Rittal 9603000 SV Mini-PLS Busbar - 120 mm² EC001522
Part Number: 9603000
Manufacturer
Rittal
Part number
9603000
Category
Alt Part Number
SV 9603.000
Quick Summary
Rittal 9603000 SV Mini-PLS busbar delivers compact E-Cu power distribution for control cabinets. In crowded panels, wiring complexity and thermal hot spots slow installation and raise maintenance cost. Data in this spec sheet highlights ETIM EC001522 and ECLASS 27370303 classifications, with no explicit SIL or CE rating listed. By integrating with the SV Mini-PLS ecosystem, copper-focused power distribution becomes faster and more repeatable. This approach supports robust electrical performance in tight spaces, while enabling scalable capacity. Secondary keywords such as busbar system and copper conductor emphasize material choice and reliable performance for modern automation environments. The result is lower lifecycle costs and improved uptime in industrial power distribution projects.
Product Information
Extended Description
9603000 Rittal: SV Mini-PLS special busbar E-Cu, L: 1100 mm, 120 mm² bar cross-section
Article number
SV 9603.000
Material
E-Cu
Bar thickness
3 mm
Cross-section
120 mm²
Length
1,100 mm
Dimensions
Length: 1,100 mm
Packs of
3 pc(s).
Weight/pack
4.068 kg
Copper weight (kg per piece)
1.18
Customs tariff number
74071000
EAN
4028177140561
ETIM 9
EC001522
ECLASS 8.0
27370303
Product description
SV Mini-PLS special busbar E-Cu, L: 1100 mm, 120 mm² bar cross-section
Feature: E-Cu material and 120 mm² cross-section. Business Impact: Low electrical resistance and high current carrying capability support reliable power distribution in cabinets. Application: Suitable for high-density control panels where current sharing matters for performance and safety. Feature: 1,100 mm length with 3 mm bar thickness. Business Impact: Mechanical robustness and easy integration with standard Rittal enclosures. Application: Quick cut-to-length and mounting at panel ends for modular layouts. Feature: Pack of 3 pieces with 4.068 kg per pack. Business Impact: Optimized stock handling and reduced assembly time in multi-side installations. Application: Ideal for scalable power distribution in switchgear assemblies. Feature: Copper weight 1.18 kg per piece. Business Impact: Predictable weight distribution simplifies rack design and supports thermal management calculations. Application: Engineers can model heat dissipation and current paths more accurately. Feature: ETIM EC001522 and ECLASS 27370303 classifications. Business Impact: Seamless interoperability across procurement systems and ERP workflows. Application: Procurement teams benefit from consistent metadata and faster sourcing. This combination of material, dimensions, and packaging supports efficient, compliant, and cost-conscious cabinet power distribution in automation environments.
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FAQs
The SV Mini-PLS busbar is 1,100 mm long with a 3 mm copper bar and 120 mm² cross-section, designed for integration into standard Rittal enclosures. Plan for end-face mounting and allow clearance for connectors. Pack size is 3 pieces, which supports modular layouts and straightforward stocking. Ensure mechanical supports align with the busbar ends to maintain stable electrical contact and ease future maintenance.
Key specs are E-Cu material, 3 mm bar thickness, 120 mm² cross-section, and 1,100 mm length. Each piece weighs 1.18 kg, with a pack weight of 4.068 kg for three pieces. The product is listed under ETIM EC001522 and ECLASS 27370303, enabling reliable cross-system interoperability for electrical assemblies.
Yes. The copper busbar provides a low-impedance current path, supporting stable voltage delivery under peak loads in automation panels. Its length and cross-section are tailored for compact installations, while the three-piece pack supports scalable layouts. Always confirm project-specific current ratings and enclosure clearance during design validation.
The data specifies ETIM EC001522 and ECLASS 27370303 classifications, ensuring procurement-system compatibility. There is no explicit SIL, CE, or IP certification listed in the provided data; please verify the required regulatory certifications from the official datasheet or supplier documentation for your application.
Copper busbars reduce wiring complexity, minimize contact resistance, and improve thermal management, which lowers maintenance frequency and reduces voltage drop under load. The robust 1,100 mm length and 120 mm² cross-section support durable, scalable power paths in automation cabinets, contributing to faster builds, fewer wiring errors, and longer service life.