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Boom Buster Nozzles

Ditch Sprayer with Boom Buster Nozzles

SPRAY NOZZLES THAT WORK WITHOUT BOOMS
ENGINEERED TO SAVE TIME AND MONEY - BUILT TO LAST, AND LAST, AND LAST!

FINALLY ... thanks to a new and patented nozzle technology, all types of spraying applications can be completed fast and easy without the need for booms.
AND ... there are no small, fine mesh strainers to stop up in Boom Buster nozzles.
AND ... Boom Buster nozzles cost less to install and less to maintain than spray booms.
GUARANTEED ... Boom Buster nozzles are guaranteed against defects in material and workmanship.

	FEATURES All nozzles machined from solid stainless steel. All have replaceable industrial grade nylon diffusers. (Tests have shown that this nylon will outlast stainless steel.)
	Extra wide spray pattern.
	Excellent pattern and distribution.
	All models spray chemicals and fertilizers.
	All nozzles have standard pipe threads.

	USES
	Row Crops, Grain and Pastures
	State and County Right-of-Ways
	Orchards and Vineyards
	Forestry and Utility Right-of-Ways
	Lawn and Turf
	Roads, Hedge Rows and Fence Rows

NOZZLE INSTALLATION

For single nozzle installation, the supply line from the pump must be one pipe size larger than the nozzle thread size. Example, if the nozzle has a 1/2" thread, the supply line must be 3/4". A 3/4" nozzle must have a 1" supply line, etc.
For dual (2) nozzles mounted back to back on the same supply line, the supply line must be two sizes larger than the nozzle pipe thread. Two 3/4" nozzles require a 1 1/4" supply line, etc.
These nozzles were installed and tested at a height of 48" above ground. They can be operated lower or higher than 48".
Some Boom Buster nozzles must be installed with the nozzle angled up. Some are installed with the nozzle angled down. Others are installed level with the ground. This is necessary and important for proper operation of the nozzle.
Set nozzle angle up, level, or down as necessary to achieve the correct distance in feet as specified in the chart.
In order to operate nozzles independently of each other, install nozzles on separate lines with manual or electric cut-off valves, a pressure gauge, and a pressure regulator for each nozzle.
Nozzles should be mounted close enough together to insure proper overlap between the nozzles.
Mounting nozzles with street elbows allows for quick and easy nozzle adjustment.

OPERATION

In multiple pass spraying, the end of the pattern should overlap approximately 18"
Use effective distance in feet for all calculations. See effective distance in feet in chart.
Be sure to use enough water. University field tests have shown that when applied with ground equipment, most chemicals work better with 25 or more gallons of water per acre.
A course mesh inline strainer may be necessary if tank or water supply becomes contaminated with large particles.
Small mesh nozzle strainers are not necessary due to the large orifice opening in these nozzles.
In some applications, except for the small nozzles, these nozzles can be operated at speeds up to thirty miles per hour.
With these nozzles, as with aerial and other methods of spraying, high and gusty wind can cause some pattern shifting. This can be minimized by spraying just above the crop or ground to be sprayed

DIFFERENCE BETWEEN THE STANDARD MODELS AND THE "R" MODELS

The difference between the units is the back kick produced from the nozzle itself. This is created by a different diffuser design incorporated in to the nozzles.

The "NORMAL MODEL" boom buster nozzle has about an 18" back kick created by the diffuser. This is so that 2 units can be mounted on a standard pipe tee to create a boom pattern without the boom. The units back kicks or overlaps in pattern so as not to need any filler nozzles in the space between the nozzles.

The "R MODEL" unit does not have that much back kick. When it sprays, the diffuser is designed such to put the pattern straight down from the nozzle and out. This unit is designed to be used more for RIGHT_A_WAY type of spraying.

STANDARD NOZZLE APPLICATION CHART
When ordering RIGHT-OF-WAY Nozzles please add
the Letter "R" to the end of the Nozzle Number

MODEL 125 1/4" Standard Pipe Thread	PSI	GPM	DIST. IN FEET	EFF. DIST.	NOZZLE ANGLE	SPEED IN MILES PER HOUR
	PSI	GPM	DIST. IN FEET	EFF. DIST.	NOZZLE ANGLE	1	2	3	4	5	6	7
	30	1.7	17	15.5	LEVEL	54	27	18	13	11	9	7.8
	40	2.0	17	15.5	LEVEL	64	32	21	16	13	11	9.1
						GALLONS PER ACRE (Water used for all calculations)

MODEL 140 1/4" Standard Pipe Thread	PSI	GPM	DIST. IN FEET	EFF. DIST.	NOZZLE ANGLE	SPEED IN MILES PER HOUR
	PSI	GPM	DIST. IN FEET	EFF. DIST.	NOZZLE ANGLE	2	3	4	5	6	7	8	9	10	11	12	13	14	15
	30	2.0	18	16.5	LEVEL	30	20	15	12	10	8.5	7.5	6.7	6	5.5	5	4.6	4.3	4
	40	2.4	18	16.5	LEVEL	36	24	18	14	12	10	9	8	7	6.5	6	5.5	5.1	4.8
	50	2.7	18	16.5	LEVEL	41	27	20	16	14	12	10	9	8	7.4	6.8	6.2	5.8	5.4
						GALLONS PER ACRE (Water used for all calculations)

MODEL 187 3/8" Standard Pipe Thread	PSI	GPM	DIST. IN FEET	EFF. DIST.	NOZZLE ANGLE	SPEED IN MILES PER HOUR
	PSI	GPM	DIST. IN FEET	EFF. DIST.	NOZZLE ANGLE	2	3	4	5	6	7	8	9	10	11	12	13	14	15
	30	3.6	20	18.5	LEVEL	48	32	24	19	16	14	12	11	9.6	8.8	8	7.4	6.9	6.4
	40	4.3	20	18.5	LEVEL	58	38	29	23	19	16	14	13	12	11	9.6	8.9	8.2	7.7
	50	4.8	20	18.5	LEVEL	64	43	32	26	21	18	16	14	13	12	11	10	9.2	8.6
						GALLONS PER ACRE (Water used for all calculations)

MODEL 265 1/2" Standard Pipe Thread	PSI	GPM	DIST. IN FEET	EFF. DIST.	NOZZLE ANGLE	SPEED IN MILES PER HOUR
	PSI	GPM	DIST. IN FEET	EFF. DIST.	NOZZLE ANGLE	2	3	4	5	6	7	8	9	10	11	12	13	14	15
	30	6.8	21	19.5	LEVEL	86	58	43	35	29	25	22	19	17	16	14	13	12	11
	40	8.0	21	19.5	LEVEL	102	68	51	41	34	29	25	23	20	18	17	15	14	13
	50	8.8	21	19.5	LEVEL	112	75	56	45	37	32	28	25	22	20	19	17	16	15
						GALLONS PER ACRE (Water used for all calculations)

MODEL 375 3/4" Standard Pipe Thread	PSI	GPM	DIST. IN FEET	EFF. DIST.	NOZZLE ANGLE	SPEED IN MILES PER HOUR
	PSI	GPM	DIST. IN FEET	EFF. DIST.	NOZZLE ANGLE	2	3	4	5	6	7	8	9	10	11	12	13	14	15
	30	14.4	23	21.5	LEVEL	166	111	83	66	55	47	41	37	33	30	28	26	24	22
	40	16.7	23	21.5	LEVEL	193	128	96	77	64	55	48	43	38	35	32	30	27	26
	50	18.8	23	21.5	LEVEL	216	144	108	87	72	62	54	48	43	39	36	33	31	29
						GALLONS PER ACRE (Water used for all calculations)

MODEL 437 3/4" Standard Pipe Thread	PSI	GPM	DIST. IN FEET	EFF. DIST.	NOZZLE ANGLE	SPEED IN MILES PER HOUR
	PSI	GPM	DIST. IN FEET	EFF. DIST.	NOZZLE ANGLE	2	3	4	5	6	7	8	9	10	11	12	13	14	15
	30	18.5	31	29.5	UP	155	103	78	62	52	44	39	34	31	28	26	24	22	21
	40	21.5	31	29.5	UP	180	120	90	72	60	52	45	40	36	33	30	28	26	24
	50	24.2	31	29.5	UP	203	135	102	81	68	58	51	45	41	37	34	31	29	27
						GALLONS PER ACRE (Water used for all calculations)

MODEL 500 1" Standard Pipe Thread	PSI	GPM	DIST. IN FEET	EFF. DIST.	NOZZLE ANGLE	SPEED IN MILES PER HOUR
	PSI	GPM	DIST. IN FEET	EFF. DIST.	NOZZLE ANGLE	4	6	8	10	12	14	16	18	20	22	24	26	28	30
	30	29	21.5	20	LEVEL	179	120	90	72	60	51	45	40	36	33	30	28	26	24
	40	33	21.5	20	LEVEL	204	136	102	82	68	58	51	45	41	37	34	31	29	27
	50	37	21.5	20	LEVEL	229	153	114	91	76	65	57	51	46	41	38	35	33	30
						GALLONS PER ACRE (Water used for all calculations)

MODEL
504
1" Standard
Pipe Thread

PSI

GPM

DIST.
IN FEET

EFF.
DIST.

NOZZLE
ANGLE

Boom Buster Nozzles

NOZZLE INSTALLATION

OPERATION

DIFFERENCE BETWEEN THE STANDARD MODELS AND THE "R" MODELS

STANDARD NOZZLE APPLICATION CHART When ordering RIGHT-OF-WAY Nozzles please add the Letter "R" to the end of the Nozzle Number

STANDARD NOZZLE APPLICATION CHART
When ordering RIGHT-OF-WAY Nozzles please add
the Letter "R" to the end of the Nozzle Number