1
238100
Strainer washer
2
276700
Swivel connector
3
10075911
3/8" Hex nipple
10075950
O-rings (not visible) -- 2 per nipple
4
605201
Garden hose plug
5
643801
Button, green (includes #6)
643802
Button, red (includes #6)
643803
Button, yellow (includes #6)
643804
Button, blue (includes #6)
643805
Button, grey (includes #6)
6
235900
Grommet
7
471000
Cover, 1-button unit
472000
Cover, 2-button unit
473000
Cover, 3-button unit
473502
Cover, 4-button unit
8
901500
Bushing
9
10075980
Valve parts kit: a. diaphragm
b. armature, c. spring, d. valve bonnet
10
10079010
Spring
11
10079000
Magnet
12
643811
Locking button, green (includes 5 & 6)
643812
Locking button, red (includes 5 & 6)
643813
Locking button, yellow (includes 5 & 6)
643814
Locking button, blue (includes 5 & 6)
643815
Locking button, grey (includes 5 & 6)
13 a
291
3.5 GPM eductor assembly
b
290
1 GPM eductor assembly
c
3401-R
Eductor hose barb
14a
10088822
Discharge tube, 1 GPM (1/2" x 8")
b
90048495
Discharge tube, 3.5 GPM (1/2" x 4')
c*
10080730
Hose hook, dark grey
10080731
Hose hook, sky blue
10080732
Hose hook, red
10080733
Hose hook, green
10080734
Hose hook, light grey
10080735
Hose hook, yellow
* Hooks are for 4 GPM discharge tubes
15
690014
Metering tip (kit)
16
500870
Tubing, 1/4" x 7'
17
509900
Weight
18
10076301
Foot valve -- Viton (EPDM also
available, order 10076302)
Key
Part No.
Description
Measurement of Concentration:
You can determine the dispensed water-to-product ratio for
any metering tip size and product viscosity. All that is
required is to operate the primed dispenser for a minute or
so and note two things: the amount of dispensed solution,
and the amount of concentrate used in preparation of the
solution dispensed. The water-to-product ratio is then
calculated as follows:
Dilution Ratio (X:1) where
X = Amount of Mixed Solution - Amount of Concentrate
Drawn
Amount of Concentrate Drawn
Dilution Ratio, then, equals X parts water to one part concentrate (X:1). If the test does not yield the desired ratio, choose a different
tip and repeat the test. Alternative methods to this test are 1) pH (using litmus paper), and 2) titration. Contact your concentrate
supplier for further information on these alternative methods and the materials required to perform them.
Streamline Parts Diagram:
3-button unit illustrated
Streamline Parts Diagram/List:
a
b
c
10
11
12
d
9
13a
or
13b
13c
18
17
16
15
14c
14a
or
14b
1
2
2
3
4
5
6
8
7
Metering Tip Selection:
The final concentration of the dispensed liquid is related to
both the size of the metering tip opening and the viscosity of
the liquid being siphoned. If product viscosity is noticeably
greater than that of water, consult the procedure for Mea-
surement of Concentration on the next page to achieve your
desired water-to-product ratio. For water-thin products, use
the chart on the next page as a guideline. Because such
factors as inlet water pressure and temperature can affect
dilution ratios, the figures listed on the chart are only approxi-
mate. Test the actual dilution you are achieving using the
Measurement of Concentration procedure for best results.
Use the undrilled, clear tip for drilling a size not listed.
1 GPM
3.5 GPM
Tip Color
APPROXIMATE DILUTIONS
AT 40 PSI FOR WATER-THIN PRODUCTS (1.0 CP)
Orifice
Std. Drill
Size
Number)
Ratio (per Eductor Flow)
No Tip
.187
(3/16)
3:1
3.5:1
Grey
.128
(30)
3:1
4:1
Black
.098
(40)
3:1
4:1
Beige
.070
(50)
4:1
8:1
Red
.052
(55)
5:1
14:1
White
.043
(57)
7:1
20:1
Blue
.040
(60)
8:1
24:1
Tan
.035
(65)
10:1
30:1
Green
.028
(70)
16:1
45:1
Orange
.025
(72)
20:1
56:1
Brown
.023
(74)
24:1
64:1
Yellow
.020
(76)
32:1
90:1
Aqua
.018
(77)
38:1
128:1
Purple
.014
(79)
64:1
180:1
Pink
.010
(87)
128:1
350:1
