw opening and fully rotating head improve access in tight or overhead spaces.
• Single-Handed Operation: Ideal for linemen working in overhead applications—safe, stable, and efficient.
• Selectable Auto-Retract: A patent-pending switch enables auto-retraction after crimping, reducing fatigue and increasing speed.
• Rubber Boot Protection: Covers the head to help prevent contact with energized circuits.
• 75kV Live Line Rated: Safe for high-voltage energized line work up to 75kV.
• Warranty Coverage: Backed by a 5-year tool and 3-year battery warranty for long-term peace of mind.

Specifications:

• Crimp Force: 12 Ton
• Weight: 15.4 lbs (7.0 kg)
• Dimensions (H x L x W): 16.2\\” x 11.5\\” x 3.6\\” (413 x 291 x 91 mm)
• Jaw Opening: 1.18\\”
• Crimping Estimates (5.0Ah Battery):
  • 750 MCM Cu: 145 cycles per charge
  • Lugs: 750 MCM (Al/Cu)
  • Splices: 600 MCM (Al/Cu)

The 12 Ton Pistol Grip Crimping Tool is ideal for professional crews who demand safety, speed, and consistent performance on the job. Built for high-volume crimping with minimal operator fatigue—even in overhead or confined spaces.

ORDER GUIDE