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  5. Supercap Busbar 75mm²

Supercap Busbar 75mm²

Supercap Busbar 75mm²

Technical Highlights

  • Low resistance of less than 50 microOhm, compatible with major brands.
  • Made of 6061-T6511 aluminum, sturdy and durable.
  • Special dimensions: 75mm² cross section, 13.2mm hole size.
  • More technical details
€2.12
-15% €2.49 €2.12
2% discount with credit card
Incl. VAT , plus shipping
187 piece in stock This quantity is ready to ship. Extra units follow within the stated delivery time at no extra shipping cost.
Estimated delivery Sep 14 to Sep 15.
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The Masori Supercap Busbar 75mm² is a flat, rectangular aluminium plate with holes at each end, perfect for use as a supercap or capacitor connector.
€2.12
€2.49 €2.12

Supercap Busbar 75mm² from Masori is a busbar connector for capacitors with a diameter of 60 mm. The electrical resistance is less than 50 microohms and can be further reduced through double usage. The component is made of 6061-T6511 aluminum. Compatible with capacitors from Maxwell, Sech, and Limitless Lithium. Dimensions: total length 85 mm, width 25 mm, thickness 3 mm. Hole size 13.2 mm (up to M12), hole spacing 62 mm, cross-section 75 mm².

Features
  • Capacitor
  • Busbar connector aluminum 75 mm²
  • Resistance < 50 microohms
  • Resistance further reducible through double usage
  • For capacitors with a diameter of 60 mm
  • Compatible with Maxwell, Sech, and Limitless Lithium
  • Material 6061-T6511 aluminum
Technical Data
  • Hole size 13.2 mm (up to M12)
  • Hole spacing 62 mm
  • Thickness 3 mm
  • Total length 85 mm
  • Width 25 mm

Frequent Questions about Supercap Busbar 75mm²

What distinguishes the Supercap Busbar 75mm² from Masori?

The Supercap Busbar 75mm² from Masori is characterized by its extremely low resistance of less than 50 micro-ohms, enabling higher efficiency in electronic projects. This resistance can be further reduced by doubling the connector. Made from robust 6061-T6511 aluminum, the busbar is suitable for intensive applications, especially when connecting 60mm capacitors. These features make the busbar from Masori a reliable component for high-performance electronic circuits.

How can the resistance of the Supercap Busbar be further lowered?

To reduce the resistance of the Supercap Busbar 75mm² below the existing value of 50 micro-ohms, you can simply use two of these connectors in parallel. This leads to a reduction in total resistance, which is beneficial when maximum current conduction is required. This technique is particularly effective in high-performance applications and helps minimize losses in electrical circuits, thereby increasing the efficiency of the entire system.

For which capacitors is the Supercap Busbar 75mm² suitable?

The Supercap Busbar 75mm² is specifically designed for use with capacitors with a diameter of 60mm. It is compatible with products from well-known manufacturers such as Maxwell, Sech, and Limitless Lithium. This compatibility makes it the ideal choice for projects that utilize this type of capacitor, ensuring optimal performance in applications that rely on high power and efficiency.

What material properties does the Supercap Busbar have?

The Supercap Busbar 75mm² is made from high-quality 6061-T6511 aluminum, known for its excellent strength and corrosion resistance. This material choice ensures that the busbar withstands the demands of demanding electrical applications while providing a long service life. The aluminum also avoids unnecessary weight, contributing to a lightweight yet stable construction.

What are the technical dimensions of the Supercap Busbar?

The Supercap Busbar has the following technical dimensions: hole size of 13.2mm, suitable for up to M12 screws, a hole spacing of 62mm, a thickness of 3mm, and an overall length of 85mm. With a cross-section of 75mm² and a width of 25mm, the busbar is designed for a variety of power transfer tasks, optimized for use in compact as well as performance-oriented environments.

What advantages does the 6061-T6511 aluminum of the Supercap Busbar offer?

The 6061-T6511 aluminum provides the Supercap Busbar with a perfect balance of strength, weight, and corrosion resistance. This material is known for its high load capacity and is often used in applications where weight savings play an important role, such as in aerospace engineering. In the busbar, it contributes to a lightweight yet durable and resilient construction that is ideal for high-performance electronic applications.

How do the dimensions of the Supercap Busbar affect installation?

The dimensions of the Supercap Busbar, particularly the hole size of up to M12 and the spacing of 62mm, allow for easy installation and provide flexibility in use. The size specifications match standardized capacitor connections of 60mm, ensuring maximum compatibility. Additionally, the thickness of 3mm is chosen to provide an optimal balance between mechanical stability and flexibility during installation.

Can the Supercap Busbar be used in combination with Maxwell capacitors?

Yes, the Supercap Busbar 75mm² is suitable for use with Maxwell capacitors, provided they have a diameter of 60mm. This combination allows for excellent performance and efficiency in applications that rely on the reliable function of capacitor assemblies. The dimensions and technical specifications of the busbar ensure seamless integration into Maxwell systems, leading to improved electrical connections.

What hole size does the Supercap Busbar support and what does that mean for the application?

The Supercap Busbar supports a hole size of 13.2mm, allowing for the use of M12 fasteners. This is a significant advantage when it comes to creating stable and robust connections, which are essential in high-performance electrical applications. Supporting such fastener sizes enables the busbar to be used in a variety of applications without the need for modifications, promoting universal applicability.

Why is the low resistance of the Supercap Busbar important?

The low resistance of under 50 microohms is crucial for the Supercap Busbar because it minimizes losses during current flow, thereby improving the efficiency of electrical systems. This is especially important in applications that rely on high performance and rapid responses, such as in electromobility or storage solutions. A low resistance means less heat generation and thus a more stable performance over a long period, maximizing overall utility in use.

Manufacturer information / responsible person

CHP car hifi products GmbH&Co.KG
Steffen Bläsing
Lindenstrasse 55
15517 Fürstenwalde
Germany

Contact: verkauf@chp24.com

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