Weldoutlet (Welding Outlet) is the most common of all branch connections, and is welded onto the outlet pipe. The ends are bevelled to facilitate this process, and therefore the weldoutlet is considered a butt-weld fitting. Weldoutlet (Welding Outlet) is designed to minimize stress concentrations and provide integral reinforcement. manufactured to meet your specific reinforcement requirements.

What is a weldoutlet (Welding Outlet)?

A Weldoutlet is commonly known on drawings as a WOL and makes a 90° branch connection. It comes in full size or reducing for a straight piece of pipe. A weldoutlet is designated by the run length by the branch length. For example a 6-inch weldoutlet on a 19-inch pipe would be a 19x6 Weldoutlet. 

DIMENSIONS NPS 1/2 TO 24

NPS	A	B	C	D
1/2	3/4 19.05	1.3/8 34.93	15/16 23.81	5/8 15.88
3/4	7/8 22.23	1.5/8 41.28	1.3/16 30.16	13/16 20.64
1	1.1/16 26.99	2 50.80	1.7/16 36.51	1.1/32 26.19
1?	1? 31.75	2.3/8 60.3	1.3/4 44.45	1.3/8 34.93
1?	1.5/16 33.34	2.7/8 73	2 50.80	1.5/8 41.28
2	1? 38.10	3? 88.90	2.9/16 65.09	2.1/16 52.39
2?	1.5/8 41.28	4.1/16 103.19	3 76.20	2.7/16 61.91
3	1.3/4 44.45	4.13/16 122.24	3.11/16 93.66	3.1/16 77.79
3?	2 50.80	5.3/8 136.53	3.7/8 98.43	3.9/16 90.49
4	2 50.80	6 152.40	4.3/4 120.65	4 101.60
5	2? 57.15	7.1/8 180.98	5.9/16 141.29	5.1/16 128.59
6	2.3/8 60.3	8? 215.90	6.11/16 169.86	6.1/16 153.99
8	2.3/4 69.85	10.3/8 263.53	8.11/16 220.66	7.15/16 201.61
10	3.1/16 77.79	12.9/16 319.09	10.13/16 274.64	10 254.00
12	3.3/8 85.73	14.7/8 377.83	12.13/16 325.44	12 304.80
14	3? 88.90	16.1/8 409.58	14.1/16 357.19	13? 336.55
16	3.11/16 93.66	18? 463.55	16.1/16 407.99	15? 387.35
18	4.1/16 103.19	20.3/4 527.05	18.5/8 473.08	17? 438.15
20	4.5/8 117.48	23.1/16 585.79	20.1/16 509.59	19? 488.95
24	5.3/8 136.53	27.7/8 708.03	25.1/8 638.18	23? 590.55
NPS	A	B	C	D

General notes:

• Dimensions: Top Row in Inches / Bottom Row in millimeters.
• Root Gap - X - "Space" for welding the Outlet is raised off the run pipe to establish proper.
  weld gap by placing spacers, e.g. welding rods, under the fitting. This provides a uniform
  welding gap between the curvature of the run and base of fitting.
• L = Dimensions Center Line of Run Pipe + X (Root Gap) + A (height of Weldoutlet).
• Bevelled Ends ASME B16.9 and B16.25.