CEG ECOJET 500PC Supplement

Every care has been taken to ensure the accuracy of the information contained in this publication, but due to continuous development and improvement the right is reserved to supply products
which may dier slightly from those illustrated and described in this publication. 1
ELECTRIC MOTORS AND PUMPS
ECO
DOMESTIC WATER PUMP
INSTALLATION AND OPERATING INSTRUCTION MANUAL
2YEAR WARRANTY

Every care has been taken to ensure the accuracy of the information contained in this publication, but due to continuous development and improvement the right is reserved to supply products
which may dier slightly from those illustrated and described in this publication.
2
GENERAL 3
SUPPLIED WITH PRODUCT 3
PRODUCT DESCRIPTION 4
TECHNICAL DATA 4
APPLICATION 5
ENVIRONMENTAL PROTECTION 5
WARRANTY 5
SAFETY 5
GENERAL ELECTRICAL SAFETY 6
PERSONNEL QUALIFICATION 6
ALTERATIONS AND SPARE PART PROCUREMENT
ABNORMAL OPERATING CONDITIONS
TRANSPORT AND STORAGE
INSTALLATION FOR FLOODED SUCTION 8
INSTALLATION FOR LIFT SUCTION 9
MAINTENANCE
ELECTRONIC PRESSCONTROL
0˚C +40˚C
14
OPTIONAL EXTRAS 11
2YEAR WARRANTY
INTEGRATED
INTELLIGENCE
INTEGRATED
INTELLIGENCE
DIMENSIONAL DRAWING 5
6
6
6
INSTALLATION 6
ELECTRICAL CONNECTION 7
PRODUCT DESCRIPTION 14
FAULTS, CAUSES AND SOLUTIONS 19
CODE OF COMPLIANCE 20
10
TECHNICAL DATA 14
UNIT STARTING AND WORKING 14
STARTING 15
FUNCTIONING 15
SPARE PARTS 16
304
AISI
GLASS
REINFORCED
POLYMER
SUCTION GUIDE 7
3L PRESSURE TANK 11
3L PRESSURE TANK INSTALLATION 11
WATER HAMMER 11
ECO-PURE FILTER HOUSING 12
ECO-PURE FILTRATION CARTRIDGES 13
INSTRUCTIONS FOR CORRECT UNIT INSTALLATION 15
ECOJET 500 STAINLESS STEEL SELF-PRIMING JET PUMP 16
ECOJET 1000 STAINLESS STEEL SELF-PRIMING JET PUMP 17
ECOJET 1500 STAINLESS STEEL SELF-PRIMING JET PUMP 18
SERVICE REFERENCE INFORMATION 20

Every care has been taken to ensure the accuracy of the information contained in this publication, but due to continuous development and improvement the right is reserved to supply products
which may dier slightly from those illustrated and described in this publication. 3
SUPPLIED WITH PRODUCT
GENERAL
Depending of your choice of model, the ECOJET is available in three dierent congurations
ECOJET BARE PUMP
- ECOJET pump
- 1.5 metre lead with NZ/AU compatible plug
- Installation and operating instructions
- Certied for conformity
- Warranty card
ECOJET WITH ELECTRONIC PRESSCONTROL
- ECOJET pump
- Electronic PRESSCONTROL
- 25mm non-return valve
- 5m x 12mm thread seal tape
- 1.5 metre lead with NZ/AU compatible plug
- Installation and operating instructions
- Certied for conformity to AS/NZ standards
- Warranty card
- Optional 3L pressure tank (extra charges apply)
ECOJET WITH PRESSURE SYSTEM
- ECOJET pump
- Switch control
-18L pressure tank
- 25mm non-return valve
- 5m x 12mm thread seal tape
- 1.5 metre lead with NZ/AU compatible plug
- Installation and operating instructions
- Certied for conformity to AS/NZ standards
- Warranty card
Dear Customer,
Congratulations on your purchase of the CEG ECOJET water pump. Like all CEG products, we have developed them with
the help of the latest technology and they have been manufactured with the most advanced components. Please check the
following points upon receiving your pump:
- Check that no damage has occurred during the shipping process
- See page 4 for technical Table 1.10 to ensure the pump model is t for your purpose
Take the time to read the instructions carefully before using the ECOJET pump. We strongly recommend that you keep this
instruction manual in a safe place for future reference. Please ll in the service reference information on page 20 and the
warranty card supplied with product
These Safety marks are contained in these Instructions.
This symbol means danger. If not complied with it may
cause death or severe physical injury.
This symbol means caution. If not complied
with, this may result in damage to product.

Every care has been taken to ensure the accuracy of the information contained in this publication, but due to continuous development and improvement the right is reserved to supply products
which may dier slightly from those illustrated and described in this publication.
4
TECHNICAL DATA
Water temperature range min / max 5°C- 40°C
Maximum suction lift 8.5 m
Max working pressure 8 bar
Inlet/outlet pipe connection 25 mm BSP / 1” Inch BSP
Motor speed 2900 RPM
Insulation Class F
IP protection IP 55
Sound pressure Level 61 dBA
Total Head
Capacity
Performance Curve
ECOJET 500PC
ECOJET 1000PC
ECOJET 1500PC
Capacity
* = 10 lpm at 1.5bar (22psi)
Model
Max particle size 1 mm (non-abrasive material)
Electrical supply 220V - 240V, 50 Hz
With the ever increasing need for water and electricity to meet global demand and the continual increase in energy costs to
the consumer, thought had to be put into a new domestic water pump design with premium eciency. The method for design
of the ECOJET Premium Eciency Series was developed by focusing on the mechanisms causing water hydraulic loss. The
ECOJET was created for the Australian and New Zealand market using the latest CAD water hydraulic 3D design technology
and manufacturing processes that are currently only found in large commercial models. The ECOJET Series Premium Eciency
range are self-priming. All parts in contact with the liquid are made from long life, corrosion resistant materials such as stainless
steel AISI 304 and glass reinforced polymer. The ECOJET’s motor has an automatic built-in thermal overload protector that
switches o the motor on overload, then on again after a cooling down period.
PRODUCT DESCRIPTION
Electromagnetic compatibility (EMC) EN 60335-2-41
EN 61000-6-1
EN 61000-6-3
Table 1.1
Mechanical Seal Carbon / Ceramic
Ambient temperature 0°C - 50°C
Electrical connection AS/NZ plug tted to 1.5m lead
File Name: Ecojet_Series_CAD_left_top.SLD
File Description: CEG 3D CAD Water Hydraulic Design
File Name: Ecojet_Series_CAD_right_side.SLD
File Description: CEG 3D CAD Water Hydraulic Design
SolidWorks 2014 SolidWorks 2014
Graph 1.0
Table 1.0

Every care has been taken to ensure the accuracy of the information contained in this publication, but due to continuous development and improvement the right is reserved to supply products
which may dier slightly from those illustrated and described in this publication. 5
APPLICATION
The ECOJET pump is an inexpensive water supply unit suitable for domestic purposes such as; household water supply,
draining of tanks and containers, watering and sprinkling gardens from tanks, bores and streams.
The ECOJET is a self-priming pump, making it suitable for pumping from water sources (e.g. underground tanks, bores, streams)
or ooded suction (e.g. above ground tanks). It must not be connected directly to civil water supply systems.
This pump is designed for residential clean water jobs only and cannot pass particles over 1mm, nor can it be used for a
continuous duty fountain pump nor intended for commercial use.
The ECOJET cannot be used for sea water, ammable, corrosive, explosive or dangerous liquids!!
Be careful not to exceed the recommended specications in the use of your ECOJET!
The ECOJET pump must be installed and serviced by qualied personnel only!
ENVIRONMENTAL PROTECTION
CEG is dedicated to a recovery and recycle service which simplies the disposal process for end users at
the completion of a products life, minimising the environmental impact. CEG is dedicated to minimising
its environmental footprint wherever possible and is continuously searching for improved ways to
operate. All ECOJET packaging material can be recycled, so we encourage you to do so responsibly. Old
pumps contain material that can be recycled, please arrange for the correct recycling of your old pumps.
WARRANTY
The ECOJET has a standard 2 year warranty. In the event of a warranty claim, please contact your local distributor and submit
claim with proof of purchase. We will repair potential failures of an ECOJET within the warranty period free of charge, provided
the failure is due to faulty material or manufacturing defects. Damage as a result of failing to comply with the instructions
in this manual will void warranty. lt is the operator’s responsibility to take all preventative measures (e.g. provision of alarm
systems, standby pump etc.) To avoid consequential damages such as ooding due to pump failure.
In the unlikely event that a problem should occur all products must be returned to base at customers cost, we will either repair
the product or replace at our discretion.
Approved uids for the ECOJET series are:
- Rainwater
- Domestic water
20
155
10
184
98
98
148
202
354
G1"
G1"
80
H
Dimensions (mm)
Model
ECOJET 500
ECOJET1000
ECOJET1500
A B C D E F L H H1 H2 DNA DNM
100
98
98
170
184
198
-
-
80
197
160
219
128
148
160
88
80
97
365
354
417
195
228
236
178
202
212
100
98
105
25
25
25
25
25
25
DIMENSIONAL DRAWING
- Water without solid particles
- Well water/bore water
Model
Power Max
head
Max
Capacity Inlet Outlet
W (P1) W (P2) m lpm mm inch mm inch
ECOJET 500 500 370 35 60 25 1 25 1
ECOJET 1000 1000 750 42 75 25 1 25 1
ECOJET 1500 1500 1100 50 90 25 1 25 1
Weight
kg
6.9
10
12
Table 1.2
Drawing 1.0
Table 2.0

Every care has been taken to ensure the accuracy of the information contained in this publication, but due to continuous development and improvement the right is reserved to supply products
which may dier slightly from those illustrated and described in this publication.
6
INSTALLATION
The pump must operate in strict compliance with local water supply regulations. Before installation, be certain that the pump’s
power source is disconnected.
The installation location must be:
- Easy to reach
- Well ventilated, covered for weather protection, dry and frost-free
- On a concrete pad or directly on a smooth and horizontal oor
- Adequately ventilated
- A location where you a familiar with the maximum diameter of the particles in the water (a pre-lter screen may be
required in some locations)
- For suction lift installation please refer to Drawing 2.0
- Non-return valve must be installed on the inlet side of the pipe, as close to the water source inlet as possible
- If a non-return valve is required at the end of the suction line. lt must be located no less than 300mm below the
lowest water level and 100mm from the bottom (a pre-lter screen may be required). See Drawing 2.0
- Inlet and outlet piping to be provided by operator
- When using solid pipe connections the pump must be rmly xed to the oor
- If not rmly xed, exible connectors must at least be used for inlet and outlet ports
- The suction pipe must be fully airtight and be installed free of stress, steadily rising towards the pump
- Discharge pipe connections must be free of stress on the pump
TRANSPORT AND STORAGE
When transported and stored, the pump must not be subjected to temperatures outside the limits of 0 - 50 °C. Pump must be
stored in a dry, sheltered place.
ABNORMAL OPERATING CONDITIONS
Operational safety of the pump is only ensured if the pump is used in accordance with technical data Table 1.0. The limits
stated there must not be exceeded under any circumstances.
ALTERATIONS AND SPARE PART PROCUREMENT
Any alterations to the pump are only permitted in agreement with the manufacturer’s written consent. Only original spare
parts and authorised accessories are permitted. The use of unauthorised parts will immediately void warranty.
PERSONNEL QUALIFICATION
Only suitably qualied personnel may service this equipment. The operator must observe the local regulations for the
prevention of accidents. The operator is responsible for ensuring that all inspections and installation work are carried
out by authorised and qualied personnel only, having made themselves fully conversant with these instructions.
Work must only be carried out when the pump is switched o and at a complete standstill!!
GENERAL ELECTRICAL SAFETY
Before installation please check the following for safety reasons:
- Check power cords and electrical sockets for any damage and ensure they are in a ood free area
- The mains plug and any extension cords must be watertight, ensure any couplings are not lying on the ground
- Never carry the pump by its power cord or pull to power cord to unattach from the mains
- Install the pump in a safe, dry place where it is clear of harsh weather (continuous rain, ooding or humidity)
- Ensure the voltage indicated on the nameplate corresponds with the voltage on the electrical source
SAFETY
This instruction manual contains basic rules on safety which must be strictly adhered to. The installer and the operator must
carefully read these instructions prior to installation and commissioning. Please observe all of the safety directions, not only
under the main heading ‘Safety’ but each sub-heading also. Non-observance of safety reference may cause bodily harm to
persons or damage to the pump.
Failure to follow this safety reference could invalidate warranty and/or damage claims to pump!
Failure to follow this safety reference could cause death or severe physical injury!!
Keep pump equipment out of reach from children!!

Every care has been taken to ensure the accuracy of the information contained in this publication, but due to continuous development and improvement the right is reserved to supply products
which may dier slightly from those illustrated and described in this publication. 7
The pump should be connected to a separate circuit breaker or fuse with a minimum carrying capacity of 10A. Please note
that if other appliances share an outlet, they may cause low voltage resulting in blown fuses, tripping of motor overload or
burning out of the motor. A permanent earthed connection to the pump is mandatory. ECOJET pumps come with an earthing
conductor and a grounding type attachment plug. Do not connect the pump to a power supply until permanently earthed.
For maximum safety, connect pump to a circuit equipped with a Residual Current Device (RCD).
ELECTRICAL CONNECTION
In order to ensure proper operation a static discharge head of 300mm is required; the discharge pipe must be installed
with a vertical rise of at least 300mm!
Frost damage will not be covered under warranty!
lt is the operator’s responsibility to take all preventative measures (e.g. provision of alarm systems, standby pump etc.) To
avoid consequential damages such as ooding due to pump failure.
300mm minimum of water above check valve
100mm minimum above bottom
Horizontal suction pipe length
Vertical suction pipe length
Drawing 2.0
SUCTION GUIDE
Incorrect size selection of pipes may result in pump damage that is not covered under warranty and may aect pump
performance!
2
4
6
2
4
6 8
10
Horizontal Suction Pipe Length (m)
1
8
7
5
3
32mm SP
40mm SP
12
14
16 18
20
22 24
26
9
Do not operate the pump
in these suction conditions
40mm SP
25mm SP
SP = Suction pipe
Chart 1.0
5 - 10m 32mm
10 - 25m 40mm
0 - 5m 25mm
Horizontal Suction Installation Only
Table 3.1
Horizontal Suction
Pipe Length (m)
Minimum Suction
Pipe Diameter (mm)
3 - 6m 32mm
6- 8.5m 40mm
0 - 3m 25mm
Vertical Suction Installation Only
Vertical Suction Pipe
Length (m)
Minimum Suction
Pipe Diameter (mm)
Suction Pipe Section Chart
Table3.0

Every care has been taken to ensure the accuracy of the information contained in this publication, but due to continuous development and improvement the right is reserved to supply products
which may dier slightly from those illustrated and described in this publication.
8
- Ensure correct suction pipe sizes - see Tables 3.0, 3.1 and Chart 1.0
- Ensure inlet and outlet pipes are correctly installed and tightened
- Release the top priming plug (found on the stainless steel pump body) by turning anti-clockwise 3/4 of a turn with a
14mm ring spanner. This will release air pressure allowing the pump to ll suciently (ensure that the water supply has
been turned on). Once air has released and water begins to spill, then fasten the priming plug
- Open main discharge valve
- Plug pump into main socket
- Run the highest and furthest valve/tap from the pump for 2 minutes (e.g. shower or garden tap on opposite side of
house)
- Close the discharge valve once excess air has evacuated the system
- Check for any leaks around the inlet/outlet pipes and the pump while the pump is still running
- Unplug the pump from main socket
- Check for any leaks around the inlet/outlet pipes and the pump when the pump is turned o
- If leaks are present, please tend to appropriately
- If no leaks are present, plug in pump to begin use of your ECOJET
Leaks of any size, large or small will cause the pump to cycle and not function correctly and may void the warranty!
INSTALLATION FOR FLOODED SUCTION
- Check to ensure that a sucient water level is available in the supply tank or bore
- Ensure that the ECOJET is securely fastened to stop any vibration that may cause slow wear of the pump
- Ensure that the pump is unplugged
Non-return valve
- Electrical plug connections must be made in ood-safe locations and be protected from moisture
- Check available power supply
- Verify that the voltage and frequency of the ECOJET pump shown on the nameplate corresponds to those available
on the supply
- Observe local earthing requirements (do not cut o earth pin or use an adapter tting)
- Pumps must only be operated with electrical cables or extension leads up to a maximum of 10 metres
Do not use the pump if the power cord or plug are damaged. If damaged, please get these replaced by
qualied personnel!!
All electrical work to be carried out by a qualied and locally licensed electrician in strict conformity with
local regulations!
Drawing 3.0
- Ensure suction pipe has non-return valve (provided) tted to the discharge of the water supply,
or tted to the bottom end of the suction pipe.
- Ensure the non-return valve is installed in the correct direction

Every care has been taken to ensure the accuracy of the information contained in this publication, but due to continuous development and improvement the right is reserved to supply products
which may dier slightly from those illustrated and described in this publication. 9
- Ensure correct suction pipe sizes - see Tables 3.0, 3.1 and Chart 1.0
- Ensure that suction pipe is completely lled with water
- Ensure inlet and outlet pipes are correctly installed and tightened
Only once pump has been lled it has a self-priming capacity. Please ensure that pump has been suciently lled as
dry-running causes damage to the pump!
INSTALLATION FOR LIFT SUCTION
Flood suction from tank above ground
Leaks of any size, large or small will cause the pump to cycle and not function correctly and may void the warranty!
- Ensure suction pipe has non-return valve (provided) tted to the discharge of the water supply,
or tted to the bottom end of the suction pipe
- Ensure the non-return valve is installed in the correct direction
- Open main discharge valve
- Plug pump into main socket
- Run the highest and furthest valve/tap from the pump for 2 minutes (e.g. shower or garden tap on opposite side of
house)
- Close the discharge valve once excess air has evacuated the system
- Check for any leaks around the inlet/outlet pipes and the pump while the pump is still running
- Unplug the pump from main socket
- Check for any leaks around the inlet/outlet pipes and the pump when the pump is turned o
- If leaks are present, please tend to appropriately
- If no leaks are present, plug in pump to begin use of your ECOJET
- Check to ensure that a sucient water level is available in the supply tank or bore
- Ensure that the ECOJET is securely fastened to stop any vibration that may cause slow wear of the pump
- Ensure that the pump is unplugged
Flood suction from tank above ground
Non-return valve
Recommended installation Not recommended installation
Non-return valve
Valve
Tee w/plug
Screen
Valve
Valve
Non-return valve
Drawing 5.0
Drawing 4.0 Drawing 4.1
- Remove top priming plug completely, ll pump body completely with water. This will take some time as it is a small
inlet and takes around 2L of water to ll the pump. Once full water will begin to spill over, fasten the priming plug with
a 14mm ring spanner

Every care has been taken to ensure the accuracy of the information contained in this publication, but due to continuous development and improvement the right is reserved to supply products
which may dier slightly from those illustrated and described in this publication.
10
MAINTENANCE
Isolate from the power supply before checking the pump. Any damage to the connecting cable should only be
repaired by a qualied electrician!!
To ensure highest operational safety and reliability at lowest possible cost, the following routine checks are always
recommended at 6 month intervals:
- Check pump and pipe work for leaks
- Check non-return valve and screen (if installed) for debris
- Check pressure tank diaphragm pressure (if installed)
If there is danger of freezing, then it is necessary to completely drain the pump using the drain plug at the bottom of the pump
housing. For prolonged stand-down periods (e.g. winter shutdown) the pump needs thorough cleaning, complete draining
and dry storage. On re-commissioning check for free rotation by briey switching on the pump on. Then follow installation
procedures set out in this manual.
Any dry-running of the pump must be prevented as it will lead to failure of its internal pump parts!! (ECOJET Electronic
PRESSCONTROL version has built in run-dry protection)!!
Suction lift from tank below ground
Suction lift from bore/well Suction lift from stream
Flood suction from tank below ground
Recommended installation Not recommended installation
Recommended installation Recommended installation
Non-return valve
Valve
Tee w/plug
Screen
Valve valve
Non-return valve
Screen
Non-return valve
Screen
Non-return valve
Screen
Valve
Drawing 6.1
Drawing 6.0
Drawing 6.0
Drawing 6.2
Drawing 6.3

Every care has been taken to ensure the accuracy of the information contained in this publication, but due to continuous development and improvement the right is reserved to supply products
which may dier slightly from those illustrated and described in this publication. 11
OPTIONAL EXTRAS
The installation of a small 3L pressure tank after the pump and PRESSCONTROL in the system is recommended. This reduces
water hammer and pump start and stop cycle, increasing the operating life for your ECOJET and reducing start up wear.
By decreasing the pump’s start/stop cycling with a 3L expansion tank, this then helps to decrease the total power consumption
signicantly.
Thepressuretankshould beprechargedata slightlylowervalue thanthe restartpressurecalibration value ofthe PRESSCONTROL
device. The PRESSCONTROL is calibrated at 1.5 bar (22PSI), precharge the pressure tank at approximately 1.2 bar (18PSI).
Water hammer is a pressure surge or wave caused when a uid in motion is forced to stop or change direction suddenly. Water
hammer commonly occurs when a valve closes suddenly at an end of a pipeline system, and a pressure wave propagates in
the pipe. This pressure wave can cause major problems, from noise and vibration to pump failure, with the installation of the
pressure tank, the eects of the water hammer pulses can be removed.
For systems with minimal delivery demands, e.g. a glass of water, ice-making refrigerator, lter system, UV system
inverse, osmosis systems or old systems with small losses a 3L pressure tank is mandatory.
3Ltankmountedhorizontally 3L tank mounted vertically
3L PRESSURE TANK
3L Pressure Tank
System with Ceramic taps, solenoid mixing valve (these are tted in washing machines & dish washers etc) or copper
pipes must have a 3L pressure tank installed to absorb water hammer!
Valve closed - water is still
Valve open - water is moving
through the valve
Ecojet 1000 Ecojet 1000 with 3L
pressure tank installed
548kWh
per year
Up to
15%
reduction
Valve closes - water hammer
pressure wave produced
3L pressure tank installed -
spikes produced by valve
closure absorbed
WATER HAMMER
466kWh
per year
*Based on a family of four
Drawing 7.0 Drawing 7.1
3L PRESSURE TANK INSTALLATION

Every care has been taken to ensure the accuracy of the information contained in this publication, but due to continuous development and improvement the right is reserved to supply products
which may dier slightly from those illustrated and described in this publication.
12
ECO-PURE FILTER HOUSING
ALL FILTER HOUSING KITS INCLUDE:
Appropriate lter, mounting brackets, screws and spanner
*10” Twin Filter Housing Unit also includes stainless steel faucet, hoses and tap
10" TWIN FILTER HOUSING KIT
10" JUMBO FILTER HOUSING KIT
25mm (1")
Brass Inserts
2x
10" FILTER HOUSING KIT
25mm (1")
Brass Inserts
20" JUMBO FILTER HOUSING KIT
3x
8 bar (116psi)
Max Working
Pressure
Type
10" Filter Housing
Max Working
Temperature Inlet/Outlet Size
45°C (113°F) 25mm (1")
8 bar (116psi) 45°C (113°F) 25mm (1")
8 bar (116psi) 45°C (113°F) 32mm (1 1/4")
8 bar (116psi) 45°C (113°F) 6.35mm (1/4")
10" Jumbo Filter Housing
20" Jumbo Filter Housing
10" Twin Filter Housing
WATER FILTRATION
Table 4

Every care has been taken to ensure the accuracy of the information contained in this publication, but due to continuous development and improvement the right is reserved to supply products
which may dier slightly from those illustrated and described in this publication. 13
ECO-PURE FILTRATION CARTRIDGES
Provide high eciency ltration for the removal of sediment in water
supplies, removing sand, silt, dirt and rust particles.
Ideal for:
Mains drinking water
Rainwater
Dam water / Bore water
Pretreatment for UV treatment systems
ECO-PURE POLY SPUN
Available in 1micron, 5micron, 20micron and 50micron
Available in 20micron
Ideal for removal of sand, silt, dirt and rust particles from drinking
water. These elements have up to 7 times more holding capacity
than traditional rope wound elements. Suitable for repeated re-use
by simply washing in warm soapy water.
High ow rates improving water pressure and ow
Pre-treatment for poly spun elements and UV treatment systems
High dirt holding capacity lengthens cleaning intervals
ECO-PURE POLY PLEATED
Available in 5micron
Designed to remove unpleasant taste and odours as well as removing
ne sediment. This design makes it an excellent lter for removing
contaminants, to ultimately produce cleaner, clearer and simply better
tasting water.
Removes:
Bad Taste and Odour
Chlorine
Pesticides and agricultural sprays
Metals such as lead
ECO-PURE BLOCK ACTIVATED CARBON
FLOW RATE
* = 10 lpm at 1.5bar (22psi) with 20micron lter. Averaged lpm of the 3-6 month life span.
10 " Standard
Poly Spun
(lpm)
Flow Rate
Capacity
Type Poly Pleated
(lpm) Block activated
carbon (lpm)
10 " Jumbo
20 " Jumbo
4 x
8 x
16 x
40 50
80
160
100
200
20
35
50
Table 4.1

Every care has been taken to ensure the accuracy of the information contained in this publication, but due to continuous development and improvement the right is reserved to supply products
which may dier slightly from those illustrated and described in this publication.
14
ELECTRONIC PRESSCONTROL PC-1100
TECHNICAL DATA
PRESSCONTROL is a device that guarantees optimal control of pumps for domestic use. Deriving from
a hydraulic and electronic logics project for the Australian and New Zealand market, it is capable of
simultaneously detecting both the pressure and the ow, as well as automatically managing the pump
operation. It replaces the traditional pressure controller and pressure tank, protecting the pump in the
case of water shortages. PRESSCONTROL:
- Starts and stops the pump in accordance with the opening and closing of the taps
- Maintains constant pressure during delivery
- Stops the pump in the case of water shortage, protecting it from dry running
- Maintenance-free
5°C - 40°CWater temperature range min / max
Ambient temperature
Max. working pressure
Inlet/outlet pipe connection
Max particle size
Electrical supply
0°C - 50°C
10 bar
25 mm BSP / 1” Inch BSP
1 mm (non-abrasive material)
220V - 240V, 50 Hz
Table 5.0
PRODUCT DESCRIPTION
Power on
Pump on
Failure
Restart
Power
Inlet
ELECTRIC MOTORS AND PUMPS
UNIT STARTING AND WORKING
INTEGRATED
INTELLIGENCE
INTEGRATED
INTELLIGENCE
Electrical connection AS/NZ plug tted to 1.5m lead
Max current 10 A
Software version 2400 W
Start pressure 1.5 bar

Every care has been taken to ensure the accuracy of the information contained in this publication, but due to continuous development and improvement the right is reserved to supply products
which may dier slightly from those illustrated and described in this publication. 15
When the unit is connected to the electrical network, the green LED “Power On” lights up and the yellow LED “Pump On”
indicates that the pump is in operation. The pump continues to operate for up to 5 seconds enabling the system to ll the
pipes and to reach the required pressure. If this is insucient, the red LED “Failure” lights up. In this event, keep the “Restart”
button pressed and wait with a tap open until the red LED “Failure” light is o. Once the button is released and the tap is
closed, the unit stops the pump is at it’s maximum pressure.
STARTING
FUNCTIONING
If the column of water between the pump and
the highest tap exceeds 15m, the unit cannot be
installed directly on the pump. The
PRESSCONTROL has to be raised until the
column of water between the unit and the
highest tap does not exceed 15m
It is advisable to connect the
unit outlet to the system by
means of a exible hose
Safety valve preventing
water emission in case of
diaphragm breaks
DO NOT TOUCH!
It is imperative to
install the unit with
the arrows in the
upward position
The unit can be installed
directly on the pump or
between the pump and the
rst tap
The unit is equipped with a
non-return valve to prevent the
pipeline from losing pressure
No taps can be installed between
the pump and the unit
The unit is pre-set by the
manufacturer at the restarting
pressure of 1.5bar (22psi). The
pressure produced by the pump
must be 0.8bar (12psi) higher than
the preset pressure
INSTRUCTIONS FOR CORRECT UNIT INSTALLATION
When starting operation is achieved, the unit is programmed to perform all the pump control operations automatically. When
particular operational breakdowns occur, such as water failure, obstruction of the suction pipe etc, the unit recognises the
breakdown and the red LED “Failure” lights up. At the same time a stop signal is sent to the pump to prevent damages caused
by it’s working in the absence of water. Rectication of the failures that have caused the blockage, allows the system to be
restarted manually by pressing the “Restart” button.

SPARE PARTS
ECOJET 500 STAINLESS STEEL SELF-PRIMING JET PUMP
Every care has been taken to ensure the accuracy of the information contained in this publication, but due to continuous development and improvement the right is reserved to supply products
which may dier slightly from those illustrated and described in this publication.
16
NOTE: When ordering any spare parts, please state all nameplate data.
ECOJET 500 STAINLESS STEEL SELF-PRIMING JET PUMP
No. Name
1 Plug M10x1.25
2 Washer
3 Dust cap
4 Inside hexagonal bolt M6x12
5 Pump housing component
6 O-Ring d131x3.5
7 O-Ring d23.8x3.1
8 Ejector
9 Hexagonal nut M8
10 Spring Washer Φ8
11 Washer Φ8
12 Impeller
13 Mechanical Seal
No. Name
26 Serrated lock washer external
teeth Φ4
27 Washer Φ4
28 Hexagonal nut M4
29 Cross recessed pan head tapping
screws ST3.5x12
30 Capacitor 10uF/450V
31 Capacitor Gland
32 Wiring diagram
33 Upper part of terminal box
34 Cross recessed pan head tapping
screws ST3.5x16
35 Name plate
36 Cross recessed pan screw M5x12
37 Cross recessed pan head tapping
screws ST3.5x16
14 Pump Cover
15 B type shaft seal ring
16 Front cover
17 Bearing 6201
18 Rotor assembly
19 Stator assembly
20 Motor base
21 Terminal box pad
22 Bottom part of terminal box
23 Cross recessed pan head screw
and washer assemblies
24 O-Ring d120x2
25 Connection pole
38 Cable gland
39 Nut plug for terminal box
40 Junction box nut
41 Cable
42 The three wave D32
43 Back cover
44 Hexagonal bolt M5x125
45 Fan
46 Shaft spring pad d11
47 Fan cover
48 Cross recessed pan head screw
and washer assemblies M4x8
49 Bracket

Every care has been taken to ensure the accuracy of the information contained in this publication, but due to continuous development and improvement the right is reserved to supply products
which may dier slightly from those illustrated and described in this publication. 17
NOTE: When ordering any spare parts, please state all nameplate data.
No. Name
1 Dust cap
2 Dust proof
3 Air drain plug M10x1.25
4 Washer
5 Inside hexagonal bolt M5x10
6 Inside hexagonal bolt M5x18
7 Pump housing component
8 O-Ring d151x4.5
9 O-Ring d23.8x3.1
10 Ejector
11 Seal pad
12 Guide vane
13 Hexagonal nut M8
14 Spring water Φ8
15 Washer Φ8
16 Impeller
17 Key C4x5
18 Mechanical Seal 560A-15
19 Pump Cover
20 Silent Block
21 B type shaft seal ring
22 Front cover
23 Rubber Gesket
24 Bearing 6202-2RS
25 Rotor assembly
26 Stator assembly
27 Motor Base
28 Terminal box pad
No. Name
29 Bottom part of terminal box
30 Cross recessed pan head screw
and washer assemblies M4x8
31 O-Ring d120x2
32 Connection pole
33 Serrated lock washer external
teeth Φ4
34 Washer Φ4
35 Hexagonal nut M4
36 Cross recessed pan head
tapping screws ST3.5x13
37 Capacitor 20uF/450V
(Φ40x63)
38 Capacitor Gland
39 Wiring diagram
40 Upper part of terminal box
41 Cross recessed pan head
tapping screws ST3.5x16
42 Name plate
43 Cross recessed pan screw M5x12
44 Cross recessed pan head
tapping screws ST3.5x16
45 Clamp
46 Nut plug for terminal box
47 Junction box nut
48 Cable 3x1.0mm
49 The three wave Φ35
50 Back Flange
51 Hexagon Bolt M5x142
52 Fan
53 Fan cover
54
Cross recessed pan head
tapping screw and washer
assemblies M4x8
SPARE PARTS
ECOJET 1000 STAINLESS STEEL SELF-PRIMING JET PUMP

Every care has been taken to ensure the accuracy of the information contained in this publication, but due to continuous development and improvement the right is reserved to supply products
which may dier slightly from those illustrated and described in this publication.
18
NOTE: When ordering any spare parts, please state all nameplate data.
SPARE PARTS
No. Name
1 Dust cap G2”
2 Air drain plug M10x1.25
3 Washer d9.2x2.4
4 Inside hexagonal bolt M6x12
5 Inside hexagonal bolt M6x18
6 Pump housing component
7 O-Ring d164x4.5
8 O-Ring d24x3.1
9 Ejector
10 Guide plate
11 Hexagonal nut M8
12 Spring Washer Φ8
13 Washer Φ8
14 Impeller Φ130 x Φ37.5x 5
15 Key C4x10
16 Mechanical Seal 560A-15
17 Pump Cover
18 Silent Block
19 B type shaft seal ring d15
20 Front cover
21 Rubber Gesket
22 Bearing 6202-2RS
23 Rotor assembly
24 Bearing AC6202-2RS
25 Stator assembly
26 Motor Base
27 Terminal box pad
No. Name
28 Bottom part of terminal box
29 Cross recessed pan head screw and
washer assemblies M4x8
30 O-Ring d120x2
31 Connection pole
32 Serrated lock washer external
teeth Φ4
33 Washer Φ4
34 Hexagonal nut M4
35 Cross recessed pan head tapping
screws ST3.5x12
36 Capacitor 20uFx12
37 Capacitor Gland
38 Wiring diagram
39 Upper part of terminal box
40 Cross recessed pan head tapping
screws ST3.5x16
41 Name plate
42 Cross recessed pan screw M5x12
43 Cross recessed pan head tapping
screws ST3.5x16
44 Cable pressing block
45 Nut plug for terminal box
46 Junction box nut
47 Cable
48 The three wave D35
49 Back Flange
50 Hexagon Bolt M5x142
51 Fan
52 Fan cover
53 Cross recessed pan head tapping
screw and washer assemblies M4x8
ECOJET 1500 STAINLESS STEEL SELF-PRIMING JET PUMP

Every care has been taken to ensure the accuracy of the information contained in this publication, but due to continuous development and improvement the right is reserved to supply products
which may dier slightly from those illustrated and described in this publication. 19
FAULTS CAUSES SOLUTIONS
Pump does not
run
Interruption of the power supply,
short circuit or an insulation fault in
the motor coil
Check power supply
Call an expert to check the pump unit
Pump runs,
but little or no
delivery
Pump or pipes are blocked due to
foreign matters
Lack of supply water
Primed incorrectly
Air in suction pipes
Check all lters/check valve for foreign matters
Ensure all taps are turned on
Repeat priming procedure (refer to page 8 for ooded suction or
page 9 for lift suction) to remove any air from the system
Check the tightness of the whole pipe up until the pump and
tighten it
Motor overheats Low voltage
Ambient temperature above +40 °C
or insucient ventilation
Ensure power supply is not running on an extended cable
exceeding 10m. Check voltage on terminals of the motor. It should
be within ± 10 % of 230V (this should be carried out only by
qualied personnel)
Relocate pump to a cooler, better ventilated environment
The ow is too
little
Length of pipe is excessive and
diameter is too small
Excessive head
Decrease pipe length and increase pipe size (diameter)
Decrease head on pump
Pump vibrates
Fuse blows or
circuit breaker
trips when pump
starts
Controller failure
light
Incorrectly mounted/xed
Pump jammed.
Motor stator may be defective,
circuit leakage or insulation failure.
Fuse size or circuit breaker may be
too small
Loss of prime or no water in tank
Electronic controller faulty, maybe
damaged by power surge or spike
Ensure pump is fastened to a solid surface by two mounting
screws
Get pump serviced
Check pump is primed and water supply is sucient
Replace controller
FAULTS, CAUSES AND SOLUTIONS

20
New Zealand Australia Fiji
CEGECOJMANNZ_151215
CODE OF COMPLIANCE
PRODUCT CONFORMITY CERTIFICATE
ECOJET 500
ECOJET 1000
ECOJET 1500
We CEG New Zealand Ltd and CEG Group PTY Ltd declare under our sole responsibility that the product is
in conformity with the listed standard or other normative documents.
Inspector:
Keith Norling (Director)
Inspector:
Tyrone Norling (Director)
Certicate Holder:
CEG New Zealand Ltd, 76-86 Cuba Street, Palmerston North 4410, New Zealand
CEG Group PTY Ltd, Unit 2, 711 Boundary Road, Coopers Plains, 4108, Queensland, Australia
PRODUCT TYPE
This product has been tested to relevant standard and found compliant with specication:
CEG AS/NZ Issue F0054 version A
✓
This Certicate provides a legally recognizable statement that the products listed below or any genuine
spare parts are safe to use for their intended design purpose.
REFERENCE/CERTIFICATE ID NO: CEG5400
Dated: 01/01/2015
QUALITY
ASSURED
CUSTOMER COPY - THIS IS AN IMPORTANT DOCUMENT
AND SHOULD BE RETAINED FOR A MINIMUM OF 7 YEARS
Model
Date of Purchase
Serial Number
Invoice Number
/ /
For ease of service in the future please ll in below:
SERVICE REFERENCE INFORMATION
[e-mail] www.ceg.co