This reference page is designed for engineers, piping designers, estimators, fabricators, and CAD users who need a quick check of Schedule 30 Pipe 24 Inch (DN600) data. Use the dimensional table for layout and drafting, then use the weight information when reviewing material quantities, handling, supports, and operating conditions.
For clarity, the page separates nominal designations from physical dimensions. NPS 24 and DN600 identify the same pipe size category here, while the listed outside diameter, inside diameter, wall thickness, and weights provide the values needed for practical engineering reference work.
Schedule 30 pipe 24 inch (DN600) is a large-diameter steel pipe size commonly used in piping design, drafting, fabrication, estimation, and industrial layout work. This page provides the standard dimensions, wall thickness, inside diameter, and weight per meter for NPS 24 Schedule 30 pipe based on ASME B36.10.
For engineers, designers, estimators, and CAD users, quick access to accurate pipe data helps improve piping layout, support planning, weight checks, transport review, and fabrication coordination during project development.
24 Inch Schedule 30 Pipe Dimensions
- Nominal Pipe Size (NPS): 24 inch
- Diameter Nominal (DN): DN600
- Outside Diameter (OD): 610 mm
- Wall Thickness: 14.27 mm
- Inside Diameter (ID): 581.46 mm
- Pipe Weight: 209.65 kg/m
- Pipe Weight Including Water: 475.05 kg/m
- Standard: ASME B36.10
Schedule 30 Pipe 24 Inch Data Table
| NPS | DN | Outside Diameter (OD) | Wall Thickness | Inside Diameter (ID) | Weight |
|---|---|---|---|---|---|
| 24 inch | DN600 | 610 mm | 14.27 mm | 581.46 mm | 209.65 kg/m |
Understanding 24 Inch Schedule 30 Pipe
24 inch Schedule 30 pipe is a large steel pipe size used as a reference in industrial piping layouts, utility systems, water transmission lines, process design studies, and CAD drafting. With an outside diameter of 610 mm and a wall thickness of 14.27 mm, this pipe size is suitable for large-flow applications where designers need a balance between flow capacity and pipe wall strength.
What Does Schedule 30 Mean?
Schedule 30 refers to the wall thickness series of the pipe. For NPS 24, Schedule 30 gives a wall thickness of 14.27 mm. The schedule affects the inside diameter, total pipe weight, fabrication planning, and compatibility with supports, fittings, and structural loading requirements.
Why These Pipe Dimensions Matter
Accurate pipe dimension data is important for piping layouts, spool drawings, support design, structural load review, and material takeoff. Knowing that this pipe weighs 209.65 kg/m helps with transport estimates, lifting plans, and support loading. If the pipe is filled with water, the total weight increases to 475.05 kg/m, which is useful for operating load calculations and support checks.
Common Uses of DN600 Schedule 30 Pipe
DN600 Schedule 30 pipe may be referenced in industrial utility systems, large water transfer lines, plant layout studies, process piping documentation, and engineering design work. It is also useful for piping designers, CAD users, estimators, and procurement teams who need standard steel pipe dimensions for large-diameter piping systems.
Difference Between NPS 24 and DN600
NPS 24 is the inch-based nominal pipe size designation, while DN600 is the metric nominal diameter reference. Both refer to the same pipe size category on this page. The actual standard outside diameter for this size is 610 mm.
How to Use This Data
You can use this page to quickly check:
- pipe outside diameter for layout and clearance
- inside diameter for flow reference
- wall thickness for schedule comparison
- weight per meter for estimation and transport planning
- water-filled weight for support and structural load review
Quick Reference for Schedule 30 Pipe 24 Inch
- Pipe Size: 24 inch
- DN: DN600
- OD: 610 mm
- ID: 581.46 mm
- Wall Thickness: 14.27 mm
- Weight: 209.65 kg/m
- Weight Including Water: 475.05 kg/m
- Reference Standard: ASME B36.10
Related Pipe Size Pages
Conclusion
Schedule 30 Pipe 24 Inch (DN600) is an important large-diameter steel pipe reference for piping design, drafting, estimation, and fabrication work. With its 610 mm outside diameter, 14.27 mm wall thickness, and 209.65 kg/m pipe weight, it provides useful dimensional data for engineers and designers who need fast and accurate pipe information.
Note: NPS = Nominal Pipe Size, DN = Diameter Nominal. Dimensions and weights shown here are based on ASME B36.10 steel pipe data.
How to Read This Pipe Reference
The nominal size is a designation rather than a direct measurement of the pipe bore or outside diameter. For layout work, use the listed outside diameter when checking clearances, insulation space, penetrations, and routing around equipment or structural members. Use the listed inside diameter as a reference for hydraulic review, while recognizing that internal coatings, linings, corrosion allowance, and project tolerances may affect the usable bore.
The wall thickness identifies the Schedule 30 dimensional series for this pipe size. It is useful for comparing pipe configurations and coordinating fittings, flanges, branches, supports, and fabrication details. Schedule designation alone should not be treated as a complete pressure-design qualification; material grade, design temperature, corrosion requirements, joining method, applicable piping code, and project specifications also need review.
Practical Uses for the Weight Data
The listed pipe weight can support preliminary material takeoffs, transport planning, lifting reviews, and piping support load checks. The water-filled value represents a different loading condition from the empty-pipe value, so the applicable condition should be identified in calculations and support documentation. Include other system contents, valves, fittings, insulation, supports, and temporary loads when they are relevant to the engineering review.
CAD and Drafting Workflow
Use the downloadable DWG with the dimensional information on this page as a drafting reference. Before issuing a fabrication drawing or model, coordinate the pipe envelope with the selected fittings, flange facing, weld details, insulation requirements, support arrangement, and project drafting standards. A CAD block or reference drawing should be checked against the governing project specification before it is used for fabrication.
Related Size Comparisons
For a nearby large-diameter comparison, review the existing Schedule 30 Pipe 22 Inch (DN550) and Schedule 30 Pipe 28 Inch (DN700) reference pages. Comparing adjacent sizes can help with routing studies, preliminary takeoffs, and layout coordination.
Frequently Asked Questions
What is the difference between NPS 24 and DN600?
NPS 24 is the inch-based nominal pipe size designation, while DN600 is the metric nominal reference used for the same size category on this page. The nominal designation should not be used in place of the listed actual dimensions.
What does Schedule 30 indicate?
Schedule 30 identifies the pipe wall-thickness series for this size. The schedule affects the inside diameter, pipe mass, fabrication coordination, and the relationship between the pipe and connected components.
Should the water-filled weight be used for every support calculation?
No. Select the loading condition that matches the design case. The water-filled value is relevant when the pipe may contain water; other contents, fittings, valves, insulation, supports, and temporary loads may also need to be included.
Does Schedule 30 by itself define the allowable pressure?
No. Pressure qualification requires more than a schedule designation. Confirm the material, temperature, corrosion requirements, design code, joining details, and project specifications with the responsible engineer.
Can this information be used directly for fabrication?
It is a dimensional reference for design and drafting. Fabrication documents should also be checked against the approved project specification, selected components, tolerances, weld requirements, and applicable code.