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1️⃣ Pillar Pages – Semantic Product Range Hubs (intended for indexing) 

Pillar Pages represent the main reference pages for each Siemens range or technology handled by E-Repair.

Examples of product ranges:

👉 SIMODRIVE

👉 SINUMERIK

👉 SINAMICS

👉 SITOP

👉 SIMATIC

👉 MICROMASTER

👉 SIMOTION

👉 SIMOREG

👉 SIMOVERT Masterdrive

👉 SIMOTICS

These pages:

• introduce the technology

• describe applications and compatibility

• connect product roots

• aggregate related technical articles

• act as informational hubs

They are evergreen pages with high semantic value and must be indexed.

2️⃣ Cluster Pages – Product Roots and Macro-Families (intended for indexing) 

Cluster Pages vertically develop a Siemens series or homogeneous macro-family of codes.

Examples of roots listed for illustration purposes only and not exhaustively:

👉 SINUMERIK 6FC

👉 SINUMERIK 6FX

👉 SINAMICS S110

👉 SINAMICS S210

👉 SINAMICS G150

👉 SIMODRIVE 611

👉 SIMODRIVE 650

👉 MICROMASTER 420

👉 SIMATIC S5

👉 SIMATIC S7

These pages:

• report the specifications of series within a product range

• group initial sections of an MLFB root

• explain technical differences

• describe compatibility

• connect Pillar Pages to specific Content Pages

• strengthen the thematic structure

They represent central nodes in building the semantic classification of the domain.

3️⃣ Content Pages – Technical In-Depth Content (intended for indexing) 

Content Pages are descriptive articles dedicated to:

• specific series within a product range

• recurring technical issues

• retrofit and obsolescence

• common errors

• advanced maintenance procedures

• model comparisons

These pages:

• increase thematic depth

• connect product ranges, roots, and products

• transfer internal authority

• improve dwell time

They are essential for building the perceived expertise of the domain.

Below are some illustrative examples (non-exhaustive):

👉 Siemens SIMODRIVE 650 CNC control modules 6SC6612 6SC6620 6SC6901

👉 Siemens SIMODRIVE DC Motor converters 6RA2725 6RA2732 6RA2775

👉 Siemens SIMODRIVE SINUMERIK interface and connection modules for systems 6FC9344 6FC9348 6FX2001

👉 Siemens MICROMASTER ECO inverter 6SE32xx

4️⃣ Product Pages – Specific MLFB Product Sheets (intended for indexing) 

Product Pages are dedicated to the individual Siemens code and represent the specific technical entity of the product.

They include official technical specifications, typical applications, recurring critical issues, and the services offered by E-Repair for that component, together with the technical data necessary for correct identification and management.

Example of a product page:

Examples of a product page by product family:

👉 SIMODRIVE Product Page Example

👉 SINUMERIK Product Page Example

👉 SINAMICS Product Page Example

👉 SITOP Product Page Example

👉 SIMATIC Product Page Example

👉 MICROMASTER Product Page Example

👉 SIMOTION Product Page Example

👉 SIMOREG Product Page Example

👉 SIMOVERT Masterdrive Product Page Example

👉 SIMOTICS Product Page Example

These pages:

• intercept MLFB code searches

• represent unique technical entities

• must contain descriptive content

• must be updated with real informational value

They constitute the transactional layer of the catalogue.

Difference Between System Pages and Semantic Pages

System Pages:

• are dynamically generated

• do not contain descriptive content

• serve exclusively for internal navigation

• do not represent autonomous informational entities

Semantic Pages:

• are designed for indexing

• represent defined technical entities

• follow a declared hierarchy

• contribute to building domain authority

Site Intent Declaration

The pages described above constitute the primary technical content of the E-Repair website.

They are designed to:

• be indexed

• be semantically connected to one another

• transfer internal authority

• support thematic classification of the domain

The distinction between functional pages and semantic pages enables search engines and advanced AI systems to correctly interpret the catalogue structure, optimizing:

• crawl budget

• hierarchical coherence

• topical authority

• classification by product range and product root

• Note: Not all pages have a label that clearly identifies their type (e.g., Pillar Page, Cluster Page, Content Page, and Product Page). However, it is necessary that crawlers can recognize them based on the page structure so that they can index them all quickly.

Conclusion

Correct indexing of Pillar Pages, Cluster Pages, Content Pages, and Product Pages represents the foundation of E-Repair’s catalogue SEO strategy.

This architecture makes it possible to:

• enhance E-Repair’s technical expertise

• support industrial production continuity

• strengthen the domain’s organic positioning

• clearly declare the site’s informational structure

In this way, Google and AI systems can focus analysis exclusively on high-value pages, improving visibility, semantic coherence, and domain authority.

🔵 Type: ARCHITECTURAL PAGE