Ri4Power

Ri4Power
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Ri4Power

Product catalog summary
Overview: The document is a comprehensive guide to Rittal's Ri4Power Form 2-4 low-voltage switchgear systems, highlighting their flexibility, modularity, and compliance with international standards (IEC 60 439-1 and IEC 61 439-1/-2). It details applications across industries such as process industries, energy generation, and infrastructure.
Specifications: The Ri4Power system is designed for flexibility and safety, featuring modular enclosures and busbar systems up to 5500 A. It supports applications from small power plants to large industrial facilities.
System Components: Key components include circuit-breaker sections compatible with major manufacturers, switch-disconnector-fuse sections, coupling sections, outgoing sections, and cable chambers for structured cable routing.
System Benefits: Benefits include high safety standards, modular design for easy configuration, and comprehensive software support for planning and configuration.
Technical Information: Detailed specifications include dimensions, diagrams, and planning guidelines, with information on busbar systems, short-circuit resistance, and rated currents.
Accessories and Configuration: A range of accessories is available for customization, with emphasis on using Rittal Power Engineering software for efficient configuration.
Conclusion: Rittal's Ri4Power Form 2-4 system is a versatile and reliable solution for low-voltage switchgear needs, offering extensive customization options and compliance with international safety standards.
Procedures: Instructions for configuring coupling and outgoing sections are provided, enhancing reliability and reducing costs.
Standards and Recommendations: The document recommends using Rittal Power Engineering software for efficient configuration and highlights the benefits of using standard parts for insulation and cover.
Key Data from Tables and Diagrams: Parts lists include detailed information on enclosures, busbar systems, and compartments, with specific model numbers and page references.
Critical Information: Emphasizes the importance of using compatible components and accessories to ensure system reliability and efficiency.
Specifications: Detailed specifications for components like circuit-breaker adaptors, busbars, and enclosures are provided.
Procedures: Describes cable chamber design and switch-disconnector-fuse section installation.
Software Recommendations: Rittal Power Engineering Software is recommended for easy configuration, providing automatic bills of materials, CAD drawings, and order lists.
Standards and Compliance: Enclosures are type-tested in accordance with IEC standards.
Key Features: The TS 8 System Platform offers universal interior installation with maximum space utilization.
Specifications: Outlines specifications for enclosure components, including materials and finishes.
Procedures: Details the assembly process for different components, emphasizing modularity.
Standards and Recommendations: Specifies protection categories and recommends using Rittal Power Engineering software for component selection.
Key Components and Accessories: Includes locks, roof plates, and mounting brackets.
Data Summary: Tables list model numbers, dimensions, and required components for different configurations.
Conclusion: The Ri4Power system is designed for efficient and flexible configuration of low-voltage switchgear enclosures.
Overview: Provides specifications and configurations for Ri4Power compartments, focusing on components like air circuit-breaker support bars and functional space dividers.
Specifications: Lists materials and model numbers for components.
Procedures: Provides assembly instructions for busbar systems.
Standards and Recommendations: Emphasizes using correct components for safety and performance.
Key Data and Diagrams: Includes tables with model numbers and dimensions.
Critical Information: Highlights the importance of selecting the correct busbar system configuration.
Busbar Support and Spacers: Details on busbar support requirements and material specifications.
Busbar Claws: Used for assembling busbar systems, providing increased short-circuit resistance.
Screw Connections: Essential for assembling and securing busbar systems.
Covers for Busbar Claws: Provide contact hazard protection.
Connection Plates and Terminals: Used for connecting ring terminals to busbar systems.
Connector Kits and Longitudinal Connectors: Facilitate connections in busbar systems.
Angular Connectors: Used for connecting horizontal and vertical busbar systems.
Cable Connection System: Designed for fast, cost-optimized assembly.
Specifications: Outlines specifications for busbar covers and distribution busbar covers.
Procedures: Details installation procedures for busbar covers.
Standards and Norms: Components comply with safety standards, providing protection against probe contact.
Recommendations: Includes using expansion connectors for busbar systems exceeding 3 meters.
Accessories and Additional Components: Lists accessories like connection brackets and terminal blocks.
Key Data from Tables: Provides detailed information on model numbers and dimensions.
Specifications and Standards: Outlines standards for busbar systems, including IEC and DIN standards.
Application and Safety: Emphasizes assembly by trained personnel and proper tightening torques.
Technical Data and Installation: Discusses power distribution components and installation conditions.
Busbar Support Specifications: Provides detailed specifications for busbar supports.
Short-Circuit Resistance and Diagrams: Provides diagrams for short-circuit resistance.
Continuous Currents for Busbars: Specifies continuous current ratings for busbars.
Correction Factor Diagrams: Provides diagrams for adjusting current values based on temperature.
Specifications and Standards: Outlines specifications for busbars according to DIN standards.
Rated Currents and Temperature Considerations: Provides rated currents for copper busbars and discusses temperature impacts.
Technical Information and Assembly Instructions: Available for download or print.
Planning and Configuration: Emphasizes meeting operating conditions for system planning.
Rittal Power Engineering Software: Introduces software for planning low-voltage switchgear.
Busbar System Components: Details on busbar supports and connection components.
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Catalog excerpts

Ri4Power-1

Including innovations 2009 Low-voltage switchgear for maximum flexibility Rittal – Ri4Power Form 2-4

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Ri4Power-2

2 Form 1 Low-voltage switchgear without form separation Form 2-4 Low-voltage switchgear with form separation Top enclosure system TS 8 in conjunction with busbar systems up to 5500 A as a modular solution. ISV Distribution enclosures Software Planning, configuration, selection Ri4Power – structured system solutions for the reliable, fast assembly of low-voltage switchgear systems for machines, plant, and buildings. Rittal Ri4Power is the new name in low-voltage switchgear and distribution enclosures under a single roof – in accordance with the worldwide standard (IEC 60 439-1 and IEC 61 439-1/-2)....

 Open the catalog to page 2
Ri4Power-4

4 Rittal Ri4Power Form 2-4 Form 2-4: Universal in best form Process industry œ Sewage treatment plant œ Heavy industry (mining, iron, steel) œ Cement works œ Waste disposal industry œ Paper industry œ Chemicals, petrochemicals œ Pharmaceutical industry Industrial plants œ Automotive industry œ Mechanical engineering œ Shipbuilding, marine engineering Energy generation œ Small power plants œ Wind and solar power œ Biomass power plants Buildings, infrastructure œ Schools œ Banks œ Insurance companies œ Data centres œ Football stadiums œ Hospitals œ Festival halls and exhibition buildings œ Airports...

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Ri4Power-5

Rittal Ri4Power Form 2-4 1 2 3 4 Ri4Power Form 2-4 – An individual system for the configuration of type-tested low-voltage switchgear with inner form separation. The flexible combination of Ri4Power field types supports optimum configuration for your applications.

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Ri4Power-6

6 Rittal Ri4Power Form 2-4 Form 2-4: Switchgear with a high level of safety Cable connection œ Tested connection system œ Clear arrangement of the cable connection points œ Contacting system with no drilling required œ Space-optimised configuration, even for smaller rated currents 1 Busbar infeed œ An extensive range of accessories to cover the busbar œ Fully insulated busbar connection œ Connection accessories for every type of conductor 2 Side busbar riser œ Connection accessories for every type of conductor œ Unobstructed access to the busbar compartment from the front œ For the side infeed...

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Ri4Power-7

Rittal Ri4Power Form 2-4 1 2 3 4 5 Ri4Power Form 2-4 offers the best possible operator protection. Thanks to extensive busbar insulation and sub-division of the compartments, the occurrence and spread of accidental arcs is largely prevented.

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Ri4Power-9

Rittal Ri4Power Form 2-4 9 Form 2-4 system example 1 Circuit-breaker section Terminal space Stepped, assembly-friendly arrangement of the connection bars. Cable connection system for optimum connection of all conductor types. Flexible positioning of the bars in the connection space thanks to the modular side panel system. 1 2 3 Circuit-breakers Circuit-breakers available as fixed or rack-mounted, allowing a choice of positioning. Connection systems for ACB air circuitbreakers from all well-known manufacturers (Siemens, ABB, Mitsubishi, Moeller, Merlin Gerin, Terasaki). Modular configuration of...

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Ri4Power-10

10 Rittal Ri4Power Form 2-4 Form 2-4 system example 1 Circuit-breaker section, component overview Enclosure Enclosure system accessories The components required for a circuitbreaker section are comprised of the enclosure, the enclosure system accessories, the compartment and the busbar systems. Rittal Power Engineering The software Rittal Power Engineering from V4.0 is highly recommended for easy, fast configuration of section types and systems. This continuously updated, graphicsoriented software tool supports customerspecific configuration and automatically produces bills of materials, CAD...

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Ri4Power-11

Rittal Ri4Power Form 2-4 11 Circuit-breaker section, parts list Form 2-4 system example 1 Enclosure Qty. P. of Model No. Page 1 SV-TS 8 mdoular enclosure, W/H/D: 800 x 2200 x 800 mm 1 1 9670.828 32 Configuration parameters: Enclosure dimensions W x H x D: 800 x 2200 x 800 mm, with base/plinth 200 mm Roof plate IP 54 Front trim panel IP 2X Form 4b Busbar system top Maxi-PLS 3200, 4-pole, in roof area, without cover PE busbar design 80 x 10 mm For air circuit-breaker (ACB) Mitsubishi AE, 3200 A, 4-pole, rack-mounted, positioned behind the door, with cable connection system Maxi-PLS 3200 A, 4-pole...

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Ri4Power-13

Rittal Ri4Power Form 2-4 13 8 7 8 6 Form 2-4 system example 2 Coupling section Coupling switch Connection systems for ACB air circuitbreakers from all well-known manufacturers (Siemens, ABB, Mitsubishi, Moeller, Merlin Gerin, Terasaki). The same system architecture as the circuit-breaker section reduces the number of different items and the required assembly work. Other system accessories facilitate virtually any variant, tailored to the required application. 1 2 3 Busbar riser Version with Maxi-PLS or alternatively Flat-PLS. Space-saving, modular and flexible arrangement of the busbar riser...

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Ri4Power-14

14 Rittal Ri4Power Form 2-4 Form 2-4 system example 2 Coupling section, component overview Enclosure Enclosure system accessories The components required for a coupling section are comprised of the enclosure, the enclosure system accessories, the compartment and the busbar systems. Rittal Power Engineering The software Rittal Power Engineering from V4.0 is highly recommended for easy, fast configuration of section types and systems. This continuously updated, graphics-oriented software tool supports customerspecific configuration and automatically produces bills of materials, CAD drawings and...

 Open the catalog to page 14
Ri4Power-15

Rittal Ri4Power Form 2-4 15 Coupling section, parts list Form 2-4 system example 2 Enclosure Qty. P. of Model No. Page SV-TS 8 mdoular enclosure, W/H/D: 800 x 2200 x 800 mm 1 1 9670.828 32 SV-TS 8 busbar enclosure, W/H/D: 200 x 2200 x 800 mm 1 1 9670.228 38 1 2 Enclosure system accessories Base/plinth components, front and rear, 200 mm high 1 1 8602.000 40 Base/plinth trim, side, 200 mm high 1 1 8602.080 40 Front trim panel kit, IP 2X, W/H: 800 x 100 mm 1 1 9671.038 41 Cross member for functional space divider, W: 800 mm 6 5 9671.008 42 Roof plate, vented, IP 2X, W/D: 800 x 800 mm 1 1 9659.535...

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.