MP ROTATOR® Design Guide

High-Efficiency, Multi-Stream Nozzles

RESIDENTIAL & COMMERCIAL IRRIGATION | Built on Innovation®

Website: hunterindustries.com

A Smarter Way to Water

The MP Rotator Nozzle offers a smarter approach to irrigation, combining efficiency, versatility, and durability.

Reliable Operation: Features a patented double-pop nozzle that remains free of external debris.
Efficient Application: Multiple rotating streams ensure even coverage and wind resistance, preventing dry spots.
Accurate Adjustments: Allows for easy adjustment of arc and radius while maintaining matched precipitation. The radius can be reduced by up to 25%.
Highly Versatile: Offers the widest radius range, from 5' wide strips to 35' radius, suitable for diverse applications.
Pressure Regulation: For optimal results, it is recommended to use the pressure-regulated Pro-Spray® PRS40 Sprinkler Body.
Durable Design: Includes a removable inlet filter to keep the sprinkler free of internal debris.
Easy Installation: Compatible with all Hunter spray bodies, making it ideal for retrofits. The MP-HT model is available for female-threaded sprinkler bodies.

Learn more at: hunter.info/MPRotatorUS

Matched Precipitation

MP Rotator Nozzles are available in two precipitation rate options to maximize flexibility in irrigation design.

Standard Nozzle Precipitation Rate

MP Rotator Standard Nozzles feature the industry's slowest precipitation rate, approximately 0.4 in/hr. This rate helps prevent runoff in most soil applications and allows for gentle hydration of the landscape.

MP800 Nozzle Precipitation Rate

MP Rotator MP800 Nozzles have a precipitation rate of approximately 0.8 in/hr, enabling high-efficiency irrigation in small spaces and medium-grade soils.

Visual Description: Diagram showing water falling at a rate of 0.4 inches per hour over one hour, and another diagram showing water falling at 0.8 inches per hour over one hour.

Matching Soil Intake Rates

Matching your nozzle's precipitation rate to your soil's intake rate is crucial for eliminating runoff and conserving water. With two precipitation rate options for the MP Rotator, you can select the best nozzle for your specific plant material, soil type, and slope.

MP Rotator Standard Nozzles deliver water slowly, at a rate most soils and slopes can effectively absorb.
MP800 Nozzles deliver water at half the rate of a spray nozzle, better matching typical soil intake rates.
Standard spray nozzles often apply water at a rate higher than soil absorption capacity, leading to runoff in most soil types.

Infiltration Rates by Soil Type

	SLOPE PERCENTAGE
	0-5%	5-8%	8-12%	>12%
COARSE SAND	●	●	●	●
FINE SAND	●	●	●	-
SANDY LOAM	●	●	-	-
FINE SANDY LOAM	-	-	-	-
LOAM/SILT LOAM	●	●	●	-
CLAY/CLAY LOAM	●	●	●	●

Note: Water infiltration into the soil is less than: 1.5 in/hr, 1 in/hr, 0.5 in/hr. Cycle and Soak required to avoid runoff.

Application and Settings

MP Rotator Application

Specify the MP Rotator as the desired nozzle within a spray head body. Retrofit existing spray systems by installing the MP Rotator onto any conventional spray head or shrub adapter.

Radius Adjustment

All MP Rotator models allow for easy radius adjustment of up to 25%, while automatically maintaining matched precipitation. Turn the nozzle adjustment screw clockwise to reduce the radius or counterclockwise to increase it. Four full rotations maximize the effect; additional rotations do not alter performance.

Arc Setting

MP Rotator nozzles feature a fixed left edge on models ranging from 90° to 210° and 210° to 270°. Adjust the arc by turning the adjustment ring clockwise to increase or counterclockwise to decrease.

Pressure

Optimal performance and uniformity are achieved at an operating pressure of 40 PSI. Use the Pro-Spray PRS40 Sprinkler Body to ensure pressure regulation at 40 PSI. For the minimum radius, use the Pro-Spray PRS30 Sprinkler Body for pressure regulation to 30 PSI. To achieve the maximum radius, operate above 40 PSI.

Visual Description: Diagrams illustrating the radius adjustment mechanism (a screw) and the arc adjustment ring on the nozzle. Also shows the Pro-Spray PRS30 and Pro-Spray PRS40 sprinkler bodies.

MP Rotator Nozzle Factory Settings

MP Rotator Nozzles are shipped from the factory at their maximum radius setting with the following arc settings:

MP ROTATOR MODEL	FACTORY-SET ARC
90° to 210°	180°
210° to 270°	210°
360°	Full-circle
MP Corner	45°
MP Side Strip	180°
MP Left Corner Strip	90°
MP Right Corner Strip	90°

MP Rotator Nozzle Height and Trajectory

Nozzle No.	Pressure (PSI)	Degrees of Trajectory	Max. Height of Spray
MP-800SR	40	18°	18"
MP-815	40	15°	12"
MP-820	40	16°	32"
MP-1000	40	20°	20"
MP-2000	40	26°	45"
MP-3000	40	26°	79"
MP-3500	40	26°	79"
MP Corner	40	14°	14"
MP Side Strip	40	16°	19"
MP Left Corner Strip	40	16°	18"
MP Right Corner Strip	40	16°	18"

Layout and Placement

Run Times

Due to their increased uniformity, MP Rotator Nozzles apply water more efficiently. Simply doubling the run time used for traditional spray nozzles may provide sufficient water while using less water overall.

Precipitation Rate Calculations

You can calculate run times based on the lower precipitation rate. For more information on run time calculations, visit hunterindustries.com/tools/runtime.

MP Rotator Nozzles are recommended for head-to-head coverage in either square or triangular layouts.

Square Spacing Application Rate

Formula: 96.25 x GPM of 360° Sprinkler / (Head Spacing x Row Spacing)

Example: 96.25 x 1.48 GPM / (19' x 19') = 142.45 / 361 = 0.39 in/hr

Equilateral Triangular Spacing Application Rate

Formula: 96.25 x GPM of 360° Sprinkler / ((Head Spacing x Row Spacing) x 0.866)

Example: 96.25 x 3.64 GPM / ((30' x 30') x 0.866) = 350.35 / (900 x 0.866) = 350.35 / 779.4 = 0.45 in/hr

Visual Description: Diagrams illustrating 19' Square Spacing (MP-2000-360, 40 PSI, 19' Radius, 1.48 GPM) and 30' Triangular Spacing (MP-3000-360, 40 PSI, 30' Radius, 3.64 GPM).

Note: Equilateral triangular spacing results in a higher application rate per sprinkler due to less area per head.

Zoning with MP Rotator Nozzles

MP Rotator Standard Nozzles have a matched precipitation rate of approximately 0.4 in/hr, allowing any standard MP Rotator model (regardless of arc or radius) to be placed on the same zone.

MP800 Nozzles, with their approximately 0.8 in/hr precipitation rate, should be zoned separately from Standard MP Rotators to maintain matched precipitation within each zone, whether using square or triangular layouts.

Visual Description: Diagram showing two zones. Zone 1 includes MP-800 and MP-815. Zone 2 includes MP-1000 and MP-2000.

MP Rotator MP800 Nozzles

Maximize water savings in tight spaces with the MP800 series. These highly efficient nozzles utilize multi-stream, multi-trajectory technology for coverage in smaller areas. The MP800 delivers water to distances as short as 6' at a matched precipitation rate of approximately 0.8 in/hr, less than half the rate of traditional spray nozzles.

Radius and Arc Options

Visual Description: A series of diagrams showing the coverage patterns for MP-800SR (6'-12' radius), MP-815 (8'-16' radius), and MP-820 (15'-24' radius) across different arc settings (90°-210°, 210°-270°, 360°). Each nozzle model is shown with its corresponding radius and arc options.

Pressure Ratings

Similar to the Standard Nozzle Family, the MP800 series performs optimally at 40 PSI, yielding excellent coverage and distribution uniformity. To achieve the lowest radius setting (6'), inlet pressure must be regulated to 30 PSI using a Pro-Spray PRS30 Sprinkler Body. For peak performance, use a Pro-Spray PRS40 Sprinkler Body.

Visual Description: Comparison of Pro-Spray PRS30 (for minimum radius) and Pro-Spray PRS40 (for peak performance) sprinkler bodies.

MP Rotator MP800 Nozzles Performance Data

Arc	Pressure PSI	MP-800SR			MP-815			MP-820
Arc	Pressure PSI	Radius ft	Flow GPM	Precip in/hr	Radius ft	Flow GPM	Precip in/hr	Radius ft	Flow GPM	Precip in/hr
90°	30	6	0.13	0.90	14	0.42	0.83	20	0.85	0.82
	35	7	0.15	0.89	15	0.46	0.79	21	0.93	0.81
	40	8	0.16	0.83	15	0.49	0.84	22	0.97	0.77
	45	8	0.18	0.80	16	0.52	0.78	23	1.06	0.77
	50	9	0.19	0.79	16	0.55	0.83	24	1.11	0.74
	55	10	0.20	0.80	16	0.58	0.87	24	1.16	0.77
180°	30	6	0.26	0.88	13	0.75	0.85	20	1.72	0.83
	35	7	0.29	0.85	14	0.86	0.84	21	1.82	0.79
	40	8	0.32	0.81	15	0.93	0.80	22	2.01	0.80
	45	8	0.36	0.77	15	0.96	0.82	22	2.06	0.82
	50	9	0.38	0.76	16	1.06	0.80	23	2.21	0.80
	55	10	0.40	0.73	16	1.11	0.83	24	2.36	0.79
210°	30	6	0.30	0.80	13	0.88	0.86	20	1.94	0.80
	35	7	0.34	0.77	14	0.96	0.81	21	2.10	0.78
	40	8	0.37	0.81	15	1.10	0.81	22	2.36	0.81
	45	8	0.42	0.82	15	1.16	0.85	22	2.39	0.81
	50	9	0.44	0.73	16	1.24	0.80	23	2.52	0.79
	55	10	0.47	0.70	16	1.30	0.84	24	2.66	0.76
270°	30	6	0.47	8	0.66	0.89	13	1.52	0.87	20	3.40	0.82
	35	7	0.52	9	0.71	0.80	14	1.70	0.83	21	3.68	0.80
	40	8	0.56	10	0.78	0.79	15	1.87	0.80	22	3.97	0.79
	45	8	0.59	10	0.85	0.78	15	2.00	0.86	22	4.08	0.81
	50	9	0.63	11	0.88	0.73	16	2.13	0.80	23	4.30	0.78
	55	10	0.70	12	0.98	0.70	16	2.26	0.85	24	4.53	0.76

MP Rotator Standard Nozzles

All MP Rotator Standard Nozzles deliver a matched precipitation rate of approximately 0.4 in/hr across a radius range of 8' to 35'.

Radius and Arc Options

Visual Description: A series of diagrams showing the coverage patterns for MP-1000 (8'-15' radius), MP-2000 (13'-21' radius), MP-3000 (22'-30' radius), and MP-3500 (31'-35' radius) across different arc settings (90°-210°, 210°-270°, 360°). Each nozzle model is shown with its corresponding radius and arc options.

MP Rotator Standard Nozzles Performance Data

Arc	Pressure PSI	MP-1000			MP-2000			MP-3000
Arc	Pressure PSI	Radius ft	Flow GPM	Flow GPH	Precip in/hr	Radius ft	Flow GPM	Flow GPH	Precip in/hr	Radius ft	Flow GPM	Flow GPH	Precip in/hr
90°	30	12	0.17	10.2	0.45	18	0.38	22.8	0.45	27	0.76	45.6	0.40
	35	13	0.19	11.4	0.43	19	0.40	24.0	0.43	28	0.82	49.2	0.40
	40	14	0.21	12.6	0.41	20	0.43	25.8	0.41	30	0.86	51.6	0.37
	45	14	0.23	13.8	0.45	21	0.46	27.6	0.40	30	0.90	54.0	0.39
	50	15	0.25	15.0	0.43	21	0.47	28.2	0.41	30	0.95	57.0	0.41
	55	15	0.27	16.2	0.46	21	0.48	28.8	0.42	30	1.01	60.6	0.42
180°	30	12	0.34	20.4	0.45	17	0.64	38.4	0.43	27	1.58	94.8	0.42
	35	13	0.38	22.8	0.43	18	0.71	42.6	0.42	28	1.70	102.0	0.42
	40	14	0.42	25.2	0.41	19	0.77	46.2	0.41	30	1.82	109.2	0.39
	45	14	0.44	26.4	0.43	20	0.85	51.0	0.41	30	1.93	115.8	0.41
	50	15	0.50	30.0	0.43	21	0.91	54.6	0.40	30	2.04	122.4	0.44
	55	15	0.51	30.6	0.44	21	0.95	57.0	0.41	30	2.13	127.8	0.46
210°	30	12	0.40	24.0	0.46	17	0.75	45.0	0.43	27	1.84	110.4	0.42
	35	13	0.45	27.0	0.44	18	0.81	48.6	0.41	28	1.99	119.4	0.42
	40	14	0.49	29.4	0.41	19	0.86	51.6	0.39	30	2.12	127.2	0.39
	45	14	0.51	30.6	0.43	20	0.91	54.6	0.38	30	2.25	135.0	0.41
	50	15	0.57	34.2	0.42	21	0.98	58.8	0.37	30	2.37	142.2	0.43
	55	15	0.59	35.4	0.43	21	1.01	60.6	0.38	30	2.49	149.4	0.46
270°	30	12	0.48	28.8	0.43	17	0.95	57.0	0.42	27	2.37	142.2	0.42
	35	13	0.53	31.8	0.40	18	1.03	61.8	0.41	28	2.55	153.0	0.42
	40	14	0.63	37.8	0.41	19	1.10	66.0	0.39	30	2.73	163.8	0.39
	45	14	0.67	40.2	0.44	20	1.17	70.2	0.38	30	2.89	173.4	0.41
	50	15	0.72	43.2	0.41	21	1.23	73.8	0.36	30	3.06	183.6	0.44
	55	15	0.75	45.0	0.43	21	1.30	78.0	0.38	30	3.22	193.2	0.46
360°	30	12	0.69	41.4	0.46	17	1.28	76.8	0.43	27	3.15	189.0	0.46
	35	13	0.77	46.2	0.44	18	1.37	82.2	0.41	28	3.40	204.0	0.42
	40	14	0.84	50.4	0.41	19	1.48	88.8	0.39	30	3.64	218.4	0.39
	45	14	0.88	52.8	0.43	20	1.57	94.2	0.38	30	3.86	231.6	0.41
	50	15	0.98	58.8	0.42	21	1.68	100.8	0.37	30	4.07	244.2	0.44
	55	15	1.01	60.6	0.43	21	1.74	104.4	0.38	30	4.27	256.2	0.46

MP Rotator Specialty Nozzles

Side Strip and Corner Models

Side Strip Precipitation Example

The precipitation rate for MP Rotator Strip Nozzles depends on the system layout. The following is an example of a potential design and its associated precipitation rate:

Visual Description: A diagram showing a rectangular lawn area with sprinklers placed at intervals. Dimensions are indicated: 5' width, 30' length sections, with sprinklers spaced 15' apart along the length and 5' from the edges.

Precipitation Rate Calculation (Total Area Method):

P = 96.25 x Total Flow (GPM) / Total Area (ft²)

P = 96.25 x (0.19 + 0.38 + 0.38 + 0.38 + 0.19) / (5' x 60') = 0.49 in/hr

Visual Description: Images of MP-LCS-515 (Left Strip), MP-SS-530 (Side Strip), and MP-RCS-515 (Right Strip) nozzles.

MP Rotator Corner Nozzle

The MP Corner nozzle is specifically designed to provide extra coverage in tight corners. This design eliminates the need for neighboring heads to reach into the corner for head-to-head coverage, thus avoiding unnecessary overspray onto non-target areas.

Visual Description: Diagrams showing the coverage pattern of the MP-CORNER nozzle (8' x 15') with an arc of 45° to 105°. It highlights 'No overlap needed' in the corner.

MP Rotator Specialty Nozzles Performance Data

Arc	Pressure PSI	MP Corner			MP Left Corner Strip			MP Right Corner Strip			MP Side Strip
Arc	Pressure PSI	Radius ft	Flow GPM	Flow GPH	Precip. in/hr	Radius ft	Flow GPM	Flow GPH	Precip. in/hr	Radius ft	Flow GPM	Flow GPH	Precip. in/hr	Radius ft	Flow GPM	Flow GPH	Precip. in/hr
45°	30	12	0.17	10.2	1.17	14 x 4	0.17	10.2	0.58	14 x 4	0.17	10.2	0.58	28 x 4	0.33	19.8	0.57
	35	13	0.18	10.8	0.92	15 x 5	0.18	10.8	0.46	15 x 5	0.18	10.8	0.46	29 x 5	0.36	21.6	0.48
	40	14	0.19	11.4	0.98	15 x 5	0.19	11.4	0.49	15 x 5	0.19	11.4	0.49	30 x 5	0.38	22.8	0.48
	45	14	0.21	12.6	1.08	15 x 5	0.21	12.6	0.54	15 x 5	0.21	12.6	0.54	31 x 5	0.41	24.6	0.49
	50	14	0.22	13.2	1.11	16 x 5	0.23	13.8	0.55	16 x 5	0.23	13.8	0.55	32 x 6	0.44	26.4	0.51
	55	15	0.23	13.8	0.96	16 x 6	0.24	14.4	0.48	16 x 6	0.24	14.4	0.48	33 x 6	0.47	28.4	0.46
90°	30	12	0.34	20.4	1.17	14 x 4	0.17	10.2	0.58	14 x 4	0.17	10.2	0.58	28 x 4	0.33	19.8	0.57
	35	13	0.36	21.6	0.92	15 x 5	0.18	10.8	0.46	15 x 5	0.18	10.8	0.46	29 x 5	0.36	21.6	0.48
	40	14	0.39	23.4	0.98	15 x 5	0.19	11.4	0.49	15 x 5	0.19	11.4	0.49	30 x 5	0.38	22.8	0.48
	45	14	0.41	24.6	1.08	15 x 5	0.21	12.6	0.54	15 x 5	0.21	12.6	0.54	31 x 5	0.41	24.6	0.49
	50	15	0.43	25.8	1.11	16 x 5	0.23	13.8	0.55	16 x 5	0.23	13.8	0.55	32 x 6	0.44	26.4	0.51
	55	15	0.46	27.6	0.96	16 x 6	0.24	14.4	0.48	16 x 6	0.24	14.4	0.48	33 x 6	0.47	28.4	0.46
105°	30	12	0.39	23.4	1.13	28 x 4	0.33	19.8	0.57	28 x 4	0.33	19.8	0.57	30 x 5	0.38	22.8	0.48
	35	13	0.42	25.2	0.96	29 x 5	0.36	21.6	0.48	29 x 5	0.36	21.6	0.48	30 x 5	0.38	22.8	0.48
	40	14	0.45	27.0	0.98	30 x 5	0.38	22.8	0.49	30 x 5	0.38	22.8	0.49	30 x 5	0.38	22.8	0.48
	45	14	0.48	28.8	1.02	31 x 5	0.41	24.6	0.51	31 x 5	0.41	24.6	0.51	31 x 5	0.41	24.6	0.49
	50	15	0.51	30.6	0.88	32 x 6	0.44	26.4	0.44	32 x 6	0.44	26.4	0.44	32 x 6	0.44	26.4	0.51
	55	15	0.53	31.8	0.92	33 x 6	0.47	28.4	0.46	33 x 6	0.47	28.4	0.46	33 x 6	0.47	28.4	0.46

Note: MP Rotator Strip Nozzles can be used with both MP Rotator Standard and MP800 Nozzles, depending on the layout.

Performance Data Note: Bold indicates Recommended Pressure. The MP Rotator Nozzle is designed to maintain matched precipitation after radius adjustment. Optimal pressure for the MP Rotator is 40 PSI, easily achieved with the Pro-Spray PRS40 Sprinkler Body.

Uniformity

Uniformity Samples

The varied streams of the MP Rotator Nozzle ensure even coverage across all landscape areas when properly installed, resulting in superior uniformity compared to traditional spray nozzles. Independent studies confirm this efficiency benefit. Learn more at hunterindustries.com/site-studies.

The following are examples of MP Rotator profiles and their associated uniformities, based on indoor tests under controlled conditions. On-site conditions may affect actual uniformity, and data may change with product development.

Uniformity Graphs

Visual Description: Three sets of graphs are presented. Each set includes a "Precip. Rate (in/hr)" graph showing precipitation rate versus distance (in feet) for a specific nozzle model (MP-1000-90 180°, MP-2000-90 180°, MP-3000-90 180°). Below each precipitation graph is a "CU and DU for Rectangular Spacings" graph showing Uniformity % (CU and DU) versus row/head spacing (in feet).

Cost and Water Savings

Lower System Cost

Designs utilizing MP Rotator Nozzles require less material and equipment than traditional spray designs, leading to reduced overall project costs. The lower flow rates allow more heads to operate simultaneously, decreasing the number of valves needed.

Learn more about material and labor savings in this residential site study: hunter.info/MPSavings.

Irrigation System Cost Comparison

Visual Description: Two diagrams illustrate different irrigation system designs: one using traditional spray nozzles and the other using MP Rotator nozzles. The MP Rotator design shows fewer sprinkler heads and a more efficient layout.

Materials Needed	With Spray Nozzles	With MP Rotator Nozzles
Valves	6	2
Mainline	150'	15'
Laterals	800'	600'
Sprinklers	55	34
Controller	6-Station	4-Station
Wire	175'	20'
Total Cost	$$$$	$$

Filtration Recommendations and Wastewater Applications

Filtration Guidelines

Primary filtration is recommended when operating with dirty water. A general guideline suggests using a primary filter with a mesh rating five times that of the nozzle filter (e.g., a 20-mesh nozzle filter requires a 100-mesh primary filter). Field testing indicates the MP-800SR performs well in dirty water conditions when used with a 120-mesh primary filtration system.

Visual Description: An illustration of Hunter HY Filters (HY-100, HY-100-75, HY-075) with dimensions. A note indicates that 150-mesh HY Filters are suitable for MP-800SR arrangements.

Nozzle Filter Sizes

Nozzle	Screen size (mesh)	Description	Part #
MP-800SR-90	60	Very Fine (gray)	MP8SCREENSP
MP-800SR-360	40	Fine (white)	MPFSCREENSP
MP-815	40	Fine (white)	MPFSCREENSP
MP-1000
MP-2000
MP Corner
MP Strips
MP-820
MP-3000	20	Coarse (tan)	MPCSCREENSP
MP-3500	20	Coarse (tan)	MPCSCREENSP

Reclaimed Wastewater

The MP Rotator Nozzle is an excellent choice for reclaimed wastewater applications. Its construction materials—chemical-resistant polypropylene, polyurethane, acetal plastics, stainless steel, and EPDM rubber—are designed to withstand the chemicals and conditions commonly found in wastewater irrigation.

Field Identification

MP Rotator Nozzles are color-coded for easy identification in the field.

MP Rotator Standard Nozzles

Visual Description: A grid showing MP Rotator Standard Nozzles categorized by radius (8'-15', 13'-21', 22'-30', 31'-35') and arc (90°-210°, 210°-270°, 360°). Each nozzle model (MP-1000, MP-2000, MP-3000, MP-3500) is depicted with its corresponding color code for each arc.

MP Strip Nozzles

Visual Description: Images of MP-LCS-515 (Left Corner), MP-RCS-515 (Right Corner), and MP-SS-530 (Side Strip) nozzles, indicating their shapes and dimensions (5'x15', 5'x30').

MP Rotator MP800 Nozzles

Visual Description: A grid showing MP Rotator MP800 Nozzles categorized by radius (6'-12', 8'-16', 15'-24') and arc (90°-210°, 210°-270°, 360°). Each nozzle model (MP-800SR, MP-815, MP-820) is depicted with its corresponding color code for each arc.

MP Corner Nozzles

Visual Description: An image of the MP-CORNER nozzle (8'x15') with its arc range (45°-105°).

MP Rotator Male-Threaded

MP Rotator Male-Threaded models are available for most MP Rotator nozzles, excluding MP-1000-210, MP-3500-90, and the MP800 Family. The MP-HT is an example of a male-threaded nozzle.

Commitment to Customer Success

Helping customers succeed is the driving force behind Hunter Industries. The company's passion for innovation and engineering is matched by its commitment to exceptional support, aiming to foster long-term relationships with its customers.

Gregory R. Hunter
CEO of Hunter Industries

Denise Mullikin
President, Landscape Irrigation and Outdoor Lighting

Visit hunterindustries.com for more information.

Customer Support: 1-800-383-4747

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A Smarter Way to Water

Matched Precipitation

Standard Nozzle Precipitation Rate

MP800 Nozzle Precipitation Rate

Matching Soil Intake Rates

Infiltration Rates by Soil Type

Application and Settings

MP Rotator Application

Radius Adjustment

Arc Setting

Pressure

MP Rotator Nozzle Factory Settings

MP Rotator Nozzle Height and Trajectory

Layout and Placement

Run Times

Precipitation Rate Calculations

Square Spacing Application Rate

Equilateral Triangular Spacing Application Rate

Zoning with MP Rotator Nozzles

MP Rotator MP800 Nozzles

Radius and Arc Options

Pressure Ratings

MP Rotator MP800 Nozzles Performance Data

MP Rotator Standard Nozzles

Radius and Arc Options

MP Rotator Standard Nozzles Performance Data

MP Rotator Specialty Nozzles

Side Strip and Corner Models

Side Strip Precipitation Example

MP Rotator Corner Nozzle

MP Rotator Specialty Nozzles Performance Data

Uniformity

Uniformity Samples

Uniformity Graphs

Cost and Water Savings

Lower System Cost

Irrigation System Cost Comparison

Filtration Recommendations and Wastewater Applications

Filtration Guidelines

Nozzle Filter Sizes

Reclaimed Wastewater

Field Identification

MP Rotator Standard Nozzles

MP Strip Nozzles

MP Rotator MP800 Nozzles

MP Corner Nozzles

MP Rotator Male-Threaded

Commitment to Customer Success

References

Related Documents