Delavan Oil nozzle 19.00GPH,60B 01900-60B0

Name: Delavan Oil nozzle 19.00GPH,60B 01900-60B0
Brand: Delavan
SKU: 01900-60B0
Price: 23.23 EUR
Availability: InStock

SKU 01900-60B0 Brand Delavan

Brand Delavan

Buy Delavan Oil nozzle 19.00GPH,60B 01900-60B0

Key specifications

Flow rate	19 GPH
Spray angle	60 °
Spray pattern	B
Actuator type	nozzle
Nozzle type	B solid-cone
Component type	nozzle
Device type	oil nozzles
Application - large burners	larger burners
Performance characteristics	smooth ignition and efficient combustion
Fuel distribution	uniformly throughout the complete pattern
Ignition quality	smooth ignition and efficient combustion
Combustion improvement	smooth ignition and efficient combustion

all specifications (12) ↓

19.20EUR

in stock · 18

excl. VAT · import VAT and duties on delivery · shipping calculated at checkout

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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.

Delavan Oil nozzle 19.00GPH,60B 01900-60B0 in stock

19.20 EURexcl. VAT · import VAT and duties on delivery

all results (1) →

Description

The Delavan 01900-60B0 is an oil nozzle designed for use in larger burners, with a capacity of 19 gallons per hour and a spray angle of 60 degrees. It features a B solid-cone spray pattern, which distributes fuel uniformly throughout the pattern, ensuring smooth ignition and efficient combustion. This nozzle is suitable for applications requiring a high fuel flow rate and is identified by the article number 345.892.247.

Nozzle selection chart

Flow rate	kg/h	45°	60°	70°	80°	90°
0.30	0.95		B
0.40	1.27	B	B W		B
0.50	1.59	W	A B E W		A W
0.55	1.75		B W		W
0.60	1.91	W	B E W	W	W
0.65	2.07	W	B E W		W
0.70	2.23		B W
0.75	2.38	A B W	B W		A W
0.80	2.54		W
0.85	2.70	W	B W	A	A W
0.90	2.86		B W		A
1.00	3.18	W	B W
1.10	3.50	AR	AR B W	AR	AR W
1.20	3.82		B W
1.25	3.97	W	B W		W
1.35	4.29	W	A B W			A
1.50	4.77	A W	A B W		W
1.65	5.25	W	B W
1.75	5.56		B W
2.00	6.36	W	B W		W
2.25	7.15	W	B W
2.50	7.95	W	B W
2.75	8.74	W	B W
3.00	9.54	W	B W			B
3.25	10.33		B W			B
3.50	11.13	A	B W			B
3.75	11.92		B W			B
4.00	12.72		B W		B	B
4.50	14.31	B	B W		W	B
5.00	15.90	W	B W			B
5.50	17.49	B	B W
6.00	19.08	B	B W
6.50	20.67	B W	B W
7.00	22.26		B W
7.50	23.85	B W	B W
8.00	25.44	B W	B W
8.50	27.02	B	B		B
9.00	28.61	B	B		B
9.50	30.20	B	B		B
10.00	31.79	B	B		B
11.00	34.97		B		B
12.00	38.15		B		B
13.00	41.33		B W
14.00	44.51	B	A B
15.00	47.69		A B
17.00	54.05		B
18.00	57.23	A	B
19.00	60.41		B
20.00	63.59	B	B		B
22.00	69.95	B	B		B BPS
24.00	76.31	B	A B		B BPS
26.00	82.66	B	B		B
28.00	89.02	B	B		B
30.00	95.38	B	B		B
32.00	101.74	B	B		B
35.00	111.28	B	B		B
40.00	127.18	B	B		B
45.00	143.07	B	B		B
50.00	158.97	B	B		B

Further details

High Flow Behavior	spray pattern becomes more hollow at higher flow rates
Nozzle Type	B

Choosing and fitting

When selecting a replacement oil nozzle of this type, ensure that the capacity (in gallons per hour), spray angle, and spray pattern (e.g., solid-cone) match the original specifications. The nozzle must be compatible with the burner's fuel pump pressure and the combustion chamber design. Installation involves removing the old nozzle, cleaning the adapter, and torquing the new nozzle to the manufacturer's recommended specification, typically 15-20 ft-lb, without over-tightening.

Signs of failure

Common failure modes for oil nozzles include clogging due to dirt or debris, which can cause uneven flame, soot formation, or incomplete combustion. A worn or damaged nozzle may result in a distorted spray pattern, leading to poor ignition, flame instability, or increased fuel consumption. Regular inspection and cleaning of the nozzle and its filter are recommended to prevent these issues.

All specifications

Flow rate	19 GPH
Spray angle	60 °
Spray pattern	B
Actuator type	nozzle
Nozzle type	B solid-cone
Component type	nozzle
Device type	oil nozzles
Application - large burners	larger burners
Performance characteristics	smooth ignition and efficient combustion
Fuel distribution	uniformly throughout the complete pattern
Ignition quality	smooth ignition and efficient combustion
Combustion improvement	smooth ignition and efficient combustion