3D Bend 90° 5" Sch 80 — ASME B16.9
3D Bend 90° 5" Sch 80 to ASME B16.9: outside diameter at bevel 141.3 mm, wall thickness (80) 9.53 mm, inside diameter 122.2 mm, bend radius 381 mm, centre to end (no tangents) 381 mm; approx. weight 18.5 kg.
Dimensions of 3D Bend 90° 5" Sch 80
| Symbol | Dimension | Value |
|---|---|---|
| D | Outside diameter at bevel | 141.3 mm (5.563 in) |
| T | Wall thickness (80) | 9.53 mm (0.375 in) |
| ID | Inside diameter | 122.2 mm (4.811 in) |
| R | Bend radius | 381 mm (15.000 in) |
| A | Centre to end (no tangents) | 381 mm (15.000 in) |
| m | Approximate weight | 18.5 kg (40.79 lb) |
SKU TSH-BW-BEND3D-B169-80-5 · Standard ASME B16.9 · weight: Calculated: θ/360 × 2πR × π/4 (D² − d²) × ρ
Purchase description
3D BEND 90°, 5", SCH 80, SEAMLESS, BEVELLED ENDS, ASTM A234 WPB, ASME B16.9
Available materials: ASTM A234 WPB, ASTM A420 WPL6, ASTM A403 WP304/304L, ASTM A403 WP316/316L, ASTM A234 WP11, ASTM A234 WP22, ASTM A234 WP91, ASTM A815 UNS S31803.
Additional data
| Ends | Bevelled 37.5° ± 2.5°, root face 1.6 mm (ASME B16.25) |
Notes
- Bends are usually supplied with tangent lengths; specify tangent length with your inquiry.
Same size, other ratings
Other sizes — 3D Bend 90°, Sch 80
Frequently asked questions
What is the difference between a long radius and short radius elbow?
A long radius (LR) elbow has a centre-line radius of 1.5 × NPS and is the default choice. A short radius (SR) elbow has a radius of 1.0 × NPS. SR elbows save space but add pressure drop and are not suitable for pigging.
What is the centre-to-end dimension of a 90° LR elbow?
For ASME B16.9 90° LR elbows the centre-to-end dimension A is 1.5 × NPS in inches. For example, a 6" elbow is 229 mm (9 in) and a 4" elbow is 152 mm (6 in).
What is the difference between a concentric and an eccentric reducer?
A concentric reducer keeps both ends on the same centre line. An eccentric reducer has one flat side. Eccentric reducers go on pump suctions with the flat side on top, so air pockets cannot form.
What is a 3D or 5D bend?
A bend whose centre-line radius is 3 or 5 times the nominal pipe size. They are usually made by induction bending and supplied with tangent lengths. 5D bends allow pigging in pipelines.