Specification |
Description |
Part Number |
3000706 |
Manufacturer |
Phoenix Contact |
Part Family |
FBS Series |
Part Type |
Plug-in Bridge |
Number of Positions |
50 |
Pitch |
3.5 mm |
Colour |
Red |
Material |
Copper |
Maximum Load Current |
17.5 A |
Flammability Rating |
UL 94V0 |
Environmental Compliance |
China RoHS, Environmentally friendly use period: unlimited (EFUP-e) |
eCl@ss Classification |
4.0: 27141100, 4.1: 27141100, 5.0: 27141100, 5.1: 27141100, 6.0: 27141100, 7.0: 27141140, 8.0: 27141140, 9.0: 27141140 |
ETIM Classification |
3.0: EC000489, 4.0: EC000489, 5.0: EC000489, 6.0: EC000489, 7.0: EC000489 |
UNSPSC Classification |
6.01: 39121426, 7.09: 39121426, 12.01: 39121426, 13.2: 39121426, 18.03: 39121426, 19.03: 39121426, 20.03: 39121426, 21.03: 39121426 |
Approvals |
EAC |
The Phoenix Contact 3000706 is a high-quality plug-in bridge designed for efficient electrical connections. This component, part of the FBS Series, features 50 positions with a 3.5 mm pitch, making it suitable for bridging up to 50 terminal blocks in the CLIPLINE complete system. Constructed from durable copper and rated for a maximum load current of 17.5 A, it ensures reliable performance. The red-coloured bridge adheres to the UL 94V0 flammability standard and complies with China RoHS environmental regulations, ensuring safety and sustainability.
The Phoenix Contact 3000706 is a high-quality plug-in bridge designed to streamline electrical connections within terminal blocks. This component features a 3.5 mm pitch and accommodates up to 50 positions, making it ideal for complex wiring systems. The bridge is constructed from durable copper material and is coloured red for easy identification. It supports a maximum load current of 17.5 A, although this may vary depending on the specific modular terminal blocks used. The Phoenix Contact 3000706 adheres to the UL 94V0 flammability rating, ensuring it meets stringent safety standards. This plug-in bridge is an essential component for efficient and reliable electrical installations, providing a robust solution for bridging multiple terminal blocks in a single step.