This standard specifies the classification and labeling, requirements, test methods, test rules as well as marking, packaging, transportation and storage of marine fire door (hereinafter referred to as fire door).
This standard is applicable to the design, manufacture and acceptance of marine fire door on bulkhead of ship and ocean engineering structures which have fireproof separation requirements of Grades "A", "B", "C" and "H" and have tightness requirements.
Foreword III 1 Scope 2 Normative References 3 Terms and Definitions 4 Classification and Labeling 4.1 Classification 4.2 Typical Structural Types and Main Parameters 4.3 Typical Structural Types of Fire Door Frame 4.4 Main Dimension and Weight of Fire Doors 4.5 Labeling 5 Requirements 5.1 Material 5.2 Dimension Tolerance 5.3 Assembling 5.4 Rust Protection 5.5 Appearance 5.6 Tightness 5.7 Remote Control 5.8 Fire-resistance 6 Test Method 6.1 Material 6.2 Dimension Tolerance 6.3 Assembling 6.4 Rust Protection 6.5 Appearance 6.6 Tightness 6.7 Remote Control 6.8 Fire-resistance 7 Inspection Rules 7.1 Inspection Classification 7.2 Type Inspection 7.3 Delivery Inspection 8 Marking 9 Packaging, Transportation and Storage 9.1 Packaging 9.2 Transportation 9.3 Storage Appendix A (Informative) Opening Direction of Fire Door Bibliography Figure 1 Grade A-60 Single-leaf Fire Door with Box-type Door Frame Figure 2 Grade A-30 Single-leaf Fire Door with Box-type Door Frame Figure 3 Grade A-15 Single-leaf Fire Door with Box-type Door Frame Figure 4 Grade A-0 Single-leaf Fire Door with Box-type Door Frame Figure 5 Grade B-15 Single-leaf Fire Door with Box-type Door Frame Figure 6 Grade B-0 Single-leaf Fire Door with Box-type Door Frame Figure 7 Grade C Single-leaf Fire Door with Box-type Door Frame Figure 8 Grade A-60 Double-leaves Fire Door with Box-type Door Frame Figure 9 Grade A-30 Double-leaves Fire Door with Box-type Door Frame Figure 10 Grade A-15 Double-leaves Fire Door with Box-type Door Frame Figure 11 Grade A-0 Double-leaves Fire Door with Box-type Door Frame Figure 12 Grade B-15 Double-leaves Fire Door with Box-type Door Frames Figure 13 Grade B-0 Double-leaves Fire Door with Box-type Door Frame Figure 14 Grade A-60 Single-leaf Fire Door with Model Z Door Frame Figure 15 Grade A-15 Single-leaf Fire Door with Model Z Door Frame Figure 16 Grade A-0 Single-leaf Fire Door with Model Z Door Frame Figure 17 Grade B-15 Single-leaf Fire Door with Model Z Door Frame Figure 18 Grade A-60 Double-leaves Fire Door with Model Z Door Frame Figure 19 Grade A-15 Double-leaves Fire Door with Model Z Door Frame Figure 20 Grade B-15 Double-leaves Fire Door with Model Z Door Frame Figure 21 Grade B-15 Single-leaf Fire Door with Independent Trunk-bulkhead Door Frame Figure 22 Grade B-15 Double-leaves Fire Door with Independent Trunk-bulkhead Door Frame Figure 23 Grade H-120 Single-leaf Fire Door with Box-type Door Frames Figure 24 Grade H-60 Single-leaf Fire Door with Box-type Door Frame Figure 25 Grade A-60 Weather/Air-tight Steel Fire Door Figure 26 Grade A-0 Weather/Air-tight Steel Fire Door Figure 27 Grade A-60 Remote Controlled Water-tight Steel Fire Door Figure 28 Typical Structural Types of Fire Door Frame Figure A.1 Diagram and Symbolic Representation for Opening Direction of Fire Door Table 1 Typical Structural Types and Main Parameters of Fire Doors Table 2 Main Dimension and Weight of Single-leaf Fire Door with Box-type Door Frame Table 3 Main Dimension and Weight of Double-leave Fire Door with Box-type Door Frame Table 4 Main Dimension and Weight of Single-leaf Fire Door with Independent Trunk-Bulkhead Door Frame Table 6 Main Dimension and Weight of Grade A-0 Weather/Air-tight Steel Fire Door Table 8 Main Parts Material of Fire Door Table 9 Dimension Tolerance of Fire Door Table 10 Inspection Items of Fire Door
