TBR-Type Plate Crimp Terminal Block
Versatile & Cost-Effective Modular Terminal Block (TBR Compatible)
This product features a versatile and cost-effective design, fully compatible with TBR-type systems. Its flame-retardant housing significantly enhances operational safety, while the internal high-conductivity copper strips ensure superior electrical performance. The modular component design offers the flexibility to adjust the number of terminals, allowing for a customizable and efficient wiring solution.
Place of Origin
Zhejiang,China
Model Number
TBC-10A
Color
black
Mounting
Screw
Rated Current
10A
Rated Voltage
600V
Dimensions
28x25x8.5
Wire section(mm²)
0.75-1.5mm²
Product Details
Product Name: TBR-Type Plate Crimp Terminal Block – A Reliable Foundation for Electrical Connections
Product Description
In complex electrical systems, terminal blocks serve as critical transition components, where performance directly impacts circuit stability. This product utilizes a classic plate-type connection structure—a connection method proven safe and reliable through long-term practice. With its direct, convenient, and robust characteristics, plate crimping technology perfectly adapts to various demanding environments and requirements, providing unparalleled assurance for your electrical connections.
Key Advantages
Superior Compatibility & Universal Design: Features a scientifically sound installation design with strong versatility, perfectly compatible with and supporting the installation of TBR-type terminals to meet diverse wiring standards.
Flame-Retardant Material for Safety: The housing is crafted from high-quality flame-retardant materials, effectively reducing electrical fire hazards, significantly enhancing system safety, and ensuring long-term stable operation.
High-Performance Copper for Efficiency: Internal conductive elements are made from high-performance copper strips, offering extremely low resistivity and excellent conductivity, effectively minimizing energy loss and heat generation.
Modular & Customizable: Adopts an innovative modular assembly design, supporting the free addition or reduction of terminal quantities based on actual circuit needs for flexible configuration.
