Two standards dominate a Turkish logistics center project: NFPA 13 (code-based) and FM Global Data Sheet (insurance-based). As the design engineer, which do we apply? Usually the client's insurer decides. This post compares both and explains practical application.

Two Philosophies

In short: NFPA saves the building, FM saves the goods. FM Global is stricter in many projects.

Practical Differences

For the same warehouse, FM Global typically demands:

Key Data Sheets

Which Project Gets Which?

  1. Residential, hotel, office: NFPA 13 suffices (FM usually not involved).
  2. Small retail: NFPA 13.
  3. Large warehouse, distribution center: Ask the insurer; if FM Global, apply DS.
  4. Petrochemical, refinery: FM Global + NFPA 30/70 together.
  5. Tier III+ data center: Insurer typically requires FM.

Applying Both Together

If they conflict: the stricter wins. In practice that means FM Global. A design meeting FM Global also meets NFPA minimum, but not vice versa.

Turkey Perspective

Multinationals operating in Turkey (Unilever, PepsiCo, Amazon, etc.) are often FM Global clients. Their projects require FM; the insurer audits. Domestic investors prefer NFPA 13 + local code — cheaper, but lower protection.

Conclusion

The difference is minimum safety vs investment protection. Your first job as engineer is knowing which standard governs — design density and pump size will differ. FM Global costs more, but insurance premiums drop accordingly.

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Sources & Further Reading

Core references: NFPA 13 - Sprinkler Installation, FM Global Data Sheet 2-0 / 8-9. Original NFPA post: NFPA Today - NFPA vs FM.

FS

Fatih Selvi

Mechanical engineer and software developer. MEP and fire protection experience.