fluidra Certikin iSAVER+ DVSD03 User manual

iSAVER+ Frequency Inverter
for Swimming Pool Pumps
DVSD03, DVSD04
IMPORTANT:
READ CAREFULLY BEFORE USE. KEEP FOR FUTURE REFERENCE.
Notice to Installer:
This document contains important information about the installation, operation
and safe use of this product – this information must be read before the
installation and start-up of this product. Once the product has been installed
this document must be given to the owner/operator of this equipment.

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Table of contents
Content: Page No:
Product conformity information 2
Safety notices 2
About the product 3-4
List of supplied components 4
Installation 4-5
Settings & operation 6-8
Maintenance 8
Troubleshooting / protection & error codes 9
Product conformity information
This product complies with:
• Low Voltage Directive (LVD) 2014/35/EU
• Electromagnetic Compatibility (EMC) Directive 2014/30/EU
• Restriction of Hazardous Substances (RoHS) Directive 2011/65/EU
Safety notices
TO AVOID POSSIBLE HARM, READ AND FOLLOW THESE INSTRUCTIONS
This notice signifies a hazard with a HIGH
level of risk which, if not avoided, WILL result
in death or serious injury.
DANGER
This notice signifies a hazard with a
MEDIUM level of risk which, if not avoided,
COULD result in death or serious injury.
WARNING
This notice signifies a hazard with a
LOW level of risk which, if not avoided,
COULD result in minor or moderate injury.
This notice signifies a potential risk of damage
to the product or property.
CAUTION NOTICE
Do not touch the heat sink during operation.
CAUTION
This notice signifies an ELECTRICAL hazard
with a HIGH level of risk which, if not avoided,
WILL result in death or serious injury.
DANGER
This notice signifies An ELECTRICAL hazard
with a MEDIUM level of risk which, if not
avoided, COULD result in death or serious injury.
WARNING

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About the product
The iSAVER+ swimming pool pump frequency inverter is designed to allow the user to control and vary the operational speed of the
swimming pool pump in order to gain energy and cost saving efficiencies.
The product benefits from multiple time and speed settings, which can be used manually or automated through timers. The easy to
read display shows current operational settings and also provides power usage information for the setting in use.
Two models are available: DVSD03 (Inverter output 1.1kW) for pumps up to 1HP, and DVSD04 (Inverter output 2.2kW) for pumps
up to 2HP – ENSURE YOU ARE USING THE CORRECT MODEL.
WARNING This device is designed for use ONLY with swimming pool pumps with a permanent split
capacitor motor. Fig 1 below shows a wiring schematic for a typical single speed swimming pool pump motor
Running capacitor
Main
Winding
Auxiliary
Winding
Fig 1: Typical single speed swimming pool pump motor schematic
WARNING This device IS NOT COMPATIBLE WITH:
a) Single phase motors with centrifugal switch
b) Motors with start relays or switches
c) Series or DC motors
d) Motors with faults in their rotors or capacitors
e) Shaded-pole asynchronous motors
WARNING An RCD with a rated residual current not exceeding 30Ma must be used with this device.
If you are unsure of the compatibility of your swimming pool pump with this device, please contact your pump
supplier before proceeding.

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Technical data
DVSD03 DVSD04
Input Power 1 phase AC
Input Voltage 220-240V
Input Frequency 50Hz
Output Power Max 1.1kW Max 2.2kW
Output Voltage 1ph, 0-240V
Phase Type Single phase
Max. Current Max 6A Max. 12A
Speed Range 1200-2900rpm
Cooling Ventilation Ventilation + Fan
Gross / Net Weight 3.0 / 2.7kg
Dimensions (HxWxD) 206x110x155mm
Once expired, this product should not be disposed of via general waste, but through a regulated waste disposal and
recycling centre – please consult your local authority for full advice.
List of supplied components
• iSaver+ inverter
• Power supply cable (pre-wired into inverter)
• Mounting template, fixings screws and plugs
Installation
WARNING Upon receipt of this device, check for any damage which may have occurred in transit. If any
damage is found, DO NOT PROCEED WITH INSTALLATION and contact your supplier for advice.
WARNING Do not power this device by means of an extension lead.
WARNING A qualified electrician must carry out all electrical wiring in accordance with local electrical
regulations.

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Locating the device
The choice of location for the device must meet the following condition:
• Indoors
• Ambient temperature of -10 to +40°C
• Less than 1000m above sea level
• Out of direct sunlight
• Good ventilation (see below)
For efficient cooling, ensure the unit is installed with a minimum clearance
around it of 40cm above and below and 25cm at either side, as per Fig 2.
WARNING Blocked ventilation or an enclosed space with
limited air flow may cause overheating or potential operational failure
of the inverter.
Connecting to the pump
NOTICE Please follow these instructions for pump connection. Incorrect connection will void the warranty.
WARNING Only ONE swimming pool pump can be connected to this device – do not attempt to connect
multiple devices. Do not connect anything other than a swimming pool pump to the output of this device.
Using the template supplied, mark hole locations on the wall where the inverter is to be mounted. Drill holes and use the plugs and
fixings supplied to create the mounting position for the unit. Test mount and then remove.
From the rear of the inverter, remove the recessed screws which hold the outer cover to the body. Carefully lift and remove the outer
cover in order to gain access to the internal terminal connections.
WARNING A qualified electrician must carry out all electrical wiring in accordance with local electrical
regulations.
If currently installed, turn off the full electrical supply to the
swimming pool pump. Unwire the pump and make a connection,
through the cable glands, to the correct terminals within the
inverter as shown in Fig. 3. Ensure all terminal connections are
well made and tight.
Connect the pre-wired power cord from the inverter to the
power source, via and RCD with a rated residual current no
exceeding 30Ma (this will very probably be the power source
that the pump was originally connected to).
Carefully reconnect the outer cover of the inverter and mount
it onto the fixing screws. The electrical supply can now be
reinstated and the inverter is ready for use.
Fig 2: Spacing around the iSaver+ inverter
Fig 3: Terminal connections within the inverter.

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Settings & operation
CAUTION Do not touch the heat sink whilst the device is operating, or until 30 minute after the device
has been switched off. It is normal for the heat sink to get hot during standard operation.
Display control panel contents
Fig 4: Display control panel contents
Current time
Timer On/Timer Off
Timer
Increase/Decrease
Power consumption
Speed in rpm
Day/Night/Backwash
Lock/Mode
On/Off
Pre-set modes
The iSaver+ includes three pre-set modes (speed ranges) as shown in the table below. The pool pump can be run at a constant
speed by choosing one of these modes via the ‘M’ function, or it can be run via the setting up of four timers for daily operation, each
with an individual speed.
Mode (M) Speed Range Default Speed
Night (slow) 1200-1650rpm 1400rpm
Day (medium) 1700-2400rpm 2000rpm
Backwash (high) 2450-2900rpm 2900rpm
Useful notes on general operation
If inactive for 1 minute, the screen will lock automatically. Hold for 3 seconds to unlock the device.
The device has a ‘power off memory’. In the event of power interruptions settings will be retained and resume upon power
restoration.
To restore factory settings, with the unit OFF, hold together for 3 seconds.

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Initial operation
When first powered up, will illuminate. Hold for 3 seconds in order to unlock the screen.
Press to start the inverter.
Upon starting, the pump will run at maximum speed of 2900rpm for one minute in order to ensure priming. This can be increased to
up to 10 minutes if required – see ‘Parameter Settings’ on page 8.
Press to choose a running speed. Use the and buttons to adjust the speed in 50rpm increments in order to set a specific
running speed if required.
Once the pump has finished priming, the inverter will automatically adjust the pump speed to the pre-set value.
shows that the pump is running and at which current speed (rpm). Power consumption in Watts (W) is shown for that
particular speed.
Timer setting
Running the pump at different speeds at different times of the day will minimise energy consumption when higher speeds are not
needed and can allow the user to take advantage of lower electricity tariffs, for example during the night.
In order to benefit from this, the iSaver+ allows the setting of up to 4 timers. These are established as follows.
Step 1: Press to begin using the timer function
Step 2: Use and to set the current clock time.
Step 3: Press to toggle to timer 1 and use and to set the start times for that timer. Use to toggle to the stop times,
use and to set that time. Use to toggle to the speed setting.
Note: Each setting is saved as you ‘toggle’ through with the button.
Step 4: When the time is set, press to choose a pre-set speed range for that timer 1, or use and to decide on a specific
speed if required.
NOTE: Pressing together will move the cursor to the previous setting.
Step 5: Repeat steps 3 and 4 to set the remaining times.
Step 6: Hold for 3 seconds, or wait 10 seconds to save the timer settings automatically.
NOTE: When is flashing, this means that the device is waiting for a start time.
Step 7: Press or to check all 4 timers and ensure there are no invalid settings. Any overlapping of timer periods will be
considered as invalid and the device will only run based on the previous valid timer setting.
NOTE: During timer setting, if you want to abandon the process, hold for 3 seconds.

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External control
External control can be enabled via the contact shown in Fig. 5 below. However, even if the device is working via an external
controller, pressing can stop the device.
For example – to enable external speed control via digital input, connect one of the digits from Di2/3/4 to COM
NOTICE Do not apply voltage to these input contacts.
Fig. 5: External control inputs
Digital Input
Analog Input RS485
Relay Output
(not supplied)
Parameter settings
When turned OFF, hold for 3 seconds to enter parameter settings.
Parameter Description Default Setting Setting Range
1Priming time 1 minute 1-10 minutes, by 1 minute increments
2Minimum rpm 1200rpm 1200-2000rpm, by 100rpm increments
Maintenance
This device carries no serviceable or maintenance needing parts. In the event of a fault or failure which cannot be resolved via these
instructions, please contact your supplier.
WARNING Because of high voltage conversion components contained within this device, do not try to
disassemble the device or replace any components in the event of a malfunction or failure.
WARNING Before disconnecting the device from mains power, always wait until the power light has
turned off OR wait at least three minutes after power has been disconnected – whichever is the longer.

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Troubleshooting / protection & error codes
The device may show error codes in certain circumstances – these codes could signify a fault, or may be an alert to protect the
device form damage.
Code Description Analysis / Action
E001 Abnormal input voltage No fault – consult electrician
E002 Output over current See note 1 or contact supplier
E101 Heat sink over heat See note 1 or contact supplier
E102 Heat sink sensor error Contact supplier
E103 Master drive board error See note 1 or contact supplier
E201 Circuit board error Contact supplier
E202 Master board EEPROM reading failure Contact supplier
E203 RTC time reading error Contact supplier
E204 Keyboard EEPROM reading failure Contact supplier
E205 Communication error Contact supplier
AL01 Auto speed reduction against high temperature See note 2
Note 1: When the cause resulting in error code E002/E101/E103 lifts, the device will resume working correctly – however this
pattern will only repeat for three occasions – on the fourth occasion the device will stop working. To resume operation, turn off all
power, then re-establish power and re-start the unit. If problems persist contact your supplier for assistance.
Note 2: AL01 is not an error indication. When this code appears, the device will automatically switch to a lower speed to self-
protect against internal high temperatures. When the temperature drops back to 65°C the inverter will resume at the pre-set speed.

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Notes: