Delavan Oil nozzle 35.00GPH,80B 03500-80B0

Name: Delavan Oil nozzle 35.00GPH,80B 03500-80B0
Brand: Delavan
SKU: 03500-80B0
Price: 28.75 EUR
Availability: InStock

SKU 03500-80B0 Brand Delavan

Brand Delavan

Buy Delavan Oil nozzle 35.00GPH,80B 03500-80B0

Key specifications

Flow rate	35 GPH
Spray angle	80 °
Spray pattern	B
Actuator type	nozzle
Component type	nozzle
Device type	oil nozzles
Performance characteristics	smooth ignition and efficient combustion
Fuel distribution	uniform droplet distribution
Ignition quality	smooth ignition and efficient combustion
Combustion improvement	smooth ignition and efficient combustion

all specifications (10) ↓

23.76EUR

in stock · 4

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 35.00GPH,80B 03500-80B0 in stock

23.76 EURexcl. VAT · import VAT and duties on delivery

all results (1) →

Description

The Delavan 03500-80B0 is an oil nozzle designed for use in burners, delivering a flow rate of 35 gallons per hour with an 80-degree spray angle. It features a B-type solid-cone spray pattern, which ensures uniform droplet distribution for efficient combustion. This nozzle is engineered to provide smooth ignition and efficient combustion, particularly in larger burners. Its performance characteristics include even fuel distribution and optimal air-fuel mixture formation.

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

Application Large Burners	smooth ignition and efficient combustion in larger burners
High Flow Behavior	spray pattern becomes more hollow at higher flow rates
Nozzle Type	B

Choosing and fitting

When selecting an oil nozzle of this type, it is essential to match the flow rate (GPH), spray angle, and spray pattern to the burner's specifications. The nozzle must be compatible with the burner's pressure and fuel delivery system. Installation involves screwing the nozzle into the burner's nozzle adapter, ensuring it is properly seated and torqued to the manufacturer's specifications. Always verify the nozzle's dimensions and thread type before ordering to ensure a correct fit.

Signs of failure

Common failure modes for oil nozzles include clogging due to debris or carbon buildup, which can cause uneven flame, soot formation, or difficulty igniting. A worn or damaged nozzle may result in poor atomization, leading to incomplete combustion, increased fuel consumption, or flame instability. Regular inspection and cleaning or replacement of the nozzle are recommended to maintain optimal burner performance.

All specifications

Flow rate	35 GPH
Spray angle	80 °
Spray pattern	B
Actuator type	nozzle
Component type	nozzle
Device type	oil nozzles
Performance characteristics	smooth ignition and efficient combustion
Fuel distribution	uniform droplet distribution
Ignition quality	smooth ignition and efficient combustion
Combustion improvement	smooth ignition and efficient combustion