1. Typical Application Scenarios
1.Distribution Cabinets and Junction Boxes
●Simplifies wiring complexity in power distribution systems.
2.Industrial Equipment
●Enables rapid cable connections for motors, CNC machines, etc., reducing downtime.
3.Building Electrical Engineering
●Used for wire branching in concealed or exposed conduits, adapting to complex spatial layouts.
4.New Energy Sector
●Multi-circuit power output interfaces for solar inverters, energy storage systems.
5.Railway and Marine Applications
●Ensures reliable connections in high-vibration environments to prevent loosening and contact failure.
2. Core Advantage
1.Installation Efficiency
●Pre-insulated Processing: Insulation is fully applied during manufacturing, eliminating on-site insulation steps and shortening project timelines.
●Plug-and-Play Design: Fork-shaped structure allows quick wire branching without soldering or crimping tools.
2.Enhanced Safety
●High Insulation Performance: Rated for voltages up to 600V+, reducing short-circuit risks.
●Environmental Resistance: Available with IP protection ratings (e.g., IP67) for wet/dusty conditions.
3.Reliability
●Corrosion Resistance: Materials like PA, PBT (high-temperature flame retardant) extend service life.
●Stable Contact: Silver/gold-plated terminals minimize contact resistance and temperature rise.
4.Compatibility and Flexibility
●Multi-Specifications: Supports wire diameters from 0.5–10mm² and copper/aluminum conductors.
●Space Optimization: Compact design saves installation space for confined areas.
5.Reduced Maintenance Costs
●Modular Design: Replacement of faulty terminals only, rather than entire circuits, improves maintenance efficiency.
3. Typical Technical Parameters
●Rated Current: Typically 10–50A (varies by model)
●Operating Temperature: -40°C to +125°C
●Insulation Resistance: ≥100MΩ (under normal conditions)
●Certifications: Compliant with IEC 60947, UL/CUL, and other international standards.
4. Conclusion
Fork-type pre-insulated terminals deliver efficient, safe electrical connections through standardized designs and pre-insulation processes, making them ideal for applications requiring fast installation and high reliability. Selection should align with specific voltage ratings, environmental conditions, and conductor specifications.
Post time: Apr-15-2025
