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Description
The Paprsky Cable Lugs Crimping Tool (PT-CLCT-303) is a highly precise, ultra-lightweight hand tool engineered to firmly crimp non-insulated terminals and cable links. Crafted for effortless operation and unwavering reliability, it produces a robust hexagonal crimp profile that accommodates wire sizes up to 16mm² (10 to 5.0 AWG). Combining a highly compact footprint with rugged durability, it serves as the perfect daily companion for professional electricians, maintenance crews, and panel fabricators who frequently navigate cramped workspaces or conduct high-volume repetitive crimping.
Specifications
| Specification | Detail |
| Range of Application | Non-insulated Cable Links |
| Hexagon Capacity | 6.0-16mm² |
| AWG | 10-5.0 |
| Weight | 0.45 KG |
| Dimensions (LxWxH)(MM) | 340X135X105 |
Key Features
- Precision Hexagonal Crimping: Produces a snug, even hexagonal press that boosts surface contact and lowers electrical resistance, guaranteeing safe and flawless connections.
- Optimized Capacity Range: Features an adaptable, built-in die system that effortlessly handles a wide variety of standard non-insulated cable links up to 16mm² (10-5.0 AWG).
- Compact & Ultra-Lightweight: At a mere 0.45 KG and 340mm in length, its ergonomic design offers superior balance to prevent user fatigue during prolonged manual operations in restricted areas.
- Durable Industrial Build: Manufactured from premium, heavy-duty materials designed to endure harsh job sites while delivering exceptional mechanical leverage and sustained long-term performance.
Applications
- Electrical Terminations: Extremely effective for reliably fastening non-insulated aluminum or copper cable lugs to bare wire conductors.
- Control Panels & Switchgear: A critical instrument for technicians installing and anchoring internal cabling within switchboards, circuit breakers, and industrial control arrays.
- General Electrical Maintenance: Well-suited for everyday commercial power repairs, vehicle wire routing, and the configuration of standard facility power distribution networks.