Copper busbars 4P M8 250A 70V – set of 2

2x Busbar, 4P 250A

We offer you high-quality busbars that meet demanding requirements in power distribution while making it easy to connect batteries and/or DC devices. The conductive bar is made of high-quality, pure Cu ETP copper, which guarantees low energy transmission losses. Available in several variants with different rated currents and numbers of connection terminals. Each busbar is equipped with a removable protective cover secured with two insulated nuts. The housing, fully made of ASA material resistant to high temperatures and UV radiation, ensures durability and safety.

Application

• Battery connections
• Energy storage system connections
• Scaling energy storage systems
• Facilitating connections

Key features:

• High electrical conductivity: Thanks to the use of pure Cu-ETP copper, the busbar provides excellent current conduction, minimizing energy losses.
• Durability: Robust construction guarantees reliable operation for many years, even in harsh conditions.
• Secure connections: 4 M8 connection points ensure solid and stable connections with other system components.
• Versatility: Suitable for use in photovoltaic systems as well as other electrical installations requiring high-quality connections.
• Safe operating voltage: The ability to handle voltages up to 70V makes it ideal for applications in medium-sized energy systems.

Technical data:

• Maximum busbar current: 250A
• Maximum voltage: 70V DC
• Dimensions (mm): 116 x 46 x 39
• Conductive bar: Cu ETP copper 20x6mm (120 mm2)
• Connecting screws (thread in the flat bar): 4x M8 A2-70
• Recommended tightening torque: 12 Nm
• Terminal connection spacing: 21 mm
• Mounting holes: 4x 5mm diameter
• Housing material: ASA
• Color: Black and Red
• Compliance: RoHS

Included:

• 2x 4p Busbar (plus and minus set)
• 2x Cover with + / – markings (black and red)

The product is an installation component intended for mounting in a dry environment by individuals with technical knowledge of electrical installations.