watermax owner’s manual - all powerallpower.co.za/images/uploads/documents/watermax_manual.pdf ·...
TRANSCRIPT
WATERMAX OWNER’S MANUAL
02
Contents
5 Different WaterMax Models
5 Features of the WaterMax Range
5 Warranty
5 Validity of Warranty
5 Pumpmaster
6 Auto Pumpmaster Indicators (all models except O-range)
6 Junior Pumpmaster (used with O-range models)
6 Float Switch
6 Using a 220V power supply to operate the WaterMax in case of emergency
6 Using the WaterMax as End-Suction Pump
6 Pressure Release Valve Assembly
6 Solar Trackers
6 The Pump Kit
6 Optional Extras
7 Exploded Pump View
8 Installation Information
8 Installation Diagram
9 Regular Replacement of Diaphragms
9 Multiple Pump Installation
9 Using the WaterMax as a Manhole Pump
9 Double Pump Installation
10 Troubleshooting
10 Wiring Connections
11 Wiring Connection - Single Module
11 Wiring Connection - Three Modules in Series
11 Wiring Connection - Two Modules in Series
15 WaterMax OA48
16 WaterMax OA
17 WaterMax OB
18 WaterMax WA
19 WaterMax WA48
20 WaterMax WB
21 WaterMax WC
22 WaterMax WD
23 WaterMax WSA
25 WaterMax PSA
26 WaterMax PSB
27 WaterMax PSC
29 WaterMax BU
30 WaterMax O-Range Part Drawings
31 Part Numbers WaterMax OA48
31 Part Numbers WaterMax OA
32 Part Numbers WaterMax OB
32 Part Numbers WaterMax WA48
33 Part Numbers WaterMax WA
34 WaterMax W-Range Part Drawings
35 Part Numbers WaterMax WB
03
35 Part Numbers WaterMax WC
36 Part Numbers WaterMax WB
36 Part Numbers WaterMax BU
37 Part Numbers WaterMax PA
38 Replacement of Diaphragms
38 Disassembly of Pump and Inspection for Brush Change
38 Replacement of Bearings
39 Warranty Certificate
40 Acknowledgement of Receipt
41 Pump Warranty Information
WATERMAX OWNER’S MANUALCongratulations in acquiring the world-renowned WaterMax solar submersible pump you have become one of thousands of satisfied users of this popular All Power solar pump range. We are positive that you will experience many happy pumping years with this new acquirement.
Please visit our website to find out about our full range of product, www.allpower.co.za
Distribution List
If you have access to email, you may request that your name be added to the WaterMax distribution list in order that you be kept updated with information on your pump as well as the WaterMax pump range in general.
Please email us at [email protected] with your request.
Profile - WaterMax
The WaterMax range consists of positive submersible pumps constructed of high quality bronze and stainless steel, 95/114/130/144mm in diameter respectively, weighing 9/12/19kg and boasting 19/25/32mm pump outlets. It delivers flow rates of between 700 and 17000 litres per day. It can be run off a variety of solar module configurations and pump selections between 20 and 150 metres.
Multiple pumps can also be installed down the same well, borehole or other source.
3-Phase Solar Pumping Options
Should you require high hourly flowrates you can also request a quote on a 3-phase pumping solution delivering extremely high flow rates directly off solar modules via a MPPT Inverter. Please email us at [email protected].
05
Different WaterMax Models
Features of the WaterMax Range
M A positive displacement submersible pump which is constructed of high quality bronze and stainless steel
M Spares are freely available
M Pumps are serviceable, clean and non-polluting
M Pumps are maintenance friendly
M Silent operation (therefore environmentally friendly)
M Can be moved from camp to camp as stock is rotated
M Ideal for homes, farms and livestock watering
M Can run on as little as 10 Watts of power
M Installed below the water in a borehole, lake, cistern or stream
M Repair kits are available
M Simplicity is the key feature
M It hangs from HDPE pipe (plastic)
M All accessories are non-corrosive
M Fitted with an equalizing diaphragm to compensate for submergence pressures, allowing early start-up and improving performance
M Used extensively by world renowned game parks in Africa
M Can run dry without water in the pump chamber
M Makes use of sealed bearings obtainable at any bearing dealer and thus does not need oil lubrication on any components which wear with time
M Running direct off the solar array without the use of batteries and complicated electronics
M Not susceptible to lightning strikes
M Maximum of 10 minutes to replace diaphragms
M Installation takes about 30 minutes
Warranty
A 24 month warranty is applicable in South Africa. An international warranty is over a 12 month period. The warranty certificate is printed on page 038, please ensure that you are aware of all the conditions set out therein.
Validity of Warranty
In order to validate the warranty on our solar submersible pump range it is imperative that the warranty sheet (see page 040) in the Operational Manual of the pump be filled out and returned to All Power (or to an agent if not situated in South Africa). It is also necessary to replace diaphragms during the warranty period as prescribed on page 038.
Pumpmaster
The Pumpmaster was developed to accommodate the DC submersible pumps giving maximum brush life and efficiency. They are high quality state-of-the-art DC automatic tracking power converters designed to interface photovoltaic arrays with DC motors.
The primary functions of the Pumpmaster are to:
M Automatically boost the current of the PV array to match the requirements of the load
M Automatically hold the voltage of the PV array constant (around it’s maximum power point)
M In performing the above functions the water output is increased by no less than 30% per day under all load and light conditions
The many secondary functions of the Pumpmaster are to provide maximum motor protection and user convenience, as well as a float switch connection facility and low water level control (although the latter feature is not used often because of the ability of the pump to run dry). These features combined with low cost, make it one of the most unique power converters on the market.
Model Pump Diameter (and Mass) Total Head Maximum Litres per hour Litres per day @ 1000W/M2 Suggested Solar Module Configurations
OA48 95mm (and 9kg) 0 - 70m 120 - 440 l/h 1000 - 3900 l/day 1 to 4 x 40W or 50W in series
OA 95mm (and 9kg) 0 - 80m 150 - 450 l/h 1760 - 4675 l/day 1 to 2 x 60W or 80W or 100W in series
OB 95mm (and 9kg) 0 - 100m 150 - 350 l/h 900 - 3680 l/day 1 to 2 x 80W or 100W in series
WA48 114mm (and 12kg) 0 - 70m 150 - 750 l/h 1100 - 6300 l/day 1, 2, and 3 x 60W or 80W in series
WA 114mm (and 12kg) 0 - 80m 225 - 850 l/h 1887 - 8300 l/day 2 to 4 x 60W or 80W in series
WB 114mm (and 12kg) 0 - 100m 180 - 730 l/h 1300 - 7800 l/day 2 to 4 x 60W or 80W in series
WC 114mm (and 12kg) 100 - 150m 300 - 460 l/h 1495 - 3680 l/day 3 to 4 x 80W in series or 6 x 80W in series-parallel
WD 114mm (and 12kg) 0 - 40m 280 - 800 l/h 1485 - 7644 l/day 1 or 2 x 80W or 100W in series or 2 x 60W in series
WSA 114mm (and 14kg) 0 - 160m 230 - 1000 l/h 2100 - 8600 l/day 400W - 800W solar module system
PSA 130mm (and 19kg) 0 - 80m 250 - 1550 l/h 2000 - 13000 l/day 400W - 800W solar module system
PSB 130mm (and 19kg) 0 - 100m 250 - 1300 l/h 2800 - 13000 l/day 400W - 800W solar module system
PSC 130mm (and 19kg) 0 - 150m 125 - 1100 l/h 1700 - 9500 l/day 400W - 800W solar module system
BU 144mm (and 19kg) 0 - 40m 860 - 1800 l/h 4650 - 16524 l/day 2 to 4 x 100W in series or 6 x 60W/80W in series-parallel
06
Auto Pumpmaster Indicators (all models except O-range)
Indicators like the power light, float light and error light are used to indicate multiple pumping or error conditions. Please consult the pumpmaster label on the lid of the unit for details.
Junior Pumpmaster (used with O-range models)
This unit is a basic low current booster for use with the O-range models only. No pumping or error indicators are included in this unit, but should these features be required an Auto Pumpmaster can be used instead.
The Junior Pumpmaster is not an automatic unit, thus requiring manual adjustment when solar modules are added or removed. Please consult your WaterMax specialist.
Float Switch
A float switch can be added as an optional extra to the pump kit to control the water level in tank / dam / etc by switching the pump on and off. Only milli-amperes are drawn through the float cable to trigger a transistor and as a result a very light cable can be used for long runs.
The float switch can operate effectively through the Auto Pumpmaster over a distance of up to 50m. For distances exceeding 50m, please approach your agent for an Isolated Float Sense facility to be added to your Auto Pumpmaster.
The Junior Pumpmaster (for use with the O-range models) does not have a float switch connecting facility.
Using a 220V power supply to operate the WaterMax in case of emergency
The WaterMax can be run off a generating set or any other 220V AC power supply by using a WaterMax AC/DC Pumpmaster. The AC/DC Pumpmaster performs exactly the same functions as the Auto Pumpmaster, with the added capability to allow pumping from a 220V AC source.
Using the WaterMax as End-Suction Pump
The WaterMax can be used as an end-suction pump in order to suck water from a source and lift it to the point of delivery. It is suggested that the suction side not exceed 4m total head. A suction manifold can be acquired from your distributor.
Pressure Release Valve Assembly
If the pump will be operating in freezing conditions during the winter season it is advisable to fit a pressure release valve assembly to combat any damage that may occur to the pump due to pressure not being relieved as a result of frozen pipes, or even any other blockages. However, this is only applicable to the WaterMax O-range models. All other models make use of the Auto Pumpmaster or AC/DC Pumpmaster which has built-in automatic current protection.
Solar Trackers
Solar trackers can be used with the WaterMax solar pump range. The solar tracker faces the solar modules towards the sun on it’s daily track optimizing the angle of radiation on the solar modules. The energy to move the tracker is not taken from the solar modules and therefore it is known as a passive tracker. Output improvement of 25% and more per day can be expected when using a solar tracker. However, the cost of a solar tracker may prove to be uneconomical compared to adding one or more solar modules to the solar array, which will have the same effect.
Consult your WaterMax specialist in this regard.
The Pump Kit
If you have ordered a complete standard pump kit it should consist of the following:
□ A highly efficient WaterMax stainless steel and bronze solar pump fitted with zinc anode
□ Solar Modules. The flow rates indicated in this manual are maximum figures obtained at radiation levels of 1000 Watt/m2 using the indicated solar modules
□ One Pumpmaster
□ One solar module frame
□ Submersible cable and one splicing kit
□ Safety rope
□ HDPE pipe
□ Two Plasson Male Adaptors
□ One Baseplate
□ One packet of cable ties
□ One nylon elbow
□ One stainless steel barrel nipple
□ One brass non-return valve
□ One free set diaphragms
□ WaterMax Owners Manual
Optional Extras
□ Float Switch (Automatic on/off switch control) (see page 06)
□ Pressure Release Valve Assembly (frost protection) (see page 06)
□ Combo manifold (for multiple installations down the same borehole)
□ Suction manifold (to use pump as end-suction pump)
07
Male Adaptor
Non Return Valve
Stainless Steel Nipple
Pump
Male Adaptor
Pipe (HDPE)
Baseplate
Elbow
Reducer
Reducer
Exploded Pump View
08
Installation Information
M Check the pump kit to ensure that it is complete (see page 07)
M To assist during installation of the pump it is good practice to have this manual handy
M Some of the installation steps below have been executed in the factory and can thus be ignored
1. Assemble the solar module frame
2. Fit the solar module(s) to the frame. The modules must be more-or-less 90° to the sun. To adjust the angle of the module(s) during installation of the system it is best to ensure that the module(s) will be 90° to the sun at 12:00. To maximise performance, it is suggested that the angle of the module(s) be adjusted seasonally (EXAMPLE: In the beginning of Autumn/Winter and again early Spring/Summer) or that a solar tracker (see page 06) be used.
3. Make sure that the Pumpmaster is switched off.
4. Fit the Pumpmaster to the frame in such a way that it is protected against the elements of nature. It is important that the Pumpmaster be positioned in such a way that water running down the wires/cable will not enter the Pumpmaster through the glands.
5. Do the solar module wiring as inidicated diagrammatically (see page 011 - 014).
6. Splice the lead-out cable of the pump to the submersible cable in accordance with the instruction of the manufacturers of the splice kit.
7. Fit the nylon elbow to the base plate.
8. Fit the stainless steel barrel nipple to the pump and the brass non-return valve to the nipple. Ensure that the arrow on the non-return valve points upwards.
9. Use the male adaptors to the fit the HDPE pipe to the non-return valve and base plate.
10. Tie the safety rope to the stainless steel barrel nipple and the base plate.
11. Fit the solar module frame to a 50mm / 75mm / 100mm (pole size can be established from your agent) pole as close as possible to the borehole.
12. Make use of the supplied cable ties to tie the cable, pipe and rope together atleast every 2m. This will increase the liability of the safety system when the pump needs to be hauled from the borehole.
13. Connect the submersible cable to the Pumpmaster.
14. Lower the pump down the borehole and ensure that the pump is not installed deeper than 20m below the static water level (if you need to install the pump deeper, please approach your agent for written permission).
15. Switch the Pumpmaster on and watch the water flowing!
Installation Diagram
IMPORTANT HINT: Changing the polarity of the pump in the Pumpmaster by reversing the pump wires every 3 - 4 months will prolong brush life!
Water Reservoir
Water Level Switch
Solar Module(s)
Pump Master
75-80mm Steel Pipe
Concrete Base
Delivery Pipe
Power Cable
High Water Probe
Cable Ties to secure Cable to Delivery Pipe
Low Water Probe
Pump
09
Regular Replacement of Diaphragms
A free set of diaphragms and a set of counter sunk cap screws are supplied with your WaterMax with your pump for use in case of emergency.
Initial replacement of the diaphragms (with free set of diaphragms supplied) after 12 months of date of purchase in order to inspect the wear and tear and to decide on future replacement cycles is a warranty rquirement. Please see replacement instructions on page 037.
The recommended replacement cycles after the initial 12 month replacement are as follows:
M Total heads of 0 - 50m and one or two solar modules in series - 24 months
M Total heads of 0 - 50m and three or four solar modules in series - 18 months
M Total heads of 51 - 100m (all recommended solar module configurations) - 18 months
M Total heads exceeding 100m (all recommended solar module configurations) - 12 months
Multiple Pump Installation
Multiple pumps can be used from the same source to increase flow rate where even higher flow rates are required.
Using the WaterMax as a Manhole Pump
The WaterMax solar pump can be used as a manhole pump to pump water from a sump by installing the pump upside down. The pump operates at its best when installed in a small sump in a manhole (sump must have just enough space to allow easy operation of float switch and deep enough to cover the filter area).
Use submersible cable to splice to the pump lead-out cable. Submersible cable to be connected to Motor + and Motor - on the Pumpmaster Control Box. Pump motor is DC - thus reversed polarity operation is possible (changing the polarity every couple of months will extend brush life). Solar modules must be in correct configuration - approach your WaterMax specialist for advice.
IMPORTANT: These are suggested replacement cycles only and does not make All Power or any agent/distributor liable for any losses that may occur as a result of these suggestions.
IMPORTANT: In all the above cases please reduce the replacement cycle if the quality of water is suspect, for example in cases of sandy or muddy water.
Double Pump Installation
Pump 2
Pump 1
25mm Delivery Pipe - Pump 1
Power Cable - Pump 1
Safety Rope - Pump 1
25mm Male Adapter
Combo Manifold
25mm Male Adapter (2)
32mm Non-Return Valve
32mm Stainless Steel Nipple
32mm Male Adapter
25mm Male Adapter
Combo Manifold Safety Rope
Safety Rope - Pump 1
Power Cable - Pump 1
Delivery Pipe - Pump 1
32mm Combined Delivery Pipe
Base Plate
Please note that the fitting sizes will differ from WaterMax model to model. The drawing below refers to ALL modules which are 114mm in diameter.
010
Troubleshooting
1. Ensure that the solar module wiring configuration is done as indicated on the drawing included with pump. If not, please contact your supplier to establish the correct configuration.
2. Switch the Pumpmaster OFF, wait 30 seconds for it to reset and switch it on again. If the pump works after this, it means that some dampness entered the motor compartment during the manufacturing process. The damp should evaporate after a while and the pump switch should not trip again. If you have not detected it, the pump would have reset itself after a minute or two. It will also restart by itself again the next morning.
3. Ensure the pump is below the water level. If not, the pipe, cable and safety rope must be extended in order to lower the pump as low as possible (but no more than 20m) below the water level. In this case the pump should be operating once the Pumpmaster has been switched on.
4. Ensure that the non-return valve is fitted the right way round (the arrow on the outer should point upwards).
5. Ensure that no leaks exist in the pipe, cable and couplings.
6. Check that all wiring is properly connected to the Pumpmaster.
7. Ensure that the solar modules are facing North and correctly angled.
8. Check that the current trip preset is actually correct - consult your WaterMax solar specialist if necessary.
9. Also check the error conditions indicated by the Pumpmaster
10. If the pump is not operating and no water is deposited from the borehole (test this by disconnecting the delivery pipe to the dam/tank at the nylon elbow) connect the pump wires directly to the solar module wires. If the pump operates normally it is obvious that the Pumpmaster must be faulty. Arrange with your Watermax specialist for replacement of the Pumpmaster.
Wiring Connections
The solar module connections should be 100% correct and not be done without consultation with the manufacturer or supplier of your WaterMax pump. The next few pages contain possible solar module configurations, but it is wise to consult with your WaterMax specialist before modules, if not supplied by the agent, are connected to the pump.
If solar module connections are not done properly the following may occur:
M Pump may not run at all
M Power to pump may exceed the motor capacity and damage the motor (sometimes only after operating off the modules a couple of days or weeks).
M Pump may under perform
M Pump controller (Pumpmaster) may not respond properly
IMPORTANT: Thorough inspection and proper execution of the steps hereunder will without doubt avoid unnecessary work and inconvenience for customers. Please let us know how we can be of further assistance - we have products of excellent quality and it is unusual that customers do experience problems - in most cases problems experienced are not related to the pump or controller but rather to cabling, piping and connections on the system. In any event our after sales service is excellent and we will with pleasure assist you as far as possible.
In order to avoid unnecessary costs regular replacement of pump diaphragms is imperative - (contact your WaterMax specialist for more information).
A Watermax 3-Phase solar pump system in operation at Steytlerville, Eastern Cape, South Africa
011
Wiring Connection - Single Module Wiring Connection - Two Modules in Series
Wiring Connection - Three Modules in Series
012
Four Modules in Series
Two Modules in Parallel
013
Four Modules in Series-Parallel
Six Modules in Series-Parallel
014
Eight Modules in Series-Parallel
Typical frames for use with the Watermax solar pumps
Wa
terM
ax
OA
48
The
Wat
erM
ax O
A48
has
bee
n in
tro
duc
ed t
o a
cco
mm
od
ate
up t
o 4
sm
all
sola
r m
od
ules
in
seri
es i
n th
e sm
all
pum
p r
ang
e. T
he v
ersa
tility
of
wo
rkin
g w
ith u
p t
o fo
ur m
od
ules
and
with
rel
ativ
ely
hig
h flo
w r
ates
bet
wee
n 0
and
70m
mak
es it
a le
ader
in t
he s
mal
l pum
p m
arke
t. P
ump
dia
met
er:
95m
m.
Pum
p O
utle
t: 1
9mm
. P
ump
Mas
s: 9
kg.
Pe
rfo
rma
nc
e T
ab
les
an
d C
urv
es
The
dai
ly c
hart
s an
d t
able
s b
elo
w c
ont
ain
max
imum
fig
ures
ob
tain
ed w
ith r
adia
tion
leve
ls o
f 10
00 W
att/
m2
*Oth
er s
ola
r m
od
ule
conf
igur
atio
ns a
re p
oss
ible
- c
ons
ult
man
ufac
ture
rs
*Dai
ly f
low
rate
s ar
e fo
r fix
ed a
rray
s o
nly
wit
h Ju
nio
r P
ump
mas
ter
- to
tal h
ead
(d
aily
flo
wra
tes)
: F
rom
wat
er le
vel t
o p
oin
t o
f d
eliv
ery
Wat
erM
ax O
A48
(FC
C30
4802
A)
Tota
l Hea
d54
V48
V40
V32
V24
V
Am
ps
l/Hou
rA
mp
sl/H
our
Am
ps
l/Hou
rA
mp
sl/H
our
Am
ps
l/Hou
r
70m
2.97
360
2.98
310
3.01
255
3.06
190
2.93
120
60m
2.70
370
2.69
320
2.69
260
2.77
195
2.77
130
50m
2.45
380
2.41
330
2.42
265
2.45
200
2.46
140
40m
2.20
390
2.16
340
2.14
270
2.15
205
2.14
145
30m
1.94
400
1.89
350
1.90
280
1.86
210
1.85
150
20m
1.65
405
1.63
355
1.60
285
1.57
220
1.55
152
10m
1.37
420
1.35
360
1.31
290
1.30
230
1.25
155
0m1.
1144
01.
0937
51.
0630
01.
0424
00.
9916
0
Wat
erM
ax O
A48
Tota
l Hea
d2
x 40
W M
odul
es3
x 40
W M
odul
es3
x 50
W M
odul
es4
x 40
W M
OD
ULE
S4
x 50
W M
odul
es
l/Day
l/Day
l/Day
l/Day
l/Day
70m
1550
1860
1960
2160
60m
1760
2080
2235
2405
50m
1980
2310
2480
2660
40m
1435
2210
2550
2735
2925
30m
1470
2450
2800
2985
3200
20m
1540
2663
3018
3240
3443
10m
1610
2880
3240
3530
3690
0m16
8031
3035
2038
8039
60
Wa
terM
ax
OA
48 D
aily
Pe
rfo
rma
nc
e C
ha
rt
2 x
40W
3 x
40W
3 x
50W
4 x
40W
4 x
50W
0m10
m20
m30
m40
m50
m60
m70
m0
500
1000
1500
2000
2500
3000
3500
4000
4500
tota
l hea
d
litres per day
Wa
terM
ax
OA
48 D
C P
erf
orm
an
ce
Cu
rve
s
24V
32V
40V
48V
54V
70m
60m
50m
40m
30m
20m
10m
0m
tota
l hea
d
050
100
150
200
250
300
350
400
450
500
Fo
r te
stin
g p
urp
ose
s o
nly
litres per hour
Wa
terM
ax
OA
The
Wat
erM
ax O
A h
as b
een
intr
od
uced
to
acc
om
mo
dat
e up
to
2 s
ola
r m
od
ules
in s
erie
s an
d 4
mo
dul
es in
ser
ies-
par
alle
l in
the
smal
l pum
p r
ang
e,
The
ver
satil
ity o
f wo
rkin
g w
ith u
p t
o fo
ur m
od
ules
and
with
rel
ativ
ely
hig
h flo
w r
ates
bet
wee
n 0
and
80m
mak
es it
a le
ader
in t
he s
mal
l pum
p m
arke
t.
Pum
p d
iam
eter
: 95
mm
. P
ump
Out
let:
19m
m.
Pum
p M
ass:
9kg
.
Pe
rfo
rma
nc
e T
ab
les
an
d C
urv
es
The
dai
ly c
hart
s an
d t
able
s b
elo
w c
ont
ain
max
imum
fig
ures
ob
tain
ed w
ith r
adia
tion
leve
ls o
f 10
00 W
att/
m2
*Oth
er s
ola
r m
od
ule
conf
igur
atio
ns a
re p
oss
ible
- c
ons
ult
man
ufac
ture
rs
*Dai
ly f
low
rate
s ar
e fo
r fix
ed a
rray
s o
nly
wit
h Ju
nio
r P
ump
mas
ter
- to
tal h
ead
(d
aily
flo
wra
tes)
: F
rom
wat
er le
vel t
o p
oin
t o
f d
eliv
ery
Wat
erM
ax O
A (F
CC
2832
02A
)
Tota
l Hea
d44
V40
V36
V32
V24
V
Am
ps
l/Hou
rA
mp
sl/H
our
Am
ps
l/Hou
rA
mp
sl/H
our
Am
ps
l/Hou
r
80m
5.05
480
4.82
410
4.74
350
4.73
300
4.71
200
70m
4.67
500
4.44
420
4.32
360
4.24
310
4.37
210
60m
4.23
520
3.99
430
3.91
370
3.84
320
3.87
220
50m
3.75
530
3.56
440
3.51
380
3.43
330
3.38
230
40m
3.27
535
3.10
450
3.05
390
2.99
340
2.91
240
30m
2.81
545
2.66
460
2.63
400
2.54
350
2.47
250
20m
2.40
550
2.27
470
2.18
410
2.12
360
2.02
255
10m
1.94
555
1.80
480
1.73
420
1.66
370
1.55
260
0m1.
4857
51.
3549
01.
2943
01.
2337
51.
1527
0
Wat
erM
ax O
A
Tota
l Hea
d2
x 40
W
Mod
ules
(Ser
ies)
2 x
50W
M
odul
es (S
erie
s)1
x 80
W
Mod
ules
(Ser
ies)
1 x
100W
M
odul
es (S
erie
s)2
x 60
W
Mod
ules
(Ser
ies)
2 x
80W
M
odul
es (S
erie
s)2
x 10
0/24
Mod
ules
(Ser
ies
- P
aral
lel)
O
R 4
x 5
0W M
odul
es (S
erie
s -
Par
alle
l)
l/Day
l/Day
l/Day
l/Day
l/Day
l/Day
l/Day
80m
1760
2700
70m
950
2061
2946
60m
1162
2362
3192
50m
1200
2369
2663
3438
40m
1996
1320
1996
2643
2964
3684
30m
2321
1360
2321
2936
3265
3930
20m
1986
2630
1400
2630
3199
3566
4176
10m
2298
2953
1440
2953
3475
3867
4422
0m31
8032
6015
0032
6037
5841
7446
75
Wa
terM
ax
OA
DC
Pe
rfo
rma
nc
e C
urv
es
24V
32V
40V
48V
54V
80m
70m
60m
50m
40m
30m
20m
10m
0m
650
600
550
500
450
400
350
300
250
200
150
100 50 0
tota
l hea
d
litres per hour
Fo
r te
stin
g p
urp
ose
s o
nly
Wa
terM
ax
OA
Da
ily P
erf
orm
an
ce
Ch
art
2 x
80W
2 x
100/
24V
or
4 x
50W
tota
l hea
d
0m10
m20
m30
m40
m50
m60
m70
m80
m
5000
4500
4000
3500
3000
2500
2000
1500
1000 50
0 0
litres per day
2 x
40W
2 x
50W
1 x
80W
1 x
100W
2 x
60W
Wa
terM
ax
OB
The
Wat
erM
ax O
B h
as b
een
intr
od
uced
to
acc
om
mo
dat
e up
to
tw
o 8
0W s
ola
r m
od
ules
in
seri
es o
r fo
ur 5
0W s
ola
r m
od
ules
in
seri
es-p
aral
lel
in
the
smal
l pum
p r
ang
e. T
he v
ersa
tility
of
wo
rkin
g w
ith u
p t
o f
our
mo
dul
es a
nd b
etw
een
0 an
d 1
00m
to
tal h
ead
mak
es it
a le
ader
in t
he s
mal
l pum
p
mar
ket.
Pum
p d
iam
eter
: 95
mm
. P
ump
Out
let:
19m
m.
Pum
p M
ass:
9kg
.
Pe
rfo
rma
nc
e T
ab
les
an
d C
urv
es
The
dai
ly c
hart
s an
d t
able
s b
elo
w c
ont
ain
max
imum
fig
ures
ob
tain
ed w
ith r
adia
tion
leve
ls o
f 10
00 W
att/
m2
*Oth
er s
ola
r m
od
ule
conf
igur
atio
ns a
re p
oss
ible
- c
ons
ult
man
ufac
ture
rs
*Dai
ly f
low
rate
s ar
e fo
r fix
ed a
rray
s o
nly
wit
h Ju
nio
r P
ump
mas
ter
- to
tal h
ead
(d
aily
flo
wra
tes)
: F
rom
wat
er le
vel t
o p
oin
t o
f d
eliv
ery
Wat
erM
ax O
B (F
CC
2532
03B
)
Tota
l Hea
d44
V40
V36
V32
V24
V
Am
ps
l/Hou
rA
mp
sl/H
our
Am
ps
l/Hou
rA
mp
sl/H
our
Am
ps
l/Hou
r
100m
4.90
340
4.88
290
4.79
260
4.77
230
4.74
150
90m
4.63
345
4.55
300
4.50
265
4.48
240
4.45
155
80m
4.28
350
4.24
305
4.20
275
4.14
245
4.17
160
70m
4.00
355
3.97
315
3.86
280
3.81
250
3.83
165
60m
3.65
360
3.58
320
3.57
290
3.54
255
3.45
170
50m
3.32
370
3.27
330
3.25
295
3.17
260
3.12
180
40m
3.00
380
2.94
340
2.97
300
2.84
265
2.80
185
30m
2.67
390
2.62
350
2.63
305
2.53
270
2.49
190
20m
2.34
395
2.26
360
2.29
310
2.21
275
2.13
195
10m
1.98
400
1.97
370
1.94
320
1.85
285
1.82
200
0m1.
6642
01.
6339
01.
6235
01.
5030
01.
4921
0
Wat
erM
ax O
B
Tota
l Hea
d4
x 50
W M
odul
es (S
erie
s-P
aral
lel)
OR
2 x
100
W/2
4V M
odul
es (S
erie
s-P
aral
lel)
2 x
80W
Mod
ules
(Ser
ies)
l/Day
l/Day
100m
1995
900
90m
2163
1120
80m
2331
1340
70m
2499
1560
60m
2667
1780
50m
2835
2000
40m
3003
2220
30m
3171
2440
20m
3339
2660
10m
3507
2880
0m36
8031
02
100m
90m
80m
70m
60m
50m
40m
30m
20m
10m
0m
tota
l hea
d
450
400
350
300
250
200
150
100 50 0
Wa
terM
ax
OB
DC
Pe
rfo
rma
nc
e C
urv
es
24V
32V
36V
40V
44V
Wa
terM
ax
OB
Da
ily P
erf
orm
an
ce
Ch
art
2 x
80W
4 x
50W
or
2 x
100W
/24V
0m10
m20
m30
m40
m50
m60
m70
m80
m90
m10
0m
4500
4000
3500
3000
2500
2000
1500
1000 50
0 0
litres per day
tota
l hea
d
litres per hour
Fo
r te
stin
g p
urp
ose
s o
nly
Wa
terM
ax
WA
The
Wat
erM
ax W
A u
ses
two
, thr
ee o
r fo
ur 8
0W m
od
ules
and
cat
ers
for
dai
ly f
low
rat
es o
f b
etw
een
2000
and
830
0 lit
res
at 0
- 8
0m. I
t is
thu
s ai
med
at
hig
her
flow
rat
es b
etw
een
0 an
d 8
0m.
80W
mo
dul
es a
re r
eco
mm
end
ed t
o e
nsur
e th
at t
he f
low
rate
s in
dic
ated
are
in f
act
achi
eved
.
Pe
rfo
rma
nc
e T
ab
les
an
d C
urv
es
The
dai
ly c
hart
s an
d t
able
s b
elo
w c
ont
ain
max
imum
fig
ures
ob
tain
ed w
ith r
adia
tion
leve
ls o
f 10
00 W
att/
m2
*Oth
er s
ola
r m
od
ule
conf
igur
atio
ns a
re p
oss
ible
- c
ons
ult
man
ufac
ture
rs
*Dai
ly f
low
rate
s ar
e fo
r fix
ed a
rray
s o
nly
wit
h A
uto
Pum
pm
aste
r -
tota
l hea
d (
dai
ly f
low
rate
s):
Fro
m w
ater
leve
l to
po
int
of
del
iver
y
Wat
erM
ax W
A D
C P
erfo
rman
ce C
urve
s (F
CC
2864
05A
S)
Tota
l Hea
d64
V60
V55
V48
V36
V32
V24
V
Am
ps
l/Hou
rA
mp
sl/H
our
Am
ps
l/Hou
rA
mp
sl/H
our
Am
ps
l/Hou
rA
mp
sl/H
our
Am
ps
l/Hou
r
80m
4.6
685
4.58
640
4.56
600
4.5
520
4.46
370
4.53
315
4.49
225
70m
4.20
710
4.20
660
4.14
610
4.11
535
4.02
380
4.07
330
4.13
236
60m
3.90
720
3.77
680
3.74
630
3.71
550
3.64
400
3.60
340
3.68
240
50m
3.55
740
3.40
695
3.35
650
3.31
565
3.24
410
3.20
350
3.23
250
40m
3.16
760
2.99
710
3.98
660
2.91
575
2.81
420
2.81
360
2.74
260
30m
2.74
780
2.56
725
2.55
675
2.54
595
2.43
430
2.39
375
2.31
270
20m
2.30
795
2.17
750
2.13
700
2.12
610
2.04
450
1.97
380
1.92
280
10m
1.89
810
1.77
775
1.72
715
1.69
625
1.62
460
1.57
400
1.47
285
0m1.
5585
01.
4280
01.
3872
51.
3265
01.
2148
01.
1642
01.
0429
0
Wat
erM
ax W
A D
aily
Flo
wra
tes
Tota
l Hea
d2
x 60
W (S
erie
s)2
x 80
W (S
erie
s)3
x 60
W (S
erie
s)3
x 80
W (S
erie
s)4
x 60
W (S
erie
s)4
x 80
W (S
erie
s)
l/Day
l/Day
l/Day
l/Day
l/D
ayl/D
ay
80m
2047
2197
3460
4017
4452
70m
1887
2412
2660
3882
4452
4933
60m
2270
2777
3123
4304
4886
5414
50m
2653
3142
3586
4726
5320
5895
40m
3036
3507
4049
5148
5754
6376
30m
3419
3872
4512
5570
6188
6857
20m
3802
4237
4975
5992
6622
7338
10m
4185
4602
5438
6414
7056
7819
0m45
7049
7059
0468
3874
9083
00
Wa
terM
ax
WA
DC
Pe
rfo
rma
nc
e C
urv
es
24V
32V
36V
48V
55V
60V
64V
80m
70m
60m
50m
40m
30m
20m
10m
0m
900
800
700
600
500
400
300
200
100 0
tota
l hea
d
litres per hour
Wa
terM
ax
WA
Da
ily P
erf
orm
an
ce
Ch
art
litres per day
9000
8000
7000
6000
5000
4000
3000
2000
1000 0 0m
80m
70m
60m
50m
40m
30m
20m
10m
tota
l hea
d
2 x
80W
3 x
80W
4 x
80W
2 x
60W
3 x
60W
4 x
60W
Wa
terM
ax
WA
48
The
Wat
erM
ax W
A48
use
s o
ne, t
wo
or
thre
e 80
W m
od
ules
and
cat
ers
for
dai
ly fl
ow
rat
es o
f bet
wee
n 11
00 a
nd 6
310
litre
s at
0 -
70m
. 80W
mo
dul
es
are
reco
mm
end
ed t
o e
nsur
e th
at t
he f
low
rate
s in
dic
ated
are
in f
act
achi
eved
.
Pe
rfo
rma
nc
e T
ab
les
an
d C
urv
es
The
dai
ly c
hart
s an
d t
able
s b
elo
w c
ont
ain
max
imum
fig
ures
ob
tain
ed w
ith r
adia
tion
leve
ls o
f 10
00 W
att/
m2
*Oth
er s
ola
r m
od
ule
conf
igur
atio
ns a
re p
oss
ible
- c
ons
ult
man
ufac
ture
rs
*Dai
ly f
low
rate
s ar
e fo
r fix
ed a
rray
s o
nly
wit
h A
uto
Pum
pm
aste
r -
tota
l hea
d (
dai
ly f
low
rate
s):
Fro
m w
ater
leve
l to
po
int
of
del
iver
y
Wat
erM
ax W
A48
(FC
C28
4805
AS
)
Tota
l Hea
d55
V48
V36
V32
V24
V
Am
ps
l/Hou
rA
mp
sl/H
our
Am
ps
l/Hou
rA
mp
sl/H
our
Am
ps
l/Hou
r
70m
5.15
710
5.07
635
4.82
440
5.01
380
4.92
255
60m
4.61
730
4.53
650
4.35
455
4.42
390
4.37
265
50m
4.12
750
4.05
670
3.85
475
3.86
405
3.80
275
40m
3.63
770
3.52
690
3.37
490
3.33
420
3.30
285
30m
3.12
790
3.06
710
2.84
500
2.83
435
2.74
300
20m
2.62
825
2.54
725
2.36
525
2.31
455
2.22
330
10m
2.11
855
2.01
745
1.85
540
1.80
470
1.67
350
0m1.
6587
51.
5675
51.
3657
01.
3050
01.
2237
0
Wat
erM
ax W
A48
Tota
l Hea
d1
x 60
W (S
erie
s)1
x 80
W (S
erie
s)2
x 60
W (S
erie
s)2
x 80
W (S
erie
s)3
x 60
W (S
erie
s)3
x 80
W (S
erie
s)
l/Day
l/Day
l/Day
l/Day
l/Day
l/Day
70m
1100
1793
2478
2527
3888
60m
1210
2157
2622
2967
4100
50m
1300
2521
2850
3407
4500
40m
1341
1490
2885
3300
3847
4900
30m
1431
1590
3248
3750
4287
5408
20m
1503
1670
3611
4150
4727
5916
10m
1602
1780
3975
4500
5167
6310
0m17
6319
5843
7349
5054
2666
26
Wa
terM
ax
WA
48 D
C P
erf
orm
an
ce
Cu
rve
s
24V
32V
36V
48V
55V
87
65
43
21
1000 90
0
800
700
600
500
400
300
200
100 0
tota
l hea
d
litres per hour
Wa
terM
ax
WA
48 D
aily
Pe
rfo
rma
nc
e C
ha
rt
70m
60m
50m
40m
30m
20m
10m
0m
7000
6000
5000
4000
3000
2000
1000 0
litres per day
tota
l hea
d
1 x
80W
2 x
80W
3 x
80W
1 x
60W
2 x
60W
3 x
60W
Fo
r te
stin
g p
urp
ose
s o
nly
litres per day
Wa
terM
ax
WB
Da
ily P
erf
orm
an
ce
Ch
art
2 x
80W
3 x
80W
4 x
80W
0m10
m20
m30
m40
m50
m60
m70
m80
m90
m10
0m
9000
8000
7000
6000
5000
4000
3000
2000 0
1000
tota
l hea
d
3 x
60W
Wa
terM
ax
WB
The
Wat
erM
ax W
B u
ses
two
, thr
ee o
r fo
ur 8
0W m
od
ules
and
cat
ers
for
dai
ly fl
ow
rat
es o
f bet
wee
n 20
00 a
nd 8
300
litre
s at
0 -
100
m. I
t is
thus
aim
ed
at h
ighe
r flo
w r
ates
bet
wee
n 0
and
100
m.
80W
mo
dul
es a
re r
eco
mm
end
ed t
o e
nsur
e th
at t
he f
low
rate
s in
dic
ated
are
in f
act
achi
eved
.
Pe
rfo
rma
nc
e T
ab
les
an
d C
urv
es
The
dai
ly c
hart
s an
d t
able
s b
elo
w c
ont
ain
max
imum
fig
ures
ob
tain
ed w
ith r
adia
tion
leve
ls o
f 10
00 W
att/
m2
*Oth
er s
ola
r m
od
ule
conf
igur
atio
ns a
re p
oss
ible
- c
ons
ult
man
ufac
ture
rs
*Dai
ly f
low
rate
s ar
e fo
r fix
ed a
rray
s o
nly
wit
h A
uto
Pum
pm
aste
r -
tota
l hea
d (
dai
ly f
low
rate
s):
Fro
m w
ater
leve
l to
po
int
of
del
iver
y
Wat
erM
ax W
B (F
CC
2564
06B
)
Tota
l Hea
d64
V60
V55
V48
V36
V32
V24
V
Am
ps
l/Hou
rA
mp
sl/H
our
Am
ps
l/Hou
rA
mp
sl/H
our
Am
ps
l/Hou
rA
mp
sl/H
our
Am
ps
l/Hou
r
100m
4.90
560
4.87
540
4.82
480
4.79
410
4.76
300
4.78
250
4.70
180
90m
4.45
580
4.46
550
4.45
490
4.38
420
4.34
310
4.37
260
4.31
185
80m
4.13
600
4.06
565
3.99
500
4.00
435
3.94
320
3.93
270
3.91
190
70m
3.77
620
3.70
580
3.65
510
3.60
450
3.54
330
3.55
280
3.56
200
60m
3.41
640
3.35
590
3.28
525
3.28
460
3.22
340
3.23
290
3.20
205
50m
3.10
660
2.95
600
2.94
540
2.92
475
2.87
350
2.83
300
2.81
210
40m
2.73
670
2.61
610
2.62
550
2.56
490
2.50
360
2.48
310
2.39
215
30m
2.35
680
2.24
620
2.23
560
2.20
500
2.13
370
2.10
315
2.04
220
20m
1.99
690
1.86
630
1.81
575
1.80
510
1.76
380
1.72
325
1.63
225
10m
1.63
700
1.51
640
1.45
590
1.40
520
1.39
390
1.35
330
1.27
230
0m1.
3373
01.
1865
01.
1260
01.
1254
01.
0740
01.
0435
00.
9423
5
Wat
erM
ax W
B
Tota
l Hea
d4
x 80
W M
odul
es3
x 80
W M
odul
es3
x 60
W M
odul
es2
x 80
W M
odul
es
l/Day
l/Day
l/Day
l/Day
100m
3375
2550
2250
1475
90m
3817
2932
2632
1736
80m
4259
3314
3014
1997
70m
4701
3696
3396
2258
60m
5143
4078
3778
2519
50m
5585
4460
4160
2780
40m
6027
4812
4512
3041
30m
6469
5224
4924
3302
20m
6911
5606
5306
3563
10m
7353
5988
5688
3824
0m78
0063
7560
7540
88
Wa
terM
ax
WB
DC
Pe
rfo
rma
nc
e C
urv
es
24V
32V
36V
48V
55V
60V
64V
100m
800
90m
80m
70m
60m
50m
40m
30m
20m
10m
0m
700
600
500
400
300
200
100 0
tota
l hea
d
litres per hour
Wa
terM
ax
WC
The
Wat
erM
ax W
C i
s m
anuf
actu
red
fo
r hi
gh
flow
rat
es f
rom
100
- 1
50m
and
per
form
s at
its
bes
t w
hen
usin
g f
our
80W
so
lar
mo
dul
es i
n se
ries
an
d e
ven
bet
ter
with
6 x
50W
so
lar
mo
dul
es in
ser
ies-
par
alle
l. It
del
iver
s d
aily
flo
wra
tes
of
bet
wee
n 14
95 a
nd 3
680
litre
s us
ing
3,
4 o
r 6
mo
dul
es.
Pe
rfo
rma
nc
e T
ab
les
an
d C
urv
es
The
dai
ly c
hart
s an
d t
able
s b
elo
w c
ont
ain
max
imum
fig
ures
ob
tain
ed w
ith r
adia
tion
leve
ls o
f 10
00 W
att/
m2
*Oth
er s
ola
r m
od
ule
conf
igur
atio
ns a
re p
oss
ible
- c
ons
ult
man
ufac
ture
rs
*Dai
ly f
low
rate
s ar
e fo
r fix
ed a
rray
s o
nly
wit
h A
uto
Pum
pm
aste
r -
tota
l hea
d (
dai
ly f
low
rate
s):
Fro
m w
ater
leve
l to
po
int
of
del
iver
y
Wat
erM
ax W
C (F
CC
2064
07C
)
Tota
l Hea
d57
V48
V
l/H
our
Am
ps
l/Hou
r
150m
5.2
375
5.18
300
140m
4.9
390
4.89
320
130m
4.69
400
4.6
340
120m
4.38
410
4.4
350
110m
4.15
430
4.1
360
100m
4.17
460
3.81
365
Wat
erM
ax W
C
Tota
l Hea
d6
x 50
W M
odul
es4
x 80
W M
odul
es
3 x
80W
Mod
ules
l/Day
l/Day
l/Day
150m
2925
2150
1495
140m
3042
2456
1786
130m
3150
2762
2077
120m
3290
3068
2368
110m
3410
3374
2659
100m
3588
3680
2950
Wa
terM
ax
WC
DC
Pe
rfo
rma
nc
e C
urv
es
48V
57V
150m
140m
130m
120m
110m
100m
500
400
300
200
100
litres per hour
tota
l hea
d
Wa
terM
ax
WC
Da
ily P
erf
orm
an
ce
Ch
art
6 x
50W
3 x
80W
150m
140m
130m
120m
110m
100m
1000
1500
2000
2500
3000
3500
4000
tota
l hea
d
litres per day
500
4 x
80W
Wa
terM
ax
WD
The
Wat
erM
ax W
D is
man
ufac
ture
d f
or
hig
h flo
w r
ates
fro
m 0
- 4
0m w
ith o
nly
one
80W
so
lar
mo
dul
e. I
t ca
n al
so d
eliv
er h
igh
flow
rat
es w
ith t
wo
60W
or
even
bet
ter,
two
80W
so
lar
mo
dul
es.
Pe
rfo
rma
nc
e T
ab
les
an
d C
urv
es
The
dai
ly c
hart
s an
d t
able
s b
elo
w c
ont
ain
max
imum
fig
ures
ob
tain
ed w
ith r
adia
tion
leve
ls o
f 10
00 W
att/
m2
*Oth
er s
ola
r m
od
ule
conf
igur
atio
ns a
re p
oss
ible
- c
ons
ult
man
ufac
ture
rs
*Dai
ly f
low
rate
s ar
e fo
r fix
ed a
rray
s o
nly
wit
h A
uto
Pum
pm
aste
r -
tota
l hea
d (
dai
ly f
low
rate
s):
Fro
m w
ater
leve
l to
po
int
of
del
iver
y
Wat
erM
ax W
D (F
CC
2832
08D
)
Tota
l Hea
d40
V36
V32
V24
V15
V
Am
ps
l/Hou
rA
mp
sl/H
our
Am
ps
l/Hou
rA
mp
sl/H
our
Am
ps
l/Hou
r
40m
5.58
855
5.44
780
5.39
700
5.08
500
4.58
280
30m
4.80
880
4.62
800
4.62
715
4.28
515
3.81
290
20m
4.04
910
3.84
820
3.82
730
3.56
525
3.36
300
10m
3.25
940
3.11
840
3.01
740
2.83
540
2.25
305
0m2.
5398
02.
3886
02.
2776
02.
0455
01.
8530
7
Wat
erM
ax W
D
Tota
l Hea
d2
x 80
W M
odul
es2
x 60
W M
odul
es1
x 80
W M
odul
es
l/Day
l/Day
l/Day
40m
3675
3000
1680
30m
4556
3090
1740
20m
5437
3413
1800
10m
6318
3780
1956
0m72
0044
0020
80
0m10
m20
m30
m40
m
1200
1000 80
0
600
400
200
15V
24V
32V
36V
40V
Wa
terM
ax
WD
DC
Pe
rfo
rma
nc
e C
urv
es
litres per hour
tota
l hea
d
Wa
terM
ax
WD
Da
ily P
erf
orm
an
ce
Ch
art
1 x
80W
2 x
80W
10m
0m20
m30
m40
m
8000
7000
6000
5000
4000
3000
2000
1000
litres per day
tota
l hea
d
2 x
60W
Fo
r te
stin
g p
urp
ose
s o
nly
Wa
terM
ax
WS
A
The
Wat
erM
ax W
SA
cat
er f
or
hig
her
flow
rat
es o
n to
tal h
ead
s up
to
160
m.
Dia
met
er:
114m
m.
Out
let:
25m
m.
Mas
s: 1
4kg
.
Pe
rfo
rma
nc
e T
ab
les
an
d C
urv
es
The
dai
ly c
hart
s an
d t
able
s b
elo
w c
ont
ain
max
imum
fig
ures
ob
tain
ed w
ith r
adia
tion
leve
ls o
f 10
00 W
att/
m2
Wat
erM
ax W
SA
DC
Per
form
ance
Cur
ves
(FC
C28
6409
WS
A)
Tota
l Hea
d68
V64
V57
V48
V36
V32
V24
V
Am
ps
l/Hou
rA
mp
sl/H
our
Am
ps
l/Hou
rA
mp
sl/H
our
Am
ps
l/Hou
rA
mp
sl/H
our
Am
ps
l/Hou
r
160m
9.0
800
9.0
750
8.9
670
8.9
570
8.6
390
8.6
350
8.4
230
150m
8.6
805
8.7
760
8.5
700
8.4
580
8.3
400
8.2
355
7.9
235
140m
8.3
810
8.1
770
8.0
710
8.1
590
7.9
420
7.8
360
7.5
240
130m
7.8
820
7.8
790
7.6
720
7.6
600
7.4
430
7.4
370
7.1
250
120m
7.3
840
7.4
800
7.2
730
7.3
610
7.0
440
6.9
380
6.8
260
110m
6.9
850
6.9
820
6.7
740
6.8
620
6.6
450
6.5
390
6.4
270
100m
6.5
870
6.5
830
6.4
750
6.4
640
6.2
460
6.1
400
6.0
290
90m
6.0
890
6.0
840
5.9
760
5.9
650
5.8
470
5.6
410
5.6
300
80m
5.6
910
5.5
850
5.4
780
5.6
680
5.3
480
5.3
420
5.2
305
70m
5.2
920
5.2
870
5.0
790
5.1
700
4.9
490
4.8
430
4.8
310
60m
4.7
930
4.7
890
4.6
800
4.7
710
4.4
500
4.4
440
4.3
320
50m
4.5
950
4.2
900
4.0
810
4.2
720
3.9
530
4.0
450
3.9
325
40m
3.8
970
3.8
910
3.8
830
3.8
730
3.4
540
3.4
460
3.3
330
30m
3.4
990
3.3
920
3.2
840
3.2
740
2.9
545
2.9
470
2.8
340
20m
2.9
1000
2.8
930
2.7
850
2.6
745
2.4
550
2.4
480
2.3
350
10m
2.5
1020
2.4
950
2.3
860
2.2
750
2.0
570
1.9
490
1.8
355
0m2.
110
502.
096
01.
987
01.
876
01.
658
01.
652
01.
436
0
200
400
600
800
1000
1200
0m20
m40
m60
m80
m10
0m12
0m14
0m16
0m
litres per hour
Wa
terM
ax
WS
A D
C P
erf
orm
an
ce
Cu
rve
s
tota
l hea
d
24V
32V
36V
48V
57V
64V
68V
Fo
r te
stin
g p
urp
ose
s o
nly
Wa
terM
ax
WS
A
The
Wat
erM
ax W
SA
cat
er f
or
hig
her
flow
rat
es o
n to
tal h
ead
s up
to
160
m.
Dia
met
er:
114m
m.
Out
let:
25m
m.
Mas
s: 1
4kg
.
Pe
rfo
rma
nc
e T
ab
les
an
d C
urv
es
The
dai
ly c
hart
s an
d t
able
s b
elo
w c
ont
ain
max
imum
fig
ures
ob
tain
ed w
ith r
adia
tion
leve
ls o
f 10
00 W
att/
m2
*Dai
ly f
low
rate
s ar
e fo
r fix
ed a
rray
s o
nly
wit
h A
uto
Pum
pm
aste
r -
tota
l hea
d (
dai
ly f
low
rate
s):
Fro
m w
ater
leve
l to
po
int
of
del
iver
y
*Oth
er s
ola
r m
od
ule
conf
igur
atio
ns a
re p
oss
ible
- c
ons
ult
man
ufac
ture
rsy
Wat
erM
ax W
SA
Tota
l Hea
d40
0W S
olar
Mod
ules
500W
Sol
ar M
odul
es60
0W S
olar
Mod
ules
800W
Sol
ar M
odul
es
l/Day
l/Day
l/Day
l/Day
160m
2145
2850
4125
4500
150m
2400
3400
4460
5220
140m
2950
3600
4620
5390
130m
3600
3950
4740
5530
120m
3660
4400
5333
6320
110m
4125
4980
5810
6765
100m
4500
5395
6640
7055
90m
5040
5880
6930
7140
80m
5655
6525
7225
7438
70m
6090
6960
7395
7830
60m
6453
7120
7565
8010
50m
6975
7425
7788
8100
40m
7053
7508
8190
8290
30m
7360
7820
8280
8380
20m
7440
7905
8370
8470
10m
8075
8313
8550
8650
Wa
terM
ax
WS
A D
aily
Pe
rfo
rma
nc
e C
ha
rt
1000
2000
3000
4000
5000
6000
7000
8000
9000
20m
40m
60m
80m
100m
120m
140m
160m
tota
l hea
d
litres per day
400W
500W
600W
800W
Wa
terM
ax
PS
A
The
Wat
erM
ax P
enta
use
s m
ore
and
larg
er s
ola
r m
od
ules
to
cat
er t
o h
ighe
r flo
w r
ates
on
tota
l hea
ds
up t
o 8
0m. D
iam
eter
: 130
mm
. Out
let:
32m
m.
Mas
s: 1
6kg
.
Pe
rfo
rma
nc
e T
ab
les
an
d C
urv
es
The
dai
ly c
hart
s an
d t
able
s b
elo
w c
ont
ain
max
imum
fig
ures
ob
tain
ed w
ith r
adia
tion
leve
ls o
f 10
00 W
att/
m2
*Oth
er s
ola
r m
od
ule
conf
igur
atio
ns a
re p
oss
ible
- c
ons
ult
man
ufac
ture
rs
*Dai
ly f
low
rate
s ar
e fo
r fix
ed a
rray
s o
nly
wit
h A
uto
Pum
pm
aste
r -
tota
l hea
d (
dai
ly f
low
rate
s):
Fro
m w
ater
leve
l to
po
int
of
del
iver
y
Wat
erM
ax P
SA
Dai
ly F
low
rate
s
Tota
l Hea
d40
0W M
odul
es50
0W M
odul
es60
0W M
odul
es80
0W M
odul
es
l/Day
l/Day
l/Day
l/Day
80m
4125
6600
8050
9100
70m
4675
6900
8813
9425
60m
4813
7200
9600
9750
50m
6000
9187
9800
1085
0
40m
7650
9563
1083
611
130
30m
9100
1040
011
050
1134
0
20m
1080
011
475
1147
512
500
10m
1120
011
900
1225
013
500
Wat
erM
ax P
SA
DC
Per
form
ance
Cur
ves
(FC
C28
6409
PA)
Tota
l Hea
d68
V64
V53
V48
V36
V32
V24
V
Am
ps
l/Hou
rA
mp
sl/H
our
Am
ps
l/Hou
rA
mp
sl/H
our
Am
ps
l/Hou
rA
mp
sl/H
our
Am
ps
l/Hou
r
80m
8.3
1200
8.3
1150
8.1
925
8.1
825
7.9
550
7.8
450
7.7
265
70m
7.6
1250
7.6
1175
7.4
950
7.4
850
7.1
575
7.0
475
7.0
280
60m
6.9
1300
6.8
1200
6.6
975
6.5
875
6.4
600
6.3
500
6.2
300
50m
6.6
1350
6.0
1225
5.9
1000
5.8
900
5.7
625
5.6
510
5.5
315
40m
5.4
1400
5.3
1275
5.1
1025
5.0
925
4.8
650
4.9
535
4.7
330
30m
4.5
1450
4.5
1300
4.3
1050
4.3
950
4.2
675
4.0
550
3.9
350
20m
3.8
1500
3.8
1350
3.6
1075
3.5
975
3.4
685
3.3
560
3.2
365
10m
3.0
1550
3.0
1400
2.8
1100
2.8
1000
2.6
700
2.6
590
2.5
380
0m2.
316
002.
214
502.
011
502.
010
251.
972
51.
960
01.
840
0
Wa
terM
ax
PS
A D
C P
erf
orm
an
ce
Cu
rve
s
200
400
600
800
1000
1200
1400
1600
1800
0m10
m20
m30
m40
m50
m60
m70
m80
m
litres per hour
tota
l hea
d
24V
32V
36V
48V
53V
64V
68V
Wa
terM
ax
PS
A D
aily
Pe
rfo
rma
nc
e C
ha
rt
400W
500W
600W
800W
litres per day
tota
l hea
d
10m
20m
30m
40m
1400
0
1300
0
1200
0
1100
0
1000
0
9000
8000
7000
6000
5000
4000
50m
60m
70m
80m
3000
Fo
r te
stin
g p
urp
ose
s o
nly
Wa
terM
ax
PS
B
The
Wat
erM
ax P
enta
B u
ses
mo
re a
nd l
arg
er s
ola
r m
od
ules
to
cat
er f
or
hig
her
flow
rat
es o
n to
tal
head
s up
to
100
m.
Pum
p d
iam
eter
- 1
30m
m,
Pum
p O
utle
t -
32m
m a
nd P
ump
Mas
s -
19kg
.
Pe
rfo
rma
nc
e T
ab
les
an
d C
urv
es
The
dai
ly c
hart
s an
d t
able
s b
elo
w c
ont
ain
max
imum
fig
ures
ob
tain
ed w
ith r
adia
tion
leve
ls o
f 10
00 W
att/
m2
*Oth
er s
ola
r m
od
ule
conf
igur
atio
ns a
re p
oss
ible
- c
ons
ult
man
ufac
ture
rs
*Dai
ly f
low
rate
s ar
e fo
r fix
ed a
rray
s o
nly
wit
h A
uto
Pum
pm
aste
r -
tota
l hea
d (
dai
ly f
low
rate
s):
Fro
m w
ater
leve
l to
po
int
of
del
iver
y
Wat
erM
ax P
SB
DC
Per
form
ance
Cur
ves
(FC
C25
6409
PS
B)
Tota
l Hea
d68
V64
V51
V48
V36
V32
V24
V
Am
ps
l/Hou
rA
mp
sl/H
our
Am
ps
l/Hou
rA
mp
sl/H
our
Am
ps
l/Hou
rA
mp
sl/H
our
Am
ps
l/Hou
r
100m
10.3
1080
9.6
1020
8.8
760
8.5
710
8.1
470
8.0
400
8.3
220
90m
9.4
1120
8.2
1040
8.3
800
7.8
740
7.4
500
7.3
420
7.6
250
80m
8.2
1160
7.5
1100
7.5
830
7.0
780
6.8
540
6.7
440
7.1
280
70m
7.6
1210
6.9
1150
6.8
880
6.4
830
6.1
560
6.1
470
6.3
300
60m
6.4
1280
6.2
1180
6.2
920
5.7
860
5.6
590
5.4
500
5.5
340
50m
5.7
1320
5.4
1220
5.4
950
4.9
900
4.8
600
4.7
540
4.9
350
40m
4.9
1350
4.8
1280
4.8
1000
4.3
920
4.2
660
4.2
560
4.2
360
30m
4.2
1430
4.1
1340
4.0
1030
3.5
950
3.4
680
3.5
580
3.5
400
20m
3.3
1460
3.3
1400
3.3
1060
2.9
1000
2.7
720
2.9
620
2.8
420
10m
2.7
1520
2.5
1440
2.6
1130
2.1
1030
2.0
740
2.2
640
2.1
450
0m1.
816
001.
715
001.
811
701.
510
801.
380
01.
566
01.
548
0
100m
90m
80m
70m
60m
50m
40m
30m
20m
10m
0m
tota
l hea
d
Wa
terM
ax
PS
B D
C P
erf
orm
an
ce
Cu
rve
s
24V
32V
36V
48V
51V
64V
68V
1000
litres per hour
400
600
800
1600
1400
1200 20
0
1800
Wat
erM
ax P
SB
Dai
ly F
low
rate
s
Tota
l Hea
d40
0W M
odul
es50
0W M
odul
es60
0W M
odul
es80
0W M
odul
es
l/Day
l/Day
l/Day
l/Day
100m
2820
4560
5320
7650
90m
4070
4800
7280
8320
80m
4565
6600
7975
8800
70m
5280
7475
8625
9775
60m
7080
8260
9145
1000
3
50m
7930
9150
9760
1098
0
40m
8960
9600
1088
011
520
30m
9380
1072
011
390
1206
0
20m
1050
011
550
1260
012
700
10m
1152
012
240
1296
013
000
Wa
terM
ax
PS
B D
aily
Pe
rfo
rma
nc
e C
ha
rt
400W
500W
600W
800W
litres per day
tota
l hea
d
10m
20m
30m
40m
1300
0
1200
0
1100
0
1000
0
9000
8000
7000
6000
5000
4000
3000
50m
60m
70m
80m
2000
90m
100m
Fo
r te
stin
g p
urp
ose
s o
nly
Wat
erM
ax P
SC
DC
Per
form
ance
Cur
ves
(FC
C20
640P
SC
)
Tota
l Hea
d68
V64
V57
V48
V36
V32
V24
V
Am
ps
l/Hou
rA
mp
sl/H
our
Am
ps
l/Hou
rA
mp
sl/H
our
Am
ps
l/Hou
rA
mp
sl/H
our
Am
ps
l/Hou
r
160m
8.3
520
8.4
480
8.1
400
8.0
310
8.2
220
8.0
200
8.2
125
150m
8.0
540
8.2
510
7.8
420
7.7
340
7.9
240
7.7
210
7.9
130
140m
7.7
600
7.9
550
7.6
450
7.5
360
7.6
260
7.4
220
7.6
140
130m
7.4
640
7.6
580
7.3
475
7.2
380
7.3
280
7.1
230
7.3
150
120m
7.1
660
7.3
610
6.9
500
6.8
400
6.9
300
6.8
250
6.9
160
110m
6.7
680
6.8
650
6.6
540
6.5
430
6.6
320
6.4
260
6.5
190
100m
6.4
710
6.5
670
6.3
570
6.2
450
6.2
350
6.1
280
6.0
200
90m
6.0
750
6.0
700
5.9
600
5.8
490
5.8
360
5.7
300
5.7
210
80m
5.6
790
5.8
750
5.4
650
5.4
520
5.4
390
5.2
320
5.3
230
70m
5.2
820
5.4
790
5.1
700
5.0
550
5.0
410
4.9
350
4.8
240
60m
4.8
860
4.9
820
4.7
730
4.5
600
4.6
440
4.4
365
4.3
260
50m
4.4
900
4.4
860
4.3
760
4.1
620
4.1
460
3.9
390
3.9
270
40m
3.9
950
4.0
900
3.8
810
3.6
660
3.5
490
3.4
410
3.4
300
30m
3.5
1000
3.5
950
3.3
860
3.1
700
3.1
510
2.9
440
2.9
320
20m
3.0
1050
3.0
1000
2.8
900
2.7
740
2.5
550
2.5
460
2.4
350
10m
2.5
1100
2.5
1050
2.3
950
2.2
780
2.0
580
2.0
500
1.9
360
0m2.
011
601.
911
001.
999
01.
782
01.
562
01.
553
01.
440
0
litres per hour
160m
20m
0m
tota
l hea
d
Wa
terM
ax
PS
C D
C P
erf
orm
an
ce
Cu
rve
s
24V
32V
36V
48V
57V
64V
68V
500
200
300
400
800
700
600
100
900
1000
1100
1200
1300
140m
120m
100m
80m
60m
40m
Wa
terM
ax
PS
C
The
Wat
erM
ax P
SC
cat
ers
for
hig
her
flow
rat
es o
n to
tal h
ead
s up
to
160
m.
Onc
e ag
ain
80W
so
lar
mo
dul
es a
re r
eco
mm
end
ed b
ecau
se o
f its
hig
h ef
ficie
ncy
and
fle
xib
ility
with
reg
ard
s to
diff
eren
t co
nfig
urat
ions
. P
ump
dia
met
er -
130
mm
, P
ump
Out
let
- 32
mm
and
Pum
p M
ass
- 19
kg.
Pe
rfo
rma
nc
e T
ab
les
an
d C
urv
es
The
dai
ly c
hart
s an
d t
able
s b
elo
w c
ont
ain
max
imum
fig
ures
ob
tain
ed w
ith r
adia
tion
leve
ls o
f 10
00 W
att/
m2
Wa
terM
ax
PS
C
The
Wat
erM
ax P
SC
cat
ers
for
hig
her
flow
rat
es o
n to
tal h
ead
s up
to
160
m.
Onc
e ag
ain
80W
so
lar
mo
dul
es a
re r
eco
mm
end
ed b
ecau
se o
f its
hig
h ef
ficie
ncy
and
fle
xib
ility
with
reg
ard
s to
diff
eren
t co
nfig
urat
ions
. P
ump
dia
met
er -
130
mm
, P
ump
Out
let
- 32
mm
and
Pum
p M
ass
- 19
kg.
Pe
rfo
rma
nc
e T
ab
les
an
d C
urv
es
The
dai
ly c
hart
s an
d t
able
s b
elo
w c
ont
ain
max
imum
fig
ures
ob
tain
ed w
ith r
adia
tion
leve
ls o
f 10
00 W
att/
m2
*Oth
er s
ola
r m
od
ule
conf
igur
atio
ns a
re p
oss
ible
- c
ons
ult
man
ufac
ture
rs
*Dai
ly f
low
rate
s ar
e fo
r fix
ed a
rray
s o
nly
wit
h A
uto
Pum
pm
aste
r -
tota
l hea
d (
dai
ly f
low
rate
s):
Fro
m w
ater
leve
l to
po
int
of
del
iver
y
Wat
erM
ax P
SC
Dai
ly F
low
rate
s
Tota
l Hea
d40
0W M
odul
es50
0W M
odul
es60
0W M
odul
es80
0W M
odul
es
l/Day
l/Day
l/Day
l/Day
160m
1786
2200
2880
3360
150m
2040
2520
3060
3570
140m
2160
2750
3300
3850
130m
2280
2900
3770
4350
120m
2375
3050
4270
4880
110m
2700
3900
4550
5200
100m
3135
4020
5025
5528
90m
3850
4550
5425
5775
80m
4500
5438
5813
6188
70m
5530
5925
6320
6913
60m
5740
6560
6970
7175
50m
6020
6880
7525
7740
40m
6525
7200
8100
8200
30m
6888
8075
7650
7750
20m
7500
8500
9000
9100
10m
8400
8925
9450
9550
Wa
terM
ax
PS
C D
aily
Pe
rfo
rma
nc
e C
ha
rt
400W
500W
600W
800W
litres per day
tota
l hea
d
20m
40m
1100
0
1000
0
9000
8000
7000
6000
5000
4000
3000
2000
1000
60m
80m
500
100m
120m
140m
160m
Wa
terM
ax
BU
The
Wat
erM
ax P
SC
cat
ers
for
hig
her
flow
rat
es o
n to
tal h
ead
s up
to
160
m. P
ump
dia
met
er -
144
mm
, Pum
p O
utle
t -
32m
m a
nd P
ump
Mas
s -
19kg
.
Pe
rfo
rma
nc
e T
ab
les
an
d C
urv
es
The
dai
ly c
hart
s an
d t
able
s b
elo
w c
ont
ain
max
imum
fig
ures
ob
tain
ed w
ith r
adia
tion
leve
ls o
f 10
00 W
att/
m2.
*Oth
er s
ola
r m
od
ule
conf
igur
atio
ns a
re p
oss
ible
- c
ons
ult
man
ufac
ture
rs
*Dai
ly f
low
rate
s ar
e fo
r fix
ed a
rray
s o
nly
wit
h A
uto
Pum
pm
aste
r -
tota
l hea
d (
dai
ly f
low
rate
s):
Fro
m w
ater
leve
l to
po
int
of
del
iver
y
Wat
erM
ax B
U (F
CC
2864
09B
U)
Tota
l Hea
d64
V53
V48
V36
V
Am
ps
l/Hou
rA
mp
sl/H
our
Am
ps
l/Hou
rA
mp
sl/H
our
40m
6.60
1500
6.40
1350
6.20
1200
6.15
860
30m
5.53
1702
5.28
1410
5.10
1280
5.05
930
20m
4.38
1787
4.24
1480
4.05
1340
4.00
975
10m
3.34
1859
3.15
1540
3.00
1420
2.90
1030
0m2.
3319
442.
1916
102.
0614
701.
9410
80
36V
48V
53V
64V
Wa
terM
ax
BU
DC
Pe
rfo
rma
nc
e C
urv
es
tota
l hea
d
10m
20m
30m
40m
50m
3000
2500
2000
1500
1000 50
0 0
litres per hour
Wat
erM
ax P
SA
Dai
ly F
low
rate
s
Tota
l Hea
d40
0W M
odul
es50
0W M
odul
es60
0W M
odul
es
l/Day
l/Day
l/Day
40m
6413
9263
1140
0
30m
9336
1089
213
226
20m
1222
513
072
1470
6
10m
1400
014
441
1529
1
Wa
terM
ax
BU
Da
ily P
erf
orm
an
ce
Ch
art
400W
500W
600W
litres per day
tota
l hea
d
10m
20m
30m
40m
1600
0
1500
0
1400
0
1300
0
1200
0
1100
0
1000
0
9000
8000
7000
6000
5000
4000
030
WaterMax O-Range Part Drawings
0009
0008
0007
0006
Fixed Cap
0005
0005
0004
0003
0002
0001
0010
0012
0013
0014
0011
0024
0023
0022
0021
0039
0019
0018
0020
0048
0047
0016
0015
0034
0033
0032
0031
0030
0035
0029
0028
0027
0026
0025
Leads to Brushes
00400037
0036
031
Part Numbers WaterMax OA48
Part No. Description Part No. Description Part No. Description
0001OA48 Circlip, Rear Cap 0020OA48 Bearing, Motor Top 0038OA48 Screw, Centre Cap
0002OA48 Cap, Rear 0021OA48 Cam 0039OA48 Screw, Cam Grub
0003OA48 Diaphragm, Equalizing 0022OA48 Bearing, Wobbler 0040OA48 O-ring, Leadout (large)
0004OA48 Bump Stop 0023OA48 Piston Plate, Wobbler 0043OA48 Valve, Inlet (small)
0005OA48 Outer Casing, Stainless Steel 0024OA48 O-ring, Main Housing 0044OA48 Retainer, Valve Inlet
0006OA48 Nut, Motor Cap (0034) 0025OA48 Housing, Main 0045OA48 Valve, Outlet (large)
0007OA48 Cap, Motor Bottom End 0026OA48 Diaphragm, Main 0046OA48 Retainer, Valve Outlet
0008OA48 Washer, Wavey 0027OA48 Retainer, Bronze 0047OA48 Circlip, Armature Shaft Bearing
0009OA48 Bearing, Motor Bottom 0028OA48 Screw, Counter Sunk Cap 0048OA48 Circlip, Motor Top Cap Bearing
0010OA48 Stud, Main 0029OA48 Valve Assembly 0049OA48 Zinc Anode
0011OA48 Brush Holder 0030OA48 O-ring, Valve Assembly 0050OA48 Bolt, Zinc Anode
0012OA48 Brush 0031OA48 Stud, Outlet Cap 0051OA48 Crystal. Sillicon (Baglett)
0013OA48 Retainer, Brush 0032OA48 Strainer 0057OA48 Casing, Valve Assembly
0014OA48 Housing, Magnet 0033OA48 Cap, Bronze Outlet 0062OA48 Ferrule, Lead-out
0015OA48 Commutator 0034OA48 Nut, Cap Head (0006) BNRV20 Non-return Valve, Brass - 20mm
0016OA48 Armature 0035OA48 Cable, Lead Out SSBN20 Nipple, Stainless Steel Barrel - 20mm
0018OA48 Screw, Motor Cap 0036OA48 Bush, Bronze Spacer
0019OA48 Cap, Motor Top 0037OA48 O-ring, Leadout (small)
Part No. Description Part No. Description Part No. Description
0001OA Circlip, Rear Cap 0020OA Bearing, Motor Top 0038OA Screw, Centre Cap
0002OA Cap, Rear 0021OA Cam 0039OA Screw, Cam Grub
0003OA Diaphragm, Equalizing 0022OA Bearing, Wobbler 0040OA O-ring, Leadout (large)
0004OA Bump Stop 0023OA Piston Plate, Wobbler 0043OA Valve, Inlet (small)
0005OA Outer Casing, Stainless Steel 0024OA O-ring, Main Housing 0044OA Retainer, Valve Inlet
0006OA Nut, Motor Cap (0034) 0025OA Housing, Main 0045OA Valve, Outlet (large)
0007OA Cap, Motor Bottom End 0026OA Diaphragm, Main 0046OA Retainer, Valve Outlet
0008OA Washer, Wavey 0027OA Retainer, Bronze 0047OA Circlip, Armature Shaft Bearing
0009OA Bearing, Motor Bottom 0028OA Screw, Counter Sunk Cap 0048OA Circlip, Motor Top Cap Bearing
0010OA Stud, Main 0029OA Valve Assembly 0049OA Zinc Anode
0011OA Brush Holder 0030OA O-ring, Valve Assembly 0050OA Bolt, Zinc Anode
0012OA Brush 0031OA Stud, Outlet Cap 0051OA Crystal. Sillicon (Baglett)
0013OA Retainer, Brush 0032OA Strainer 0057OA Casing, Valve Assembly
0014OA Housing, Magnet 0033OA Cap, Bronze Outlet 0062OA Ferrule, Lead-out
0015OA Commutator 0034OA Nut, Cap Head (0006) BNRV20 Non-return Valve, Brass - 20mm
0016OA Armature 0035OA Cable, Lead Out SSBN20 Nipple, Stainless Steel Barrel - 20mm
0018OA Screw, Motor Cap 0036OA Bush, Bronze Spacer
0019OA Cap, Motor Top 0037OA O-ring, Leadout (small)
Part Numbers WaterMax OA
Part Numbers WaterMax OB
Part No. Description Part No. Description Part No. Description
0001OB Circlip, Rear Cap 0020OB Bearing, Motor Top 0038OB Screw, Centre Cap
0002OB Cap, Rear 0021OB Cam 0039OB Screw, Cam Grub
0003OB Diaphragm, Equalizing 0022OB Bearing, Wobbler 0040OB O-ring, Leadout (large)
0004OB Bump Stop 0023OB Piston Plate, Wobbler 0043OB Valve, Inlet (small)
0005OB Outer Casing, Stainless Steel 0024OB O-ring, Main Housing 0044OB Retainer, Valve Inlet
0006OB Nut, Motor Cap (0034) 0025OB Housing, Main 0045OB Valve, Outlet (large)
032
Part No. Description Part No. Description Part No. Description
0007OB Cap, Motor Bottom End 0026OB Diaphragm, Main 0046OB Retainer, Valve Outlet
0008OB Washer, Wavey 0027OB Retainer, Bronze 0047OB Circlip, Armature Shaft Bearing
0009OB Bearing, Motor Bottom 0028OB Screw, Counter Sunk Cap 0048OB Circlip, Motor Top Cap Bearing
0010OB Stud, Main 0029OB Valve Assembly 0049OB Zinc Anode
0011OB Brush Holder 0030OB O-ring, Valve Assembly 0050OB Bolt, Zinc Anode
0012OB Brush 0031OB Stud, Outlet Cap 0051OB Crystal. Sillicon (Baglett)
0013OB Retainer, Brush 0032OB Strainer 0057OB Casing, Valve Assembly
0014OB Housing, Magnet 0033OB Cap, Bronze Outlet 0062OB Ferrule, Lead-out
0015OB Commutator 0034OB Nut, Cap Head (0006) BNRV20 Non-return Valve, Brass - 20mm
0016OB Armature 0035OB Cable, Lead Out SSBN20 Nipple, Stainless Steel Barrel - 20mm
0018OB Screw, Motor Cap 0036OB Bush, Bronze Spacer
0019OB Cap, Motor Top 0037OB O-ring, Leadout (small)
Part Numbers WaterMax OB
Typical Solar Pump & Tank Installation
033
WaterMax W-Range Part Drawings
0009
0008
0007
0006
Fixed Cap
0005
0005
0004
0003
0002
0001
0010
0012
0013
0014
0011
0024
0023
0022
0039
0021
0020
0019
0018
0017
0016
0015
0034
0033
0032
0032
0035
0030
0029
0028
0027
0026
0025
Leads to Brushes
0036
00370040
034
Part No. Description Part No. Description Part No. Description
0001WA48 Circlip, Rear Cap 0019WA48 Cap, Motor Top 0037WA48 O-ring, Leadout (small)
0002WA48 Cap, Rear 0020WA48 Bearing, Motor Top 0038WA48 Screw, Centre Cap
0003WA48 Diaphragm, Equalizing 0021WA48 Cam 0039WA48 Screw, Cam Grub
0004WA48 Bump Stop 0022WA48 Bearing, Wobbler 0040WA48 O-ring, Leadout (large)
0005WA48 Outer Casing, Stainless Steel 0023WA48 Piston Plate, Wobbler 0041WA48 Lug, Male (Motor)
0006WA48 Nut, Motor Cap (0034) 0024WA48 O-ring, Main Housing 0042WA48 Lug, Female (Motor)
0007WA48 Cap, Motor Bottom End 0025WA48 Housing, Main 0043WA48 Valve, Inlet (small)
0008WA48 Washer, Wavey 0026WA48 Diaphragm, Main 0044WA48 Retainer, Valve Inlet
0009WA48 Bearing, Motor Bottom 0027WA48 Retainer, Bronze 0045WA48 Valve, Outlet (large)
0010WA48 Stud, Main 0028WA48 Screw, Counter Sunk Cap 0046WA48 Retainer, Valve Outlet
0011WA48 Brush Holder 0029WA48 Valve Assembly 0049WA48 Zinc Anode
0012WA48 Brush 0030WA48 O-ring, Valve Assembly 0050WA48 Bolt, Zinc Anode
0013WA48 Retainer, Brush 0031WA48 Stud, Outlet Cap 0051WA48 Crystal, Silicon (Baglett)
0014WA48 Housing, Magnet 0032WA48 Strainer 0057WA48 Casing, Valve Assembly
0015WA48 Commutator 0033WA48 Cap, Bronze Outlet 0061WA48 Filter, Sponge
0016WA48 Armature 0034WA48 Nut, Cap Head (0006) BNRV25 Non-return Valve, Brass - 25mm
0017WA48 Bush, Armature 0035WA48 Cable, Lead Out SSBN25 Nipple, Stainless Steel Barrell - 25mm
0018WA48 Screw, Motor Cap 0036WA48 Bush, Bronze Spacer
Part Numbers WaterMax WA48
Part No. Description Part No. Description Part No. Description
0001WA Circlip, Rear Cap 0019WA Cap, Motor Top 0037WA O-ring, Leadout (small)
0002WA Cap, Rear 0020WA Bearing, Motor Top 0038WA Screw, Centre Cap
0003WA Diaphragm, Equalizing 0021WA Cam 0039WA Screw, Cam Grub
0004WA Bump Stop 0022WA Bearing, Wobbler 0040WA O-ring, Leadout (large)
0005WA Outer Casing, Stainless Steel 0023WA Piston Plate, Wobbler 0041WA Lug, Male (Motor)
0006WA Nut, Motor Cap (0034) 0024WA O-ring, Main Housing 0042WA Lug, Female (Motor)
0007WA Cap, Motor Bottom End 0025WA Housing, Main 0043WA Valve, Inlet (small)
0008WA Washer, Wavey 0026WA Diaphragm, Main 0044WA Retainer, Valve Inlet
0009WA Bearing, Motor Bottom 0027WA Retainer, Bronze 0045WA Valve, Outlet (large)
0010WA Stud, Main 0028WA Screw, Counter Sunk Cap 0046WA Retainer, Valve Outlet
0011WA Brush Holder 0029WA Valve Assembly 0049WA Zinc Anode
0012WA Brush 0030WA O-ring, Valve Assembly 0050WA Bolt, Zinc Anode
0013WA Retainer, Brush 0031WA Stud, Outlet Cap 0051WA Crystal, Silicon (Baglett)
0014WA Housing, Magnet 0032WA Strainer 0057WA Casing, Valve Assembly
0015WA Commutator 0033WA Cap, Bronze Outlet 0061WA Filter, Sponge
0016WA Armature 0034WA Nut, Cap Head (0006) BNRV25 Non-return Valve, Brass - 25mm
0017WA Bush, Armature 0035WA Cable, Lead Out SSBN25 Nipple, Stainless Steel Barrell - 25mm
0018WA Screw, Motor Cap 0036WA Bush, Bronze Spacer
Part Numbers WaterMax WA
Part No. Description Part No. Description Part No. Description
0001WB Circlip, Rear Cap 0019WB Cap, Motor Top 0037WB O-ring, Leadout (small)
0002WB Cap, Rear 0020WB Bearing, Motor Top 0038WB Screw, Centre Cap
0003WB Diaphragm, Equalizing 0021WB Cam 0039WB Screw, Cam Grub
0004WB Bump Stop 0022WB Bearing, Wobbler 0040WB O-ring, Leadout (large)
0005WB Outer Casing, Stainless Steel 0023WB Piston Plate, Wobbler 0041WB Lug, Male (Motor)
0006WB Nut, Motor Cap (0034) 0024WB O-ring, Main Housing 0042WB Lug, Female (Motor)
0007WB Cap, Motor Bottom End 0025WB Housing, Main 0043WB Valve, Inlet (small)
Part Numbers WaterMax WB
035
Part No. Description Part No. Description Part No. Description
0001WC Circlip, Rear Cap 0019WC Cap, Motor Top 0037WC O-ring, Leadout (small)
0002WC Cap, Rear 0020WC Bearing, Motor Top 0038WC Screw, Centre Cap
0003WC Diaphragm, Equalizing 0021WC Cam 0039WC Screw, Cam Grub
0004WC Bump Stop 0022WC Bearing, Wobbler 0040WC O-ring, Leadout (large)
0005WC Outer Casing, Stainless Steel 0023WC Piston Plate, Wobbler 0041WC Lug, Male (Motor)
0006WC Nut, Motor Cap (0034) 0024WC O-ring, Main Housing 0042WC Lug, Female (Motor)
0007WC Cap, Motor Bottom End 0025WC Housing, Main 0043WC Valve, Inlet (small)
0008WC Washer, Wavey 0026WC Diaphragm, Main 0044WC Retainer, Valve Inlet
0009WC Bearing, Motor Bottom 0027WC Retainer, Bronze 0045WC Valve, Outlet (large)
0010WC Stud, Main 0028WC Screw, Counter Sunk Cap 0046WC Retainer, Valve Outlet
0011WC Brush Holder 0029WC Valve Assembly 0049WC Zinc Anode
0012WC Brush 0030WC O-ring, Valve Assembly 0050WC Bolt, Zinc Anode
0013WC Retainer, Brush 0031WC Stud, Outlet Cap 0051WC Crystal, Silicon (Baglett)
0014WC Housing, Magnet 0032WC Strainer 0057WC Casing, Valve Assembly
0015WC Commutator 0033WC Cap, Bronze Outlet 0062WC Ferrule, Lead-out
0016WC Armature 0034WC Nut, Cap Head (0006) BNRV25 Non-return Valve, Brass - 25mm
0017WC Bush, Armature 0035WC Cable, Lead Out SSBN25 Nipple, Stainless Steel Barrell - 25mm
0018WC Screw, Motor Cap 0036WC Bush, Bronze Spacer
Part Numbers WaterMax WB
Part Numbers WaterMax WC
Part No. Description Part No. Description Part No. Description
0001WD Circlip, Rear Cap 0019WD Cap, Motor Top 0037WD O-ring, Leadout (small)
0002WD Cap, Rear 0020WD Bearing, Motor Top 0038WD Screw, Centre Cap
0003WD Diaphragm, Equalizing 0021WD Cam 0039WD Screw, Cam Grub
0004WD Bump Stop 0022WD Bearing, Wobbler 0040WD O-ring, Leadout (large)
0005WD Outer Casing, Stainless Steel 0023WD Piston Plate, Wobbler 0041WD Lug, Male (Motor)
0006WD Nut, Motor Cap (0034) 0024WD O-ring, Main Housing 0042WD Lug, Female (Motor)
0007WD Cap, Motor Bottom End 0025WD Housing, Main 0043WD Valve, Inlet (small)
0008WD Washer, Wavey 0026WD Diaphragm, Main 0044WD Retainer, Valve Inlet
0009WD Bearing, Motor Bottom 0027WD Retainer, Bronze 0045WD Valve, Outlet (large)
0010WD Stud, Main 0028WD Screw, Counter Sunk Cap 0046WD Retainer, Valve Outlet
0011WD Brush Holder 0029WD Valve Assembly 0049WD Zinc Anode
0012WD Brush 0030WD O-ring, Valve Assembly 0050WD Bolt, Zinc Anode
0013WD Retainer, Brush 0031WD Stud, Outlet Cap 0051WD Crystal, Silicon (Baglett)
0014WD Housing, Magnet 0032WD Strainer 0057WD Casing, Valve Assembly
0015WD Commutator 0033WD Cap, Bronze Outlet 0062WD Ferrule, Lead-out
Part Numbers WaterMax WB
Part No. Description Part No. Description Part No. Description
0008WB Washer, Wavey 0026WB Diaphragm, Main 0044WB Retainer, Valve Inlet
0009WB Bearing, Motor Bottom 0027WB Retainer, Bronze 0045WB Valve, Outlet (large)
0010WB Stud, Main 0028WB Screw, Counter Sunk Cap 0046WB Retainer, Valve Outlet
0011WB Brush Holder 0029WB Valve Assembly 0049WB Zinc Anode
0012WB Brush 0030WB O-ring, Valve Assembly 0050WB Bolt, Zinc Anode
0013WB Retainer, Brush 0031WB Stud, Outlet Cap 0051WB Crystal, Silicon (Baglett)
0014WB Housing, Magnet 0032WB Strainer 0057WB Casing, Valve Assembly
0015WB Commutator 0033WB Cap, Bronze Outlet 0062WB Ferrule, Lead-out
0016WB Armature 0034WB Nut, Cap Head (0006) BNRV25 Non-return Valve, Brass - 25mm
0017WB Bush, Armature 0035WB Cable, Lead Out SSBN25 Nipple, Stainless Steel Barrell - 25mm
0018WB Screw, Motor Cap 0036WB Bush, Bronze Spacer
036
Part No. Description Part No. Description Part No. Description
0001BU Circlip, Rear Cap 0020BU Bearing, Motor Top 0040BU O-ring, Leadout (large)
0002BU Cap, Rear 0021BU Cam 0041BU Lug, Male (Motor)
0003BU Diaphragm, Equalizing 0022BU Bearing, Wobbler 0042BU Lug, Female (Motor)
0004BU Bump Stop 0023BU Piston Plate, Wobbler 0043BU Valve, Inlet (small)
0005BU Outer Casing, Stainless Steel 0024BU O-ring, Main Housing 0044BU Retainer, Valve Inlet
0006BU Nut, Motor Cap (0034) 0025BU Housing, Main 0045BU Valve, Outlet (large)
0007BU Cap, Motor Bottom End 0026BU Diaphragm, Main 0046BU Retainer, Valve Outlet
0008BU Washer, Wavey 0027BU Retainer, Bronze 0049BU Zinc Anode
0009BU Bearing, Motor Bottom 0028BU Screw, Counter Sunk Cap 0050BU Bolt, Zinc Anode
0010BU Stud, Main 0029BU Valve Assembly 0051BU Crystal, Silicon (Baglett)
0011BU Brush Holder 0030BU O-ring, Valve Assembly 0057BU Casing, Valve Assembly
0012BU Brush 0031BU Stud, Outlet Cap 0060BU Screw Assembly, Centre Valve
0013BU Retainer, Brush 0032BU Strainer 0061BU Filter, Sponge
0014BU Housing, Magnet 0033BU Cap, Bronze Outlet 0062BU Ferrule, Lead-out
0015BU Commutator 0034BU Nut, Cap Head (0006) BNRV32 Non-return Valve, Brass - 32mm
0016BU Armature 0035BU Cable, Lead Out SSBN32 Nipple, Stainless Steel Barrell - 32mm
0017BU Bush, Armature 0037BU O-ring, Leadout (small)
0018BU Screw, Motor Cap 0038BU Screw, Centre Cap
0019BU Cap, Motor Top 0039BU Screw, Cam Grub
Part Numbers WaterMax BU
Part No. Description Part No. Description Part No. Description
0005PA Outer Casing, Stainless Steel 0026PA Diaphragm, Main 0052PA Housing, Bronze Motor End
0008PA Washer, Wavey 0027PA Retainer, Bronze 0053PA Nut, Motor End Housing
0009PA Bearing, Motor Bottom 0028PA Screw, Counter Sunk Cap 0054PA Plug, Motor End Housing
0010PA Stud, Main 0029PA Valve Assembly 0055PA Circlip, Armature
0011PA Brush Holder 0030PA O-ring, Valve Assembly 0056PA O-ring, Motor End Housing
0012PA Brush 0031PA Stud, Outlet Cap 0057PA Casing, Valve Assembly
0013PA Retainer, Brush 0032PA Strainer 0058PA O-ring, Motor End Housing Nut
0014PA Housing, Magnet 0033PA Cap, Bronze Outlet 0059PA O-ring, Motor End Housing Plug
0015PA Commutator 0034PA Nut, Cap Head (0006) 0060PA Screw Assembly, Centre Valve
0016PA Armature 0035PA Cable, Lead Out 0061PA Filter, Sponge
0018PA Screw, Motor Cap 0037PA O-ring, Leadout (small) 0062PA Ferrule, Lead-out
0019PA Cap, Motor Top 0039PA Screw, Cam Grub BNRV32 Non-return Valve, Brass - 32mm
0020PA Bearing, Motor Top 0040PA O-ring, Leadout (large) SSBN32 Nipple, Stainless Steel Barrel - 32mm
0021PA Cam 0043PA Valve, Inlet (small)
0022PA Bearing, Wobbler 0044PA Retainer, Valve Inlet
0023PA Piston Plate, Wobbler 0045PA O-ring, Leadout (large)
0024PA O-ring, Main Housing 0046PA Retainer, Valve Outlet
0025PA Housing, Main 0051PA Crystal, Silicon (Baglett)
Part Numbers WaterMax PA
Part No. Description Part No. Description Part No. Description
0016WD Armature 0034WD Nut, Cap Head (0006) BNRV25 Non-return Valve, Brass - 25mm
0017WD Bush, Armature 0035WD Cable, Lead Out SSBN25 Nipple, Stainless Steel Barrell - 25mm
0018WD Screw, Motor Cap 0036WD Bush, Bronze Spacer
Part Numbers WaterMax WB
037
Replacement of Diaphragms
Easy Steps to replace diaphragms
1. Removed the stainless steel cap head nuts (0034) - anti-clockwise - with Allen Key and remove.
2. Lift off bronze outlet cap housing (0033).
3. Lift off strainer (0032).
4. Lift off valve assembly (0029) from stainless steel 5mm outlet cap studs (0031).
5. Unscrew stainless steel counter sunk cap screws (0028) with Allen Key and remove.
6. Lift off bronze retainers (0027) from diaohragm and remove.
7. Remove diaphragms (0026) from main housing (0025) and replace with new diaphragms.
8. Once the diaphragms (0026) have been replaced the pump must be connected to a 12V battery to run slowly whilst the valve assembly (0029) and other parts are put in place in order to allow the diaphragms to seat properly on the main housing (0025) and in the valve assembly (0029).
Disassembly of Pump and Inspection for Brush Change
1. Remove diaphragms as detailed in Replacement of Diaphragms this is important to alleviate pressure before opening the pump from the rear.
2. With long nose pliers remove circlip (0001) at the rear.
3. Use special tool to remove rear cap (0002) or lever it out.
4. Remove equalizing diaphragm (0003) by hand, pushing the one side down and folding.
5. Use 10mm threaded rod to remove bump stop rubber (0004) by pulling it to the rear after screwing the rod into the centre of the nut moulded in the rubber (0004).
6. Unscrew the centre cap screw (0038) and remove.
7. Screw the 10mm threaded rod into one of the side nuts on the fixed centre cap inside the stainless steel outer casing (0005) and turn clockwise to jack out the pump and motor from the stainless steel outer casing (0005).
8. The brushes (0012) are now easily accessible on either side of the magnet housing (0014).
9. Unscrew brush retainers (0013).
10. Remove brushes (0012) by pulling on the pig tails thereof.
11. To replace brush holder (0011), if necessary, break existing ones out and glue in the new ones using plastic steel or Pratley Quick Set type glue. Allow to dry.
Replacement of Bearings
1. Remove diaphragms as detailed in Replacement of Diaphragms this is important to alleviate pressure before opening pump from the rear.
2. Disassemble pump as detailed in Disassembly of Pump and Inspection for Brush Change on page 037.
3. Remove motor cap nuts (0006) by turning anti-clockwise with Allen Key.
4. Screw 8mm threaded rod into centre threaded hole of motor end cap (0007).
5. This will jack motor end cap (0007) from bottom motor bearing (0009) which should remain on armature shaft.
6. Using bearing puller to remove bearing (0009) from armature shaft.
7. Remove wavey washer (0008) from motor end cap (0007) and inspect.
8. By hand, slide the magnet housing (0014) from the armature (0016) and main studs (0010) and inspect (remove brush leads from lead out cable before removing).
9. Unscrew motor cap screws (0018) from the main housing (0025). This will allow the removal of the armature assembly from the main housing (0025).
10. Remove grub screw (0039) with Allen Key.
11. Slide cam (0021) assembly from armature shaft and remove.
12. Remove circlip (0045) with circlip pliers.
13. Press on the armature shaft drive end after supporting top motor cap (0019) between two bars. The bearing (0020) will push out of top motor cap (0019).
14. Use bearing puller to pull bearing (0020) from armature shaft (0016).
15. Support the wobbler piston plate (0023) in a press and push out the bearing(s) (0022) - the O-range has 2 wobbler bearings and all the other models one wobbler bearing - together with the cam (0021).
16. Support bearings (0022) in press and press out cam (0021).
17. The pump has now been totally disassembled and bearings and/or brushes can now be replaced and the pump re-assembled.
NOTE: Please see parts drawings on page xx for identification of part numbers indicated in brackets.
NOTE: Please see parts drawings on page 030 and 033 for identification of part numbers indicated in brackets.
NOTE: Please see parts drawings on page 030 and 033 for identification of part numbers indicated in brackets.
NOTE: Please see parts drawings on page 030 and 033 for identification of part numbers indicated in brackets.
038
Warranty Certificate
All Power warrants the WaterMax solar submersible pump to be free from defects in materials and workmanship under normal application and service conditions for twelve (12) months (24 months inside South African borders) from date of sale to the customer or dealer whichever is the shortest period. All Power will, at own discretion, either repair or replace the product, if it fails due to a defect in material or workmanship during the period of this warranty. The purchaser, on the other hand must submit installation details as contained in the Warranty Sheet supplied with this manual within 21 days from date of purchase.
This warranty is extended only to the original purchaser. An invoice or other acceptable proof of date or original purchase will be rquired before any warranty performance is rendered.
This warranty only covers failures due to defects in materials or workmanship which occur during normal use. It does not cover damage which occurs in transit or failures which are caused by products not supplied by All Power or failures which result from accident, misuse, abuse, neglect, mishandling, misapplication, alteration, modification or repairs by anyone other than All Power (or officially appointed distributor), or damage that is attributable to Acts of God.
Any disassembly of the product whatsoever voids all warranty.
There are no express warranties except as listed above. All Power shall have no responsibility for damage or property, persons, animals, or other loss or injury resulting from the use of this product. Under no circumstances will All Power be liable for any incidental or consequential damage, unless otherwise expressly stated herein.
All Power maximum liability under any warranty, expressed, implied, or statutory, is limited to the purchase price of the pump. The purchaser’s exclusive remedy shall be only as stated herein. This warranty is in lieu of all other warranties expressed or implied. This warranty gives you specific rights which are applicable in South Africa and areas under South African jurisdiction only.
This warranty excludes labour, transportation and related costs incurred by the consumer to make allegedly defective equipment available to the factory inspection, re-installation, costs of repared or replaced equipment, consequential damages of any kind, reimbursement for loss caused by interruption of service, or loss of profits.
In certain cases, this warranty may be covered by officiallt appointed distributors. In these cases the warranty in total is carried over to the relevant distributor and All Power has no further commitment whatsoever.
Should a problem with the product develops during the warranty period, you may contact your distributor. If the problem is not handled to your satisfaction please make use of contact information at the bottom of the page as well as the email address:
t. 041 451 3936 www.allpower.co.za f. 041 453 265979 kempston Rd. Sidwell. Port Elizabeth . P.O Box 263 . Port Elizabeth . 6000
039
Acknowledgement of Receipt
I, (pump owner), the undersigned herewith acknowledge receipt of the pump and Pumpmaster described below:
I have read and understand the contents of the warranty certificate as detailed on page 038.
I have received an Operation Manual for the above pump.
I am aware that I must submit the Pump Warranty Information document which is inside the Operation Manual within 21 days of date of purchase, or that I must inform All Power in writing within 21 days when the installation will be done and confirm that the relevant form will be submitted immediately after installation - the effective date of the warranty remains the date of purchase.
I have received a free set of diaphragms and a set of counter sunk cap screws for use in case of emergency.
I am aware that I must replace the diaphragms (with free set of diaphragms supplied) after 12 months of date of purchase in order to inspect the wear and tear and to decide on future replacement cycles. The recommended replacement cycles after the initial 12 month replacement are as follows (these are suggested replacement cycles only and does not make All Power or any agent/distributor liable for any losses that may occur as a result of these suggestions):
M Total heads of 0 - 50m and one or two solar modules in series: 24 months
M Total heads of 0 - 50m and three or four solar modules in series: 18 months
M Total heads of 51 - 100m (all recommended solar module configurations): 18 months
M Total heads exceeding 100m (all recommended solar module configurations): 12 months
I am also aware that All Power is willing to do the first 12 month diaphragm replacement free of charge (transport costs and in-transit insurance, if any, to the account of the customer).
I am aware that All Power will inspect and report on my replaced diaphragms, free of charge, when I have replaced it and submitted the replaced diaphragms to All Power (transport costs or postage for the customer’s account).
I am aware that I am not entitled to any warranty support if I do not submit this signed document together with the Pump Warranty Information sheet to an official distributor within the prescribed periods and that I must ensure that I receive acknowledgement of receipt in writing.
IMPORTANT: In order to ensure that your warranty is properly recorded, please fill out this page as well as the Warranty Information on the back page and submit it to your agent who will forward a copy of the document to us or alternatively submit BOTH PAGES directly to (please ensure that you receive acknowledgement of receipt):
P O Box 263, Port Elizabeth, 6000, South Africa or Fax to: +27 (0)41 453 2659 or email to: [email protected]
IMPORTANT: In all the above cases please reduce the replacement cycle if the quality of water is suspect, for example in cases of sandy or muddy water.
Pump Name:
Pump Model:
Pump Serial Nr:
Pumpmaster Serial Nr:
Sales Consultant:
Date:
Customer Signature:
040
Full name of purchaser:
Postal address of purchaser:
Residential address of purchaser:
Address where pump is installed:
Telephone number: Fax number:
Email address:
Business name of agent:
Telephone number of agent: Fax number:
Name of sales consultant:
Date of purchase: Invoice number:
Pump serial number: Pump model:
Pumpmaster serial number: Pumpmaster version number:
Surface lift: Borehole water level:
Installation depth: Borehole depth:
Distance between borehole and point where water is transferred to:
Distance between solar modules and boreholes:
Number of solar modules: Solar module manufacturer:
Solar modules configuration (series/parallel):
Wattage per solar module:
If the pump is not running off so-lar modules, how is it powered?
Submersible cable used: EXAMPLE: 6MM23-CORE Pipe size down the borehole: EXAMPLE: 25mm HDPE
Pipe size between borehole and point where water is transferred to:
EXAMPLE: 32mm HDPE Was a non-return valve fitted to the pump?
Was a pressure release valve assembly fitted below the base plate?
Was a float switch fitted to the Pumpmaster?
Was the water sense wire connected properly?
If fear for electrolysis exists, was the pump fitted with zinc anode?
Is it the intention that this pump be rotated between applications? Give details:
To supply water for? EXAMPLE: 100 Cattle, 500 Sheep, 30 Small Game, 100 Ostrich, 2000L/Day Domestic etc
Installation done by:
Telephone number of person who did installation:
Date installed:
Would you like to receive FREE updated information on the product you purchased?
Please forward my updated information via:
EXAMPLE: Mail / emal / Fax
Comments by purchaser:
Comments by purchaser: Date:
Pump Warranty Information
IMPORTANT: In order to ensure that your warranty is properly recorded, please fill out this page as well as the information on the reverse of this page abd submit it to your agent who will forward a copy of the document to us or alternatively submit BOTH PAGES directly to (please ensure that you receive acknowledgement of receipt):
P O Box 263, Port Elizabeth, 6000, South Africa or Fax to: +27 (0)41 453 2659 or email to: [email protected]