Double Layer Terminal Block MBKKB2.5 - 500V/24A by SXYDQ, Reliable China Suppliers and Factory
MBKKB2.5 Double-layer pure copper flame-retardant terminal block
Feed-through terminal blocks are universally accepted solutions for all semiconductor connection needs, no matter what size. The proven design of the blocks saves valuable space and comes with screw technology for easiest possible use. It allows the connection of conductors of all sizes as well as connections to multi-conductor and function terminals. Matching Ground Terminal blocks are also available.
Double-layer screw-type terminal blocks are ideally suited for applications that require both distribution and collection of control signals through the same module. These blocks offer an optimal solution for high-density wiring applications.
- Space and cost saving
- Fully equipped with accessories
- Each side have two connection, accommodate several conductors
- Double bridge shaft enables single potential distribution and supply
- The four-conductor connection enables non-interacting control
Frequently Asked Questions
What makes the MBKKB2.5 terminal block flame-retardant?
The MBKKB2.5 terminal block is manufactured using high-quality flame-retardant materials combined with a pure copper conductor to ensure safe and stable electrical connections.
How does the double-layer design benefit wiring installations?
The double-layer screw-type structure is ideal for high-density wiring. It allows for the distribution and collection of control signals through a single module, saving space and reducing cost.
What types of conductors can be connected to these terminal blocks?
Thanks to the universal screw technology, these feed-through terminal blocks can accommodate conductors of all sizes, supporting multi-conductor connections and function terminals.
What is the purpose of the double bridge shaft?
The double bridge shaft allows for efficient single potential distribution and supply across the terminal blocks, simplifying power distribution setup.
Does the MBKKB2.5 support non-interacting control?
Yes, the four-conductor connection configuration enables non-interacting control, allowing multiple independent signals to be connected securely.