SV9640.316 Rittal Maxi-PLS busbar E-Cu L: 1199mm Maxi-PLS 1600

SV9640.316 Rittal Maxi-PLS busbar E-Cu L: 1199mm Maxi-PLS 1600

Rittal SV9640.316 Maxi-PLS busbar made from E-Cu electrolytic copper with 1199 mm length and 974 mm² cross-section for Maxi-PLS 1600 industrial power distribution systems.

SKU: SV9640.316Alt SKU: 9640316MPN: SV9640.316
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List Price £291.22 ex VAT
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Why Choose the Rittal SV9640.316 Maxi-PLS Busbar?

The Rittal SV9640.316 is a high-performance Maxi-PLS busbar manufactured from electrolytic copper and designed for reliable high-current power distribution within industrial switchboards and electrical enclosures. As part of the Rittal Maxi-PLS busbar system, it provides a robust and efficient solution for modular energy distribution assemblies.

This E-Cu copper busbar is designed for demanding industrial applications requiring excellent electrical conductivity, mechanical stability and dependable long-term operation. The Maxi-PLS 1600 configuration supports cable connection systems and provides a reliable foundation for industrial power distribution.

With a length of 1199 mm, a 974 mm² bar cross-section and compatibility with the Maxi-PLS 1600 system, the SV9640.316 is suitable for high-current switchgear assemblies and modular power distribution applications.

Key Advantages

  • High-quality E-Cu electrolytic copper construction for excellent electrical conductivity.
  • Designed for Rittal Maxi-PLS 1600 power distribution systems.
  • 1199 mm length for large enclosure and switchboard configurations.
  • 974 mm² cross-section for reliable high-current distribution.
  • Suitable for cable connection systems in industrial power assemblies.
  • Supports modular and scalable switchgear construction.

Key Features

  • Rittal Maxi-PLS busbar series.
  • E-Cu electrolytic copper material.
  • Maxi-PLS 1600 system compatibility.
  • Busbar length: 1199 mm.
  • Bar cross-section: 974 mm².
  • Designed for assembling cable connection systems.
  • May be cut to required length for installation flexibility.
  • Suitable for industrial switchboards and power distribution equipment.

Reliable High-Current Power Distribution

Busbar systems provide an efficient method of distributing electrical power inside industrial switchboards and control cabinets. The Rittal SV9640.316 Maxi-PLS busbar delivers dependable current transmission while helping create organised and space-efficient electrical assemblies.

Designed for integration into Rittal power distribution solutions, this copper busbar supports modular switchgear construction and reliable operation in automation, manufacturing and infrastructure applications.

Typical Applications

  • Industrial switchboards and power distribution panels.
  • High-current electrical assemblies.
  • Machine building power systems.
  • Industrial automation installations.
  • Modular switchgear and cable connection systems.
  • Rittal Maxi-PLS 1600 power distribution applications.

Technical Specifications

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Accessory Type Busbar System
Manufacturer Rittal
Series Maxi-PLS busbar system
Model SV9640.316
Product type Maxi-PLS busbar
Length 1199 mm
Bar cross-section 974 mm²
System Maxi-PLS 1600
Dimensions 45 × 45 mm
Application Cable connection systems and industrial power distribution
Mounting type Busbar assembly system
Approvals UL + C-UL listed

Frequently Asked Questions

What is the Rittal SV9640.316 used for?

The SV9640.316 is a Maxi-PLS busbar used for reliable high-current power distribution and cable connection systems within industrial switchboards.

What material is the Rittal SV9640.316 made from?

The busbar is manufactured from E-Cu electrolytic copper to provide excellent electrical conductivity.

What is the length of the SV9640.316 busbar?

The Rittal SV9640.316 has a length of 1199 mm.

What is the cross-section of the SV9640.316?

The busbar has a 974 mm² bar cross-section.

Which system is the SV9640.316 compatible with?

The busbar is designed for use with the Rittal Maxi-PLS 1600 system.

Trusted by Industrial Power Engineers Worldwide

Rittal Maxi-PLS busbar systems provide efficient power distribution, flexible configuration and dependable performance for modern industrial electrical installations.