null

CABLE LUGS CRIMPING TOOLS PT-CLCT-302

(No reviews yet) Write a Review
MPN:
PT-CLCT-302
Email Us for Prices
Frequently bought together:

Description

The Paprsky Cable Lugs Crimping Tool (PT-CLCT-302) is a precision-crafted, highly dependable manual hand tool tailored for fastening non-insulated terminals and cable links. Engineered for intuitive operation and steady output, it delivers a sturdy crimp that successfully handles cable sizes between 1.25mm² and 16mm². With its rugged build and fatigue-reducing grip, it guarantees secure, error-free electrical joints, serving as a critical asset for professional electricians, panel fabricators, and maintenance crews tackling repetitive jobs.

Specifications
 

Specification Detail
Range of Application Non-insulated Cable Links
Point Capacity 1.25-16mm²
AWG 16-5.0
Weight 0.45 KG
Dimensions (LxWxH)(MM) 340X135X105

 

Key Features 

  • Precision Mechanical Crimping: Generates a firm, uniform mechanical press that boosts the contact surface and significantly lowers electrical resistance for flawless connectivity. 
  • Versatile Capacity Range: Equipped with a seamlessly integrated die mechanism designed to easily handle typical non-insulated cable links ranging from 1.25mm² to 16mm². 
  • Ergonomic Operation: Features finely balanced, comfort-grip handles that drastically minimize hand strain during high-volume crimping tasks, even in tight areas. 
  • Durable Industrial Construction: Constructed from top-grade, heavy-duty materials built to endure demanding job sites while delivering outstanding, sustained mechanical advantage. 

Applications 

  • Electrical Terminations: Perfect for securely anchoring non-insulated aluminum or copper lugs to exposed wire conductors. 
  • Control Panels & Switchgear: A vital instrument for professionals tasked with wiring and terminating connections within circuit breakers, switchboards, and industrial control systems. 
  • General Electrical Maintenance: Outstanding for everyday commercial power repairs, vehicle wiring projects, and standard facility power networks. 
View AllClose