Leakomatic Pro 1 User manual

Pro1
User manual
Käyttöohje
Bruksanvisning
1.5.x

Congratulations!
Congratulations for choosing a high-quality
Leakomatic product.
Founded in 2002, Leakomatic has had a clear objec-
tive since its beginning: to prevent water damage in
domestic water systems. We work hard every day to
guarantee our customers a safer, more comfortable
life. Leakomatic eciently
prevents water damage. At the same time it helps
you decrease consumption of water - saving water is
good for your wallet and for the environment.
Installing a Leakomatic product will also increase
the value of your property. Remember to save all
Leakomatic receipts and user manuals. You need
information on the operation of the product to get
the full advantage. This user manual contains more
information on the product and how to use it. Find
more information on our website www.leakomatic.
com. The website contains product user manuals
and further information on error diagnostics.
Leakomatic Ab
Vikingagränd 2
AX-22100 Mariehamn
FINLAND
Org nr. 1749662-0
www.leakomatic.com
ENGLISH

3
VALVE UNIT
INSTALLATION
• Flawless operation can only be guaranteed if the device has been installed
following the installation instructions.
• The warranty will become invalid if the device is installed incorrectly or removed.
The valve unit is a precision tool that must not be modified or removed.
• Make sure that the installer has documented the details of the installation in the In-
stallation certificate before you approve the installation. The installation certificate
can be found on the last page of this document.
HOW DOES LEAKOMATIC WORK?
The valve unit is installed in the inflow pipes and it protects the pressurised piping
system. The measuring unit constantly analyses water consumption by measuring the
amount of water that flows through the device. When the display is out of power, the
valve is open. If the valve is closed and a power failure occurs, the valve will open.
USER MANUAL
CONTROL UNIT
1. Screen
2. Mode indicator
3. Alarm/warning light
4. Flow indicator
5. Arrows
6. Mode button
7. Clear button
1
2 3 4 5
6 7
H
DW

4
Leakomatic determines different flows depending on flow volume and time:
PULSE INDICATOR
When the water flows slower than 1 ml/s or less than 10 seconds.
I.e. filling a glass of water, brushing teeth
FLOW INDICATOR
When the water flows at least 1ml/s and for a time longer than 10 seconds. Examples:
shower, flushing the toilet, washing the car. In addition, repeated periods of water
consumption shorter than 10 seconds are added together to give a continuous flow,
if a new flow starts within 1 second of the previous flow ending.
LEAKAGE TESTS
Leakomatic has three leakage tests whose purpose is to detect different types of leaks.
Their limits and settings can be adjusted in the settings menu. The factory settings are
suitable for most households; however, if your water consumption is above average, you
can adjust the set values to allow longer flow times.
FLOW TEST
Protects from flow leakage by ensuring that the water does not flow longer
than the set time. Home and Away modes can be set at different flow times.
QUICK TEST
Reacts to sudden drip leakage. In real time, the Quick test calculates an
index that is based on the pulse indication over the past 60 minutes.
The index has a similar function to the trend indicator; rising index
indicates increased level of consumption whereas declining index
indicates decreased level of consumption.
TIGHTNESS TEST
Long-term analysis can protect your home form hidden leaks. Every hour,
the device analyses the pulse indication of the past 24 hours. A water tight
piping system must have at least one pulseless period of time during an
analysis period.
The Leakomatic system warns if the leakage test detects any kind of a problem.
If the problem is not solved, the system automatically shuts off water and sounds an
alarm. As an exception, when Away mode is on, no flow warning will be given before
shutting off water.
Do not turn off your water supply unless the property is left empty for longer periods
of time. To work correctly, the tightness test requires a constantly available supply of
water; otherwise the test will not be able to detect hidden leaks.

5
WATER METERING
Through inlets AUX1 and AUX2, the display unit supports the reading of a water
meter with a pulse outlet. The instructions for connecting are found in the installation
manual. In the installation menu, you can activate the support for the water meter,
define the amount of water that corresponds to one pulse and calibrate the display unit
counter to the current meter indication on the water meter.
VOLUME TEST
When a pulse water meter is connected to the Leakomatic display, the unit,
in the event of a leak, can protect against major water damage by giving a
warning about the abnormally high flow during a short time (minutes) or
excessive hourly or daily consumption.
LEAKOMATIC CLOUD
The control unit can be connected to the Leakomatic Cloud cloud service through
built-in Wifi. The unit monitors the property and turns off the water supply, even when
it is not connected to the cloud service. However, to make sure that you have the most
up-to-date software, we recommend connection to Leakomatic Cloud. Connect the
unit to a local Wifi network before using the service. Wifi settings can be found in the
control unit menu Installation ► Network
BEFORE INSTALLATION
Make sure that the space where the Pro1 control unit is installed has a Wifi
connection. It is not enough to check the strength of the signal (the number of bars) on
your phone since it only indicates the quality of the reception. Make sure the signal is
strong enough by opening an internet browser.
CONNECTING TO WIFI
The submenus for configuration and installation are protected by a PIN code as
standard. From the factory, the PIN code is 1234. You can change the PIN code or
disable the PIN code protection in the installation menu.
1. Select “Enabled” in WiFi settings to connect to the network.
2. Select WiFi network to make all available Wifi networks visible.
3. Select a network and confirm with the right arrow.
4. Give the network password (max. 16 characters). Select characters (upper case, lower
case or special characters) with the up/down arrows and character positions with
the right/left arrows. Confirm the password by pressing the right arrow three times.
5. The device will be connected to the network; you can now use the cloud service.
The device automatically receives information on possible new system updates through
the network. New software will download automatically when it becomes available,
and the device will restart. To connect other Leakomatic add-on equipment to the unit,
please read the add-on equipment’s manual.

6
ACTIVATING YOUR LEAKOMATIC CLOUD ACCOUNT
You can control your Leakomatic through the cloud service on a computer, smart phone
or a tablet. The cloud service opens in browser when you click https://cloud.leakomatic.
com; or you can download the Leakomatic app on Google Play or Apple App Store.
1. Open the Cloud on the app or in browser.
2. Create a Leakomatic Cloud account by clicking ‘sign up’.
3. Download your PIN code on the display via the menu Installation ►
Network ► Cloud PIN. The code is valid for 15 minutes.
Note! If the code expires, return to step 3 to get a new code.
4. Fill in the user information and the PIN code.
5. You will receive an email that contains the verification link. Click the link to
activate your new Cloud account.
Note! If you do not receive a confirmation email, check your spam folder
6. You can now log into the cloud service with your new account. Remember to keep
your passwords in a safe place.
If you already have a Leakomatic Cloud account, you can add multiple devices on the
same account in the App or on the Internet. If the unit has been oine for more than
24 hours, a notification is given in the App. If the unit has been oine for seven days, an
e-mail is also sent to inform you that the unit has lost contact with the cloud service.

7
CONTROL UNIT
OPERATION INSTRUCTIONS
Leakomatic has three modes of operation. Press the Mode button to
select a mode. Press briefly to switch between Home and Away mode. Keep
the button pressed longer to activate the Pause mode. The selected mode
shows in the mode indicator and the on the screen.
Setting Description Indicator
Home Allows longer flow time; use when you are at home. Light on
Away Allows minimal water flow. Recommended to use
when you are away from home for longer periods
of time. For maximum protection, you can use this
mode every time the house is left unattended.
Flashes quickly
Pause Temporarily de-activates the setting that shuts
off water and sounds an alarm. Activate this mode
when you need an infinite amount of water, i.e. for
watering the lawn.
Flashes slowly
When you activate Pause mode you can determine how long the mode stays on before
the system returns to its normal function. You can deactivate Pause mode any time by
pressing the mode button which restores the device to its previous mode of operation.
ALARMS
The alarm light flashes during the warning and stays on during the alarm.
Press the Clear button briefly to silence the warning and alarm sounds. Keep
the Clear button pressed to clear the alarm.
The system shuts off water only in case of an alarm. Silence the alarm by briefly
pressing the Clear button and find the cause of the alarm. The water will start to flow
again only after the alarm has been cleared.
The device warns before sounding an alarm if a delay has been set. The alarm must be
manually cleared whereas warnings can be automatically cleared through the system
after the cause of the alarm has passed.
You can set a time frame when the system stays silent to guarantee uninterrupted
sleep. Alternatively, you can permanently disable the alarm sound or only allow sounds
during a warning/alarm.

8
Alarm Warning Description
Flow test Flow has continued longer than the set maximum time.
See further information in Flow test.
Tightness
test
The tightness test detects possible hidden leaks.
See further information in Tightness test.
Quick test The index limit of the Quick test has been surpassed.
See further information in Quick test.
Volume Test More water than permitted has flowed during the time set
for max. flow volume. See info on Volume Test.
AUX1 IN AUX1 input is activated.
AUX2 IN AUX2 input is activated.
Sensor There has not been any pulse or signal registered on the port
during the last seven days.
FLOW INDICATOR
The blue LED light on the control unit is the flow indicator. It lights
up briefly during the pulse indication and stays lit up during flow
indication. The flow indicator has a 10 second delay during which the
device analyses and determines the flow type.
MENU Navigate the menu with arrows. Up/down arrows allow you to
browse different menus, and you access different sub-menus with
left/right arrows. Press up/down buttons to change the parameter
values and then the right arrow to save settings or the left arrow to
exit without saving.

9

10
Network >
Input handling >
Valve handling >
Output handling >
> Startup mode
> Sound alert
> Silent time
> Sleep length
> Language
> Set clock
> Timezone
> Restart device
> Factory reset
> FT alarms
> FT time away
> FT time home
> FT alarm delay
> QT alarms
> QT index limit
> QT alarm delay
> TT alarms
> TT count
> TT length
> TT alarm delay
> VTh Status
> VTh Time period
> VTh Volume
> VTh Alarm delay
> VTh Valve action
> VTm Status
> VTm Time period
> VTm Volume
> VTm Alarm delay
> VTm Valve action
> PIN enabled
> Change PIN
> WiFi
> WiFi network
> Cloud PIN
> Conditioning
> Time of day
> Valve control
> On FT alarms
> On QT alarms
> On TT alarms
> Sensor diag.
> AUX1 in
> AUX1 active
> AUX1 pulse unit
> AUX1 pulse size
> AUX1 calibration
> AUX2 in
> AUX2 active
> AUX2 pulse unit
> AUX2 pulse size
> AUX2 calibration
> Analog input*
> Sensor min
> Sensor max
> Event high
> Threshold high
> Event low
> Threshold low
> Hysteresis
> AUX out active
> AUX out when
> Flow test control
> Quick test control
> Tight. test control
> Volume test control
> VTh Status
> VTh Time period
> VTh Volume
> VTh Alarm delay
> VTh Valve action
> VTm Status
> VTm Time period
> VTm Volume
> VTm Alarm delay
> VTm Valve action
HOME HH:MM
OK 0.37
FLOW TEST ALRM
00:33:29
AUX1: LOW
AUX2: 12345
VTH M2: 500 L
VTM M2: 10 L
EVENTS >
CLOUD ONLINE
192.168.1.121
ANALOG INPUT:
DISABLED
SETTINGS >
TIME 23:59
EET 2015–10–01
TIGHTN. TST OK
24h MAX=XX
SENSOR: 12345678
VALVE: OPEN
VTH M1: 100 L
VTM M1: 50 L
QUICK TEST WARN
1.37 (1.00)
AUX1 OUT: OPEN
STATUS >
SSID: MyWiFi Net
RSSI: –74dBm
INSTALLATION >
Pro1 LOM 302/B
V1.4.0 76d 11 h
TIGHTN. TST CLR
17/11 22:47 WARN
GENERAL >
FLOW TEST >
QUICK TEST >
TIGHTNESS TEST >
VOLUME TEST M1
VOLUME TEST M2
QUICK TEST
23/9 05:03 WARN
AUX2 IN
23/9 05:03 WARN
VT DIAG M1 CLR
29/9 13:26 WARN
ANALOG HIGH CLR
23/9 05:03
VT HOUR M2 CLR
23/8 17:05 WARN
ANALOG LOW CLR
23/9 05:03
VT MINUTE M2 CLR
25/3 21:05 WARN
ANALOG DIAG CLR
23/9 05:03
VT DIAG M2
--/-- --:--
REMOTE ALARM CLR
--/-- --:--
FLOW TEST
1/10 18:03 ALRM
AUX1 IN
23/9 05:03 WARN
VT MINUTE M1 CLR
7/8 12:07 ALRM
SENSOR DIAG CLR
23/9 05:03
VT HOUR M1 CLR
6/8 11:05 ALRM
Security >
Only visible if AUX1 In is
set to water meter
Only visible if AUX2 In is
set to water meter
Only visible if Analog Input
is set to pressure or temp sensor
* From rev. LOM-302/B
MENU STRUCTURE:

11
Network >
Input handling >
Valve handling >
Output handling >
> Startup mode
> Sound alert
> Silent time
> Sleep length
> Language
> Set clock
> Timezone
> Restart device
> Factory reset
> FT alarms
> FT time away
> FT time home
> FT alarm delay
> QT alarms
> QT index limit
> QT alarm delay
> TT alarms
> TT count
> TT length
> TT alarm delay
> VTh Status
> VTh Time period
> VTh Volume
> VTh Alarm delay
> VTh Valve action
> VTm Status
> VTm Time period
> VTm Volume
> VTm Alarm delay
> VTm Valve action
> PIN enabled
> Change PIN
> WiFi
> WiFi network
> Cloud PIN
> Conditioning
> Time of day
> Valve control
> On FT alarms
> On QT alarms
> On TT alarms
> Sensor diag.
> AUX1 in
> AUX1 active
> AUX1 pulse unit
> AUX1 pulse size
> AUX1 calibration
> AUX2 in
> AUX2 active
> AUX2 pulse unit
> AUX2 pulse size
> AUX2 calibration
> Analog input*
> Sensor min
> Sensor max
> Event high
> Threshold high
> Event low
> Threshold low
> Hysteresis
> AUX out active
> AUX out when
> Flow test control
> Quick test control
> Tight. test control
> Volume test control
> VTh Status
> VTh Time period
> VTh Volume
> VTh Alarm delay
> VTh Valve action
> VTm Status
> VTm Time period
> VTm Volume
> VTm Alarm delay
> VTm Valve action
HOME HH:MM
OK 0.37
FLOW TEST ALRM
00:33:29
AUX1: LOW
AUX2: 12345
VTH M2: 500 L
VTM M2: 10 L
EVENTS >
CLOUD ONLINE
192.168.1.121
ANALOG INPUT:
DISABLED
SETTINGS >
TIME 23:59
EET 2015–10–01
TIGHTN. TST OK
24h MAX=XX
SENSOR: 12345678
VALVE: OPEN
VTH M1: 100 L
VTM M1: 50 L
QUICK TEST WARN
1.37 (1.00)
AUX1 OUT: OPEN
STATUS >
SSID: MyWiFi Net
RSSI: –74dBm
INSTALLATION >
Pro1 LOM 302/B
V1.4.0 76d 11 h
TIGHTN. TST CLR
17/11 22:47 WARN
GENERAL >
FLOW TEST >
QUICK TEST >
TIGHTNESS TEST >
VOLUME TEST M1
VOLUME TEST M2
QUICK TEST
23/9 05:03 WARN
AUX2 IN
23/9 05:03 WARN
VT DIAG M1 CLR
29/9 13:26 WARN
ANALOG HIGH CLR
23/9 05:03
VT HOUR M2 CLR
23/8 17:05 WARN
ANALOG LOW CLR
23/9 05:03
VT MINUTE M2 CLR
25/3 21:05 WARN
ANALOG DIAG CLR
23/9 05:03
VT DIAG M2
--/-- --:--
REMOTE ALARM CLR
--/-- --:--
FLOW TEST
1/10 18:03 ALRM
AUX1 IN
23/9 05:03 WARN
VT MINUTE M1 CLR
7/8 12:07 ALRM
SENSOR DIAG CLR
23/9 05:03
VT HOUR M1 CLR
6/8 11:05 ALRM
Security >
Only visible if AUX1 In is
set to water meter
Only visible if AUX2 In is
set to water meter
Only visible if Analog Input
is set to pressure or temp sensor
* From rev. LOM-302/B
MENU STRUCTURE:

12
MAIN MENU
The landing page shows the current mode, time, state of alarm
and quick test index. Pause mode calculates the time that
remains before the system returns to its previous mode.
When you turn the device on, the system shows quick test
indexes in brackets which means that the shown value has not
been established yet.
Tightness test status page shows the status, the duration of
the analysis period and the longest pulseless period of the
tightness test. The alarm activates after a 24-hour analysis
period. The longest pulseless period can be used as a
reference if you wish to adjust Tightness test limits.
Flow test status page shows the status and the flow time of the
flow test. After the flow indicator turns off, it shows the flow
time of the last registered flow
Quick test status page shows the status and the index value of
the quick test. The maximum index limit of the quick test is
shown in brackets
ACTIVITY MENU
The menu contains a list of past activities. Each activity or
alarm will be saved in the system with its date, time and type
(WARN or ALRM). Cleared activities have been marked with
(CLR). The data is saved even if the system loses power.
STATUS MENU
The mode menu includes sensor data, AUX inputs and valves as well as AUX outputs.
Indicates registered pulses after installation or after restoring
factory settings. Current valve position (OPEN/CLOSED)
.
AUX input mode. If the port is configured for water metering,
and a pulse water meter is connected, the current meter
reading in litres is displayed here.
Measured volume according to the set times Minute Test and
Hour Test for the water meter connected to AUX1 in.
Measured volume according to the set times Minute Test and
Hour Test for the water meter connected to AUX2 in.
HOME HH:MM
OK 0.37
TIGHTN. TST OK
24hMAX=XX
FLOW TEST ALRM
00:33:29
QUICK TEST WARN
1.37 (1.00)
TIGHTN. TST
27/11 19:23 ALRM
SENSOR=19365
VALVE=OPEN
AUX1=LOW
AUX2=12345
VTT M1: 1234 L
VTM M1: 1234 L
VTT M2: 1234 L
VTM M2: 1234 L

13
AUX output mode (OPEN/CLOSED).
If an analogue accessory is connected to the Analog input,
the current measured value is displayed here.
Cloud connection status (OFFLINE/ONLINE) as well as the IP
address of the selected Wifi network. Possible problems:
WiFi disconnect = Wrong password or WiFi AP is unavailable
Requesting IP = Connected to AP and waits for DHCP
The name and the strength of signal of the selected WiFi
network.
Current time, time zone and date.
Software model and version as well as the unit’s operating
time since the last restart.
SETTINGS MENU
Change system and test settings on the settings menu. The menu has the following
structure. Factory settings have been indicated by underlining.
General
Start mode Indicates the start mode of the device after it
has been without power.
Hom e /Aw a y/
Last
Noise alarm Indicates when the device sounds an alarm. Deactivated/
Alarm/Always
Silent time Indicates when the device is silent. 23:00–07:00
Pause time The pre-set default timeframe of the Pause
mode.
1–24 hours
(3)
Language Screen language settings English/
Svenska/
Suomi
Set time Set date and time.
Time zone Time zone settings. WET/CET/EET
Restart Restarts the device. Select “Yes” to restart the
device.
No/Yes
Factory settings Restores factory settings. Select “Yes” to
restore the parameters to factory settings.
No/Yes
AUX OUT=OPEN
ANALOG INPUT:
DISABLED
CLOUD ONLINE
149.168.1.121
SSID=mywifinet
RSSI=–73dBm
TIME 16:45
CET 2016-01-13
Pro1 LOM302/B
v1.4.0 76d 11h

14
Flow test (FT)
FT alarms Indicates whether the device is monitoring types
of flow or not. If ”Disabled” is selected, the
below mentioned FT alarm times do not have an
effect.
Enabled/
Disabled
FT time Away The Away mode allows the magnetic valve to
close. It activates the alarm after the water has
flowed longer than the set time of flow.
1–999 s
(20)
FT time Home Indicates the time that the flow of water is
allowed in Home mode before the flow alarm
sounds. In the Home mode, the magnetic valve
closes if the flow continues for that much longer
that the selected delay time is exceeded.
1–240 min
(20)
FT alarm delay Indicates the additional time that the flow of
water is allowed in Home mode before the valve
closes.
0–240 min
(5)
Quick test (QT)
QT alarms Indicates whether Quick test has been activated
or not. If ”Disabled” is selected, the below
mentioned QT alarm times do not have an effect.
Enabled/
Disabled
QT index limit Indicates the index limit that causes Quick test
to sound an alarm.
0.10–5.00
(1.00)
QT alarm delay When the quick test alarm sounds, you can set
an additional time that indicates how long the
drip is allowed to continue before the valve
closes.
0–24 hours
(1)
Tightness test (TT)
TT alarm Indicates whether Tightness test has been
activated or not. If ”Disabled” is selected, the
below mentioned TT alarm times do not have an
effect.
Enabled/
Disabled
TT number Indicates the number of periods per day when
the tightness test must be approved. If the
number is high, the system should be more
closely monitored.
1–12
(1)
TT duration Indicates the required duration of the pulseless
period per day in order to approve a tightness
test. If the number is high, the system should be
more closely monitored.
1–60 min
(15)
TT alarm delay When the tightness test alarm sounds, you can
set an additional time that indicates how long the
alarm is allowed to sound before the valve closes.
0–7 days
(1)

15
Volume test M1 (VTt, VTm)
Volume Test settings for a pulse water meter connected to the AUX1 input.
VTt
VTt Status Specifies whether the hourly volume test will be
activated or not. If ”Turned off” is selected, the
VTt alarm times below do not have any effect.
Enabled/
Disabled
VTt Time Period The length of the analysis period for the hourly
volume calculation.
0–24 hours
(24)
VTt Volume Specifies the size of the volume that is permitted
to be used during the set VTt Time Period.
1–9999999
liters
VTt Alarm Delay When a Volume Test Warning occurs, an extra
time is set here, during which the warning is
allowed to continue before the valve is closed.
0–24 hours
(1)
VTt Valve Management Specifies if the valve will close on alarm. None/
Close
VTm
VTtm Status Specifies whether the minute volume test will be
activated or not. If ”Turned off” is selected, the
VTm alarm times below do not have any effect.
Enabled/
Disabled
VTm Time Period The length of the analysis period for the minute
volume calculation.
1–60 min
(5)
VTm Volume Specifies the size of the volume that is permitted
to be used during the set VTm Time Period.
1–999999
liters
VTm Alarm Delay When a Volume Test Warning occurs, an extra
time is set here, during which the warning is
allowed to continue before the valve is closed.
0–120 min
(5)
VTm Valve
Management
Specifies if the valve will close on alarm. None/
Close
Volume test M2 (VTt, VTm)
Volume Test settings for a pulse water meter connected to the AUX2 input. See description
above for ”Volume Test M1”.

16
INSTALLATION MENU
The installation menu contains settings that are usually set up at the same time as the
system. The menu has the following structure.
Security
PIN enabled Specifies whether the PIN code protection will be
activated for accessing the Installation menu.
Disabled/
Enabled
Change PIN From the factory, the PIN code is 1234. The PIN code
can be changed to any four-digit code.
Enter PIN
Network
WiFi Determines whether WiFi has been activated. Enabled/
Disabled
WiFi network Finds and lists available WiFi networks. Select the
network and give the password using arrows.
Confirm the password by pressing the right arrow
three times.
Cloud PIN Request a PIN code to connect to your Cloud
account. The code will be valid for 15 minute or
until a new code is requested.
Valve handling
Conditioning Determines whether Maintenance has been
activated. If ”Disabled” is selected, maintenance
will not be performed automatically.
Enabled/
Disabled
Time of day Indicated the time of the day when maintenance will
be performed.
00:00–23:59
(04:00)
Valve control Specifies whether the valve can always close on
alarm or whether it can only close when it is in the
operating mode ”Away”. If ”Disabled” is selected, the
valve never closes and the alarm settings below do
not have any effect.
Away/
Enabled/
Disabled
On FT alarm Specifies if the valve will close on FT alarm or not. None/
Close
On QT alarm Specifies if the valve will close on Quick Test alarm
or not.
None/
Close
On TT alarm Specifies if the valve will close on Tightness Test
alarm or not.
None/
Close
Sensor diag. Automatic sensor test. If there hasn’t been any pulse
registered in the last seven days, a warning is given.
Enabled/
Disabled

17
Input handling
AUX1 in Indicates whether you prefer to switch between
the Home mode and the Away mode with a separate
button or with the burglar alarm. In other cases,
the input can be set to rise a warning or an alarm
from an external device, i.e. moisture sensor,
thermostat or pressure sensor. If a pulse water meter
is connected to the input, the water consumption
can be calculated. If ”Disabled”, no activity will be
registered through this input.
Disabled/
Water meter/
Home/
Away/
Warning/
Alarm
Sleep/Open/
Closed/Clear
AUX1 active Indicates whether the input will be activated when it
is high or low.
High/
Low
The settings below are only visible when the AUX1 in input is configured as water meter.
AUX1 pulse unit Specify the unit that is intended for the set value,
pulse size. This value must be set according to the
connected water meter’s technical specifications.
Liter/puls
Puls/liter
AUX1 pulse size Specify the quantity of water to which each pulse
from the water meter is equivalent. This value must
be set according to the connected water meter’s
technical specifications.
1–1000
(10)
AUX1 calibration Calibrate the value in the display unit for the current
water meter setting. Hold in the arrow-up button to
step through the values faster.
AUX2 in Specify the AUX2 input’s function.
See description above for AUX1 in.
Disabled/
Water meter/
Home/
Away/
Warning/
Alarm
Sleep/Open/
Closed/Clear
AUX2 active Specify if the input will be activated when it is high
or when it is low.
High/
Low
The settings below are only visible when the AUX2 in input is configured as water meter.
AUX2 pulse unit See description above for the AUX1 pulse unit. Liter/puls
Puls/liter
AUX2 pulse size See description above for AUX1 pulse size. 1–1000 (10)
AUX2 calibration See description above for AUX1 calibration.
Analog input Select pressure or temperature sensor here, if a 4–20
mA analogue sensor has been connected.
Disabled/
Pressure
sensor/
Temp sensor
The settings below are only visible when the Analog input is configured as pressure or temp sensor.
Sensor min The sensor’s minimum measurement value.
Sensor max The sensor’s maximum measurement value.

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Event high Specify if a warning or an alarm will appear when
”Threshold high” is exceeded.
Disabled/
Warning/
Alarm
Threshold high Specify the measurement value at which an alarm
will appear when the value is exceeded.
Event low Specify if a warning or an alarm will appear when
”Threshold low” is exceeded.
Disabled/
Warning/
Alarm
Threshold low Specify the measurement value at which an alarm
will appear when the value is not attained.
Hysteresis Specify here how far the value will drop below the
Threshold high or go above the Threshold low before
an active warning is acknowledged automatically.
Output handling
AUX out active Indicates whether the AUX output is open or closed
when activated. If disabled, output will not be
activated during activities.
Disabled/
Open/
Closed
AUX out when Indicates if output will be activated when the device
is in Home or Away mode. Alternatively, you can set
the connection to activate in case of a warning or an
alarm.
Home/
Away/
Warning/
Alarm
Flow Test control Specifies whether the relay output will be activated
on Flow Test alarm.
Enabled/
Disabled
Quick Test control Specifies whether the relay output will be activated
on Quick Test alarm.
Enabled/
Disabled
Tightness Test
control
Specifies whether the relay output will be activated
on Tightness Test alarm.
Enabled/
Disabled
Volume Test
control
Specifies whether the relay output will be activated
on Volume Test alarm.
Enabled/
Disabled
RESTART
There are various ways to restart the screen:
• Through the menu. The text ”Restart” will be shown on the screen and the device
is restarted.
• By turning the device off and on again.

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FACTORY SETTINGS
There are various ways to restore the screen’s factory settings:
• Through the menu. The text ”Factory settings” will be shown on the screen and the
device will be restarted with the factory settings
• Turn the power off and keep both the Mode button and Clear button pressed until
the device restarts. The text ”Factory settings” will be shown on the screen and the
buttons can be released.
CHANGING THE BATTERIES
In case the screen clock shows the wrong time after a blackout, change the backup
batteries.
1. Lift the control panel off the mounting screws to remove it from the wall.
2. Remove screws on the back and remove the back cover.
3. Remove the circuit board (CPU card) by gently pulling it up.
4. Remove battery (model CR2032) and place a new battery inside.
5. Place the CPU card in its place in a way that the white arrow points up towards the
top part of the box. The arrows on both circuit boards must point in the same
direction to avoid circuit board damage.
6. Put the back cover back in.
MAINTENANCE
Perform the following maintenance once per year:
9Check that Flow indicator lights up when water is flowing. A delay of a few seconds
is normal.
9Test the magnetic valve regularly. Set the system in Away mode, open a faucet and
check that the system shuts the water supply off.
9Clean the dirt filter. A blocked filter may cause problems in water supply or
water pressure. See installation manual.
If needed:
9If the clock on the screen panel shows the wrong time after a blackout, change
the battery.

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TECHNICAL DETAILS
LEAKOMATIC Pro1
P1I-N20 P1I-N25 P1I-N32 P1I-N40 P1I-N50
Control unit
Power source 24VDC
Measures 126(W) x 74(H) x 30(D) mm
Valve unit
Screw thread ¾”
DN20
1”
DN25
1¼”
DN32
1,5”
DN40
2”
DN50
Pressure loss 0,30 bar
Max operation pressure 10 bar
Max flow 5,8 m3/h 11 m3/h 18 m3/h 24 m3/h 40 m3/h
Measures (mm) 90(W) x
225(H) x
125(D)
165(W) x
235(H) x
125(D)
170(W) x
250(H) x
130(D)
180(W) x
260(H) x
135(D)
210(W) x
270(H) x
135(D)
Operation temperature +0 .. +90 °C
Valve position during
an electrical blackout
NO –
Normally Open