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 Nozzle Installation

1.  Insert the plastic key end of the Hunter  

  wrench into the lifting socket of the sprin- 

  kler and turn 90°. Pull the riser up to gain  

  access to the nozzle socket.
2.  Using the hex key of the Hunter wrench,  

 

turn the radius adjustment screw coun- 

 

terclockwise to be sure it is not blocking  

 

the nozzle socket opening. If a nozzle is 

 

already installed, it can be removed by  

 

backing out the adjustment screw and  

 

turning on the water, or by prying outward  

 

under the nozzle.

3.  Slip the desired nozzle into the nozzle  

 

socket. Note that the socket is angled up  

Data represented test results in zero wind. Adjust for local conditions. Radius may be reduced up to 25% with adjustment screw (this may alter the uniformity of spray pattern). 

Optimum performance is shown in bold type.

For warranty information on Hunter Sprinklers, consult factory.

PGJ

Gear Driven Sprinklers

PGJ Nozzle Performance Data

Pressure

Radius

Flow

Precip in/hr

Nozzle

PSI

ft.

GPM

.75

30

40

50

15'

16'

17'

 

0.64

 

0.75

 

0.85

  0.55

 

0.56

  0.57

  0.63

 

0.65

  0.65

1.0

30

40

50

18'

19'

19'

 

0.85

 

1.0

 

1.1

  0.51

 

0.53

  0.59

  0.58

 

0.62

  0.68

1.5

30

40

50

21'

22'

22'

 

1.3

 

1.5

 

1.7

  0.57

 

0.60

  0.68

  0.66

 

0.69

  0.78

2.0

30

40

50

24'

25'

25'

 

1.7

 

2.0

 

2.3

  0.57

 

0.62

  0.71

  0.66

 

0.71

  0.82

2.5

30

40

50

27'

28'

28'

 

2.2

 

2.5

 

2.8

  0.58

 

0.61

  0.69

  0.67

 

0.71

  0.79

3.0

30

40

50

30'

31'

31'

 

2.5

 

3.0

 

3.4

  0.53

 

0.60

  0.68

  0.62

 

0.69

  0.79

4.0

30

40

50

33'

34'

34'

 

3.7

 

4.0

 

4.3

  0.65

 

0.67

  0.72

  0.76

 

0.77

  0.83

5.0

30

40

50

36'

37'

37'

 

4.7

 

5.0

 

5.3

  0.70

 

0.70

  0.75

  0.81

 

0.81

  0.86

Note:

  All precipitation rates calculated for 180 degree operation.

For the precipitation rate for a 360 degree sprinkler, divide by 2.

PGJ Nozzle Performance Data – Metric

Pressure

Radius

Flow

Precip mm/hr

Nozzle   Bars 

kPa

m

m

3

/hr   l/min

.75

  2.1

 

2.8

  3.4

206

275

344

  4.6

 

4.9

 

  5.2

  0.15

  0.17

  0.19

  2.4

 

2.8

  3.2

14

14

14

16

17

17

1.0

  2.1

 

2.8

  3.4

206

275

344

  5.5

 

5.8

  5.8

  0.19

  0.23

  0.25

  3.2

 

3.8

  4.2

13

14

15

15

16

17

1.5

  2.1

 

2.8

  3.4

206

275

344

  6.4

 

6.7

  6.7

  0.30

  0.34

  0.39

  4.9

 

5.7

  6.4

14

15

17

17

18

20

2.0

  2.1

 

2.8

  3.4

206

275

344

  7.3

 

7.6

  7.6

  0.39

  0.45

  0.52

  6.4

 

7.6

  8.7

14

16

18

17

18

21

2.5

  2.1

 

2.8

  3.4

206

275

344

  8.2

 

8.5

  8.5

  0.50

  0.57

  0.64

  8.3

 

9.5

  10.6

15

16

18

17

18

20

3.0

  2.1

 

2.8

  3.4

206

275

344

  9.1

 

9.4

  9.4

  0.57

  0.68

  0.77

  9.5

 

11.4

  12.9

14

15

17

16

18

20

4.0

  2.1

 

2.8

  3.4

206

275

344

  10.1

 

10.4

  10.4

  0.84

  0.91

  0.98

  14.0

 

15.1

  16.3

17

17

18

19

20

21

5.0

  2.1

 

2.8

  3.4

206

275

344

  11.0

 

11.3

  11.3

  1.07

  1.14

  1.20

  17.8

 

18.9

  20.1

18

18

19

21

21

22

Note:

  All precipitation rates calculated for 180 degree operation.

For the precipitation rate of a 360 degree sprinkler, divide by 2. 

 

For more information on precipitation rates see page 105.

 

25° so that the nozzle range screw threads  

 

directly down. Then tighten the nozzle  

 

range screw. The arrow on the rubber  

 

cover will always indicate the location of  

 

the nozzle and direction of the water flow  

 

when the sprinkler is retracted.

Removing Filter Screen

for Cleaning

Proper Installation 

Height

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