CTB6615 Ceramic Terminal Block

The CTB6615 Ceramic Terminal Block represents the pinnacle of high-density multi-circuit connection technology, offering unparalleled flexibility for complex electrical systems requiring numerous parallel connections. This professional-grade 6-in-6-out terminal block combines a 15A current rating with superior thermal stability and exceptional electrical insulation properties, making it the definitive choice for engineers and electricians working on sophisticated projects requiring multiple medium-current connections with maximum reliability and optimized space utilization.

High-Density Multi-Circuit Design for Complex Electrical Systems

The CTB6615 features an advanced 6-in-6-out configuration specifically engineered to maximize connection capacity while maintaining a streamlined, low-profile form factor. Precision-manufactured from high-frequency ceramic material, this terminal block delivers superior insulation properties that significantly outperform conventional plastic alternatives in medium-current, high-temperature environments. The ceramic housing ensures complete resistance to aging, cracking, and deformation even under extreme temperature conditions up to 750°C, guaranteeing long-term stability and safety for your most complex electrical connections.

Each terminal block incorporates twelve precision-engineered connection points with copper core conductors for optimal electrical performance and M3-compatible screw terminals manufactured from durable iron-plated zinc material. This construction provides secure and reliable wire clamping that withstands vibration and thermal cycling without loosening over time, ensuring consistent electrical contact across all six circuits in demanding applications where connection integrity is critical.

Key Features and Technical Advantages

• Maximum Connection Density: Six-in, six-out design enables highly complex multi-circuit configurations while maintaining compact dimensions
• Optimized Low-Profile Design: Slimline 13mm height allows installation in space-constrained applications while accommodating six complete circuits
• Extended Connection Array: 56.6mm length provides efficient spacing between connection points for secure wire termination
• Enhanced Mounting System: Built-in 30.3mm spaced mounting holes for secure and standardized installation
• M3 Screw Compatibility: Designed to work with standard M3 screws for secure connections in space-constrained applications
• Practical Wire Capacity: Accommodates wire gauges from 0.5mm² to 2.5mm², balancing current capacity with compact dimensions
• Superior Temperature Resistance: Withstands continuous operation at high temperatures up to 750°C, ideal for applications where plastic terminals would fail
• Excellent Electrical Insulation: Ceramic material provides exceptional dielectric strength and prevents current leakage between adjacent circuits
• Flame Retardant: Naturally fire-resistant material eliminates the risk of ignition or flame propagation
• ဓာတုခုခံမှု- Impervious to oils, solvents, and most acids, ensuring durability in harsh industrial environments

နည်းပညာဆိုင်ရာသတ်မှတ်ချက်များ

CTB6615 Detailed Specifications:

• လက်ရှိ အဆင့်သတ်မှတ်ချက်- 15A per circuit
• Configuration: Six-in, Six-out
• အတိုင်းအတာများ- 56.6mm (L) × 21mm (W) × 13mm (H)
• Wire Range: 0.5-2.5mm²
• Wire Entry Hole Diameter: 3mm
• အိမ်ရာပစ္စည်း High-frequency ceramic
• Conductor Material: Copper core
• Screw Material: Iron-plated zinc
• Screw Compatibility: M3 thread
• Mounting Hole Distance: 30.3mm center-to-center
• Compatible Wire Types: Suitable for both soft and hard wires
• Maximum Operating Temperature: 750°C
• Dielectric စွမ်းအား- 2.8kV
• လျှပ်ကာခံနိုင်ရည်- >1000MΩ at 500VDC
• ဆက်သွယ်ရန် ခုခံမှု- <0.5mΩ
• Maximum Torque: 0.6-0.8 N·m

အထူးပြုအသုံးချမှုများ

The CTB6615 Ceramic Terminal Block is specifically designed for high-density applications requiring multiple medium-current circuits with maximum connection flexibility:

• Complex Control Systems: Industrial control panels requiring numerous isolated medium-current circuits
• Multi-Channel Instrumentation: Advanced monitoring and testing equipment with multiple discrete channels
• Audio/Visual Systems: Professional A/V equipment requiring multiple isolated signal circuits
• Multi-Zone Environmental Control: Advanced HVAC systems with multiple independent control zones
• Laboratory Equipment: Scientific apparatus requiring multiple isolated power and signal circuits
• Telecommunications: Multi-line communication systems requiring high-density connection points
• Multi-Circuit Lighting: Advanced lighting systems with numerous independent control circuits
• လုံခြုံရေးစနစ်များ- Complex security and monitoring installations with multiple sensor and control circuits

Professional Installation Guidelines

For optimal performance and reliability in high-density multi-circuit applications, follow these installation guidelines:

1. Ensure the mounting surface is clean, flat, and heat-resistant
2. Utilize the integrated 30.3mm mounting holes for secure attachment
3. Plan circuit layout carefully to maintain proper separation between different electrical potentials
4. Strip wires to the appropriate length (typically 5-7mm)
5. Loosen terminal screws fully before inserting wires
6. Insert wire completely into the terminal opening
7. Tighten M3 screws to a torque of 0.6-0.8 N·m, being careful not to overtighten
8. Verify secure connection by gently pulling on each wire
9. Label each circuit clearly for future maintenance and troubleshooting
10. Maintain appropriate clearance around the terminal block for proper heat dissipation

The CTB6615 Advantage: Maximum Connection Density with Reliable Performance

When designing complex electrical systems requiring numerous connection points, the CTB6615 Ceramic Terminal Block offers an unmatched combination of connection density and reliability. Its innovative six-in, six-out configuration with low-profile design provides maximum connection flexibility while optimizing space utilization – making it the ideal choice for sophisticated electrical systems where multiple circuits must be accommodated in limited space without compromising on reliability or thermal performance.