Le Dry-Operated Substation is the modern solution for power distribution in buildings where fire safety and environmental concerns are paramount, such as high-rise commercial structures, hospitals, and data centers. MechStream is delighted to offer a detailed technical dessin of a typical dry-type substation layout as a vital free download. This CAD resource provides the essential dimensional and clearance specifications required for seamlessly integrating the dry-type transformer and associated MV/LV switchgear into a confined, indoor electrical room.

This high-quality dessin libre is an indispensable resource for electrical and architectural engineers. It clearly outlines the structural positioning of the dry-type transformer, the necessary safety clearances, and the critical placement of ventilation and fire suppression equipment. Planning the separation of high- and low-voltage sections, as detailed in this model, is essential for regulatory compliance. By leveraging this precision dessin, you can confidently verify the room sizing, ensure proper airflow, and eliminate costly design conflicts early in the project. Download your powerful Dry-Operated Substation drawing today, exclusively from MechStream, and accelerate your project toward maximum safety and efficiency.

Caractéristiques principales :

  • Indoor Layout Optimized: Specifies the compact footprint and vertical clearance requirements typical for indoor, dry-type electrical rooms.
  • Transformer Positioning: Details the foundation slab and anchoring requirements specific to dry-type distribution transformers.
  • Safety Clearance Zones: Includes clear annotations for safety zones and separation distances between equipment, compliant with major electrical codes.
  • Ventilation Planning: Highlights critical air inlet and exhaust locations for passive or active cooling, crucial for dry-type thermal performance.
  • Instant Free Access: Obtain this essential, professional-grade substation dessin at no cost for immediate use in architectural and electrical systems planning.