Distribution Blocks
nVent ERIFLEX offers a wide selection of compact halogen free single pole, two pole, and four pole distribution blocks and a complete range of assembly support products for easy fastening to DIN rails or steel sheet. The blocks offer easy assembly with visual inspection to allow for confirmation of connections to a wide range of conductors including nVent ERIFLEX Flexibar Advanced and IBS/IBSB Advanced. The high fill ratio ensures optimal electrical connectivity even in tight assemblies.
Producten | 19 resultaten (48 artikelen)
UDJ-jumper voor 1-polige verdeelblok
Jumper for use in parallel UDJ-125A or UDJ-160A Single Pole Distribution Blocks.
TD Compact vierpolig verdeelblok, 40 A
Compact 4-Pole connecting device with an ergonomic design for maximum power in minimum space.
BD 2-polig verdeelblok, 40 A
Compact 2-Pole connecting device with an ergonomic design for maximum power in minimum space..
Vierpolige verdelingsblok TR, 125 A
Compact 4-Pole connecting device with an ergonomic design for maximum power in minimum space.
Verdeelblok met één pool
Primary device for easy assembly between a wide range of conductors to perform electrical power distribution.
UD-400J jumper voor 1-polige verdeelblok
Jumper for use in parallel UD-400212xx series of Single Pole Distribution Block.
TD Compact vierpolig verdeelblok, 80/100 A
Compact 4-Pole connecting device with an ergonomic design for maximum power in minimum space.
BD 2-polig verdeelblok, 80/100 A
Compact 2-Pole connecting device with an ergonomic design for maximum power in minimum space..
Vierpolige verdelingsblok TR, 250 A
Compact 4-Pole connecting device with an ergonomic design for maximum power in minimum space.
TD Compact vierpolig verdeelblok, 100/125 A
Compact 4-Pole connecting device with an ergonomic design for maximum power in minimum space.
Verbinding met platte terminal
Connector for flat conductors on nVent Eriflex UD-250A/400A single pole distribution block.
BD 2-polig verdeelblok, 100/125 A
Compact 2-Pole connecting device with an ergonomic design for maximum power in minimum space..