Learn how AI and automation are improving fire sprinkler system design by streamlining hydraulic calculations, material submittals, and design workflows.

Learn the difference between static pressure and residual pressure, how flow affects water pressure, and why all three matter in fire sprinkler hydraulic calculations.

Learn how equivalent lengths account for fitting pressure loss in fire sprinkler hydraulic calculations, including NFPA 13 adjustments for pipe size and C-factors.

A clear breakdown of NFPA 13D (2025) Section 10.2, covering two-sprinkler design requirements, ceiling scenarios, flow criteria, and common mistakes to avoid when designing residential fire sprinkler systems.

Caident’s Submittal Generator automates fire sprinkler submittal packages, turning hours of manual work into a fast, permit-ready process. Learn how it streamlines datasheet collection, improves accuracy, and helps teams deliver consistent, compliant submittals in minutes.

NFPA 13 (2025) introduces a new documentation cabinet requirement to ensure fire sprinkler records are accessible onsite. Learn what Section 16.11.1.3 means for designers and contractors, and how digital documentation workflows can simplify compliance and long-term system management.

Modern hydraulic calculation software for NFPA 13, 13R, and 13D sprinkler systems. CaidentCalc helps fire protection designers work faster with accurate, review-ready outputs and real world workflow support.