| Copper C type Compression connectors Cable conductor size in mm2 | Dimensions | Product Code | ||
| A | B | C | ||
| C6 | 9 | 9,8 | 6,4 | HCC 6 – 6 |
| C10 | 12 | 12,6 | 8,4 | HCC 10 – 10 |
| C16 | 17 | 19,4 | 12,0 | HCC 16 – 16 |
| C25 | 17 | 21,4 | 13,0 | HCC 25 – 25 |
| C35 | 21 | 26,6 | 15,6 | HCC 35 – 35 |
| C50 | 26 | 38,0 | 21,0 | HCC 50 – 50 |
| C70 | 28 | 34,0 | 21,0 | HCC 70 – 70 |
| C95 | 29 | 41,0 | 26,0 | HCC 95 – 95 |
| C120 | 30 | 45,0 | 28,0 | HCC 120 – 120 |
| C150 | 30 | 48,0 | 28,0 | HCC 150 – 150 |
| C185 | 32 | 52,0 | 32,0 | HCC 185 – 185 |
| C240 | 32 | 55,0 | 38,0 | HCC 240 – 240 |
Copper C-Type Compression Connectors (Taps)
Reliable and Durable Bonding for Grounding Applications
Overview
Copper C-Type Compression Connectors, also known as C-Taps, are designed for efficient and reliable bonding in electrical grounding applications. These high-quality connectors ensure long-lasting connections in both residential and industrial environments. Their simple yet robust design allows for easy installation and dependable performance.
Features & Benefits
- Durable Construction: Made from high-conductivity copper, these connectors provide exceptional electrical performance and corrosion resistance.
- Versatile Applications: Ideal for tap, splice, and parallel connections in grounding systems.
- Easy Installation: Designed for use with compression tools, ensuring consistent and secure connections every time.
- UL Listed and CSA Certified: Meets or exceeds industry standards for safety and reliability.
- Compact Design: The C-shaped profile allows for efficient use of space while maintaining strong mechanical integrity.
Technical Specifications
| Specification | Details |
|---|---|
| Material | High-conductivity copper |
| Finish | Electro-tinned for corrosion resistance |
| Voltage Rating | Up to 35 kV |
| Temperature Range | -40°C to 90°C |
| Certification | UL Listed, CSA Certified |
Applications
- Grounding and Bonding: Secure connections for grounding wires in electrical systems.
- Industrial Settings: Used in factories, substations, and utility installations.
- Commercial Buildings: Ideal for grounding systems in large-scale constructions.
- Telecommunication Towers: Ensures proper grounding for signal and lightning protection.
How to Use
- Select the Correct Size: Ensure the connector size matches your conductor gauge.
- Prepare the Conductors: Strip the insulation and clean the conductor surfaces.
- Place in the C-Tap: Position the conductors securely in the C-shaped groove.
- Compress with the Tool: Use a compatible compression tool to crimp the connector firmly.
- Inspect the Connection: Verify the connection for a secure and tight fit.
Application Category Specific Use Cases Power Distribution Utility grid connections, transformer taps, main electrical panels Telecommunications Network infrastructure, signal distribution systems Industrial Electrical Systems Manufacturing plants, heavy machinery, control panels Renewable Energy Solar array connections, wind turbine electrical systems Installation Guidelines
Proper installation is critical for ensuring the performance and reliability of C-Type Compression Connectors Taps:
- Clean and prepare conductor surfaces thoroughly
- Select the appropriate connector size and type for your specific application
- Use calibrated compression tools for consistent crimping
- Verify connection torque according to manufacturer specifications
- Inspect connections periodically for signs of wear or deterioration
Related terms:
- Electrical Connection Terms
- Copper compression lugs
- C-type electrical connectors
- Copper NEMA Compression Lugs
- Electrical tap connectors
- Compression cable taps
- Copper crimp connectors
- Mechanical lug connectors
- Technical Specification Terms
- Electrical bonding hardware
- Power distribution connectors
- Low-voltage compression terminals
- Copper cable connection devices
- Electrical infrastructure connectors
- Mechanical compression taps
- Industry-Specific Terms
- Utility grid connection hardware
- Telecommunications splice connectors
- Industrial electrical tap connectors
- Power transmission connection devices
- Electrical infrastructure joining hardware
- Mechanical electrical connectors
- Performance-Related Terms
- High-conductivity copper connectors
- Low-resistance electrical taps
- Corrosion-resistant electrical connections
- Heavy-duty electrical connectors
- Vibration-resistant cable taps
- Precision crimp connectors
- Standards and Compliance Terms
- UL-listed compression connectors
- IEEE electrical connection standards
- ANSI electrical tap hardware
- IEC compression connector specifications
- NEMA electrical connection devices
- Electrical safety-rated connectors
