Name: Steinen Oil nozzle 1.75GPH / 60S
Brand: Steinen
SKU: 1.75GPH / 60S

Flow rate

1.75 GPH

Spray angle

60 °

Spray pattern

Choose a nozzle by its marks

Nozzles of different brands interchange when the marks match: Flow rate, Spray angle, Spray pattern. Set them as on the old nozzle — below are the ones that fit, with price and stock.

Description

The Steinen Oil nozzle 1.75GPH / 60S is an oil nozzle with a flow rate of 1.75 GPH, a 60 ° spray angle, and an S spray pattern. It is used to atomise fuel oil into a spray for combustion in oil-fired burners and boilers. The flow rate determines the volume of oil delivered per hour at the rated pressure. The 60 ° spray angle defines the width of the spray cone. The S spray pattern designates the shape of the spray produced.

Nozzle selection chart

Flow rate	kg/h	45°	60°	80°
0.40	1.27		ST
0.45	1.43		ST
0.50	1.59		ST
0.55	1.75		ST
0.60	1.91		S ST
0.65	2.07		S
0.75	2.38		S
0.85	2.70		S
1.00	3.18		H S	S
1.10	3.50		S
1.20	3.82		S
1.25	3.97		S
1.35	4.29		S
1.50	4.77		S
1.65	5.25		S
1.75	5.56	S	S
2.00	6.36	S	S
2.25	7.15	S	S
2.50	7.95		S
2.75	8.74		S
3.00	9.54		S
3.50	11.13		S
4.00	12.72		S
4.50	14.31	SS	SS
5.00	15.90	SS	SS
5.50	17.49	SS	SS
6.00	19.08	SS	SS	SS
6.50	20.67	SS	SS
7.00	22.26	SS	SS
7.50	23.85	SS	SS
8.00	25.44	SS	SS
8.50	27.02			SS
9.00	28.61	SS	SS	SS
10.00	31.79	SS	SS	SS
11.00	34.97	SS	SS
12.00	38.15	SS	SS
13.00	41.33	SS	SS
14.00	44.51	SS	SS
15.00	47.69	SS	SS
16.00	50.87	SS	SS
17.00	54.05	SS	SS
18.00	57.23	SS	SS
20.00	63.59	SS	SS
22.00	69.95	SS	SS
24.00	76.31	SS	SS
26.00	82.66	SS	SS
28.00	89.02	SS
30.00	95.38	SS

Choosing and fitting

Oil nozzles of this type are selected by matching the flow rate, spray angle, and spray pattern to the burner manufacturer's specification. The mounting form must match the nozzle adapter or holder on the burner, and the thread and sealing face must be compared before ordering. The nozzle is fitted into the burner's nozzle holder and tightened to the specified torque without damaging the sealing surfaces.

Signs of failure

Oil nozzles of this kind commonly fail by clogging, wear of the orifice, or a distorted spray pattern. When this happens, the burner may produce a poor flame, smoke, soot, or fail to ignite. The nozzle should be checked for blockage, wear, and spray shape, and replaced if the spray is uneven or the flow rate has changed.