Paprsky Insulated Chip-Shaped Terminals - 2 (Model PS-DBV 5.5-10) are engineered for exceptionally stable and secure electrical terminations in medium-capacity wiring systems. Tailored for 4–6 mm² (12–10 AWG) conductors, these specialized terminals feature a high-conductivity copper core and a durable PVC insulation sleeve. The unique chip-shaped design permits effortless wire entry and provides a firm, vibration-resistant crimp, making them the optimal choice for demanding industrial environments, automotive applications, and commercial panel assemblies where reliable current flow (up to 48A) is absolutely critical.
SPECIFICATION: 4–6 mm² (12–10 AWG), Imax = 48A
| Product Name | Dimension F(mm) | Dimension L(mm) | Dimension A(mm) | D(mm) |
| PS-DBV 5.5-10 | 2.8 | 22.5 | 10.0 | 5.6 |
Key Features
- High-Conductivity Copper Core: Minimizes electrical resistance to deliver stable, high-performance power transmission up to 48A.
- Chip-Shaped Compact Design: The specialized flat profile guarantees easy wire insertion and a tight, secure crimp in restricted or dense installation spaces.
- Durable PVC Insulation: Offers superior dielectric protection against electrical shock, abrasion, and mechanical stress while improving handler safety.
- Vibration-Resistant Structure: Specifically built to maintain a strong mechanical grip, ensuring fault-free connections across heavy machinery and automotive applications.
Applications
- Perfect for medium-capacity wiring in industrial control circuits and power distribution systems.
- Secure and stable terminations in commercial electrical wiring and densely packed panel assemblies.
- Dependable electrical connections for heavy automotive systems and high-vibration industrial machinery.
- Ideal for general-purpose applications requiring a robust, flat-profile crimp termination.
Paprsky Energy powers tomorrow with innovative, reliable electrical and safety solutions. Our premium, compliance-driven connectors ensure that industrial professionals and electricians can safely perform critical installations, maintaining long-term system integrity and strict regulatory compliance.
