MP Rotator™ Strip Nozzle

Specifications

Operating Specifications

Recommended operating pressure: 2.8 bar; 280 kPa
Minimum radius setting achieved at 2.1 bar; 210 kPa
Warranty period: 3 years

Options

Pair with Pro-Spray™ PRS40 pop-up for pressure regulation to 2.8 bar; 280 kPa for nominal radius settings
Pair with Pro-Spray PRS30 pop-up for pressure regulation to 2.1 bar; 210 kPa for minimum radius settings

Features

Irrigation narrow spaces effectively while maximizing water savings with revolutionary MP Rotator Nozzles. With full coverage at a 1.5 m width, MP Strip Nozzles allow for efficiency irrigation of tight spaces, delivering water at a slow and steady rate with unique, multi-trajectory rotating streams. The slow application rate allows water to gently soak into the soil with no runoff, while the multiple streams achieve an even distribution throughout the irrigated area.

MP Strip Nozzles are an ideal choice for narrow coverage of new systems and perfect for revitalizing older systems - a simple retrofit can easily solve both low pressure and poor coverage problems.

Key Benefits

Low precipitation rate prevents runoff

Match the precipitation rate of MP Strip Nozzles to either Standard MP Rotator Nozzles or MP800 Nozzles, depending on the layout of the space

Double-pop feature protects the nozzle from external debris

Wind-resistant streams improve uniformity and prevent misting

Removable filter screen prevents nozzle from clogging

Colour-coded for easy identification

Advanced Features

Low Precipitation Rate

MP Rotator Standard Nozzles apply water at 10 mm/hr while MP800 Nozzles have a precipitation rate of 20 mm/hr. Choose the right water application for your landscape to save water while creating healthy landscapes.

Double-Pop Feature

The MP Rotator Nozzle pops up from its protected position only after the riser is fully extended, providing superior defense against dirt and debris.

Distribution Uniformity

The various streams of the MP Rotator allow it to target all areas of the landscape evenly, yielding superior uniformity over traditional spray nozzles. Each stream targets specific areas to achieve higher efficiency and even coverage.

Matched Precipitation Rate

Match the precipitation rate of Standard MP Rotator Nozzles using single-row or triangular spacing.

Match the precipitation rate of MP800 Nozzles using rectangular spacing.

Triangular Spacing

Single Row Spacing

Rectangular Spacing

Charts

MP Strip Performance Data

MP Rotator Performance Data Side Strips

	MP-LCS-515: Ivory, MP Left Corner Strip MP-RCS-515: Copper, MP Right Corner Strip MP-SS-530 Brown, MP Side Strip
Arc	Pressure		Radius	Flow		Precip. mm/hr
	bar	kPa	m	m³/hr	l/min
Left Strip	2.1	210	1.2 x 4.2	0.04	0.64	31	15
	2.5	250	1.4 x 4.4	0.04	0.68	27	13
	2.8	280	1.5 x 4.5	0.04	0.72	26	13
	3.0	300	1.6 x 4.6	0.05	0.79	26	13
	3.5	350	1.7 x 4.7	0.05	0.87	26	13
	3.8	380	1.8 x 4.8	0.05	0.91	25	13
Right Strip	2.1	210	1.2 x 4.2	0.04	0.64	31	15
	2.5	250	1.4 x 4.4	0.04	0.68	27	13
	2.8	280	1.5 x 4.5	0.04	0.72	26	13
	3.0	300	1.6 x 4.6	0.05	0.79	26	13
	3.5	350	1.7 x 4.7	0.05	0.87	26	13
	3.8	380	1.8 x 4.8	0.05	0.91	25	13
Side Strip	2.1	210	1.2 x 8.4	0.07	1.25	30	15
	2.5	250	1.4 x 8.7	0.08	1.36	27	13
	2.8	280	1.5 x 9.0	0.09	1.44	26	13
	3.0	300	1.6 x 9.3	0.09	1.55	25	13
	3.5	350	1.7 x 9.6	0.10	1.67	24	12
	3.8	380	1.8 x 9.9	0.11	1.79	24	12
Bold = Recommended pressure Note: Strip pattern radius can be adjusted by 25%. MP Rotator is designed to maintain matched precipitation after radius adjustment. To match the precipitation rate of Standard MP Rotator models, use single-row or triangular spacing. To match the precipitation rate of MP Rotator MP800 Nozzles, use rectangular spacing.

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Irrigation Unit Conversions

Convert a given value and unit to different unit type. Conversions are available for flow rate, area, distance, time, volume, pressure, power, precipitation, salinity, and speed.

Click here to see unit descriptions.

Flow Rate:
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Area:
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Distance:
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Time:
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Volume:
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Pressure:
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Power:
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Precipitation (Water Application) Rate:
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Salinity:
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Speed:
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Reference: Washington State University