ISTRUZIONI PER L'INSTALLAZIONE E LA MANUTENZIONE (IT)
INSTRUCTIONS FOR INSTALLATION AND MAINTENANCE (GB)
INSTRUCTIONS POUR L´INSTALLATION ET LA MAINTENANCE (FR)
INSTALLATIONS- UND WARTUNGSANLEITUNGEN (DE)
INSTRUCTIES VOOR INSTALLATIE EN ONDERHOUD (NL)
INSTRUCCIONES DE INSTALACIÓN Y MANTENIMIENTO (ES)
ИНСТРУКЦИЯ ПО МОНТАЖУ И ТЕХНИЧЕСКОМУ ОБСЛУЖИВАНИЮ (RU)
POKYNY K INSTALACI A ÚDRŽBĚ (CZ)
ASENNUS- JA HUOLTO-OHJEET (FI)
INSTALLATIONS- OCH UNDERHÅLLSANVISNING (SE)
INSTRUCŢIUNI PENTRU INSTALARE ŞI ÎNTREŢINERE (RO)
ΟΔΗΓΙΕΣ ΓΙΑ ΤΗΝ ΕΓΚΑΤΑΣΤΑΣΗ ΚΑΙ ΤΗ ΣΥΝΤΗΡΗΣΗ (GR)
KURMA VE BAKIM BİLGİLERİ (TR)
INSTRUKCJA MONTAŻU I KONSERWACJI (PL)
INSTALLÁCIÓS ÉS KARBANTARTÁSI KÉZIKÖNYV (HU)
INSTRUÇÕES PARA A INSTALAÇÃO E A MANUTENÇÃO (PT)
ИНСТРУКЦИЯ ЗА МОНТИРАНЕ И ПОДДРЪЖКАТА (BG)
(ﺔ
ّ
ﯿ
ِ
ﺑ
َ
ﺮ
َ
ﻌﻟا ﺔﻐﻠﻟا) ﺔﻧﺎﯿﺼﻟاو ﺐﯿﻛﺮﺘﻟا تﺎﻤﯿﻠﻌﺗ
DTRON3
ITALIANO
pag.
01
ENGLISH
page
12
FRANÇAIS
page
23
DEUTSCH
seite
34
NEDERLANDS
pag.
45
ESPAÑOL
pág.
58
РУССКИЙ
стр.
69
ČEŠTINA
strana
81
SUOMI
sivu
92
SVENSKA
sid.
103
ROMÂNĂ
pag.
114
ΕΛΛΗΝΙΚΑ
σελίδα
125
TÜRKÇE
sf.
137
POLSKI
strona
148
MAGYAR
oldal
159
PORTUGUÊS
pag.
171
БЪЛГАРСКИ
Стр.
182
194
ﺔ ﺣ ﻔ ﺻ ﻟ ا
ﺔﻐﻠﻟا ﺔﯾﺑرﻌﻟا
ﻞﻜﺸﻟا Fig. - Fig. – Image - Abb. - Afb. – Fig. - Рис. - Obr. – Kuva – Fig. – Fig. – Εικ. – Şekil – Rys. – Ábra – Fig. – Фиг. -
Fig.1
Fig.2
Fig.3
Fig.5
Fig. 6
Fig. 7
Fig.8
Fig.9
Fig.10
Fig.11
Fig. 12
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CONTENTS
WARNINGS .......................................................................................................................................................................................... 12
RESPONSIBILITY ................................................................................................................................................................................ 13
1 GENERAL ................................................................................................................................................................................... 14
1.1 Applications ....................................................................................................................................................................... 14
1.2 Pumpable Liquids ............................................................................................................................................................. 14
1.3 Technical Data ................................................................................................................................................................... 14
2 INSTALLATION........................................................................................................................................................................... 15
2.1 Mechanical Installation ..................................................................................................................................................... 15
3 FIRST INSTALLATION ............................................................................................................................................................... 16
4 FUNCTION .................................................................................................................................................................................. 17
4.1 Pump start and stop conditions ...................................................................................................................................... 17
4.2 Pump On – OFF ................................................................................................................................................................. 17
5 COM BOX .................................................................................................................................................................................... 18
5.1 Manual Mode ..................................................................................................................................................................... 18
5.2 Auto mode ......................................................................................................................................................................... 18
5.3 COM BOX – DTRON3 Connection ................................................................................................................................... 18
5.4 How to associate DTRON3 and COM BOX ..................................................................................................................... 18
6 CLEANING STORAGE MAINTENANCE .................................................................................................................................... 19
7 TROUBLESHOOTING ................................................................................................................................................................ 19
8 DESCRIPTION OF COM BOX INTERFACE............................................................................................................................... 20
8.1 Description of operating mode ........................................................................................................................................ 20
8.2 Description of LEDs / buttons .......................................................................................................................................... 21
9 INTERFACE OPERATIVITY ....................................................................................................................................................... 21
9.1 Passage from Monitor to SETUP mode and vice-versa ................................................................................................ 21
9.2 Monitor mode .................................................................................................................................................................... 21
9.3 SETUP mode ...................................................................................................................................................................... 22
10 COM BOX TROUBLESHOOTING .............................................................................................................................................. 22
KEY
The following symbols have been used in the discussion:
SITUATION OF GENERAL DANGER.
Failure to respect the following instructions may cause damage to persons and property.
SITUATION OF RISK OF ELECTRIC SHOCK.
Failure to respect the following instructions may cause a situation of serious danger for personal safety.
Notes and general information.
WARNINGS
Read this documentation carefully before installation.
Installation and operation must comply with the local safety regulations in force in the country in which the product is installed.
Everything must be done in a workmanlike manner.
Failure to respect the safety regulations not only causes risk to personal safety and damage to the equipment, but invalidates
every right to assistance under guarantee.
Skilled personnel
It is advisable that installation be carried out by competent, skilled personnel in possession of the technical qualifications
required by the specific legislation in force.
The term skilled personnel means persons whose training, experience and instruction, as well as their knowledge of the
respective standards and requirements for accident prevention and working conditions, have been approved by the person in
charge of plant safety, authorizing them to perform all the necessary activities, during which they are able to recognize and
avoid all dangers (Definition for technical personnel IEC 364).
The appliance may be used by children over 8 years old and by persons with reduced physical, sensory or mental capacities, or
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Failure to observe the warnings may create situations of risk for persons or property and will void the product guarantee.
Particular warnings
Always switch off the mains power supply before working on the electrical or mechanical part of the system. Only firmly
cabled mains connections are admissible. The appliance must be earthed (IEC 536 class 1, NEC and other
applicable
standards).
Mains terminals and motor terminals may still have dangerous voltage when the motor is stopped.
The appliance may only be used for the functions for which it was designed.
Under certain calibration conditions, the converter can start automatically after a power failure.
RESPONSIBILITY
The Manufacturer does not vouch for correct operation of the electropumps or answer for any damage that they may cause if they
have been tampered with, modified and/or run outside the recommended work range or in contrast with other indications given in this
manual.
The Manufacturer declines all responsibility for possible errors in this instructions manual, if due to misprints or errors in copying. The
Manufacturer reserves the right to make any modifications to the products that it may consider necessary or useful, without affecting their
essential characteristics.
who lack experience or knowledge, on condition that they are under supervision or after they have received instructions
concerning the safe use of the appliance and the understanding of the dangers involved. Children must not play with the
appliance. Cleaning and maintenance intended to be carried out by the user must not be performed by children without
supervision.
Overload protection. The pump is equipped with a thermal motor protector. If the motor overheats, the motor protector switches
the pump off automatically. The cooling time is about 15-20 min. after which the pump automatically switches on again. After
the motor protector has tripped, it is absolutely necessary to find the cause and eliminate it. See Troubleshooting.
The power supply cable and the float switch must never be used to carry or lift the pump. Always use the pump handle.
Use is allowed only if the electric system is in possession of safety precautions in accordance with the regulations in force in the
country where the product is installed (for Italy CEI64/2).
Never pull on the cable to detach the plug from the socket.
If the power cable is damaged, it must be replaced by the manufacturer or by their authorised technical assistance service, so as
to avoid any risk.
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1 GENERAL
1.1 Applications
Multistage submerged pump with integrated electronics, ideal for use in rainwater systems and irrigation networks, for pumping water from
tanks, cisterns, wells, lakes and for other domestic applications requiring high pressure.
Thanks to their compact and handy shape, they are also used for particular applications as portable pumps for emergency situations such as for
drawing water from tanks or rivers, draining swimming pools and fountains. Also suitable for gardening and general hobby activity.
The electronics automatically control starting and stopping (ON/OFF) of the application depending on the request for water by the user.
The ideal working situation is with the pump completely submerged; however, the motor cooling system allows its use up to the minimum
suction height (110 mm).
These pumps cannot be used in swimming pools, ponds or basins where people are present, or for pumping hydrocarbons
(petrol, diesel fuel, combustible oils, solvents, etc.) in accordance with the accident-prevention regulations in force. They should
be cleaned before putting them away (See chapter “Maintenance and Cleaning”).
1.2 Pumpable Liquids
Only use the pump in clean water.
The pump must not be used to pump salt water, sewage, inflammable, corrosive or explosive liquids (e.g. petroleum, petrol,
thinners), greases, oils.
The temperature of the liquid to be pumped must not exceed 50°C (122°F).
If the pump is used for the domestic water supply, respect the local regulations of the authorities responsible for the management
of water resources.
Maximum size of solid particles dispersed in the liquid: Diameter 1 mm (0.04 in)
1.3 Technical Data
DTRON3 pumps are equipped with a filter, which can be opened (see figure 1, A) or closed (called X) (see figure 1, B), depending on the
application.
The open filter prevents the passage of suspended particles with a diameter greater than 2.5 mm.
Inside there is a splitter that prevents suction from the bottom, up to a level of 80mm. It is possible to cut or remove it to be able to suck water up
to a minimum of 35mm from the bottom. (see figure 2).
Products with filter X are characterized by the X next to the pump name.
The filter X is characterized by a base, which is not watertight, with a 1'' female connection. The filter X is designed to be used with the KIT X :
suction kit with float (see figure 3).
DTRON3 pump models are identified as below (Table 1):
P1 [W]
Q MAX [l/min – m3/h – gpm]
H MAX [m – psi]
35/90
750
100 – 6 – 26.4
37 – 52.6
45/90
930
105 – 6.3 – 27.7
45 – 64
35/120
900
125 – 7.5 – 33
38 – 54
Table 1
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All technical data are marked on the technical label on the pump.
The various items are explained below (Fig. 4):
Fig.4 Data plate
Pos.
Description
1
Description
2
Revision
3
Year
4
Week
5
Serial number
6
Maximum liquid temperature
7
Use
8
Flow rate
9
Maximum head
10
Minimum head
11
Insulation class
12
Degree of protection
13
Submersibility
14
Rated voltage
15
Ampere
16
P1
17
P2 HP
18
P2 kW
19
Frequency
20
Condenser capacity
21
Voltage
22
Rated number of revolutions
23
Logos
24
Pump code
2 INSTALLATION
Before starting up the pump, check that:
The voltage and frequency on the pump’s technical data plate correspond to the values of the power supply system.
The pump's power cable or the pump is not damaged.
The electrical connection must be made in a dry place, far from any possible flooding.
The electrical system is provided with a residual-current circuit breaker with I ∆n ≤ 30 mA and that the earth system is efficient.
Any extension cables comply with the regulations in force.
2.1 Mechanical Installation
Install the pump in a location that is not exposed to freezing.
When the pump remains inactive at a temperature lower than 0°C, it is necessary to ensure that there is no water residue which
could freeze and damage it.
Hang the pump by passing the rope through the hole provided (see figure 5). Do not hang the pump by the handle.
Do not install check valves near the pump delivery (distance less than 1 metre (3.28ft)). The pump already has a built-in check
valve on delivery.
The DTRON3 pumps already contain a small expansion tank, calibrated for water hammer and small leaks.
In order to reduce the number of pump starts, an auxiliary tank (Figure 6, A) with a capacity of 2 litres can be installed.
If you want to install an additional non return valve (Figure 6, B), it is recommended to position it downstream from the auxiliary tank.
Do not subject the motor to excessive starts per hour. It is strictly recommended not to exceed 60 starts per hour.
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It is advisable to use pipes having a minimum diameter of 1’’, to avoid the decrease of pump performance.
The pump is suitable for vertical or horizontal installations.
Connect a rigid or flexible pipe to the 1¼” delivery of the pump.
The maximum submersibility of the pump depends on the length of the power cable: 12m (39.4 ft) in the case of a cable 15m (49.2 ft) long; 7m
(23 ft) in the case of a cable 10m (32.8 ft) long. Check the details on the technical data plate, as shown in figure 4.
In order to always guarantee a good water flow, it is advisable not to exceed the following heights between the service taps and the pump (see
figure 7).
45/90 35/120 35/90
20 m (65.6 ft) 13 m (42.6 ft) 13 m (42.6 ft)
To facilitate installation in the tank, it is possible to remove the power cable and/or pass it through another passage hole. To
remove it, follow the instructions on the product's quick guide. The electrical cable has a quick connection.
Have this operation carried out by qualified personnel. Check the earth connection before commissioning the product.
The pump has:
• An air vent valve (see figure 8). This valve allows the pump to prime in a very short time. If the water level is lower than the valve level,
some water may escape from the vent valve.
• A small spring and diaphragm expansion tank (in the case of DTRON3 pumps). This limits the number of pump restarts and
compensates for small system losses. The tank protects the pump in case of water hammer. The tank does not require any refilling or
maintenance.
• An overpressure valve, which prevents water hammer. In case of ice in the delivery pipe with a submerged pump, this valve protects
the pump from breakage.
Installation in a well.
Install the pump so that the pump suction is at least 1 m (3.28ft) above the bottom of the well to prevent the intake of sand and impurities. Use
rigid metal pipes to hang the pump and secure the pipes with brackets at the top of the well.
Installation in a tank
The minimum dimensions for the pump passage in the collecting tank are 180x185 mm (7.09x7.28 in).
Hold the pump slightly up from the bottom so as to avoid possible noises/vibrations transmitted to the tank.
The pump will make noise if it is placed on the bottom of the tank.
To avoid obstruction of the suction passages, it is recommended to check periodically that no dirt has accumulated in the
collection trap (leaves, sand, etc.).
Installation with FLOAT KIT (accessory)
In the case of DTRON3 pumps, an NFC level float can be added.
This accessory, once placed in the appropriate seat in the pump, communicates with the electronic board without the aid of electrical
connections.
The minimum overall dimensions of the pump with float inside a well or tank are as follows:
- The minimum recommended distance between the end of the pump float and the wall is 3cm (1.18 in) (see figure 10).
- The minimum recommended distance between the float of the suction pipe and the wall (in the case of version X) is 10cm (3.94 in)
(see figure 10).
3 FIRST INSTALLATION
The pump and the control panel, if present, must be connected to the same power mains, avoiding their being galvanically
separated, as for example due to the presence of open isolation transformers or switches, even single-phase ones.
In particular condominium or industrial contexts, where single-phase users can be connected to different phases of the three-
phase distribution provided by the public operator, the control panel and the pump might not be able to communicate.
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4 FUNCTION
The electronics automatically control starting and stopping (ON/OFF) of the pump depending on the request for water.
The electronics protect the pump from faults in the Non Return Valve (NRV) in the pump casing, which are generally caused by dirt or sand
deposits. The deposits may prevent the NRV from closing, even in the absence of water. Adequate maintenance of the NRV is therefore
recommended.
The pump is automatically switched off every hour; if everything is normal, the user only notices a very slight drop in pressure lasting a few
seconds. If the NRV is blocked, the pump will go into alarm and can be restarted after removing the causes of the obstruction, preferably by
disconnecting and reconnecting it to the power supply. However, the alarm stops if the valve is released mechanically.
The electronics protect the pump from dry running, that is without water (see anti-DRYRUN function).
The electronics protect the pump from false starts in the event of water bubbling (see anti-burping function).
For DTRON3, the electronics protect the pump from leaks in the system, which would cause continuous restarts (see ANTICYCLING function).
4.1 Pump start and stop conditions
When water is consumed in the water supply network, the pump starts when the starting conditions are met. This is done, for example, by
turning on a tap and lowering the pressure in the system. The pump stops again when the water consumption stops, that is when the tap is
turned off.
Start conditions
The pump starts when one of the following conditions is met:
- The flow rate is higher than the minimum flow rate of 2 l/min (0.53 rpm).
- The pressure is lower than the starting pressure (CUT-IN). The cut-in is factory set at 2.4 bar (34.8 psi).
If the pump is equipped with a control panel, the cut-in is variable.
Stop conditions
The pump stops with a delay of 10 seconds when:
-The flow rate is lower than the minimum flow rate with pressure above the CUT-IN.
-The pump stops even when there is no water, safeguarding the motor (see ANTI DRYRUN function).
- Various alarms.
4.2 Pump On – OFF
The pump motor is powered by the electronic control board, located inside the pump body, with an alternating voltage equal to that of the
electrical power mains.
The pump power supply is supplied to the motor according to the evolution of the user's requirements and the hydraulic conditions of the
system, as described below.
CUT-IN / Flow – Normal operation
Normally (in the absence of alarms and when the pump has been primed) the motor is switched on immediately if the pressure is lower than the
cut-in (see paragraph 4.1) or if there is flow. The motor is switched off if the pressure is greater than the CUT-IN and the flow is absent
(however, after 10 seconds of permanence in this condition).
Connection to the power mains - first priming of the pump
After connecting the pump to the mains, the pump motor is switched off and the non-return valve is at rest: if this is not the case, the pump stops
and the motor will never start (see ANTIFLOOD paragraph).
In the normal case, however, the pump behaves as follows:
• If the hydraulic circuit upstream from the pump has a pressure higher than CUT-IN, the pump motor does not start, the priming is finished
regularly.
• If the circuit is not under pressure (P<CUT-IN), the pump motor is started. In this case:
o If the hydraulic circuit goes under pressure (P>CUT-IN) and there is no flow, for example because the delivery tap is closed,
the motor is switched off 10 seconds after starting: the pump is primed.
o If there is no flow or pressure for 20 seconds (P<CUT-IN), the pump goes into DRYRUN alarm and is switched off: the pump
is not primed.
o Finally, if there is flow, the pump is primed and runs normally.
Anti DRYRUN
If no pressure and flow is detected during normal operation (or during pump start-up) for 20 seconds, the pump will go into DRYRUN alarm and
the motor will be switched off.
The pump control electronics will try to restart the pump until the dry running condition, i.e. the absence of flow and pressure, is no longer
detected.
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These restart attempts will be scheduled as follows:
• From the 1st to the 48th attempt: 1 restart every 30 minutes for 20 seconds each
• From the 49th attempt: 1 restart every 24 hours for 20 seconds each
The DRYRUN alarm can be reset manually: if after this reset the pump still does not detect flow and pressure, attempts will last 20
seconds.
The pump electronics have an anti-burping system that prevents false priming due to possible water bubbles.
ANTICYCLING
Slight hydraulic leaks in the system downstream from the pump, when the system is under pressure and without flow, can lead to a gradual drop
in pressure. This will cause the pump to start up periodically, causing damage to the motor, especially when starting at a short distance.
In this case, the electronics recognise the condition and activate the ANTICYCLING alarm. The alarm will prevent the pump motor from starting.
The alarm can be removed manually. The alarm will still be removed automatically after 12 hours.
5 COM BOX
In the case of the DTRON3 model, after having connected the COM BOX to the power mains, all the LEDs of the interface are on to allow the
user to verify its operation.
The DTRON 3 pump can work in “Auto” mode (default) or in “MANUAL MODE”.
5.1 Manual Mode
The user may require the pump motor to be switched on constantly. Attention: as in the case of pumps without electronics, any
control and protection (Anti DRY RUN, Anti Cycling etc.) is excluded and the pump can only be stopped by pressing buttons 1
and 2 at the same time (see image 12).
Forced motor shutdown
The user can force the motor to be shut down, which in any case prevents the motor from starting.
The shutdown described here is also effective if starting is set to "Manual" mode.
5.2 Auto mode
In this mode, the pump power supply is supplied to the motor according to the evolution of the user's requirements and the hydraulic conditions
of the system, as described below.
ANTICYCLING
In the case of the DTRON3 model, the anticycling function is disabled by default. It can be enabled using the COM BOX (see function Figure 12,
11)
5.3 COM BOX – DTRON3 Connection
The pump is connected to the COM BOX by means of the Power Line Communication protocol, from now on indicated in the manual as PLC.
Through this communication COM BOX is able to show the user a lot of information about the status and operation of the pump. The user can
also actively interact with the pump by giving it several commands, as described below.
In order to communicate, DTRON3 and COM BOX must be associated.
The DTRON3 and COM BOX in the package are already associated in the factory;
If the two units are already associated, the connection is made within 30 seconds after the COM BOX and the DTRON3 are switched on, the
two units will be connected (blue PLC LED on with steady light).
The quality of the PLC connection can be influenced by many factors:
- Power mains topology
- Reactive loads present on the line
- Connection length
- Cable cross section
If there are communication problems, reduce the distance (and therefore the length of the electrical connection) between the two devices.
The two devices must be connected to the same single-phase power supply and must have a common phase and neutral.
5.4 How to associate DTRON3 and COM BOX
As described in the previous chapter, the DTRON3 and COM BOX in the package are already associated in the factory.
If one of the two devices has to be replaced, it will be necessary to make a new association between COM BOX and DTRON 3, according to the
following procedure:
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1) Disconnect DTRON3 from the power mains
2) Delete any previous associations on COM BOX (9.3.)
3) Put COM BOX in the association phase (9.3.)
4) Connect DTRON3 to the power mains
5) Check the status of the PLC LED on COM BOX; if it is on with a steady light, the association has been successful.
6 CLEANING STORAGE MAINTENANCE
The pump does not require any maintenance. Frost can damage the pump. In very cold temperatures, remove the pump from the
liquid, empty it and store it away from frost. Before any cleaning work is carried out, the pump must be disconnected from the power
mains.
Once the pump has been removed from the liquid, it is advisable to clean the following parts with a simple jet of water:
- Filter (open, see figure 1A)
- Suction filter with float, in case of version X (see figure 3)
- Non-return valve. In this case, remove the part concerned as shown in figure 11.
Be sure to reassemble all parts correctly.
7 TROUBLESHOOTING
Before starting to look for faults it is necessary to disconnect the power supply to the pump (take the plug out of the socket). If the
power cable or any electrical part of the pump is damaged, the repair or replacement must be carried out by the manufacturer or
by their technical assistance service, or by a person with equivalent qualifications, so as to prevent any risk.
FAULTS PROBABLE CAUSES REMEDIES
The pump does not turn on or
does not stay on.
1. Pump is not powered
1. Check power supply
2.. No water 3. Restore the water level
The pump does not deliver water
1. The suction grid or the pipes are blocked
1. Remove the obstructions
2. The impeller is worn or blocked
2. Replace the impeller or remove the blockage
3. The head required is higher than the pump’s
characteristics
The flow rate is insufficient
1. The suction grid is partly blocked
1-2 Remove any obstructions
2. The impeller or the delivery pipe are partly
blocked or encrusted
Pump stops (possible tripping of
the thermal safety switch)
1. The liquid to be pumped is too thick and
overheats the motor.
1-2-3-4 Disconnect the plug and remove the cause
that caused the overheating, wait for the pump to cool
down and reinsert the plug.
2. The water temperature is too high
3. A solid body is blocking the impeller
4. Power supply not in accordance with data plate
values
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8 DESCRIPTION OF COM BOX INTERFACE
The interface of the DTRON3 pump is presented with the COM BOX unit, the panel of which is shown in the following figure:
Figure 12: panel of the COM BOX device
8.1 Description of operating mode
COM BOX can operate in two modes, Monitor mode and SETUP mode.
MONITOR mode
The following information is available in MONITOR mode:
• pressure on the delivery of the DTRON3 pump (6)
• motor power status (4)
• DISABLE status of the pump (XX)
• current faults/alarms (5, 8, 10, 11)
• connection status of the COM BOX with the DTRON(s) (8)
The following controls are available in MONITOR mode:
• Reset any alarms present
• Disable/enable pump operation
SETUP mode
In SETUP mode the user can:
• Vary the CUT-IN pressure
• Manually activate the pump motor
• Enable/disable the connection between COM BOX and DTRON
• Activate/deactivate recognition of the ANTICYCLING condition
• Disable/enable pump operation
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8.2 Description of LEDs / buttons
See Figure 12
LED
Function
Explanation
6
CUT-IN The lit LED indicates the CUT-IN value
12
ON/OFF System status: on or off
4
MOTOR STATUS Indicates whether or not the pump is operating
5
ALARM Indicates that there is a general alarm
7
MANUAL MODE Indicates manual operation
8
PLC
Indicates correct communication between pump and COM
BOX
11
ANTI DRYRUN Indicates that there is a DRY RUN alarm
10
ANTI-CYCLING
Indicates that there is an ANTICYCLING alarm and/or that
the ANTICYCLING activated status has been detected
1 - 2
-
+ / -
3
-
RESET/SELECT
Table2
9 INTERFACE OPERATIVITY
9.1 Passage from Monitor to SETUP mode and vice-versa
To pass from Monitor mode to SETUP mode, hold down the buttons “+” (Figure 12, 1) and “Reset/Select” (Figure 12, 3) simultaneously for at
least 3 seconds. To pass from SETUP mode to Monitor mode, hold down the buttons “–“ (Figure 12, 2) and ”Reset/Select” (Figure 12, 3)
simultaneously for at least 3 seconds or wait for 1 minute without touching any button on the interface. When switched on, the COM BOX is in
Monitor mode by default.
9.2 Monitor mode
Motor status (Fig 12, 4)
If the green “Motor Status” LED is lit, the motor is powered.
Alarm reading (Fig 12, 5)
If the “Alarm” LED is lit, it indicates that an alarm has been activated. The lighting of the ANTICYCLING or DRYRUN LED indicates which alarm
is active.
MANUAL MODE function (fig.12, 7)
The active “MANUAL” mode is indicated by the lit LED. To activate/deactivate this mode, see the chapter “SETUP Mode”.
PLC connection (Fig 12, 8)
If the LED is lit, the PLC connection is active or the COM BOX is available for connection to a pump.
If the LED is lit with a steady light, the connection is active.
If the LED is flashing slowly (1 second ON; 1 second OFF) it indicates that the connection is not active, but COM BOX is associated with the
pump.
If the LED is flashing rapidly (0.5 seconds ON; 0.5 seconds OFF), it indicates that COM BOX and DTRON3 are associating.
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PUMP BLOCK function
By simultaneously pressing and releasing the "+" and "-" buttons (fig 12, 1 - 2), the pump motor stops unconditionally and cannot start again
until the "+" and "-" buttons (fig 12, 1 - 2) are pressed again simultaneously and released. This Inhibition also prevails over any motor start set in
"MANUAL” mode.
The blocking of the pump stops if DTRON3 and COM BOX are disconnected. Turning on the DTRON3 again or the absence of connection
between DTRON3 and COM BOX does not affect the setting of the inhibition.
ALARM RESET function
The alarms can be set manually by pressing the ”Reset/Select” button (Figure 12, 3).
9.3 SETUP mode
Once in SETUP mode (see paragraph 8.1)
With the exception of the CUT-IN function, the activation of each function causes the corresponding LED to light up, which will flash as
described below:
• ON x 3 sec
• Flashing 0.3 sec ON and Off, 4 times
SETTINGS SELECTION mode
With the "Reset/Select" button (Figure 12, 3) you can go through the settings described below.
The first setting you will find, once the SETUP Mode is activated, is the "CUT-IN Variation".
CUT-IN Variation
With this function it is possible to vary the pump CUT-IN value. This value can be increased/decreased with the "+" and "-" buttons (Fig 12, 1-2)
and can assume the values represented in the barometric scale by flashing.
Instead, the current value of the CUT-IN is highlighted with the corresponding LED lit with a steady light.
Too low a CUT-IN value could prevent the pump turning on and keep it off at all times.
Too high a CUT-IN value could cause a DRYRUN alarm.
It is recommended not to exceed the CUT-IN value of:
• 2.5 bar (36.2 psi) for models DTRON3 (X) 35/90 and 35/120
• 3.5 bar (50.7 psi) for models DTRON3 (X) 45/120
Enabling/disabling manual operation
In this setting, the pump motor is switched on using the "+" button (Fig 12, 1).
The "-" button (Fig 12, 2) restores normal operating conditions.
Associating/Dissociating COM BOX / DTRON3
In this setting, by pressing the "+" button (Fig 12, 1) for 5 seconds, the COM BOX temporarily enters the PLC association status through the
power supply network.
Pressing the "-" button (Fig 12, 2) for 5 seconds eliminates any association with the DTRON3.
Enabling/disabling ANTICYCLING
In this setting, use the "+" button (Fig 12, 1) to activate the ANTICYCLING function described above.
The "-" button (Fig 12, 2) deactivates this function.
10 COM BOX TROUBLESHOOTING
FAULTS PROBABLE CAUSES REMEDIES
The Pump and the COM BOX do
not connect to each other
1. They are galvanically separated
1. Check that the two units are on the same power
supply and in the same phase.
2. They are too far apart 2. Connect the two units at a shorter distance
3. The two units are not associated
3. Repeat the first association procedure described in
8.3.
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SOMMAIRE
MISES EN GARDE ............................................................................................................................................................................... 23
RESPONSABILITÉ .............................................................................................................................................................................. 24
1 CONSIDÉRATIONS GÉNÉRALES ............................................................................................................................................. 25
1.1 Applications ....................................................................................................................................................................... 25
1.2 Liquides Pompables ......................................................................................................................................................... 25
1.3 Données Techniques ........................................................................................................................................................ 25
2 INSTALLATION........................................................................................................................................................................... 26
2.1 Installation Mécanique ...................................................................................................................................................... 26
3 PREMIERE INSTALLATION ....................................................................................................................................................... 28
4 FONCTIONS ................................................................................................................................................................................ 28
4.1 Conditions de démarrage et d'arrêt de la pompe ........................................................................................................... 28
4.2 Pompe On – OFF ............................................................................................................................................................... 28
5 COM BOX .................................................................................................................................................................................... 29
5.1 Manual Mode ..................................................................................................................................................................... 29
5.2 Mode Auto .......................................................................................................................................................................... 29
5.3 Connexion COM BOX – DTRON3 ..................................................................................................................................... 29
5.4 Comment associer DTRON3 et COM BOX ...................................................................................................................... 30
6 NETTOYAGE RANGEMENT MAINTENANCE ........................................................................................................................... 30
7 DÉPANNAGE .............................................................................................................................................................................. 30
8 DESCRIPTION DE L'INTERFACE COM BOX............................................................................................................................ 31
8.1 Description du mode de fonctionnement ....................................................................................................................... 31
8.2 Description LED/touches ................................................................................................................................................. 32
9 FONCTIONNEMENT DE L'INTERFACE .................................................................................................................................... 32
9.1 Passage du mode Monitor au mode SETUP et vice-versa ............................................................................................ 32
9.2 Mode Monitor ..................................................................................................................................................................... 32
9.3 Mode SETUP (configuration) ........................................................................................................................................... 33
10 DÉPANNAGES COM BOX ......................................................................................................................................................... 33
LÉGENDE
Dans ce manuel, les symboles suivants ont été utilisés :
SITUATION DE DANGER GÉNÉRALE
Le non-respect des instructions suivantes peut entraîner des dommages aux personnes et aux biens.
SITUATION DE RISQUE DE CHOC ÉLECTRIQUE.
Le non-respect des instructions suivantes peut entraîner une situation de grave danger pour la sécurité des personnes.
Notes et informations générales
MISES EN GARDE
Avant de procéder à l´installation lire attentivement cette documentation.
L'installation et l'utilisation doivent être conformes aux réglementations de sécurité du pays où le produit est installé. L'ensemble
de l'opération doit être effectué selon les règles de l'art.
Le non-respect des règles de sécurité, en plus de créer un danger pour la sécurité des personnes et des dommages à
l'équipement, annulera tout droit d'intervention sous garantie.
Personnel spécialisé
Nous recommandons que l'installation soit effectuée par du personnel compétent et qualifié, en possession des exigences
techniques requises par la réglementation spécifique en la matière.
Par personnel qualifié, on désigne les personnes qui, du fait de leur formation, de leur expérience et de leur formation, ainsi que
de leur connaissance des réglementations, des dispositions relatives à la prévention des accidents et aux conditions de service
en vigueur, ont été autorisées par le responsable de la sécurité des installations à effectuer toutes les tâches suivantes : toute
activité nécessaire et en ce faire reconnaitre et éviter tout danger (Définition pour le personnel technique CEI 364).
L’appareil peut être utilisé par des enfants de plus de 8 ans et par des personnes ayant des capacités physiques, sensorielles
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Le non-respect de ces avertissements peut créer des situations dangereuses pour les personnes ou les biens et invalider la garantie du produit.
Recommandations particulières
Toujours couper la tension de secteur avant de travailler sur la partie électrique ou mécanique de l’installation. Seuls les
branchements de secteur solidement câblés sont admissibles. L´appareil doit être mis à la terre (CEI 536 classe 1, NEC et
autres normes concernant cette disposition).
Les bornes de secteur et les bornes du moteur peuvent porter une tension dangereuse même lorsque le moteur est arrêté.
L'appareil ne doit être utilisé que pour les fonctions pour lesquelles il a été construit.
Dans certaines conditions d'étalonnage, après une panne de courant, le convertisseur peut démarrer automatiquement.
RESPONSABILITÉ
Le fabricant n'est pas responsable du bon fonctionnement des électropompes ou de tout dommage causé par celles-ci, si elles sont
altérées, modifiées et/ou utilisées sans respecter les valeurs de fonctionnement recommandées ou les autres dispositions de ce
manuel.
Il décline également toute responsabilité concernant les éventuelles inexactitudes contenues dans ce manuel d’instructions, si elles sont dues à
des erreurs d´imprimerie ou de transcription. Il se réserve le droit d´apporter aux produits toutes les modifications qu´il jugera nécessaires ou
utiles, sans en compromettre les caractéristiques essentielles.
ou mentales réduites ou avec un manque d’expérience et de connaissances, à condition qu’elles soient surveillées ou après
avoir reçu des instructions sur l’utilisation de l’appareil en toute sécurité et qu’elles ont compris les dangers qui y sont inhérents.
Les enfants ne doivent pas jouer avec l'appareil. Le nettoyage et la maintenance à effectuer par l'utilisateur ne doivent pas être
effectués par des enfants sans surveillance.
Protection contre les surcharges. La pompe est équipée d'un disjoncteur thermique. En cas de surchauffe du moteur, le
disjoncteur arrête automatiquement la pompe. Le temps de refroidissement est d'environ 15-20 min. après quoi la pompe se
rallume automatiquement. Après le déclenchement du disjoncteur, il est absolument nécessaire d’en rechercher la cause la
cause et de l’éliminer. Voir Dépannages.
Le câble d'alimentation et l'interrupteur à flotteur ne doivent jamais être utilisés pour transporter ou soulever la pompe. Toujours
utiliser la poignée de la pompe.
L'utilisation n'est autorisée que si le système électrique est caractérisé par des mesures de sécurité conformes à la
réglementation en vigueur dans le pays d'installation du produit (pour l’Italie CEI 64/2)
Ne jamais débrancher la fiche en tirant le câble.
Si le câble d´alimentation est endommagé, il doit être remplacé par le fabricant ou par un centre de service après-vente autorisé,
de manière à prévenir n´importe quel risque.
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1 CONSIDÉRATIONS GÉNÉRALES
1.1 Applications
Pompe immergée multicellulaire avec électronique intégrée, idéale pour les systèmes d'eau de pluie et les réseaux d'irrigation, pour pomper
l'eau des réservoirs, citernes, puits, étangs et pour d'autres applications domestiques nécessitant une pression élevée.
Grâce à leur forme compacte et maniable, elles peuvent être utilisées également comme pompes portables pour les cas d´urgence comme le
puisage d´eau dans des réservoirs ou des rivières, le vidage de piscines et fontaines. Adaptées également pour le jardinage et le bricolage en
général.
L'électronique contrôle automatiquement l'activation et la désactivation (ON/OFF) de l'application en fonction de la demande en eau de
l'utilisateur.
La situation de travail idéale se déroule lorsque la pompe est complètement immergée, cependant, le système de refroidissement du moteur
permet son utilisation jusqu'à la hauteur minimale d'aspiration (110 mm).
Ces pompes ne peuvent pas être utilisées dans des piscines, étangs, bassins en présence de personnes, ou pour le pompage
d´hydrocarbures (essence, gazole, mazout, solvants, etc.) conformément à la réglementation en vigueur en matière de
prévention des accidents. Avant de les ranger, il est recommandé de prévoir une phase de nettoyage (voir le chapitre
« Maintenance et nettoyage »).
1.2 Liquides Pompables
Utilisez la pompe uniquement dans de l'eau propre.
La pompe ne doit pas être utilisée pour pomper de l'eau salée, des eaux usées, des liquides inflammables, corrosifs ou explosifs
(par exemple du pétrole, de l'essence, des diluants), des graisses, des huiles.
La température du liquide à pomper ne doit pas dépasser 50 ° C (122F)
En cas d'utilisation de la pompe pour l'alimentation en eau domestique, respectez les réglementations locales des autorités
responsables de la gestion de l'eau.
Taille maximale des particules solides dispersées dans le liquide : Diamètre 1 mm (0.04 in)
1.3 Données Techniques
Les pompes DTRON3 sont équipées d'un filtre qui peut, selon l'application, être ouvert (voir image 1, A) ou fermé (appelé X) (voir image 1, B).
Le filtre ouvert empêche le passage des particules en suspension de diamètre supérieur à 2,5 mm.
À l'intérieur de celui-ci, il y a un séparateur qui empêche l'aspiration du fond, jusqu'à un niveau de 80 mm. Il est possible de le couper ou de
l'enlever pour aspirer de l'eau jusqu'à un minimum de 35 mm du fond. (voir image 2)
Les produits avec filtre X sont caractérisés par le X à côté du nom de la pompe.
Le filtre X est caractérisé par une base, non étanche à l'eau, avec un raccordement femelle de 1 ''. Le filtre X est conçu pour être utilisé avec le
KIT X : kit d’aspiration avec flotteur (voir image 3).
Les modèles de pompe sont identifiés comme suit (Tableau 1) :
P1 [W]
Q MAX [l/min – m3/h – gpm]
H MAX [m – psi]
35/90
750
100 – 6 – 26.4
37 – 52.6
45/90
930
105 – 6.3 – 27.7
45 – 64
35/120
900
125 – 7.5 – 33
38 – 54
Tableau 1
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Toutes les données techniques sont indiquées sur l’étiquette technique de la pompe.
Vous trouverez ci-dessous une explication des différents éléments présents (Image 4) :
Image 4 Plaque
Pos.
Description
1
Description
2
Révision
3
Année
4
Semaine
5
Numéro de série
6
Température maximale du liquide
7
Utilisation
8
Débit
9
Hauteur manométrique maximale
10
Hauteur manométrique minimale
11
Classe d'isolation
12
Indice de protection
13
Submersibilité
14
Tension nominale
15
Ampère
16
P1
17
P2 HP
18
P2 kW
19
Fréquence
20
Capacité du condensateur
21
Tension électrique
22
Vitesse de rotation nominale
23
Logos
24
Code de la pompe
2 INSTALLATION
Avant de démarrer la pompe, vérifiez que :
La tension électrique et la fréquence indiquées sur la plaque technique de la pompe correspondent aux données de l’installation
électrique d’alimentation.
Le câble d'alimentation de la pompe ou la pompe ne sont pas endommagés.
Le raccordement électrique doit être effectué dans un endroit sec, à l’abri de toute inondation.
L’installation électrique est équipée d'un disjoncteur différentiel de da I ∆n ≤ 30 mA et que le système de mise à la terre est
efficace.
Tout rallonge est conforme à la réglementation en vigueur
2.1 Installation Mécanique
Installez la pompe dans un endroit non exposé au gel.
Lorsque la pompe reste inactive à une température inférieure à 0 °C, il est nécessaire de vous assurer qu’il n´y a pas d´eau
résiduelle qui, en gelant, pourrait l’endommager.
Accrochez la pompe en faisant passer la corde dans le trou approprié (voir image 5). N’accrochez pas la pompe par la poignée.
N’installez pas de clapets anti-retours à proximité de la sortie de refoulement de la pompe (c.-à-d. à une distance inférieure à 1 m
(3.28ft), En fait, la pompe a déjà un clapet anti-retour incorporé à la sortie de refoulement.
Les pompes DTRON3 contiennent déjà un petit vase d'expansion, calibré pour les coups de bélier et les petites fuites.
Afin de réduire le nombre de redémarrages de la pompe, un réservoir auxiliaire (Image 6, A) de 2 litres peut être installé.
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dans d''autres langues
- English: DAB DTron 3 Operating instructions
Documents connexes
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DAB DTRON 2 Mode d'emploi
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DAB DTron 3 Mode d'emploi
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DAB E.SYBOX MINI 3 Manuel utilisateur
