Weidmuller, 5.08mm Pitch, BLF 5.08, 7 Way, , Pluggable Terminal Block, Plug, Through Hole, Push In Termination,

Weidmuller BLF 5.08 Series Pluggable Terminal Block, 7 Contacts, 5.08mm Pitch - 1013480000

This pluggable terminal block is designed for efficient, reliable connections in electronic and automation applications. With a 5.08mm pitch, it features a straight body orientation and through hole mounting, making it suitable for various PCB layouts. The block supports screw termination, ensuring secure wire connections.

This pluggable terminal block is designed for efficient, reliable connections in electronic and automation applications. With a 5.08mm pitch, it features a straight body orientation and through hole mounting, making it suitable for various PCB layouts. The block supports screw termination, ensuring secure wire connections.

Features & Benefits

• Facilitates easy and tool-free wire connection with PUSH IN technology • Compact design optimises space in electrical layouts • Supports a current rating of 10A for high-performance requirements • Operates effectively at a voltage rating of 400V for safety and reliability • Equipped with a robust copper alloy structure for enhanced conductivity • Features a black colour for a professional aesthetic in installations

• Facilitates easy and tool-free wire connection with PUSH IN technology • Compact design optimises space in electrical layouts • Supports a current rating of 10A for high-performance requirements • Operates effectively at a voltage rating of 400V for safety and reliability • Equipped with a robust copper alloy structure for enhanced conductivity • Features a black colour for a professional aesthetic in installations

Applications

• Used for PCB assemblies for communication devices • Suitable for industrial control systems requiring 7 contacts • Recommended for automation processes that utilise screw termination methods • Ideal for wiring where space is a constraint • Used for electrical connectivity for mechanical equipment

• Used for PCB assemblies for communication devices • Suitable for industrial control systems requiring 7 contacts • Recommended for automation processes that utilise screw termination methods • Ideal for wiring where space is a constraint • Used for electrical connectivity for mechanical equipment

What is the maximum wire size supported by this terminal block?

The terminal block can accommodate a wire size of up to 2.5mm², allowing connections with various conductor gauges, including 26 to 12 AWG.

The terminal block can accommodate a wire size of up to 2.5mm², allowing connections with various conductor gauges, including 26 to 12 AWG.

How does the PUSH IN connection system work?

The innovative PUSH IN spring connection system allows for quick and efficient wire insertion, removing the need for tools and ensuring reliable contact with minimal effort.

The innovative PUSH IN spring connection system allows for quick and efficient wire insertion, removing the need for tools and ensuring reliable contact with minimal effort.

What is the temperature range for operation and storage?

This device can operate in temperatures ranging from -50 to 100 °C, while storage conditions can be between -25 and 55 °C, ensuring versatility in various environments.

This device can operate in temperatures ranging from -50 to 100 °C, while storage conditions can be between -25 and 55 °C, ensuring versatility in various environments.

How does the 5.08mm pitch enhance functionality?

The 5.08mm pitch allows for densely packed connections on PCBs, enabling more compact designs without sacrificing performance or connectivity.

The 5.08mm pitch allows for densely packed connections on PCBs, enabling more compact designs without sacrificing performance or connectivity.

Is this terminal block compliant with safety standards?

Yes, the terminal block meets IEC and UL safety standards, ensuring reliability and safety in electrical applications.

Yes, the terminal block meets IEC and UL safety standards, ensuring reliability and safety in electrical applications.