DAB FEKA VS User guide

ISTRUZIONI PER L'INSTALLAZIONE E LA MANUTENZIONE

INSTRUCTIONS DE MISE EN SERVICE ET D'ENTRETIEN

INSTRUCTIONS FOR INSTALLATION AND MAINTENANCE

INSTALLATIONSANWEISUNG UND WARTUNG

INSTRUCTIES VOOR INGEBRUIKNAME EN ONDERHOUD

POKYNY K INŠTALÁCII A ÚDRŽBE

ИНСТРУКЦИИ ПО МОНТАЖУ ИТЕХНИЧЕСКОМУ БСЛУЖИВАНИЮ

KULLANIM VE BAKIM TALİMATLARI

INSTALLATIONS - OCH UNDERHÅLLSANVISNING

INSTRUCCIONES PARA LA INSTALACIÓN Y EL MANTENIMIENTO

INSTRUÇÕES PARA A INSTALAÇÃO E A MANUTENÇÃO

POKYNY K INSTALACI A ÚDRŽBĚ

ASENNUS- JA HUOLTO-OHJEET

INSTRUCTIUNI DE INSTALARE SI INTRETINERE

INSTRUKCJA MONTAŻU I KONSERWACJI

安装和维护说明

.ª¦Bl{A¥ J¦yZK{{ LAXBcZG

FEKA VS

FEKA VX

DRENAG 1000-1200

ITALIANO FRANÇAIS

Applicazioni

Dati tecnici e limitazioni d’uso

Avvertenze

Installazione

Installazione FEKA VS-VX

Installazione DRENAG 1000-1200

Allacciamento elettrico

Controllo del senso di rotazione (3 ~)

Avviamento

Regolazione dell’interruttore a galleggiante

Precauzioni

Manutenzione e pulizia

Controllo e cambio olio tenuta FEKA VS-VX

Controllo e cambio olio tenuta DRENAG 1000-1200

Modifiche e parti di ricambio

Ricerca e soluzioni inconvenienti

Applications

Caractéristiques techniques et limites d'utilisation

Avertissements

Installation

Installation FEKA VS-VX

Installation DRENAG 1000-1200

Branchement électrique

Contrôle du sens de rotation (3 ~)

Mise en marche

Réglage de l'interrupteur à flotteur

Précautions

Maintenance et lavage

Contrôle et vidange huile FEKA VS-VX

Contrôle et vidange huile DRENAG 1000-1200

Modifications et pièces de rechange

Identification des inconvénients et remèdes

ENGLISH DEUTSCH

Applications

Technical data and limits on use

Warnings

Installation

Installation FEKA VS-VX

Installation DRENAG 1000-1200

Electric connection

Checking the direction of rotation (3 ~)

Starting up

Adjusting the float switch

Precautions

Maintenance and cleaning

Checking and changing the oil FEKA VS-VX

Checking and changing the oil DRENAG 1000-1200

Modifications and spare parts

Troubleshooting

Anwendungen

Technische Daten und Einsatzgrenzen

Hinweise

Installation

Installation FEKA VS-VX

Installation DRENAG 1000-1200

Elektroanschluss

Kontrolle der Drehrichtung (3 ~)

Anlassen

Einstellen des Schwimmerschalters

Vorsichtsmaßnahmen

Wartung und Reinigung

Kontrolle und Ölwechsel FEKA VS-VX

Kontrolle und Ölwechsel DRENAG 1000-1200

Änderungen und Ersatzteile

Störungssuche und Abhilfen

NEDERLANDS SLOVENSKÝ JAZYK

Toepassingen

Technische gegevens en instructie gebruik

Waarschuwingen

Installatie

Installatie FEKA VS-VX

Installatie DRENAG 1000-1200

Elektrische aansluiting

Controle draairichting (3 ~)

Start

Bijstelling van de drijf vormige knop

Voorzorgen

Schoonmakaan en onderhoud

Controle en olie verversen FEKA VS-VX

Controle en olie verversen DRENAG 1000-1200

Veranderingen en wisselstukken

Onderzoek en oplossing schade

Použitie

Technické údaje a obmedzenie použitia

Upozornenia

Inštalácia

Inštalácia FEKA VS-VX

Inštalácia DRENAG 1000-1200

Elektrické pripojenie

Kontrola smeru otáčania (3~)

Spúšťanie

Regulácia plavákového spínača

Bezpečnosté opatrenia

Údržba a čistenie

Kontrola a výmena olejaù FEKA VS-VX

Kontrola a výmena olejaù DRENAG 1000-1200

Úpravy a náhradné diely

Vyhľadávanie a odstraňovanie porúch

ENGLISH

INSTRUCTIONS FOR INSTALLATION AND MAINTENANCE

Installation and functioning must comply with the safety regulations in force in the

country in which the product is installed. The entire operation must be carried out in a

workmanlike manner.

Failure to comply with the safety regulations not only causes risk to personal safety and

damage to the equipment, but invalidates every right to assistance under guarantee.

APPLICATIONS

The FEKA VS-VX pump is a submersible centrifugal pump made of stainless steel with a vortex

back impeller, designed and built for use with dirty water from septic tanks and dirty water in

general containing solid bodies with maximum diameter 50 mm, but only for non-aggressive water.

Thanks to the radial delivery aperture (2" female) it may be easily fitted on lifting devices (type

DSD2).

The float, where fitted, allows fixed installation and guarantees automatic pumping operation.

The DRENAG 1000 - 1200 pump is of submersible centrifugal type, made completely of stainless

steel with a clearance impeller, designed and built to pump clear waste water, sandy, muddy and

sludgy waters, without fibre, containing solid bodies with maximum dimensions up to 10 mm in

diameter, but always non-aggressive waters. Suitable for domestic and building-site uses in fixed

applications, with manual or automatic operation, for draining cellars and garages prone to flooding,

for pumping drains, rainwater traps or infiltrations from gutters, excavations, etc. Thanks to their

compact shape and easy manoeuvrability and to the vertical delivery mouth with male thread, they are

also suitable for particular applications as portable pumps for emergency uses, such as for drawing

water from tanks or rivers, draining swimming pools or fountains, excavations or underpasses. Also

suitable for gardening and hobby uses in general.

The float, where fitted, allows fixed installation and guarantees automatic pumping operation.

These pumps cannot be used in swimming pools, ponds or tanks in which people

or present, or for pumping hydrocarbons (petrol, diesel fuel, fuel oils, solvents,

etc.) in accordance with the accident-prevention regulations in force.

N.B. The liquid inside the pump, to lubricate the seal device, is not toxic but it may alter the

characteristics of the water (if it is pure water) if there is a leak in the seal device.

TECHNICAL DATA AND LIMITS ON USE

Supply voltage: 1 X 220/240V 50Hz

3 X 400V 50Hz

3 X 230V 50Hz

1 X 220/230V 60Hz

3 X 230V 60Hz

3 X 380/400V 60Hz

Flow rate: see electric data plate

Hmax ( m ) - Head: pag. 135

Degree of motor protection: see electric data plate

Protection class: see electric data plate

Absorbed power: see electric data plate

Liquid temperature range:



from 0°C to +35°C for domestic use (safety

standards EN 60335-2-41)

from 0°C to +50°C for other uses

Maximum immersion: 10 metres

Storage temperature: -10°C to +40°C

Noise level: Falls within the limits envisaged by EC Directive

89/392/EEC and subsequent modifications.

ENGLISH

WARNINGS

1. Use is allowed only if the electric system is in possession of safety precautions in accordance with the

regulations in force.

The appliance is not intendend for use by persons (including children) with reduced physical, sensory or

mental capabilities, or lack of experience and knowledge, unless they have been given supervision or

instruction concerning use of the appliance by a person responsable for their safety. Children should be

supervised to ensure that they do not play with the appliance.

2. The pump is provided with a carrying handle which may also be used to lower it into wells or deep holes

with a rope or cable.

The pumps must never be carried, lifted or made to operate hanging

from their power cable.

3. If the power cable is damaged in any way it must be replaced and not repaired (use cable type H07RN-F

diam. 9 – 9.5 mm. with minimum length 10 metres for the portable version, with a UNEL 47166-68 plug

for the SINGLE-PHASE version and with an EEC plug for the THREE-PHASE version).

This must be done by skilled personnel, in possession of the qualifications required by the regulations in

force.

4. Qualified personnel must also be employed for all electrical repairs which, if badly carried out, could

cause damage and accidents.

5. The pump must never be allowed to run dry.

6. The Manufacturer does not vouch for correct operation of the pump if it is tampered with or modified.

INSTALLATION

1. If the bottom of the well or borehole in which the pump is to operate is particularly dirty, it is

advisable to provide a support for the pump to sit on so as to avoid clogging of the intake grid.

(Fig. 1-Fig.3).

2. Before putting the pump in position, ensure that the strainer is not totally or partially blocked by

mud, sediment or similar substances.

3. It is advisable to use pipes with an internal diameter at least equal to that of the delivery mouth,

to avoid falls in pump performance and the possibility of clogging. In cases where the delivery

pipe has long horizontal stretches, it is advisable for this pipe to have a larger diameter than that

of the delivery mouth.

Totally immerse the pump in the water.

INSTALLATION FEKA VS-VX

1. On the version provided with a float

switch, ensure that the float can move

freely (SEE THE PARAGRAPH ON

ADJUSTING THE FLOAT SWITCH).

Ensure that the minimum dimensions of

the borehole are as in Fig.1. The

dimensions of the borehole must also be

calculated with relation to the quantity of

water arriving and to the pump flow rate

so as not to subject the motor to excessive

starting operations.

2. When the pump is to be in a fixed

installation, with a float, a check valve

must always be fitted in the delivery pipe.

This is also advisable on pumps with

manual operation.

(Fig.1)

700x700

OFF

ENGLISH

3. Connect the delivery pipe or hose directly to the pump mouth. If the pump is used in fixed

installations it is advisable to connect it to the pipe with a coupling so as to facilitate

disassembly and reinstallation. If a hose is used, fit a threaded hosetail on the pump mouth.

Wrap the thread with suitable material to ensure an effective seal (teflon tape or similar).

4. For fixed installations we advise the use of the lifting device

DSD2 (available on request - Fig.2) to facilitate pump

maintenance operations. When fitted between the pump

delivery aperture and the pipe, it avoids having to remove the

delivery pipe during maintenance jobs. The DSD2 device is

composed of 8 parts:

A. Pipe anchoring bracket

B. 3/4" pipes (not supplied)

C. Slide

D. Pipe guide columns

E. Foot

F. Screw TCEI M10X25

G. Base bracket

H. Nut M10

I. Pump flange screw

L. Pump

(Fig.2)

The foot is positioned on the bottom of the tank and fixed with expansion screws of suitable

dimensions. The pipe guide bracket must be positioned at the top of well or borehole and

inserted in the end of two 3/4” pipes (not supplied), which act as a slide. The two pipes connect

the bracket to the foot. Position the base bracket in contact with the pump suction strainer near

the delivery aperture, secure everything to the strainer cover with the screws provaided to lock

the strainer cover.

Remove the top screw from the flange on the delivery side ( I ).

Assemble the anti-rotation bracket ( G ).

Replace the screw ( I ).

Extract the slide from the coupling foot and connect it to the delivery port of the pump.

Using the screw F and the nut H, fix the slide to the pump as indicated in the figure.

Reposition the slide/pump assembly on the foot (Fig.2).

INSTALLATION DRENAG 1000-1200

1. Connect the delivery pipe or hose directly to

the pump mouth. If the pump is used in fixed

installations it is advisable to connect it to the

pipe with a coupling so as to facilitate

disassembly and reinstallation. If a hose is

used, fit a threaded hosetail on the pump

mouth. Wrap the thread with suitable material

to ensure an effective seal (teflon tape or

similar).

2. On the version provided with a float switch,

ensure that the float can move freely (SEE THE

PARAGRAPH ON ADJUSTING THE FLOAT

SWITCH). Ensure that the minimum

dimensions of the borehole are as in Fig.3.

The dimensions of the borehole must also be

calculated with relation to the quantity of water

arriving and to the pump flow rate so as not to

subject the motor to excessive starting

operations.

(Fig.3)

600x600

OFF

ENGLISH

3. When the pump is to be in a fixed installation, with a float, a check valve must always be fitted in

the delivery pipe. This is also advisable on pumps with manual operation.

ELECTRIC CONNECTION

CAUTION! ALWAYS FOLLOW THE SAFETY REGULATIONS.

1. Ensure that the mains voltage is the same as the value shown on the motor plate and

that there is the possibility of MAKING A GOOD EARTH CONNECTION.

2. Pumping stations must always be provided with an automatic switch with an

intervention current of less than 30 mA.

3. Single-phase motors are provided with built-in thermal overload protection and may

be connected directly to the mains. N.B. If the motor is overloaded it stops

automatically. Once it has cooled down it starts again automatically without any

need for manual intervention.

4. Three-phase pumps must be protected with motor protectors suitably calibrated

according to the values on the data plate of the pump to be installed. The plug on the

pump must be connected to an EEC socket complete with isolating switch and fuses.

5. Do not damage or cut the power cable. If this should occur accidentally, have it

repaired or replaced by skilled and qualified personnel.

CHECKING THE DIRECTION OF ROTATION (for three-phase motors)

(Fig.4)

The direction of rotation must be checked each time a new

installation is made.

Proceed as follows (Fig.4):

1. Place the pump on a flat surface.

2. Start the pump and stop it immediately.

3. Carefully observe the kick-back on starting, looking at the

pump from the motor side. The direction of rotation is

correct, that is clockwise, if the protection cap moves as in

the drawing (anti-clockwise).

If it is not possible to check as described above because the pump is already installed, check as

follows:

1. Start the pump and observe the water flow rate.

2. Stop the pump, switch off the power and invert two phases on the supply line.

3. Restart the pump and check the water flow rate again.

4. Stop the pump.

The correct direction of rotation will be the one in which the flow rate

and electric absorption are LOWER!

STARTING UP

Models with a float switch start up automatically when the water level rises; models without a float

are started by means of a switch located upstream from the socket (not supplied).

ADJUSTING THE FLOAT SWITCH

Lengthening or shortening the cable between the float and the fixed point (slot provided in the

handle - Fig.5) adjusts the START or STOP level of the pump. Be sure that the float can move

freely.

ENGLISH

Ensure that the stop level does not uncover the strainer.

(Fig.5)

PRECAUTIONS

1. The intake strainer must always be in place during pump operation.

2. The pump should not be started more than 20 times in one hour so as not to subject the motor to

excessive thermal shock.

3. DANGER OF FROST: When the pump remains inactive for a long time at temperatures of less

than 0°C, it is necessary to ensure that there is no water residue which could freeze and cause

cracking of the pump components.

4. If the pump has been used with substances which tend to form a deposit, rinse it after use with a

powerful jet of water so as to avoid the formation of deposits or scale which would tend to

reduce the yield of the pump.

MAINTENANCE AND CLEANING

In normal operation, the pump does not require any specific maintenance, thanks to its

mechanical seal lubricated in an oil chamber and to its sealed-for-life bearings. The

electropump must not be dismantled unless by skilled personnel in possession of

the qualifications required by the regulations in force. In any case, all repairs and

maintenance jobs must be carried out only after having disconnected the pump from the

power mains.

During disassembly, pay attention to any sharp parts which could cause injury.

ENGLISH

CHECKING AND CHANGING THE SEALING OIL FEKA VS-VX

To perform this operation, slacken the six screws (45) so as to be able to remove the

strainer cover , the strainer and the pump body (1). Retain the O-ring (28) and the nuts

(51). Using a suitable spanner, unscrew the impeller retaining nut (18), holding the

impeller (4) still with your hand. Retain the key (17) and the sand guard (15). Now

overturn the pump with the hydraulic part facing upwards, unscrew and remove the

drainage cap (64).

Tilt the pump so as to let the oil flow out of the drainage hole (64) and catch it in a

container. Analyse the oil: if you find any particles of water or abrasive materials (for

example, sand) it is advisable to check the condition of the mechanical seal (16) and to

have it changed if necessary (at a specialized centre). In this case change the oil too,

with about 170 gr of oil type MARCOL 152ESSO.

Top up the oil level inside the sealing oil chamber using a special funnel inserted in the

hole in the cap (64). Screw the drainage cap (64) back on and perform the disassembly

operations in inverse order to reassemble the pump after having spread a suitable

amount of teflon grease in the seat of the sand guard (15).

OLD OIL MUST BE DISPOSED OF AS REQUIRED BY THE REGULATIONS

IN FORCE.

(Fig.6)

18 17 15

ENGLISH

CHECKING AND CHANGING THE SEALING OIL DRENAG 1000-1200

To perform this operation you must unscrew the six screws of the flange (45) so as to

be able to remove the flange (105) and the outer jacket (77). Unscrew the three screws

of the filter cover (136) and remove the cover (92) and the filter (42). Unscrew the four

screws of the pump body (52) and remove the pump body (1). Using a suitable wrench,

unscrew the nut (18) that blocks the impeller, holding the impeller (4) still with your

hand. Remove the impeller (4), if necessary with the aid of levers. Recover the tab (17)

and the sand protection ring (15), unscrew and remove the cap (64). Tilt the pump so as

to drain the oil out of the hole of the cap (64) and pour it into a container.

Analyse the oil: if you find any particles of water or abrasive materials (for example,

sand) it is advisable to check the condition of the mechanical seal (16) and to have it

changed if necessary (at a specialized centre). In this case change the oil too, with

about 170 gr of oil type MARCOL 152 ESSO.

Top up the oil level inside the sealing oil chamber using a special funnel inserted in the

hole in the cap (64). Screw the drainage cap (64) back on and perform the disassembly

operations in inverse order to reassemble the pump after having spread a suitable

amount of teflon grease in the seat of the sand guard (15).

Attention! During assembly, fit all the O-rings correctly, without damaging them.

OLD OIL MUST BE DISPOSED OF AS REQUIRED BY THE REGULATIONS

IN FORCE.

(Fig.7)

18 17 15

136

6416

105

ENGLISH

MODIFICATIONS AND SPARE PARTS

Any modification not authorized beforehand relieves the manufacturer of all

responsibility. All the spare parts used in repairs must be original ones and the

accessories must be approved by the manufacturer so as to be able to guarantee

maximum safety of the machines and systems in which they may be fitted.

The manufacturer declines all responsibility for possible errors in this booklet, if due to misprints or

errors in copying. The company reserves the right to make any modifications to products that it

may consider necessary or useful, without affecting the essential characteristics.

TROUBLESHOOTING

FAULT CHECK

(possible cause)

REMEDY

1. The motor does not

start and makes no

noise.

A. Check that the motor is live.

B. Check the protection fuses.

C. The float switch does not allow starting.

B. If they are burnt-out, change them.

C. -Ensure that the float moves freely.

-Ensure that the float is efficient (contact

the supplier).

2. The pump does not

deliver.

A. The intake grid or the pipes are blocked.

B. The impeller is worn or blocked.

C. The check valve, if installed on the

delivery pipe, is blocked in closed

position.

D. The level of the liquid is too low. When

starting, the level of the liquid must be

higher than that of the strainer.

E. The required head is higher than the

pump characteristics.

A. Remove the blockage.

B. Change the impeller or remove the

blockage.

C. Check that the valve is operating

correctly and replace it if necessary.

D. Adjust the length of the float switch cable

(SEE THE PARAGRAPH ON

"ADJUSTING THE FLOAT SWITCH").

3. The pump does not

stop. A. The switch is not disactivated by the

float.

A. -Ensure that the float moves freely.

-Check float efficiency (the contacts

could be damaged - contact the supplier).

4. The flow is

insufficient.

A. Ensure that the intake grid is not partly

blocked.

B. Ensure that the impeller or the delivery

pipe are not partly blocked or encrusted.

C. Ensure that the impeller is not worn.

D. Ensure that the check valve (if fitted) is

not partly clogged.

E. On three-phase motors, check that the

direction of rotation is correct (See the

paragraph on "CHECKING THE

DIRECTION OF ROTATION").

A. Remove any blockage.

B. Remove any blockage.

C. Change the impeller.

D. Carefully clean the check valve.

E. Invert the connection of two supply

wires.

5. The thermal overload

protection stops the

pump.

A. Check that the liquid to be pumped is not

too dense as this could cause overheating

of the motor.

B. Check that the water temperature is not

too high.

C. The pump is partly blocked by impurities.

D. The pump is mechanically blocked.

C. Carefully clean the pump.

D. Check whether there is rubbing between

the moving and fixed parts; check the

wear of the bearings (contact the

supplier).

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