Pentair SHURflo 9325 Series User manual

OWNERS MANUAL
Note:
BEFORE CONNECTING OR OPERATING
THIS PRODUCT, PLEASE READ THESE
INSTRUCTIONS COMPLETELY.
9325 SERIES
12/24 VDC POWERED
SUBMERSIBLE PUMP
WARNING
DO NOT use any SHURflo pump for petrol/gasoline,
petroleum products, solvents, thinners or ANY other
flammable liquid with flash point below 180 F [82 C].
NOT FOR USE where flammable vapors are present.

2
TABLE OF CONTENTS
PAGE
INTRODUCTION 2
TOOLS REQUIRED FOR INSTALLATION & MAINTENANCE 2
COMPONENTS NEEDED FOR INSTALLATION 2
APPLICATION WORKSHEET and FLOW TABLES 3
PUMP CONNECTIONS & INSTALLATION INSTRUCTIONS 5
TROUBLESHOOTING 8
PUMP REMOVAL and DISASSEMBLY 9
PUMP RE-ASSEMBLY 11
TECHNICAL SPECIFICATIONS 14
PARTS LIST and REPLACEMENT PART KITS 15
SUBMERSIBLE PUMP ASSEMBLY DRAWING 16
WARRANTY 17
INTRODUCTION
This manual has been provided as an aid to the operator with information about
installing, operating, and servicing of the SHURflo 9325 Series Submersible Pump. The
engineers and technicians who designed and manufactured these pumps have developed
these instructions from their experiences.
These instructions should be read completely before installing your new pump. Keep this
manual readily available at all times for use when installing, operating, or servicing your pump.
For proper placement in the well refer to the application worksheet on pages 3-4.
This pump is not to be used with flammable liquids.
TOOLS REQUIRED FOR INSTALLATION & MAINTENANCE
#1 and #2 Phillips Screwdriver Wire Cutters
5/64" Allen Wrench Wire Strippers
5/32" Allen Wrench Pliers
3/16" Allen Wrench Dry Cloth or Cotton Tipped Applicator for cleaning O-Ring grooves
Electrical Tape Tie wraps
COMPONENTS NEEDED FOR INSTALLATION
APPLICATION WORKSHEET
POWER CABLE (Not Included)
COUPLER AND DISCHARGE FOR OUTLET (Included)
DISCHARGE HOSE OR PIPE (Not Included)
SAFETY LINE (Not Included)
POWER SUPPLY (Not Included)
FUSE (Not Included)
CONTROLLER (Not Included) Use a Linear Current Booster for optimum performance

3
APPLICATION WORKSHEET
Please fill in for your records.
MODEL NUMBER_____________________________ PUMP DISTRIBUTOR:
SERIAL NUMBER_____________________________ Name_______________________________________________________
MFG. DATE_________________________________ Address______________________________________________________
PURCHASE DATE_____________________________ City_________________________________________________________
TOTAL WELL DEPTH_________________FT(M) Phone_______________________________________________________
WELL RECOVERY RATE____________________________________________________________________________________________
SOLAR ARRAY INFORMATION:
MAKE/MODEL___________________________________________________________________________________________________
WATTS AVAILABLE (NO. OF PANELS X WATTS PER PANEL= )__________________________________________________________________
CONTROLLER INFORMATION:
MAKE/MODEL___________________________________________________________________________________________________
NOTE: Use of an LCB (Linear Current Booster) Unit is required for optimum performance. LCB is not included.
TERMS:
H1=DISCHARGE HEAD = Vertical distance in feet from ground level to level of water in elevated storage tank.
H2=WATER LEVEL = Vertical distance in feet from level of water in well when pumping up to ground level.
H3=SUBMERGENCE = Vertical distance in feet from level of water in well when pumping, to pump position in well.
Note: DO NOT submerge the pump deeper than necessary unless the water level is known to
be highly variable (Pump may operate dry for short periods of time.).
Drawdown = Vertical distance in feet from static water level to water level when pumping.
Note: Make sure the pump is installed below the lowest anticipated water level.
Consider the seasonal changes in the region.
SOLAR PANELS
CONTROLLER
DISCHARGE HEAD = H1
STORAGE
TANK
WATER LEVEL = H2
DRAW DOWN
SUBMERGENCE = H3
WELL CASING DIAMETER=_________IN(cm)
LEVEL
STATIC WATER
H1= DISCHARGE HEAD =_________FT(M)
+ H2=WATER LEVEL=_________FT(M)
+ *H3=SUBMERGENCE= FT(M)
**TOTAL VERTICAL LIFT=__________FT(M)
**NOTTO EXCEED 230 FT(70m)
(WHEN PUMPING)
(ABOVE GROUND)
*NOT TO EXCEED 100 FT(30m)
Comments:
(H1+H2+H3)

4
PUMP FLOW TABLES - TOTAL VERTICAL LIFT= H1+H2+H3
12 VDC FLOW TABLE
TOTAL
FLOW RATE
SOLAR ARRAY SIZE
CURRENT
VERTICAL
LIFT
PER
HOUR
MINIMUM TOTAL
POWER RATING
AMPS
FEET
METERS
GAL
LTR
WATTS
20
6.1
56
212
22
1.2
40
12.2
54
204
28
1.5
60
18.3
52
197
33
1.8
80
24.4
50
189
37
2.0
100
30.5
49
186
40
2.1
120
36.6
47
178
45
2.4
140
42.7
46
174
51
2.7
160
48.8
44
166
56
3.0
180
54.9
43
163
61
3.3
200
61.0
41
155
64
3.4
230
70.1
36
136
72
3.9
24 VDC FLOW TABLE
TOTAL
FLOW RATE
SOLAR ARRAY SIZE
CURRENT
VERTICAL
LIFT
PER
HOUR
MINIMUM TOTAL
POWER RATING
AMPS
FEET
METERS
GAL
LTR
WATTS
20
6.1
117
443
58
1.5
40
12.2
114
432
65
1.7
60
18.3
109
413
78
2.1
80
24.4
106
401
89
2.4
100
30.5
103
390
99
2.6
120
36.6
101
382
104
2.8
140
42.7
99
375
115
3.1
160
48.8
98
371
123
3.3
180
54.9
93
352
135
3.6
200
61.0
91
345
141
3.8
230
70.1
82
310
155
4.1

5
I. PUMP CONNECTION & INSTALLATION INSTRUCTIONS
WARNING: IMPROPER INSTALLATION WILL VOID WARRANTY.
1. Select and Purchase the Proper Jacketed Cable (Fig. 1)
Note: DO NOT select cables with irregular shapes, rough
or grooved surfaces. A smooth jacket is needed for
proper sealing.
Use a #10 AWG jacketed Submersible Cable that fits
into the general size requirements shown (Fig 1).
2. Assemble Cable Boot (Fig. 2 thru 7)
2.1 Strip the outer cable jacket (A) 2.0 in. [5 cm] (Fig. 2).
2.2 Cut one of the lead wires 1.0 in. [2.5 cm] (Fig. 3).
2.3 Wrap electrical tape around the cable (A). Start 2 in.
[5 cm] below outer cable jacket and continue to taper at
a point past the end of the lead wires (Fig 4).
2.4 Generously lubricate the cable 4 to 6 in. [10 to 15 cm]
with supplied O-Ring grease.
2.5 Slide the cable boot components over the cable (A) in the following order (Fig. 4).
1. Nut (D). Make sure threads are toward pump end of cable.
2. Outer Cable Boot (C). Small end first.
3. Inner Cable Boot (B). Small end first.
2.6 Remove tape and cut the lead wires back leaving about .50 in. [1.3 cm] exposed (Fig. 5).
2.7 Strip the inner conductor jacket .50 in. [1.3 cm] (Fig. 5).
FIGURE 1
FIGURE 4
FIGURE 2
FIGURE 3
FIGURE 5