Aqua HC899 Series Manual

05/02/2021 Rev.1 1
OPERATING AND
MAINTENANCE INSTRUCTIONS
HC899
HC 899

05/02/2021 Rev.1 2

05/02/2021 Rev.1 3
1.0 GENERAL COMMENTS 4
1.1 Warnings 4
1.2 Shipping and transporting the pump 4
1.3 Use of the pump 4
1.4 Design Standard 5
2.0 INTRODUCTION 6
2.1 Programming 6
3.0 TECHNICAL CHARACTERISTICS 6
3.1 General rules 6
3.2 Standard accessories supplied 7
3.3 Electrical characteristics 7
3.4 Electrical connections 7
3.5 Hydraulic connections 8
3.6 Operations 9
4.0 MAINTENANCE 9
4.1 General maintenance comments 9
4.2 Periodic maintenance 10
4.3 Basic maintenance procedures 10
4.4 Replacing worn parts 10
4.5 Commonly reported problems 11
Chemical Compatibility Table 12
WARRANTY CERTIFICATE 13
Dimensions 14
Connection and exploded views 15
THIS SYMBOL INDICATES SECTIONS
TO READ CAREFULLY!
ENGLISH

05/02/2021 Rev.1 4
1.0 GENERAL COMMENTS
1.1 Warnings
The aim of HC899 pump manual is to provide you with all the necessary information for a proper
installation and maintenance in order to give you optimum results whilst in operation.
For this reason it is really important reading with attention the instructions given below since they
furnish all the indications necessary for the sureness of the installation, use and maintenance
This manual has to be preserved with care to be consulted in whatever
occasion.
At the moment of the receipt you have to check the integrity of the panel and
of all its components, in case of anomalies consult skilled staff before making
interventions.
Before the installation of the pump check that all the data on the pump’s label
correspond to those of the electrical plant.
Do not operate with bare/naked hands or feet
Do not leave the equipment exposed to the action of the atmospheric agents.
Avoid splashing water
The equipment has to be operated from skilled person.
In case of improper functioning of the panel switch off and contact our
technical assistance for any necessary repairs.
For a correct functioning it is necessary to use original spare parts and
original accessories. The producer declines whatever responsibility in
reference with break down due to tampering or the use of not original spare
parts and accessories.
The electrical plant has to be in conformity with the rules of the country
where it is realised.
The room temperature of utilisation can’t over take 45° C
1.2 Shipping and transporting the pump
The equipment must be transported in its original packaging, organized and built in such a way as to
minimize shocks and to protect the protruding parts that can be damaged. If there is a need for
transport after the equipment has already been installed (e.g. for a return for repair or replacement),
reuse the original packaging or a sufficiently sturdy packaging with the equipment protected with
absorbent material ( eg bubble wrap). The external packaging must be such as to ensure the safety
of the equipment in the event of a fall from 1 meter in height.
1.3 Use of the pump
The use of this pump must comply with the methods and instructions set out in this manual.
The pump can dose chemicals that can be harmful to human health and for this reason it is essential
that must be used by qualified personnel who adopt the appropriate safety methods and personal
protective equipment.
AVOID IMPROPER USE of the equipment in order to avoid damage to things and people, due to
uncontrolled splashes, drips, electrical contacts, etc.
The following uses can be considered improper uses, in indicative and non-exhaustive form:
- Dosing of products not consistent with the materials with which the pump is made;
- Dosing of explosive and / or flammable products;
- Dosing of fluids with excessive viscosity (1000 cps), such as to prevent the priming of the pump
itself;
- Dosage of food liquids, if intended to maintain such use;

05/02/2021 Rev.1 5
- Avoid inverting the pump delivery and suction;
- Avoid powering the pump with voltages other than those indicated in the technical
specifications;
- Avoid connecting any equipment other than specific equipment to the signal outputs (level,
pulse counter, current signal, etc.);
1.4 Design standard
Our pumps are built according to the actual general directives endowed with CE mark in conformity
with the following European directives:
▪n° 2014/30/CE “Electromagnetic compatibility –ECM”
▪n° 2014/35/CE “DBT Low Voltage Directive” e s.m.i.
▪n° 2011/65/UE , 2012/19/UE “direttive RoHs e WEEE” e s.m.i.
Granted this we think that in order to obtain an high trustworthiness and a lasting functioning
of the pump it is necessary to follow with attention our manual particularly in reference with
the maintenance!
The Producer declines all responsibility in reference with whatever intervention on the
equipment from not skilled personnel!
ENGLISH

05/02/2021 Rev.1 6
2.0 INTRODUCTION
HC899 are constant flow rate dosing pumps. They are equipped with an ON / OFF switch and a
connector for level probe, placed in the bottom of the case. The flow rate can be adjusted from 0 to
100% with a trimmer placed in the front panel of the pump. It is possibile to reduce the range of
trimmer from 0 to 20% following the procedure described in Programming paragraf. The front panel
is also equipped with a red flashing led, that can indicate:
Flashing led with trimmer at every position exept 0%: each flashing correponds to a
single injection of the pump
Flashing led with trimmer at 0%: a fast flashing indicates that the range of trimmer is
from 0 to 100% a slow flashing indicates that the range of trimmer is from 0 to 20%
Fixed led: low level alarm is activated. Please note that alarm has 5 seconds of waiting
before activating or disactivating
Fast Flashing led with trimmer at every position exept 0%: a fast flashing without pump
impulses indicates a protection condition dued to over-heating of magnet, the pump
comes back automatically to normal function when the temperature decreses
2.1 Programming
HC899 programming is based on setting of number of pulses per minutes. The number of pulses per
minutes will change the flow rate of the pump. It is possibile to modify the number of pulses per
minutes using 2 range: Complete 0-100%, Reduced 0-20%.
To change the range of trimmer proceed as follow:
Put the trimmer at minimum 0%
Flashing frequency indicates the actual dosing range: fast flashing = 0-100%, slow
flashing 0-20%
Turn the trimmer clockwise ann reach the maximum of range then within 2 second turn
back the trimmer to minimum 0%
Flashing frequency has changed to indicate the new dosing range, if necessary repeat
procedure.
3.0 TECHNICAL CHARACTERISTICS
3.1 General rules
Install the pump:
On an horizontal reinforcement (ex: stoking tank) or on the pump shelf
(optional) so that the pump head stays always in vertical position +/-15°.
Far from an hot source in dry places at maximum temperature of 45°C and
minimum 0°C.
In a ventilated place and easily accessible by an operator for periodical
maintenance.
At a suitable height above the chemical up to a maximum height of 1.5 meters.
If for exigency of the plant it’s necessary to install the pump under the level of
the chemical, you need to use an injection valve or an anti siphon valve.
Do not install the pump over the tank in presence of liquids that emanate fumes
unless it is hermetically closed.
ENGLISH

05/02/2021 Rev.1 7
3.2 Standard accessories supplied
1 Foot valve / Strainer.
1 Injection fitting / pressure loading valve.
2 meters opaque PE delivery tubing.
2 meters PVC clear suction tubing.
2 meters PVC clear priming tubing
3.3 Electrical Characteristics
Power supply: 230 VAC 50/60 HZ
3.4 Electric connection
CAUTION !!!!!
Verify that the earth system is perfectly functional and complies with the applicable
regulations. Ensure the unit is connected to a circuit protected by a highly sensitive
(0.03A) RCCB circuit breaker. If unsure please consult a competent electrician. Verify
that the rated values of the pump are compatible with those of the mains. Never install
the pump directly in parallel with inductive loads (e.g. motors/solenoid valves) if
necessary, use an isolating relay.
There are 2 protection devices inside the pump: a varistor and a fuse.
P- Metering Pump
R- Relay
I-Switcher or multi-pole security device
E- Motor or generally inductive charge
A- Supply voltage
ENGLISH

05/02/2021 Rev.1 8
3.5 Hydraulic connection
After the exact installation of the pump (see generalities), proceed with the connection.
Suction: connect the suction tube (PVC soft cristal) to the foot filter that is supplied and put it in the
hose clamp, lock the tube closing the nut. If it utilises a level probe, this one has to be connected to
the filter through the support that is supplied. Put the foot filter into the liquid suction lift tank. Connect
the other extremity to the suction of the pump (lower part of the pump head), unscrew the nut from
the nipple, take off the rubber white disk situated on the tube connection. Let pass the tube through
the nut and the adaptor for the 4x6 tube with a simultaneous action of pressing and rotating, put the
tube on the nipple conical connection (hose clamp) till the end; lock up everything by closing the nuts
well. See fig. 9
Delivery: connect the pump to the plant always through the injection valve (1/2”Gm) that is supplied
with the installation Kit. Fit a Gf 1/2” nipple on your water supply line and after that fitting, to the point
where you require chemical injection, the injection valve out with teflon and put in into the pipe.
Unscrew the nut, put well the discharge tube (stiff Polyetilene) on the hose clamp of the nipple’s valve,
lock everything by closing the nut well.
Connect the other extremity to the delivery of the pump (upper part of the pump head), by repeating
the instructions above. See fig. 9
Purge: connect another tube’s extremity for the manual purge (2 mt PVC crystal) in the hose clamp
situated on the pump head lower to the right, while the other extremity is to be put into the suction lift
tank. See fig. 10
INSTRUCTION FOR PRIMING
For the priming of the pump in case of high against pressure in the injection, turn the purge knob for
a quarter or a half of round (see fig. 10) until the head pump is completely full. Screw down again the
knob.
ATTENTION!! If it is necessary to take the pump off the plant, it is important to put the white
disk in again, so as to avoid any exit of the liquid contained in the pump head
from dripping out. - During the installation ensure that the discharge tubing is
fixed correctly to avoid that it does not rub against hard bodies. Avoid also
use less bends both on discharge and suction tubing.
- Connect the pump to the plant always through the injection valve (1/2”Gm)
supplied with the installation kit.
- Connect the soft PVC tubing only in suction (on the foot filter side), instead
connect the PE tubing in delivery by verifying that the cut of the tubing is
clean and that lateral crushing is not caused; it is advisable to utilise a cutter
instead of scissors.
ENGLISH

05/02/2021 Rev.1 9
3.6 Operation
The metering pump is activated by a Teflon diaphragm mounted on a piston enclosed into an
electromagnet, which is fed by continuous current producing a square wave moving the piston thus,
a pressure is produced in the pump body with an expulsion of liquid from the discharge valve. Once
the electric impulse is over, the return of the piston is spring assisted thus producing the suction action
to the initial position, with a recall of liquid through the suction valve. The material used for the
construction of the pump makes it particularly suitable for aggressive liquids.
We suggest you in any case to use the compatibility tables or our technical department.
Dimensions
Series HC899 pump - wall mounting (Fig. 1)
Series HC899 pump - base mounting (Fig. 2)
Connection and exploded views
Tubing connections on pump head (Fig. 9)
Manual purge (Fig. 10)
Low level switch connection (HC899)(Fig. 11)
HC899 series exploded view (Fig. 16)
HC899 Pump head ball (Fig. 17- Fig. 19)
4.0 MAINTENANCE
4.1 General maintenance comments
Regular maintenance is essential if the pump has to give good service over a
long period.
The following advice should be strictly followed:
It is difficult to estimate the periods between maintenance operations,
because of the pumps operating conditions and the chemicals employed. It is
therefore the basic responsibility of the operator to check regularly the
appearance and condition of the pump and to clean and service it according
to his findings.
ENGLISH

05/02/2021 Rev.1 10
4.2 Periodic maintenance
Liquid’s level in the tank should be monitored regularly and the tank refilled a
necessary to avoid the running dry of the pump. Wet parts of the pump, foot
valve, suction/delivery valves and the head and diaphragm should be inspected
and cleaned at least every 3 months. Where very aggressive chemicals are
being dosed, (Sodium Hypo chlorite is particularly difficult) this period may
need to be reduced and cleaning be carried out more frequently. If pumps are
not used for long periods, scale, sediment and encrustation deposits can build
up causing the pump to malfunction. We highly recommend careful
maintenance of the valves by running them under clean water after long
periods of non use. Alternatively, if the pump has not been used for long
periods, before re-setting up the operations, we strongly recommend operating
it for at least 30 minutes with the foot filter immersed in clean water to flush the
pump.
4.3 Basic maintenance procedures
Before doing anymaintenance read with attention the technical and safety characteristic of the dosing
chemicals and follow the next procedures:
1 Turn off the pump and immerse the foot filter and the injection tube in clean water. Turn on the
pump to let the water go through the pump head. If there are some crystals to be cleaned follow the
next procedures:
2 Immerse the foot filter and the injection tube into an adequate solution to remove the crystals (ex.
Chloridric Acid for Sodium Hipochlorite crystals); let the pump work for some minute. Then repeat the
action with water and connect the pump to the plant.
ATTENTION!!!!!
It’s necessary to effectuate all the operations with gloves and glasses
suitable for the product used then consult the supplier of the chemical
product.
4.4 Replacing worn parts
Fuse replacement.
Proceed as follows:
1. Put at minimum the knob of the piston regulation of the run (in the pump where it is present)
2. Unscrew the fixing screws of the box
3. Open the front and the back part of the box minding the spring of the knob where it is present.
4. Replace the fuse that is well visible.
5. Assemble all the parts paying attention that the piston regulation knob (where it is present) is at the
minimum position and that the spring is in.
ENGLISHENGLISHENGLISH

05/02/2021 Rev.1 11
Valves cleaning HC899
Proceed as follow:
1. With a little tool extract the valve cartridges from their seats
2. Pay attention not to loose the oring at the bottom of the cartridge
3. Clean the valve cartridge with clear water
4. For a complete cleaning it is possible to open the valve cartridge, be carefull with all the internal
parts
5. Assemble again the valve cartridge following drawing fig. 13-14-15-16
6. Insert again the valves cartridges in their seats
Diaphragm and O-rings replacement
Proceed as follows:
1. Undo the 4 bolts with an hexagonal key.
2. Remove the pump head.
3. Remove the old O-ring from the head carefully using a small screw driver.
4. By hand, or with pliers if necessary unscrew the diaphragm, and replace with the new one. Hand
tight only. Before screwing the diaphragm into place, add a small quantity of Loctite® 222 onto the
thread.
5. Refit the dosing head, tightening the head bolts sequentially and carefully to ensure an even airtight
seal. Caution do not over tighten. We also recommend adding a few drops of Loctite® 222 on to the
thread of the screws that hold the head.
4.5 Commonly reported problems
THE PUMP DOES NOT FUNCTION AND THE GREEN LED IS NOT LIT.
Solutions
1. Check that the electrical connection is correctly made.
2. Check that the fuse has not blown
3. Replace the electronic circuit with a new one.
THE PUMP FUNCTION CORRECTLY BUT NO LIQUID IS INJECTED IN THE PLANT
Solutions
1. Check the product level in the tank.
2. Check the foot filter which could be closed.
3. Check the injection valve is not closed.
4. Effectuate a maintenance of the suction and delivery valves. Parts showing any chemical attack,
should be replaced, with alternative materials if necessary.
CHEMICAL LEAKS FROM THE DOSING HEAD.
Solutions
1. Check that the hose clamps are correctly fitted and tightened. Caution do not overtighten these
components as they can easily be broken or threads stripped.
2. Check that the head bolts are tight and that the O-ring is in it’s correct position. Replace any
damaged or worn parts as necessary.
3. Parts showing any chemical attack, should be replaced, with alternative materials if necessary.
ENGLISHENGLISH

05/02/2021 Rev.1 12
Chemical Compatibility Table
Dosing pumps are widely used for dosing chemical products. It is important to select the
most suitable material for the liquid to be dosed. The CHEMICAL COMPATIBILITY TABLE is
a precious aid to that end.
The following Table must be used as an indicative instrument. Modifications in the
transported fluid composition or particular service conditions can reduce the resistance of
the materials.
Product
Formula
Ceram.
PVDF
PP
PVC
Hastel.
PTFE
FPM
(Viton)
EPDM
(Dutral)
NBR
PE
Acetic Acid, Max 75%
CH3COOH
2
1
1
1
1
1
3
1
3
1
Concentrated
hydrochloric acid
HCl
1
1
1
1
1
1
1
3
3
1
Hydrofluoric acid 40%
H2F2
3
1
1
2
2
1
1
3
3
1
Phosphoric acid, 50%
H3PO4
1
1
1
1
1
1
1
1
3
1
Nitric acid, 65%
HNO3
1
1
2
3
1
1
1
3
3
2
Sulphuric acid 85%
H2SO4
1
1
1
1
1
1
1
3
3
1
Sulphuric acid 98.5%
H2SO4
1
1
3
3
1
1
1
3
3
3
Amines
R-NH2
1
2
1
3
1
1
3
2
3
1
Sodium bisulphite
NaHSO3
1
1
1
1
1
1
1
1
1
1
Sodium carbonate (Soda)
Na2CO3
2
1
1
1
1
1
2
1
1
1
Iron chloride
FeCl3
1
1
1
1
1
1
1
1
1
1
Calcium hydroxide
Ca(OH)2
1
1
1
1
1
1
1
1
1
1
Sodium hydroxide
(Caustic soda)
NaOH
2
1
1
1
1
1
2
1
2
1
Calcium hypochlorite
Ca(OH)2
1
1
1
1
1
1
1
1
3
1
Sodium hypochlorite,
12.5%
NaOCl +
NaCl
1
1
2
1
1
1
1
1
2
2
Potassium permanganate
10%
KMnO4
1
1
1
1
1
1
1
1
3
1
Hydrogen peroxide, 30%
H2O2
1
1
1
1
1
1
1
2
3
1
Aluminium sulphate
Al2(SO4)3
1
1
1
1
1
1
1
1
1
1
Copper sulphate
CuSO4
1
1
1
1
1
1
1
1
1
1
Component with excellent resistance -1-
Component with fair resistance -2-
Non-resistant component -3-
Construction materials of pump and accessories
Polyvinyldene fluoride (PVDF) Pump body, valves, fittings, tubes
Polypropylene (PP) Pump body, valves, fittings
PVC Pump body
Hastelloy C-276 (Hastelloy) Injection valve spring
Polytetrafluoroethylene (PTFE) Diaphragm
Polyethylene (PE) Tubes
ENGLISH

05/02/2021 Rev.1 13
Disclaimer
The information included in these tables has been obtained from
highly qualified sources which we deem reliable and they are
provided without any guarantee, explicit or implicit, concerning their
exactness.
Conditions or methods for handling, storage and use of the material
are beyond our control and/or knowledge.
For this reason and for other reasons we will not be held liable
thereof and we expressly waive obligations of claim for damages or
relating to the information contained herein.
WARRANTY CONDITIONS
The pumps are warranted to be free from defects in work manship and material for a period from the
delivery date to the first purchaser.
Within the above stated period the producer will supply free of charge any part that upon examination
by the producer or by an authorised dealer, is disclosed to have been defective in work manship or
material, or at its option, it will repair the parts directly or through authorised workshops It remains
anyway excluded from whatever responsibility and obligation for others costs, damages and direct or
indirect losses that come from the use or the not use availability, either total or partial.
The reparation or the supply in substitution will neither extend nor renew the period of
guarantee. They remain anyway at charge of the purchaser the costs of plant pumps mounting and
disassembling, transport cost and using materials (filters, valves, and so on).
Producer’s duties, as above, are not valid when:
The pumps are not used according to the producer instructions as in the
operating manual and maintenance instructions;
The pumps are repaired, disassembled, modified by workshop not
authorised;
They have used not original spare parts
The injection plans are damaged buy products that are not suitable;
The electric plants have been damaged because of external causes such as
whatever type of over tensions.
AT THE END OF THE WARRANTY PERIOD FROM THE DELIVERY DATE, THE PRODUCER
WILL BE FREE FROM ANY LIABILITY AND FROM ALL THE DUTIES AS ABOVE!
ENGLISH ENGLISHENGLISH

05/02/2021 Rev.1 14
Fig. 1 SERIE “HC899” A MURO / WALL MOUNTING / VERSION A PAROI / VERCION A PARED
/WANDMONTAGE / НАСТЕННЫЙ
Fig. 2 SERIE “HC899” CON BASE / BASE MOUNTING / VERSION AVEC BASE
VERSION CON SOPORTE PARA MONTAJE ORIZONTAL / MIT BASIS / СПОДСТАВКОЙ
DIMENSIONI - DIMENSIONS - DIMENSIONS –DIMENSIONES - ABMEDIMENSIONI - DIMENSIONS - DIMENSIONS –DIMENSIONES- РАЗМЕРЫ
DIMENSIONI - DIMENSIONS - DIMENSIONS - DIMENSIONES

05/02/2021 Rev.1 15
Fig. 1 COLLEGAMENTI TUBI SUL CORPO POMPA - PUMP HEAD TUBING CONNECTIONS
SCHÉMA DE MONTAGE CONNECTIONS EXTERNES - ESQUEMA DE MONTAJE
CONNEXIONESTERNAS - SCHLAUCHANSCHLÜSSE AM PUMPENKÖRPER - СОЕДИНЕНИЯ
ШЛАНГОВ НА ГОЛОВКЕ НАСОСА
Fig. 2 SPURGO MANUALE - MANUAL PURGE
EPURGE MANUELLE - ESPURGO
MANUAL- MANUELLE SPÜLUNG -
РУЧНОЙ СЛИВ
COLLEGAMENTI ED ESPLOSI - CONNECTION AND EXPLODED VIEWS -
CONNECTIONS ET EXPLOSE - DIBUJOS - ANSCHLÜSSE UND
EXPLOSIONSZEICHNUNGEN - СОЕДИНЕНИЯ ИЧЕРТЕЖИ

05/02/2021 Rev.1 16
Fig. 3 HC797-897 COLLEGAMENTO SONDA DI
LIVELLO - LOW LEVEL PROBE CONNECTION -
SCHÉMA DE MONTAGE SONDE DE NIVEAU -
ESQUEMA DE MONTAJE SONDA DE NIVEL –
OPTIONAL- ANSCHLUSS DER NIVEAUSONDE -
ПОДСОЕДИНЕНИЕ ДАТЧИКА УРОВНЯ –
ДОПОЛНИТЕЛЬНАЯ ОПЦИЯ
Fig. 4 HC997-999 COLLEGAMENTO
SONDA DI LIVELLO - LOW LEVEL
PROBE CONNECTION - SCHÉMA DE
MONTAGE SONDE DE NIVEAU -
ESQUEMA DE MONTAJE SONDA DE
NIVEL –OPTIONAL- ANSCHLUSS
DER NIVEAUSONDE -
ПОДСОЕДИНЕНИЕ ДАТЧИКА
УРОВНЯ – ДОПОЛНИТЕЛЬНАЯ
ОПЦИЯ

05/02/2021 Rev.1 17
Fig. 5 SERIE HC 899 - Esploso / Description / Explose / Dibujo/ Explosionszeichnung /
ртеж

05/02/2021 Rev.1 18
IT
Codice
Modello
Descrizione
Q.tà
1
ADSP9300030
CASSA HC999 ARNITE NERA D31
1
2
ADSP6000I12
1A-2A
CORPO POMPA 4-20/10-10 PP-GL-DT INCOMPLETO - HC999
1
ADSP6000I17
3A
CORPO POMPA 20-05 PP-GL-VT INCOMPLETO - HC999
3
ADSP6000096
1A - 2A
MAGNETE COMPLETO D90 VERS.1 230V - SILENZIOSO
1
ADSP6000166
3A
MAGNETE COMPLETO D90 VERS.2-3 230V - SILENZIOSO
4
ADSP9300040
SKD HC999 PI-MA-CL (EL202+EL202A) 90-260V
1
5
ADSP9300031
GUARNIZIONE HC999 IN GOMMA NBR SP.1,5MM
1
6
ADSP9300023
COPERCHIO HC 999 ARNITE NERA
1
7
ADSP9300027
ETICHETTA POLICARBONATO HC999 NEUTRA
1
8
ADSP9300026
COPERCHIO FRONTALE TRASPARENTE HC999
1
9
ADSP9200001
1A - 2A
DIAFRAMMA PTFE DYNEON 1614 1-14L HC897 M12X1
1
ADSP6000891
3A
DIAFRAMMA - MEMBRANA IN PTFE D.60X19 - PER 20L-5BAR HC999
10
ADSP6000767
VITE M 3,5 X 19 UNI 6954 (AF-TCTC) INOX A2
7
11
ADSP6000701
RONDELLA PIANA D. 5 - UNI 6592 INOX A2
4
12
ADSP9000016
VITE M 5 X 30 UNI 5931 (TCEI) INOX A2
4
13
ADSP9300041
COVER IN PP-NERO PER CORPO POMPA HC999
1
14
ADSP9000003
TARGHETTA NERA CON LOGO AQUA PER CORPO POMPA 1-14LT HC897
1
15
ADSP5007072
OR "R1" NBR - 2.60X1.90
2
16
ADSP6000708
VITE M 4 X 8 UNI 7688 (AF-TSTC) INOX A2
2
17
ADSP9000035
GUARNIZIONE COPERCHIETTO ALIMENTAZIONE HC999 GOMMA NBR
1
18
ADSP6000503
INTERRUTTORE BIPOLARE 250V A BILICO SIMBOLO 1/0 CON PROTEZIONE
IN GOMMA
1
19
ADSP9300025
COPERCHIO CONNETTORI HC999 ARNITE NERA
1
20
ADSP6000887
VITE M 3,5 X 22 UNI 6954 (AF-TCTC) INOX A2
4
21
ADSP6000424
PRESSACAVO PASSO PG7 - 1900.07 - NERO
1
22
ADSP6000581
PRESSACAVO + DADO PG9 NERO (vn)
1
23
ADSP6000836
CONNETTORE MASCHIO 4 VIE G4A5M CABLATO LIVELLO PANDUIT 2 VIE
2
24
ADSP6000749
VITE M 2,9 X 9,5 UNI 6954 (AF-TCTC) INOX A2
8
25
ADBAS100
BASE SOSTEGNO POMPA HC100 NERA
1
26
ADSP9000014
1A - 2A
ATTACCO TUBO 4X6 GHIERA 1/2" PP
2
ADSP6000134P
3A
ATTACCO TUBO 6X9 RACCORDO 3/8" PVDF
27
ADSP9000013
1A - 2A
ADATTATORE TUBO 4X6 GHIERA 1/2" PP
2
ADSP6001001
3A
ADATTATORE TUBO 6X8 GHIERA 1/2" PVC
28
ADSP9000012
GHIERA 1/2" PP PER VALVOLA A SFERA NERA
2
29
ADSP9000019
RONDELLA D16X0.5 PE NAT
2
30
ADSP6300910
3A
FLANGIA PISTONE PORTATE MEDIE D.43 - SIL.
1
31
ADSP5007200
1A - 2A
OR - RIF. 3143 - VITON NERO
1
ADSP5007214
3A
OR - RIF. 3212 - VITON NERO
32
ADSP5007133
1A - 2A
OR - RIF. ORM0380-20 - VITON NERO
1
ADSP5007119
3A
OR - RIF. 2212 - VITON NERO
SERIE HC 899-999

05/02/2021 Rev.1 19
Fig. 8 HC899 - Corpo pompa valvole a labbro e sfera / Pump head lip and ball valves /
Corps pompe et clapets à lèvres et bille / Cuerpo de la bomba valvulas a labio y a esfera /
Pumpenkörper Lippen- und Kugelventile / Головка насоса, губчатый ишариковый
клапан

05/02/2021 Rev.1 20
N°
CODICE
Modello
DESCRIZIONE
QTÀ
1
ADSP6000077
1A-2A
CORPO POMPA 4-20/10-10 PP - HC999
1
ADSP6000794
3A
CORPO POMPA 20-05 PP - HC999
2
ADSP9005000
GRUPPO VALVOLA 1/2" PP-GL-VT CARTUCCIA ASPIRAZIONE
1
3
ADSP9005001
GRUPPO VALVOLA 1/2" PP-GL-VT CARTUCCIA MANDATA
1
4
ADSP9000014
ATTACCO TUBO 4X6 GHIERA 1/2" PP
2
5
ADSP9000013
ADATTATORE TUBO 4X6 GHIERA 1/2" PP
2
6
ADSP9000012
GHIERA 1/2" PP PER VALVOLA A SFERA NERA
2
7
ADSP5007035
OR RIF. 106 - 1.78x6.75 - VITON NERO
1
8
ADSP6000785
PORTAGOMMA SPURGO CORPO POMPA PP
1
9
ADSP5007072
OR "R1" 2,60X1,90 - NBR
1
10
ADSP6200006
OR - RIF. 2018 - VITON NERO
1
11
ADSP9000004
STELO OTTURATORE PER SPURGO CORPO POMPA HC897 PP
1
12
ADSP9000005
GHIERA 1/4" PER SPURGO CORPO POMPA HC897 PP
1
13
ADSP6000701
RONDELLA PIANA D. 5 - UNI 6592 INOX A2
6
14
MB010700
TCEI - UNI5931 VITE M 5 X 40 UNI 5931 (TCEI) INOX A2-00 00/00/0000
6
15
ADSP9300041
COVER IN PP-NERO PER CORPO POMPA HC999
1
16
ADSP9000003
TARGHETTA NERA CON LOGO AQUA PER CORPO POMPA 1-14LT HC897
1
17
ADSP9000019
RONDELLA D. 16 X 0,5 PE NAT
1
18
ADSP5007200
1A - 2A
OR - RIF. 3143 - VITON NERO
1
ADSP5007214
3A
OR - RIF. 3212 - VITON NERO
SPARE PARTS HC899 PUMP HEAD