ode

ISTRUCTIONS TO VISUALIZE THE CATALOGUE

GO TO THE CATALOGUE

Acrobat Reader function:

Notes:

- To scroll the pages, click and hold the left key mouse and it drags. Or, on the keyboard push “Page Down ” or “Page Up ”.

- To print the current page, click on “PRINT” button and select “Print select page”. Or push CTRL + P and select .

- To exit push the “Home” button and “Exit” on the first page.

- To use the “Acrobat Reader” standard functions, push ESC on keybord in any moment.

“Print select page”

Up half of page

Bottom half of page

Display full page

Hand to movepage on screen

Zoom tolarge a zone

Zoom to reduce a zone

Following page

Previous page

OFFICINE DI ESINO LARIO

First page

Solenoid valves for automation heating steam - drinkschemistry - stainless steel solenoid valves

Solenoid valves for the air conditioning and the refrigeration

Kits and complete diaphragm kits

Coils

General information about solenoid valves operationand choice methods

ODE products coding

The “OFFICINE DI ESINO LARIO” reserves the right to carry out technical and aesthetic modifications without prior notification

HOME PAGEHOME PAGE

GENERAL INF. INDEX

ElectromagnetesODE produced proportional solenoid valve operation

Diagram for gases

Main types of solenoid valves produced by ODE

Measurement unitsSteam diagramDiagram for liquid (utp to 3°E)


VERSION 1.0 - JANUARY 2000

The “OFFICINE DI ESINO LARIO” reserves the right to carry out technical and aesthetic modifications without prior notification.

O.D.E.

- To scroll the pages, click and hold the left key mouse and it drags. Or, on the keyboard push “Page Down ” or “Page Up ”. - To print the current page, click on “PRINT” button and select “Print select page”. Or push CTRL + P and select "Print select page". - To exit push the “Home” button and “Exit” on the first page. - To use the “Acrobat Reader” standard functions, push ESC on keybord in any moment.

GENERAL INFORMATION

1 2 way solenoid valves

1.1 2 way normally closed direct acting solenoid valves

1.2 2 way normally open direct acting solenoid valves

1.3 2 way normally closed solenoid valves with pilot control

1.4 2 way normally open solenoid valves with pilot control

1.5 2 way normally closed combined operation solenoid valves

1.6 Proportional direct acting solenoid valves



3 Solenoid valves for automatic drink-dispensers

3.1 Single solenoid valves for automatic drink-dispensers

32 Banks of solenoid valves for automatic drink-dispensers


5 Special solenoid valves and banks


OFFICINE DI ESINO LARIOThe “OFFICINE DI ESINO LARIO” reserves the right to carry out technical and aesthetic modifications without prior notification.


O.D.E.


Glossary

This chapter illustrates some of the technical terms used in the ODE catalogue.

Fixed core: component in ferrous-magnetic

material which, due to the effect of a magnetic

field generated from the coil, attracts the

plunger.

Plunger: component in ferrous-magnetic mate-

rial which, under the effect of a magnetic field,

moves towards the fixed core causing directly

or indirectly the switching of the solenoid valve.

Often the plunger houses one or more shutters

which open or close one or more orifices for the

functioning of the solenoid valve..

Complete plunger: this is the grouping of the

plunger, the shutters and any springs.

Armature tube: a guide tube in which the

plunger runs.

Complete armature tube: the assembly of

fixed core and armature tube, generally welded

or assembled with rolling, threading or other

means.

Coil: consists of a copper winding, a support

bobbin and a holder in ferrous-magnetic mate-

rial. The whole is covered over with insulating

material from which the electrical connections

emerge, which may be different depending on

the type of coil. (see COIL INDEX). The winding generates the magnetic field while the fer-

rous-magnetic holder closes the magnetic circuit constituted by the holder itself, the plunger

and the fixed core.

Shutter (or sealing gasket): this component may be housed directly in the plunger, in a gas-

ket housing, in the piston, or be part of the complete diaphragm. With a movement the shut-

ter opens or closes an orifice thus permitting or preventing the flow of fluid.

Certain valves have more than one shutter, for example the three way direct action solenoid

valves: the two shutters, housed at the ends of the fixed core, alternately open and close the

inlet and outlet orifices. There are also two shutters in the combined operation and in the pilot

control solenoid valves, one acting on the pilot orifice and the other on the main orifice.

Sometimes shutter function is carried out directly by the diaphragm or piston.

Note: In the same solenoid valve there may be shutters made of different materials.


GENERAL INFORMATION

BODY

PLUNGER

SHUTTER

OUTLET PIPEINLET PIPE

ARMATURETUBE

FIXEDCORE COMPLETE

ARMATURETUBE

COIL

SPRING

ORFICE

BODY

COIL

PLUNGER

PILOTORIFICE

OUTLETPIPE

FIXED CORE

ARMATURE TUBE

DIAPHRAGM

COVER

MAIN ORIFICE

INLETPIPE



O.D.E.


GENERAL INFORMATION


Orifice: This is a holed component which is opened or closed by the shutter, permitting or pre-

venting the passage of fluid. It may be either machine-tooled or inserted. The main orifice of

a solenoid valve is the one permitting maximum flow of the valve itself while the pilot orifice,

when opened or closed due to an unbalance of pressure, leads to opening or closure of the

main one by means of a diaphragm or a piston.

Diaphragm: an element of mixed action or solenoid valves with pilot control which opens or

closes the main orifice due to the effect of different pressures on its surfaces.

Complete diaphragm: this is the grouping of components united to the diaphragm such as

diaphragm bearings, rivet etc.

Piston: an element of mixed action or solenoid valves with pilot control which opens or clos-

es the main orifice due to the effect of different pressures on its surfaces.

Complete piston this is the grouping of components united to the piston such as rivet, shut-

ter etc.

Body: central part of the solenoid valve. The pipes are on the body and the main orifice, gen-

erally, is inside. In some cases the body is divided in two parts: for example in solenoid valves

for drink dispensensing there is the upper body with the inlet pipe and the lower body with the

main orifice and the outlet pipe.

Cover: this is found in certain solenoid valves, generally in all with pilot control ones, the cover

of which normally houses the pilot orifice.

Pipe: a mechanical component for connecting the solenoid valve to inlet, outlet and exhaust

pipes.



O.D.E.



Main components: body with main orifice, complete armature tube + complete plunger (nor-

mally closed kit), coil.

Functioning:

2 way normally closed direct acting solenoid valves have an inlet

pipe and a outlet pipe. The plunger, on which a sealing gasket

is mounted, provides directly for opening and closing the main

orifice. When the coil is not energized the plunger is in such a

position as to close the orifice thus preventing the flow of fluid.

When the coil is energized the plunger moves to such a position

as to open the orifice, permitting fluid flow.

Notes:

In this solenoid valve family an increase in pressure causes an

increase in the force required to open the valve: if the pressure

difference between inlet and outlet is greater than the maximum

value for which the solenoid valve has been designed, the latter

may not open even with the coil energized.


GENERAL INFORMATION

COIL DE-ENERGIZED:SOLENOID VALVE CLOSED

COIL ENERGIZED:SOLENOID VALVE OPEN



O.D.E.


1.2 2 way normally open direct acting solenoid valves

Main components: body with main orifice, complete armature tube + plunger + rod + gasket

holder assembly (normally open kit), coil.

Functioning:

2 way normally open direct acting solenoid valves have an inlet

pipe and a outlet pipe. The plunger, acting on the gasket holder

by means of a rod, provides for opening and closing the solenoid

valve. When the coil is not energized the gasket holder, under

the action of a spring, is kept in such a position that the orifice is

open, permitting fluid flow.

When the coil is energized the plunger moves downwards and,

by means of the rod, pushes the gasket holder into a position

that closes the orifice, preventing fluid flow.

Notes:

In this solenoid valve family an increase in pressure causes an

increase in the force required to open the valve: if the pressure

difference between inlet and outlet is greater than the maximum

value for which the valve has been designed, the latter may not

reopen even with the coil deactivated.


GENERAL INFORMATION

COIL DE-ENERGIZED:SOLENOID VALVE OPEN

COIL ENERGIZED:SOLENOID VALVE CLOSED



O.D.E.


1.3 2 way normally closed solenoid valves with pilot control

Main components: body with main orifice, cover, diaphragm (or piston) assembly, complete

armature tube, + complete plunger (normally closed kit), coil.

Functioning:

2 way normally closed solenoid valves with pilot control have

an inlet pipe and a outlet pipe. The main orifice, in the body,

is opened by the effect of an unbalance in pressure between

the upper and lower surfaces of a diaphragm (or piston):

when the coil is not energized there is fluid under pressure in

the chamber above the diaphragm while beneath the

diaphragm there is pressure only in the area external to the

main orifice: thus the resultant of the forces on the diaphragm

is such as to push it and close the main orifice. When the coil

is energized, movement of the plunger, on which a gasket is

mounted, causes opening of the pilot orifice and discharging

of the chamber above the diaphragm: the pressure unbal-

ance moves the diaphragm which opens the main orifice.

Notes:

In this family of solenoid valves there must be a minimum

pressure difference between the inlet pipe and the outlet one

to ensure correct functioning of the solenoid valve. However,

an excessive pressure difference between inlet and outlet, as

with 2 way normally closed direct acting solenoid valves,

causes an increase in the force required to open the pilot ori-

fice, so if this pressure difference is greater than the maxi-

mum value for which the solenoid valve has been designed,

the latter may not open even when the coil is energized.

For a correct operation of the solenoid valve, and to avoid a quick wear of the diaphragm, it

is advisable that, once starting the valve closing, the actual flow isn’t higher than the Kv (i.e.:

flow rate through the valve with a pressure loss of 1 bar).

For this reason, should the inlet pressure when the valve is open, be higher than 1 bar, it is

not advisable the use of the valve itself with free outlet, i.e. without an outlet restriction bring-

ing the pressure drop to the value of 1 bar.

Moreover, particular attention must be paid in designing the hydraulic circuit to the problem of

water hammering which could cause overpressures such as to lacerate the diaphragm or

damage other parts of the solenoid valve.


GENERAL INFORMATION

COIL DE-ENERGIZED:SOLENOID VALVE

CLOSED

COIL ENERGIZED:SOLENOID VALVE

OPEN



O.D.E.


1.4 2 way normally open solenoid valves with pilot control


armature tube + plunger + gasket holder + gasket (normally open kit), coil

Functioning:

2 way normally open solenoid valves with pilot control have an inlet pipe and a outlet pipe.

Functioning of these solenoid valves is, as regards move-

ment of the diaphragm, identical to that of 2 way normally

closed solenoid valves with pilot control except that in

place of the normally closed kit a normally open kit is

mounted to open and close the pilot orifice. So in this case

with the coil energized the pilot orifice is closed and the

diaphragm therefore in such a position as to close the main

orifice, whereas with the coil not energized the pilot orifice

is open, thus cau-sing the main orifice to open.

Notes:

In this family of solenoid valves there must be a minimum

pressure difference between the inlet and outlet pipes to

ensure correct functioning of the solenoid valve.

However, an excessive pressure difference between inlet

and outlet, as with 2 way normally open direct acting sole-

noid valves, causes an increase in the force required to

open the pilot orifice, so if this pressure difference is

greater than the maximum value for which the solenoid

valve has been designed, the latter may not reopen even

when the coil is not energized.

For a correct operation of the solenoid valve, and to avoid

a quick wear of the diaphragm, it is advisable that, once

starting the valve closing, the actual flow isn’t higher than the Kv (i.e.: flow rate through the

valve with a pressure loss of 1 bar).

For this reason, should the inlet pressure when the valve is open, be higher than 1 bar, it is

not advisable the use of the valve itself with free outlet, i.e. without an outlet restriction bring-

ing the pressure drop to the value of 1 bar.

Moreover, particular attention must be paid in designing the hydraulic circuit to the problem

of water hammering which could cause overpressures such as to lacerate the diaphragm or

damage other parts of the solenoid valve.


GENERAL INFORMATION


OPEN


CLOSED



O.D.E.


1.5 2 way normally closed combined operation solenoid valves


armature tube + complete plunger, coil.

Functioning:2 way normally closed combined operation solenoid valveshave an inlet pipe and a outlet pipe.Opening of the main orifice, which is in the body, comes aboutby an unbalance is pressure between the upper and lowersurfaces of a diaphragm (or piston) together with direct actionof the plunger which is fixed to the diaphragm. Functioning issubstantially similar to that of solenoid valves with pilot con-trol as regards diaphragm movement except that even withsmall pressure differences between inlet and outlet, function-ing is ensured by the direct action of the plunger on thediaphragm. So, also in this case, when the coil is not ener-gized there is fluid under pressure in the chamber above thediaphragm while beneath the diaphragm there is pressureonly in the area external to the main orifice: therefore theresultant of the forces on the diaphragm is such as to push itto close the main orifice. When the coil is energized, move-ment of the plunger, on which a gasket is mounted, opens anorifice on the complete diaphragm (pilot orifice) and dis-charges the chamber above the diaphragm. At the same timethe plunger exercises direct force on the diaphragm, aiding itsopening. The sum of this force and the unbalance of pres-sures on the two sides of the diaphragm causes thediaphragm to move and open the main orifice.Notes: In this family of solenoid valves there must not be a minimumpressure difference between the inlet and outlet pipes toensure correct functioning of the solenoid valve.

However, an excessive pressure difference between inlet and outlet, as with 2 way normallyclosed direct acting solenoid valves, causes an increase in the force required to open the pilotorifice, so if this pressure difference is greater than the maximum value for which the solenoidvalve has been designed, the latter may not open even when the coil is energized.For a correct operation of the solenoid valve, and to avoid a quick wear of the diaphragm, itis advisable that, once starting the valve closing, the actual flow isn’t higher than the Kv (i.e.:flow rate through the valve with a pressure loss of 1 bar).For this reason, should the inlet pressure when the valve is open, be higher than 1 bar, it isnot advisable the use of the valve itself with free outlet, i.e. without an outlet restriction bring-ing the pressure drop to the value of 1 bar.Moreover, particular attention must be paid in designing the hydraulic circuit to the problem ofwater hammering which could cause overpressures such as to lacerate the diaphragm ordamage other parts of the solenoid valve.


GENERAL INFORMATION

COIL DE-ENERGIZED:SOLENOID VALVE CLOSED

COIL ENERGIZED:SOLENOID VALVE OPEN



O.D.E.


1.6 Proportional direct acting solenoid valves

Main components: body with main orifice, complete armature tube + adjustment screws +

plunger + gasket, coil.

Functioning:

Proportional direct acting solenoid valves have an inlet pipe and

a outlet pipe. The plunger, on which a sealing gasket is mount-

ed, provides directly for opening and closing the main orifice of

the solenoid valve.

Unlike 2 way normally closed solenoid valves which have only

two states, open and closed, a proportional solenoid valve, in

function of the current run in the coil, can open partially. The

solenoid valve can be set with the adjustment screws in such a

way that, with the coil not energized, a perfect seal at maximum

project pressure is guaranteed.

For clarification regarding methods used for energising and con-

trolling this type of solenoid valve, see the functioning scheme

for these valves in this section.

It is important to note that proportional solenoid valves are

always operated by Direct Current (DC).

Notes:

On these valves, unlike the other models, the fluid shall enter

into the valve so to pass through the main orifice from the lower

side towards the higher one.

In this family of solenoid valves an increase in pressure, as with

three way solenoid valves, causes a reduction in the pressure

required to open the valve: if the pressure difference between

inlet and outlet is greater than the maximum value for which the

solenoid valve has been tared, the latter may open even when

the coil is not energized. Proportional solenoid valves are tared

individually, at the moment of installation and inspection testing,

with the adjustment screws in the fixed core: any modification of

this taring may make the valve work in a different way with

regard to the data shown on the label.


GENERAL INFORMATION


CLOSED

COIL ENERGIZED:WITH CURRENT LESS THAN THE

MAXIMUM PERMISSIBLE:SOLENOID VALVEPARTIALLY OPEN

COIL ENERGIZED:TO MAXIMUM:

SOLENOID VALVECOMPLETELY OPEN



O.D.E.



Main components: body with orifice, complete armature tube + fixed core + plunger + 2 gas-

kets (3 way kit), coil.

Functioning:

3 way normally closed solenoid valves have an inlet pipe, a

outlet pipe and an exhaust pipe. The plunger, on which two

gaskets are mounted, provides directly for opening and clos-

ing the solenoid valve’s main orifice with one of the two gas-

kets and, simultaneously, opening or closing the outlet orifice

with the other gasket. When the coil is not energized the

plunger is in such a position as to close the main orifice, pre-

venting the flow of fluid from the inlet pipe to the outlet pipe,

whereas the outlet pipe is in communication with the exhaust

pipe.

When the coil is energized the plunger moves to a position in

which it opens the main orifice and closes the exhaust orifice,

permitting fluid to flow from the inlet pipe to the outlet one and

preventing flow to the exhaust.

Notes:

On these valves, unlike the other models, the fluid shall enter

into the valve so to pass through the main orifice from the

lower side towards the higher one.

In this family of solenoid valves an increase in pressure caus-

es a reduction in the force required to open the valve: if the

pressure difference between inlet and outlet is greater than

the maximum value for which the solenoid valve has been

designed, the latter may open even when the coil is not energized.


GENERAL INFORMATION

COIL DE-ENERGIZED:SOLENOID VALVE CLOSED;

OUTLET CONNECTED WITH THEEXHAUST PORT

COIL ENERGIZED:SOLENOID VALVE OPEN;EXHAUST PORT CLOSED



O.D.E.


3.1 Single solenoid valves for automatic drink-dispensers

Main components: body, lower body with orifice, complete armature tube + fixed core +

plunger + cap gasket (2 way kit), coil.

Functioning:

Single solenoid valves for drink-dispenser have an inlet pipe and

a outlet pipe on which there is generally a small pipe for attach-

ing a vent. The plunger, on which the sealing cap gasket is fit-

ted, provides directly for opening and closing the orifice, as with

two way normally closed solenoid valves.

When the coil is not energized the plunger is in a position that

closes the orifice, preventing fluid flow from the inlet to the out-

let pipe.

When the coil is energized the plunger moves to a position that

opens the orifice, permitting fluid flow from the inlet to the outlet

pipe.

As well as opening and closing the orifice, the cap gasket pro-

vides for keeping the fluid separate from the armature tube-com-

plete plunger and to avoid any deposit of limestone into the

armature tube.

On the outlet pipe there is usually an adjustment screw for set-

ting the solenoid valve’s flow, dividing the conduit.

Notes:

In this family of solenoid valves an increase in inlet pressure

causes a reduction in the force required to open the valve: if the

inlet pressure is greater than the maximum value for which the

solenoid valve has been designed, the latter may open even

when the coil is not energized.

On the lower body of the solenoid valves for automatic drink-dispensers there is also a little

venting fitting, on which usually a plastic pipe is connected.

This device assures a better fluid efflux, and therefore a steady flow.


GENERAL INFORMATION


CLOSED


OPEN



O.D.E.


3.2 Banks of solenoid valves for automatic drink-dispensers

Main components: headers, lower bodies with orifices, complete armature tube + fixed cores

+ plungers + cap gaskets (2 way kit), coils.

Functioning:

From a functional viewpoint groups of solenoid valves

are identical to the singles. The only difference is that

they can be put together to form a group of solenoid

valves with an inlet pipe and various outlet pipes, each

one of which can be opened by energizing the corre-

sponding coil.

The number of components of the group is in theory

unlimited, but normally there are not more than 4 ÷ 5 elements in a group.


GENERAL INFORMATION



O.D.E.



Main components: solenoid valve body, profiled shaft, pistons, spring where required, 3 way

kit, coil.

Functioning:

5 way solenoid valves are divided into two distinct

groups: pneumatic return and spring return.

In pneumatic return 5 way solenoid valves, on energi-

zing or not energizing the coil and on the consequent

opening or closing of a pilot orifice an unbalance of

forces is created on two pistons of different section,

fixed to a suitably profiled shaft which moves, putting

the inlet pipe (pipe 1) in communication with one of the

other 4 pipes and putting others into outlet, closing or

opening them in accordance with specific schemes for

each individual valve. Closure of the pilot orifice causes

the return of the profiled shaft to its original position due

to a play of pressures.

In 5 way spring return solenoid valves there is, instead

of the small piston, a spring which carries out the func-

tion of returning the piston to its initial position when the

coil is de-energized the pilot orifice is closed.

Notes:

For correct functioning of the solenoid valve there must

be a specified minimum pressure for each type of

solenoid valve at the inlet pipe (pipe 1).


GENERAL INFORMATION

COIL DE-ENERGIZED: THERE IS NO FORCE ACTING ON THE LARGE PISTON (RIGHT) WHILEPRESSURE ON THE SMALL PISTON PUSHES THE

PROFILED SHAFT TO THE RIGHT

COIL ENERGIZED: THE FORCE ON THE LARGEPISTON (RIGHT) IS GREATER THAN THAT ON

THE SMALL PISTON (LEFT), MOVING THE PROFILED SHAFT ON THE LEFT



O.D.E.


5 Special solenoid valves and banks

Typical of ODE are the design and the

manufacture of solenoid valves or special

banks carried out according to customer’s

requirements.

Should no standard valve completely

meet customer’s requirements, it is possi-

ble to carry out the design of special new

valves or banks, for quantities to be deter-

minated from time to time.

At present ODE manufacture many dif-

ferent “special” valves or banks, that, in

most cases, are made by one or more standard “kits” (armature tube, core, coil) on valve bod-

ies made by different materials, designed according to customer’s needs.

It is possible, therefore, to have banks by solenoid valves of different features such as 2-way

and 3-way, Normally Open and Closed, direct operated.


GENERAL INFORMATION



O.D.E.


PROPORTIONALSOLENOID VALVE

OPERATION

ODE producedproportional solenoid valve operation

Power supply voltage

Flo

w r

ate

Rising curve

Falling curve

Constant ∆P

Fallingflow rate

Risingflow rate

General DescriptionGeneral Description

ODE PROPORTIONAL SOLENOID VALVES allow the fluid flow rate passing through them to be controlled byvarying the current into the coil.This is the main difference between this type of solenoid valve and the traditional type with which the flow rateof the fluid is determined exclusively by the difference between the pressure upstream and downstream of thesame solenoid valve (∆P).If, with the same ∆P, it is necessary to have different flow rates, proportional solenoid valves are suitable to solvethe problem.From the pratical point of view, although a DIRECT CURRENT COIL is scheduled for running, a proportionalvalve needs a particular power supply that allows to control the current into the coil by varying a parameterknown as Duty-Cycle, which is directly connected to it. (see paragraph “Notes about the control electronics”)

TTechnical Descriptionechnical Description

As mentioned above, with this type of solenoid valve, the flow rate is determied by the current into the coil andby ∆P.Therefore, it is possible to draw rate-of-flow curves where one of these parameters is kept constant while theother is the independent variable.For example, it is possible to trace different graphs with ∆P taken as the parameter (e.g. 1 bar, 2 bar, 3 bar, etc.)in which the flow rate is a function of the current that flows into the coil (which is directly connected to the dutycycle: see paragraph “Notes about the control electronics”)It is important to note that by varying the ∆P with the same current through the coil, there will be different flowrates.Therefore, it will be better if ∆P has a constant value if a flow rate linked directly to the current that flows into thecoil only is required. Ohterwise, the flow rate will be affected.It is also important to note that more ∆P increases, the less the current through the coil will have to be for sincethe pressure allows the opening of the valve itself.

HysteresisHysteresis

To explain this phenomenon it is worth describing how the laboratory test which lets us draw the flow rate-DutyCycle graphs with constant pressure is carried out.DðP is taken to a value which must remain constant, then the valve is powered with a Duty Cycle which increa-ses step by step and the flow rate relating to certain Duty Cycle values is noted (e.g. 50%, 60%, 70%, etc.).Once reached the 100%, the Duty Cycle is reduced and the flow rate for the same Duty Cycle values is measu-red: in general the latter rate-of-flow values will be slightly greater than thos noted previously for the same DutyCycle value.This phenomenon takes the name of flow rate hysteresis and it will be necessary to take it into account whenusing the solenoid valve.



O.D.E.


Other parameters: Other parameters:

Other parametes in the catalogue are: - repeatability which indicates the maximum error committed by repeating the test with identical procedures (∆P,rising or falling stage, etc.).- sensitivity which indicates the minimum increase to be given to the voltage to obtain a variation in flow rate (withconstant ∆P).

Notes about the control electronicsNotes about the control electronics

We mentioned before that DIRECT CURRENT COILS are used on thiskind of valves.As a matter of facts, it is a RECTANGULAR PULSE tension which shouldarrive to coil poles as shown in the diagram. Our electronic circuit energi-se te coil by this kind of power supply, allowing the control of Duty Cycleby means of a control signal from 0 to 10 volt. Duty Cycle is directly rela-ted to the current flowing through the coil, so that a change of Duty Cyclecauses a change of current through the coil: the higher the Duty Cycle is,the higher will be the power absorption by the coil, and the higher valveopening.If the solenoid valve is to be powered with electronics other than ODE,it is advisable to supply the coil with rectangular pulses with a frequencybetween 600 Hz and 800 Hz .With slightly different frequecies, lower performance in terms of hystere-sis, repeatability and sensitivity can be obtained. To obtain the proportio-nal effect it is possible to vary the voltage supply at the coil poles: thismethod is not recommended as it will bring to an increase of the flow ratehysteresis.

TTypical applicationsypical applications

Electromedical field.Industrial automation.Integral-derivative process control.

PROPORTIONALSOLENOID VALVE

OPERATION

ODE producedproportional solenoid valve operation

T

Volta

ges

Time

Frequency=1/T Hz



O.D.E.


ADEF 01ELECTROMAGNETS

For potentially explosive construction

PROTECTION METHODS

An explosion is caused by the simultaneous presence of the following 3 FACTORS:1) Combustion supporter: oxygen in the air (always present).2) Combustible material: this can be in gas, vapour or dust form.3) Ignition energy: this can derive from electrical or thermal phenomena.

The presence of a spark or a flame may not be necessary to cause the explosion: the simple increase in surface temperature of some equipment component to a temperature greater than the ignition temperature of thegas in the atmosphere can cause an explosion.In order to eliminate one of the three factors which can cause the explosion, certain protection measures defined by the PROTECTION METHOD are applied to the equipment.

By the legislative provisions, in dangerous atmospheres, in Italy only equipment conforming to the "EEx"European standards can be used which have been certified by an authorized laboratory and which bear the distinctive community mark.As in some countries there are local protection methods which are not recognized by CENELEC, some of theseare listed as follows:- (CEI 79-15) "N" non-incendiary protection method for zone 2 (Netherlands and United Kingdom)- "H" hermetic protection method (Netherlands)- "S" protection method (Netherlands and Germany)- ICS-6 A NSI/NEMA 7.9 Standard (U.S.A.)

Method symbol Definition

“d” EXPLOSION-PROOFHOUSING

The parts which could provoke a dangerous atmosphere are placed ina housing capable of resisting the pressure developed by an internalexplosion of an explosive mixture and to prevent the explosion frombeing transmitted to the surrounding atmosphere.

“e” INCREASED SAFETY

“i”“ia”

“ib”

INTRINSIC SAFETY

The possibility of excessive temperature or the presence of electricarcs or sparks inside and on the external parts of the electrical materialare eliminated thanks to high-coefficient safety measures in such a wayas to prevent them from appearing during normal operation.

“m” RESIN CLADDINGResin cladding contains the parts that, through sparks or heating, couldcause an explosive atmosphere to ignite.

“p” INTERNAL OVERPRESSURE

Internal overpressure, maintained with respect to the atmosphere, witha neutral protection gas.

“q” IMMERSION UNDERSAND

The housing is filled with a powdery material.

“de” MIXED "d" and "e" methods adopted simultaneously.

“o” IMMERSION IN OIL The electrical material is immersed in oil.

A circuit inside which no spark or thermal effect produced in the testconditions provided for by the regulations (normal operation and incase of breakdown) is able to cause a given explosive atmosphere toignite.



O.D.E.




PARAMETERS FOR THE CHOICE OF THE PROTECTION METHOD

The choice of protection method depends on the place where the equipment is to be installed (class and zone)and subsequently on the type of atmosphere present.The danger areas are the places in the system where a dangerous atmosphere could be created during normaloperation or because of breakdowns. In Italy the classification of danger areas is regulated by the CEI 60-2 standard, some notes on which are given as follows:DANGEROUS ATMOSPHEREA dangerous atmosphere is an atmosphere formed, or reasonably liable to be formed, by the mixing with air, atatmospheric conditions, of inflammable substances in the form of gas, vapours, smoke or powders in such proportions that a thermal phenomenon (excessive temperature, electric arc or spark) may cause them to explode.DANGEROUS PLACEDangerous places are subdivided into the following four classes (in function of the substances present):- C0 (CLASS 0 places): places containing explosive substances.- C1 (CLASS 1 places): places containing inflammable substances in the form of gas or vapours in minimumquantities indicated by the standard.- C2 (CLASS 2 places): places containing inflammable powders (E-electric conductors; NE-non-electric conductors).- C3 (CLASS 3 places): places containing inflammable substances in quantities which are lower than the minimum indicated for class 1.DANGEROUS ZONESA zone where the presence of a dangerous atmosphere is possible. There are four types of dangerous zonedepending on the fact that the dangerous atmosphere is:- permanent or for long periods of time (ZONE 0)- intermittent in normal service (ZONE 1)- episodic or for short periods of time (ZONE 2)- present for periods of less than 0,01 hour a year. (ZONE R)The safety required depends on the CLASS combined with the ZONE rating.

DANGEROUS PLACECLASS

ZONERATING

“d” “ia” “ib” “e” “m”

C0

C0Z0

C0Z1

C0Z2

C0ZR

V I V V V

R I V V V

R R I V V

R R R R R

C1

C2

C1Z0

C1Z1

C1Z2

C1ZR

V I V V V

I R

R

I I V

R R R I

R R R R R

E

NE

RR I R I

R R R R R

C3C3Z1

C3Z2

RI I I V

R R R R R

SAFETY ELECTRIC SYSTEM TYPES

R RedundantI Suitable V Forbidden



O.D.E.




For CLASS 1 (C1) equipment, the standards provide for a further classification based on the installation placeand the gas type that may be present. Therefore, there are 2 subgroups:GROUP I - Equipment to be used in minesGROUP II - Equipment for surface installation.

GROUP II is further subdivided based on the atmosphere to which the equipment is destined. For protectionmodes "d" and "i", the standards define three subgroups (A-B-C) which identify the gases with which the equipment comes into contact.

TEMPERATURE CLASSESFor all GROUP II equipment, the standards also provide a classification based on the maximum surface temperature that the same equipment can reach both during normal operation and because of any breakdownswhich may occur. The temperatures are referred to a room temperature of 40°C.

GROUP DENOMINATION

acetoneacetic acidammoniaethanemethylene chloridemethane (CH4)

carbon monoxidepropane

n-butanen-butyl

540485630515556595605470

!!!!!!!!

356370

!!

hydrogen sulphiden-hexane

270240

!!

acetaldehydeether

140170

!!

ethyleneethyl oxide

B425

429-440!!

acetylene (C2H2)

carbon disulphide (CS2)

hydrogen (H2)C

305102560 !

!!

ethyl nitrite 90 !

Ignitiontemperature

T1450°

T2300°

T3200°

T4135°

T5100°

T685°

A

II

GAS TYPETEMPERATURE CLASSES

Max surface temperature (°C)



O.D.E.


ELECTROMAGNETSFor potentially explosive construction

ADEF 04

The equipment which is to be installed in a dangerous atmosphere must be identified with a code which specifies all its characteristics.

The presently available certifications are:

EEx d II C T5 (Ø 13)EEx m II T4 (Ø 10)

EEx de II C T4

Temperature class

This indicates where the equipment in question is used

This indicates that the instrument conforms to the CENELEC regulations

This indicates which gas the electrical equipment is in contactwith (for "d" and "e" protection methods)

This defines the protection method used on the equipment toeliminate the danger of a possible explosion



O.D.E.


UDM 01MEASUREMENT UNITS

Fundamental measurement units in the S.I. InternationalSystem

srsteradiansSolid angleRadradiansPlane anglecdcandlesCandle powermolmoleQuantity of substanceKKelvinThermodynamic temperatureAampereIntensity of electric currentssecondTimekgkilogramMassmmetreLength

SymbolNameDimension

Meaning of prefixes commonly used for different measurement units:Prefix Symbol Factor

exa ............E ............1018

peta ............P ............1015

tera ............T ............1012 (see Note below)giga ............G ............109 (see Note below)mega ............M ............106

kilo ............k ............103

etto ............h ............102

deca ............da ............101

deci ............d ............10-1

centi ............c ............10-2

milli ............m ............10-3

micro ............ ............10-6

nano ............n ............10-9

pico ............p ............10-12

femto ............f ............10-15

atto ............a ............10-18

N.B.: the term "billion" in Italy, Germany and Britain has the meaning of 10 whereas inU.S.A. and France it has the meaning of 10 . Therefore, if this term should be used, it is advi-sable to request an clear explanation of its meaning so as to avoid mistakes.

12

9



O.D.E.



Measurement unit for pressure

The S.I measurement unit for pressure is the PASCAL. Symbol: Pa. 1 Pa = 1 N/m2.

Other units used:

- Bar. .......................................................... 1 Bar = 105 Pa- At=Kg/cm2 (technical atmosphere)........... 1 At = 9.8066 x 104 Pa - Psi (Pound/square inch)........................... 1 Psi = 6.894757 x 103 Pa- Atm (physical atmosphere)...................... 1 Atm = 101.325 x 103 Pa- mm Hg (millimetres of mercury)............... 1 mm Hg = 133.322 Pa- m H2O (metres of water)............................ 1m H20 = 9.80665 x 103 Pa

509.85837,503.18850.98649.346725.195505,000,000407.88630,002.5540.78939.477580.156404,000,000

305.91522,501.91330.59229.608435.117303,000,000203.94315,001.27520.39519.738290.078202,000,000101.9727,500.63810.1979.869145.039101,000,000

91.7746,750.5749.1788.882130.5359900,00081.5776,000.518.1587.895116.0318800,00071.385,250.4467.1386.908101.5277700,000

61.1834,500.3836.1185.92287.0236600,00050.9863,750.3195.0994.93572.5195500,00045.8873,375.2874.5894.44165.2684.5450,000

40.7893,000.2554.0793.94858.0164400,00035.692,625.2233.5693.45450.7643.5350,00030.5912,250.1913.0592.96143.5123300,000

25.4931,875.1592.5492.46736.262.5250,00020.3941500.1282.0391.97429.0082200,00015.2961125.0961.531.4821.7561.5150,000

10.197750.0641.020.98714.5041100,0005.099375.0320.510.4937.2520.550,0004.079300.0260.4080.3955.8020.440,000

3.059225.0190.3060.2964.3510.330,0002.039150.0130.2040.1972.9010.220,0001.0275.0060.1020.0991.450.110,000

0.81660.0050.0820.0791.160.088,0000.61245.0040.0610.0590.870.0606,0000.40830.0030.0410.0390.580.044,000

0.20415.0010.020.020.290.022,000m H2Omm HgAt (Kg/cm2)AtmPsiBarPa



O.D.E.



Measurement unit for temperature

The S.I measurement unit for temperature is the Kelvin. Symbol: K.Other units used are shown in the table:

392200473,16374190463,16356180453,16

338170443,16320160433,16302150423,16

284140413,16266130403,16248120393,16

230110383,16212100373,1619490363,16

17680353,1615870343,1614060333,16

12250323,1610440313,168630303,16

7725298,166820293,165915288,16

5010283,16415278,16320273,16

23-5268,1614-10263,165-15258,16

-4-20253,16-13-25248,16-22-30243,16

-459,688-273,160°F°CK

Formulae to convert from one unit to another: T(°C) = T(K)- 273,16 T(°F)=(T(K)-273,16) x 9/5+32



O.D.E.



Measurement unit for force

The S.I measurement unit for force is the Newton. Symbol: N.

Other units of force:

- Kgf (Kilogram force)............... 1 kgf = 9.8665 N

- lb (Pound)............................... 1 lb = 4.4482 N- Kip (kilopound)....................... 1 kip = 4,448.2 N- p (pond )................................. 1 p = 9.80665 x 10-3 N- kp (Kilopond)........................... 1 kp = 9.80665 N- oz (ounce)............................... 1 oz = 0.2780 N- pdl (poundal)........................... 1 pdl = 0.1382 N

7.235,893.597,12101,972101.9720,22481224,81101,3531.000

3.617,951.798,5650,98650.9860,11241112,40550,677500723,59359,7110,19710.1970,0224822,48110,135100651,23323,749,1779.1770,0202320,2339,12290

578,87287,778,1588.1580,0179817,9858,10880506,51251,87,1387.1380,0157415,7377,09570434,15215,836,1186.1180,0134913,4896,08160

361,79179,865,0995.0990,0112411,2415,06850289,44143,884,0794.0790,008998,9924,05440217,08107,913,0593.0590,006746,7443,04130

144,7271,942,0392.0390,00454,4962,0272072,3635,971,021.0200,002252,2481,0141065,1232,370,9189180,002022,0230,9129

57,8928,780,8168160,00181,7980,811850,6525,180,7147140,001571,5740,709743,4221,580,6126120,001351,3490,6086

36,1817,990,515100,001121,1240,507528,9414,390,4084080,00090,8990,405421,7110,790,3063060,000670,6740,3043

14,477,190,2042040,000450,450,20327,243,60,1021020,000220,2250,1011

00000000

pdlozkppkiplbKgfN



O.D.E.



Measurement unit for power

The S.I measurement unit for power is the Watt. Symbol: W. 1W = 1 Joule/sec.Other units of power:

- CV = HP (Horsepower) 1CV= 1HP = 735W- Kcal/h ((kilocalorie per hour) 1Kcal/h = 1.162 W- erg/sec 1 erg/sec = 10-7W- Kgf x m/sec 1 Kgf x m/sec = 9.81W- kW 1 kW = 103W

171.732,926170.000.000.00014.629,94823,12917.000

161.630,989160.000.000.00013.769,36321,76916.000151.529,052150.000.000.00012.908,77820,40815.000

141.427,115140.000.000.00012.048,19319,04814.000131.325,178130.000.000.00011.187,60817,68713.000

121.223,242120.000.000.00010.327,02216,32712.000111.121,305110.000.000.0009.466,43714,96611.000

101.019,368100.000.000.0008.605,85213,60510.000

9917,43190.000.000.0007.745,26712,2459.0008815,49480.000.000.0006.884,68210,8848.000

7713,55870.000.000.0006.024,0969,5247.0006611,62160.000.000.0005.163,5118,1636.000

5509,68450.000.000.0004.302,9266,8035.0004407,74740.000.000.0003.442,3415,4424.000

3305,8130.000.000.0002.581,7564,0823.000

2203,87420.000.000.0001.721,172,7212.0001101,93710.000.000.000860,5851,3611.000

0,881,5498.000.000.000688,4681,0888000,661,1626.000.000.000516,3510,816600

0,440,7754.000.000.000344,2340,5444000,220,3872.000.000.000172,1170,272200

0,1818,3491.800.000.000154,9050,245180

0,1414,2711.400.000.000120,4820,191400,110,1941.000.000.00086,0590,136100

0,088,155800.000.00068,8470,109800,066,116600.000.00051,6350,08260

0,044,077400.000.00034,4230,054400,022,039200.000.00017,2120,02720

0,011,019100.000.0008,6060,014100,0080,81580.000.0006,8850,0118

0,0060,61260.000.0005,1640,0086

0,0040,40840.000.0003,4420,00540,0020,20420.000.0001,7210,0032

0,0010,10210.000.0000,8610,0011

kWKgf x m/secerg/secKcal/hCV = HPW

NB.: sometimes the power absorbed by coils is expressed in volt-amperes (VA). This measurementunit does not have a fixed correspondence with the S. I. measurement unit (Watt). This non-corre-spondence is because of the voltage-current phase displacement which, when the coil is energizedwith alternating current, varies as the coil and the valve on which it is mounted vary. An APPROXIMATE value for VA-Watt correspondence is 0.6: 1 VA = 0.6 Watts



O.D.E.



Measurement unit for leangth

The S.I. measurement for leangth is the meter. Symbol: m.

Other units of leangth:- in (inch)....................1 inch = 0.0254 m- ft (feet).....................1 ft = 0.3048 m- yd (yard)..................1 yd = 0.9144 m

Metric measurement units which are often used:

- decimeter (dm) 1 dm = 10-1m = 0.1 m- centimeter (cm) 1 cm = 10-2 m = 0.01 m- millimeter (mm) 1 mm = 10-3 m = 0.001 m- micron (µm) 1 µm = 10-6 m = 0.000001m- nanometer (nm) 1 nm = 10-9 m = 0.000000001 m- Kilometer (km) 1 km = 1000 m



O.D.E.



Measurement unit for kinematic viscosity

The S.I measurement unit for kinematic viscosity is the m2/sec.

Other units of kinematic viscosity:

- St (stoke) = 1 cm2/sec.......... 1 St = 10-4 m2/sec

- cSt (centiStoke).................... 1 cSt = 10-6 m2/sec

- °E (degrees Engler)............ For the °E ↔ cSt relationship, see the table- R" (Redwood 1).................... For the Redwood 1 ↔ cSt relationship, see the table- Redwood 2........................... For the Redwood 2 ↔ cSt relationship, see the figure- SUS (Saybold Universal)..... For the Saybold universal ↔ cSt relationship, see the table- Saybold Furol....................... For the Saybold Furol ↔ cSt relationship, see the figure

255,12247,3055 0,550,000055232,12046,64500,500,00005209,11845,99545 0,450,000045186,31645,35400,400,00004163,71434,7135 0,350,000035141,31234,08300,300,00003119,31043,47250,250,00002597,77852,876200,200,0000289,44782,646180,180,00001881,3712,435160,160,00001673,57652,2222140,140,00001466,04582,023120,120,00001258,91521,834100,10,0000152,09461,653580,080,00000845,56411,480560,060,00000639,14351,307540,040,00000432,62301,119520,020,000002

SayboldUn.(100 °F)

Redwood 1(70°F)

°EcStStm2/sec

NB: the table gives kinematic viscosity values in the range in which ODE solenoid valves are normallyused.

The various kinematic viscosity measurement units can be transformed in a simple way by using thefigure below.



O.D.E.


KIN

EM

AT

IC V

ISC

OS

ITY

IN

CE

NT

IST

OK

ES

DE

GR

EE

S E

NG

LE

R




O.D.E.


O.D.E.


UDM 08MEASUREMENT UNITSMeasurement unit for energy or work

The S.I measurement unit for energy or work is the Joule. Symbol: J.

1 J = 1N x m = 1 W x sec = 1 kg x m2/sec2

Other units of energy or work:

- Wh (Watt-hour).................... 1 Wh = 3,600 J- kWh (Kilowatt-hour)............. 1 kWh = 3.6 x 106 J- cal (international calorie)..... 1 cal = 4.1868 J- Cal, Kcal (great calorie)...... 1 Cal = 1 Kcal = 4,186.8 J- BTU (British Termal Unit).... 1 BTU = 1,055.056 J- CVh (horsepower-hour)....... 1 CVh = 2.64779 x 106 J- eV (elettron volt)................... 1 eV = 1.6021892 x 10-19 J

6,241 X 10253,77679.478,172.388,4592.388.458,972,77782.777,7810.000.000

5,617 X 10253,39918.530,352.149,6132.149.613,072,52.5009.000.000

4,993 X 10253,02147.582,541.910,7671.910.767,172,22222.222,228.000.000

4,369 X 10252,64376.634,721.671,9211.671.921,281,94441.944,447.000.000

3,745 X 10252,2665.686,91.433,0751.433.075,381,66671.666,676.000.000

3,121 X 10251,88844.739,081194 ,2291.194.229,481,38891.388,895.000.000

2,497 X 10251,51073.791,27955,384955.383,591,11111.111,114.000.000

1,872 X 10251,1332.843,45716,538716.537,690,8333833,333.000.000

1,248 X 10250,75531.895,63477,692477.691,790,5556555,562.000.000

6,241 X 10240,3777947,82238,846238.845,90,2778277,781.000.000

4,681 X 10240,2833710,86179,134179.134,420,2083208,33750.000

3,121 X 10240,1888473,91119,423119.422,950,1389138,89500.000

1,560 X 10240,0944236,9559,71159.711,470,069469,44250.000

1,248 X 10240,0755189,5647,76947.769,180,055655,56200.000

9,362 X 10230,0567142,1735,82735.826,880,041741,67150.000

6,241 X 10230,037894,7823,88523.884,590,027827,78100.000

3,121 X 10230,018947,3911,94211.942,290,013913,8950.000

2,497 X 10230,015137,919,5549.553,840,011111,1140.000

1,872 X 10230,011328,437,1657.165,380,00838,3330.000

1,248 X 10230,007618,964,7774.776,920,00565,5620.000

6,241 X 10220,00389,482,3882.388,460,00282,7810.000

4,993 X 10220,0037,581,9111.910,770,00222,228.000

3,745 X 10220,00235,691, 4331.433,080,00171,676.000

2,497 X 10220,00153,790,955955,380,00111,114.000

1,248 X 10220,00081,90,478477,690,00060,562.000

0 0000000

eVCVhBTUCal=KcalcalkWhWhJ



O.D.E.


UDM 09 MEASUREMENT UNITS

Measurement unit of the flow factor

Kv is the volume of water in l/min which flows through the valve at a pressure drop of 1 bar across the valve at20°C.Kv (m3/h)= 0,06 Kv l/min. - Kv (l/min)= m3/h x 16,67

Flow rate conversion tableFlow rate conversion table

I/min m3/h I/min m3/h I/min m3/h I/min m3/h

0,1 0,006 26 1,56 120 7,202 320 19,207

0,2 0,012 27 1,62 125 7,503 330 19,807

0,3 0,018 28 1,68 130 7,803 340 20,408

0,4 0,024 29 1,74 135 8,103 350 21,008

0,5 0,03 30 1,8 140 8,403 360 21,608

0,6 0,036 31 1,86 145 8,703 370 22,208

0,7 0,042 32 1,92 150 9,002 380 22,809

0,8 0,048 33 1,98 155 9,303 390 23,409

0,9 0,054 34 2,04 160 9,603 400 24,009

1,0 0,06 35 2,1 165 9,904 410 24,609

1,5 0,09 36 2,16 170 10,204 420 25,21

2,0 0,12 37 2,22 175 10,504 430 25,81

2,5 0,15 38 2,28 180 10,804 440 26,41

3,0 0,18 39 2,34 185 11,104 450 27,01

3,5 0,21 40 2,41 190 11,404 460 27,611

4,0 0,24 41 2,461 195 11,704 470 28,211

4,5 0,27 42 2,521 200 12,004 480 28,811

5,0 0,3 43 2,581 205 12,304 490 29,411

6,0 0,36 44 2,641 210 12,605 500 30,012

7,0 0,42 45 2,701 215 12,905 510 30,612

8,0 0,48 46 2,761 220 13,205 520 31,212

9,0 0,54 47 2,821 225 13,505 530 31,812

10 0,6 48 2,881 230 13,805 540 32,413

11 0,66 49 2,941 235 14,105 550 33,013

12 0,72 50 3,001 240 14,405 560 33,613

13 0,78 55 3,301 245 14,705 570 34,213

14 0,84 60 3,601 250 15,006 580 34,813

15 0,9 65 3,901 255 15,306 590 35,414

16 0,96 70 4,201 260 15,606 600 36,014

17 1,02 75 4,501 265 15,906 650 39,015

18 1,08 80 4,801 270 16,206 700 40,016

19 1,14 85 5,102 275 16,506 750 45,018

20 1,2 90 5,402 280 16,806 800 48,019

21 1,26 95 5,702 285 17,106 850 51,02

22 1,32 100 6,002 290 17,407 900 54,021

23 1,38 105 6,302 295 17,707 1000 60,024

24 1,44 110 6,602 300 18,007

25 1,5 115 6,902 310 18,607



O.D.E.


DIAGRAMN° 1Steam diagram

Example: Determine the capacity with a loss of loaf of 750 mm H2O and a relative pressure above the solenoid vallve of 5 bar with Kv=0,8 m /h .Starting from the loss of charge value the absolute pressure curve is crossed P1= 5+1= 6 bar, continue up tol Kv=0,8, the ordinate reading is of Q=12,8.

3



O.D.E.


DIAGRAMN° 2

Diagram for liquids(utp to 3°E)

Specific gravity of the most common liquids= (γ=Kg/dm3) - (t=15°C - P=760 mm Hg)

Acetone

Fluids

Water

Sea water

Ethyl alcohol

Methyl alcohol

Petrol

Benzenol

Beer

0,79

Gravity

1,00

1,02

0,79

0,81

0,68

0,90

1,02

Hexane

Fuilds

Ethane

Gas oil

Milk

Naphtha

Hydraulic oil

Vegetable oil

Wine

0,66

Gravity

0,68

0,70

1,03

0,76

0,92

0,92

0,95

Au

xilia

ry l

ine

Flow factorKv [m3/h]

Flow rateQ [m3/h]

Pressure drop∆∆p [bar]

Specifi gravity process fluid

[Kg/dm3]



O.D.E.


DIAGRAMN° 3Diagram for gases

Specific gravity of the most common gases= (γ=Kg/m3) - (t=0°C - P=760 mm Hg)

Acetylene

Gases

Carbon dioxide

Air

Argon

Nitrogen

Butane

Helium

Ethane

1,176

Gravity

1,965

1,293

1,780

1,255

2,000

0,179

1,035

Ethylene

Gases

Hydrogen

Natural gas

Methane

Carbon monoxide

Oxygen

Propane

Steam

1,259

Gravity

0,089

0,723

0,722

1,250

1,429

1,520

0,805

t= Fluid temperature Kv= Flow factor ∆p=Pressure drop

γN= Specific gravity Qn=Flow rate P1= inlet pressure

γ

Au

xilia

ry l

ine

Au

xilia

ry l

ine

Au

xilia

ry l

ine Critical speed



O.D.E.


SOLENOID VALVES SOLENOID VALVES

CODES INDEX

KITS COMPLETE DIAPHRAGM KITCOILS LATCHING COILS




O.D.E.


SOLENOID VALVESCODES

Solenoid valves for automation - heatingsteam - drinks - chemistry

Stainless steel solenoid valves

2 1 5 0YT 6H K 2

2 1 B 1 52 KA2

ORIFICE (10ORIFICE (10-1-1mm)mm)

SEALING MASEALING MATERIALS:TERIALS:

B NBR (Nitrile rubber)

E EPDM (Etylene-propylene)

R RUBY

S MVQ (Silicone)

T PTFE (Polytetrafluorethylene)

V

Y

FKM (Fluoroelastomer)

W MFQ (Fluorosilicone)

NBR + PA (Nitrile rubber +Polyamide)

MECHANICS INITIALSMECHANICS INITIALS (2 W(2 WAAY N.C., 2 WY N.C., 2 WAAY N.O., 3 WY N.O., 3 WAAYY, Etc.), Etc.)

PIPE INITIALSPIPE INITIALS

1 1/8” GAS

2 1/4” GAS

3 3/8” GAS

4 1/2” GAS

5 3/4” GAS

6 1” GAS

7 1 1/4” GAS

8 1 1/2” GAS

9 2” GAS

B SUBPLATE

G HOSE CARRIER

NUMBER OF WNUMBER OF WAAYY

NUMBER OF ELEMENTSNUMBER OF ELEMENTS

WELDED TUBEWELDED TUBE

VVALALVE TYPE INITIALSVE TYPE INITIALS

NOTE: Use this table to locate a valve according to its code (see examples) and not to create codes of valves not existing inthe catalogue.

Optio

nal

M M5x0.5




O.D.E.


SOLENOID VALVESCODES




5K RK AF A 1

Optio

nal

2 1

2 1 51 T52 1 2

ORIFICE (10ORIFICE (10-1-1mm)mm)


A STAINLESS STEEL

R EPDM (Etylene-propylene)

T RUBY

F H-NBR

N CR (chloroprene)

MECHANICS INITIALSMECHANICS INITIALS(2 W(2 WAAY N.C., 2 WY N.C., 2 WAAY N.O., 3 WY N.O., 3 WAAYY, Etc.), Etc.)

CONNECTIONS DIMENSIONS:CONNECTIONS DIMENSIONS:

CA SUBPLATE

SUBPLATE

NUMBER OF WNUMBER OF WAAYY

NUMBER OF ELEMENTSNUMBER OF ELEMENTS

WELDED TUBEWELDED TUBE

VVALALVE TYPE INITIALSVE TYPE INITIALS

E SUBPLATE

1 Ø 6 - Ø 1/4” - 1/4” SAE

0 Ø 4

2 Ø 10 - Ø 3/8” - 3/8” SAE

3 Ø 12 - Ø 1/2” - 1/2” SAE

4 Ø 16 - Ø 5/8” - 5/8” SAE

5 Ø 18 - Ø 3/4” - 3/4” SAE

6 Ø 22 - Ø 7/8”

7 Ø 28 - Ø 1 1/8”

8 Ø 35 - Ø 1 3/8”

KIND OF CONNECTION:KIND OF CONNECTION:

1 Solder pipe in mm

2 Solder pipe in inches

3 Male thread SAE

A Subplate


O.D.E.


INDEXKITS



Ø ARMAØ ARMATURE TUBE (10TURE TUBE (10-1-1 mm)mm)

ARMAARMATURE TUBE TYPE:TURE TUBE TYPE:


B NBR

E EPDM

R RUBY

KKK

RST

T PTFE

V FKM

POSSIBLE CHOICES:POSSIBLE CHOICES:

C SPECIAL ARMATURE TUBE

D EXPLOSION-PROOF

J ARMATURE TUBE M13x0,5

M DOUBLE SPRING

N “CR” OR

T “PTFE” OR

V UPPER PART “FKM”

1 CHANGE NUMBER

SEALING TYPE:SEALING TYPE:

A STANDARD MECHANICAL SEALING

B MECHANICAL SEALING WITH SPRING

C MECHANICAL SEALING WITH DIFFERENT MATERIAL

F STANDARD OR SEALING

G OR SEALING WITH SPRING

H OR SEALING WITH DIFFERENT MATERIAL

I

L

OR SEALING WITH DIFFERENT CORE

GASKET SEALING

K T 0R3 01 A 3 VA

FIXED CORE INITIAL (N° WFIXED CORE INITIAL (N° WAAYY, N.O., N.C.), N.O., N.C.)

ROLLED

WELDED

TURNED

Ø MAX ORIFICE (10Ø MAX ORIFICE (10-1-1 mm)mm)


O.D.E.


KITS CODESDIAPHRAGMCOMPLETE DIAPHRAGM KITS


B NBR

E EPDM

T PTFE

T-R PTFE-RUBY

Y NBR + PA

V FKM

K T 1K 0 BH 1G 1 1

VVALALVE SERIESVE SERIES

FIXED CORE INITIAL (N° WFIXED CORE INITIAL (N° WAAYY, N.O., N.C.), N.O., N.C.)

Ø ORIFICE mmØ ORIFICE mm

DIAPHRAGM KIT DIAPHRAGM KIT




O.D.E.


B D A 0 8 2 3 0 A S APPROVALS:

S Without approval

A Explosion-proof

U UL approval

V VDE approval

FREQUENCY:

A 50 Hz ED 100%

B 60 Hz ED 100%

C D.C. ED 100%

D 50/60 Hz ED 100%

E 50 Hz ED 50%

F 60 Hz ED 50%

G 50/60 Hz ED 50%

H D.C. ED 50%

I D.C. ED 70%

ELECTRICAL CONNECTIONS:

connector DIN 43650 B

2 faston DIN 46244

connector DIN 43650 A

2 cables cm 100

C

B

D

three-pole cable 90 cmP

S

V 2 cables cm 50

DIMENSIONS:

B Width 30 - tube Ø 13

G Width 52 - tube Ø 13

H Width 30 - tube Ø 10

I Width 28 - tube Ø 10

L Width 22 - tube Ø 10

S Width 32 - tube Ø 13

MOLDING MATERIAL:PA - Black polyamide - class F (155°C)

PPS - Black polyphenylensulphide - class H (180°C)

EP - Black epoxy resin - class H (180°C)

PA - Black polyarylammide - (160°C) high temperature

FA

HPS PA - Black polyamide with impregnation against humidity - class F (155°C)

VOLTAGES:

V 240 2 4

V 1101 1 0

V 2202 2 0

V 220-2302 2 3

V 2302 3 0

POWER:

2.5 W2 X

5 W0 5

8 W0 8

12 W1 2

14 W1 4

16 W1 6

NOMINAL VOLTAGETOLERANCES:DC + 10% -5%AC + 10% -15%

B

B D A 0 8 2 3 0 A S



COILS CODESCOILS


O.D.E.


NOMINAL VOLTAGETOLERANCES:DC + 10% -5%

LATCHING COILS

DIMENSIONS:B Width 30 - tube Ø 13

APPROVALS:

S Without approval

FREQUENCY:

L Latching coils

ELECTRICALCONNECTIONS:

connector DIN 43650 AD

MOLDING MATERIAL:

A PA - Black polyamide - class F (155°C)

VOLTAGES:

B D A 1 X 0 0 6 L S

POWER:

1.5 W1 X

2 X

5 W0 5

10 W1 0

2.5 W

V 4,50 0 4

V 60 0 6

V 90 0 9

V 120 1 2

V 240 2 4

CODES LATCHINGCOILS




O.D.E.


INDEX


Solenoid valves for automation - heatingsteam - drinks - chemistry

Stainless steel solenoid valves

21AS

21D52

21K42

21PW

21A

21H

21J

21L

21M

21T

21W

21X

21Y

212A

212M

212N

2362-AP

31A

31J

31L

512

SU

BP

LA

TE

HO

SE

CA

RR

IER

M16x1

,5 M

10x1

M5

G 1

/8”

G 1

/4”

G 3

/8”

G 1

/2”

G 3

/4”

G 1

”

G 1

1/4

”

G 1

1/2

”

G 2

”

Ø 1

1

Ø 1

2

1/4

NP

T

3/8

NP

T

1/2

NP

T

3/4

NP

T

1 N

PT

1 1

/4 N

PT

1 1

/2 N

PT

2 N

PT

X X X

X

X X

X X

X X

X X X X X

X X X X X X X X X

X X

X X

X

X X

21WB X X

21WF X

X X X X X X X X X X X X X

X X X X X X

X X X X X X X X

X X X X

X

X X

X

X X X

X X X

X

X

SERIESA

LP

HA

NU

ME

RIC

OR

DE

R

PIPE CONNECTION


CLICK ON ONE SERIES


O.D.E.


21AS

21ASGK1B30 Solenoid valve 2/2 way N.C. Direct acting

21ASGK1B30-RI Solenoid valve 2/2 way N.C. Direct acting - Lower regulation

21AS1K1B30 ÷ 21AS1K1B30 Solenoid valve 2/2 way N.C. Direct acting

21AS1K1B30-RI ÷ 21AS1K1B30-RI Solenoid valve 2/2 way N.C. Direct acting - Lower regulation


OFFICINE DI ESINO LARIOVERSION 1.0 - JANUARY 2000

O.D.E.


Direct acting S.V. for interception of fluids compatible with theconstruction materials.Minimum operational pressure is not required.The materials used and the tests carried out ensure maximumreliability and duration.

AutomationDrinks

Ø 5.5 (rubber support)

8W -Ø 13

BDA - BDS - BSA 155°C (class F)

BDP 160°C (high temperature)

BDF 180°C (class H)

Solenoid valve 2/2 way N.CDirect acting

Pressure

min max M.O.P.D.

cSt °E mm (l/mn) (watt) bar AC bar DC bar

Kv PowerPipe Code

Max viscosity Ø

21ASGK1B30

Ø5,5 21ASGK1B30 - - 3 2,2 8 0 10 6

Medium

Air, water, syrups

Temperature

- 10°C + 60°C

Gaskets

B=NBR (nitrile rubber)

*WARNING: PMMA body. Maximum working temperature + 60°C.

PRESENTPRESENTAATION:TION:

USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:

See page

2. Complet plunger:

Code R450898/B3. Complete armature tube

without gasket:

Code R451599

4. Gasket O-Ring:

Code R990000/B5. Complete rubber support:

Code R451600

KITKIT::

KT130K1B55-HC=2+3+4

COIL POWER ABSORPTION

Inrush Hold

VA ~ VA ~W

Body PMMA (Polymetyl methacrylate)Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal B=NBROrifice PMMA (Polymetyl methacrylate)

On request:Connector Pg 9 or Pg 11Connector conformity ISO 4400

Electrical conformity IEC 335Protection degree IP 65 EN 60529 (DIN 40050)with coil fitted by connector.

8 W 25 14,5

DIMENSIONS:DIMENSIONS:

SPSPARE PARE PARARTS:TS:

MAMATERIALS:TERIALS:

FEAFEATURES:TURES:



O.D.E.



AutomationDrinks

Ø 5.5 (rubber support)

8W -Ø 13




Solenoid valve 2/2 way N.CDirect acting - Lower Regulation

Pressure

min max M.O.P.D.


Kv PowerPipe Code

Max viscosity Ø

Ø5,5 21ASGK1B30-RI - - 3 2,2 8 0 10 6

21ASGK1B30-RI

Medium

Air, water, syrups

Temperature

- 10°C *

Gaskets




USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:

See page

2. Complet plunger:


without gasket:

Code R451599

4. Gasket O-Ring:

Code R990000/B5. Complete rubber support:

Code R451600

6. Regulation screw:

Code R450347


Inrush Hold

VA ~ VA ~W

Body PMMA (Polymetyl methacrylate)Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal B=NBROrifice PMMA (Polymetyl methacrylate)Pipes Stainless steel AISI series 300



8 W 25 14,5

KITKIT::

KT130K1B55-HC=2+3+4




FEAFEATURES:TURES:




O.D.E.



AutomationDrinks

G 1/8” - G 1/4”

8W -Ø 13





Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø

G 1/8" 21AS1K1B30

G 1/4" 21AS2K1B3010 6- - 3 3,2 8,0 0

21AS1K1B30÷

21AS2K1B30

Medium

Air, water, syrups

Temperature

- 10°C *

Gaskets




USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:

See page

2. Complet plunger:


without gasket:

Code R451599

4. Gasket O-Ring:

Code R990000/B


Inrush Hold

VA ~ VA ~W

Body PMMA (Polymetyl methacrylate)Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring Gold plated copperSpring Stainless steel AISI series 300Seal B=NBROrifice PMMA (Polymetyl methacrylate)



8 W 25 14,5

KITKIT::

KT130K1B55-HC=2+3+4




FEAFEATURES:TURES:




O.D.E.



AutomationDrinks

G 1/8” - G 1/4”

8W -Ø 13




Solenoid valve 2/2 way N.CDirect acting - Lower regulations

Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø

21AS1K1B30-RI ÷

21AS2K1B30-RI

G 1/8" 21AS1K1B30-RI

G 1/4" 21AS2K1B30-RI10 6- - 3 3,2 8 0

Medium

Air, water, syrups

Temperature

- 10°C *

Gaskets




USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:

See page

2. Complete plunger:

CodeR450898/B3. Complete armature tube

without gasket:

Code R451599

4. Gasket O-Ring:

Code R990000/B5. Regulation screw:

Code R450347/B


Inrush Hold

VA ~ VA ~W

Body PMMA (Polymetyl methacrylate)Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring Gold plated copperSpring Stainless steel AISI series 300Seal B=NBROrifice PMMA (Polymetyl methacrylate)

On requestConnector Pg 9 or Pg 11Connector conformity ISO 4400

Electrical conformity IEC 335Protection degree IP 65 EN 60529 (DIN 40050)with fitted by connector.

8 W 25 14,5

KITKIT::

KT130K1B55-HC=2+3+4




FEAFEATURES:TURES:



O.D.E.


21A

21A16KT25 Solenoid valve 2/2 way N.C. Direct acting

21A16KT25-2757 ÷ 21A16KT30-2757 Solenoid valve 2/2 way N.C. Direct acting

21A2KCV45 Proportional solenoid valve 2/2 way N.C. Direct acting

21A3KJV15-AD ÷ 21A2KJV30-AD Solenoid valve 2/2 way N.C. Direct acting Explosion proof - EEx d II C T5

21A1KR10 ÷ 21A1KR30 Solenoid valve 2/2 way N.C. Direct acting

21A1KV15 ÷ 21A1KV30 Solenoid valve 2/2 way N.C. Direct acting

21A16KE25 ÷ 21A16KE30 Solenoid valve 2/2 way N.C. Direct acting

21A16KE25-2757 ÷ 21A16KE30-2757 Solenoid valve 2/2 way N.C. Direct acting


21A5KT45 ÷ 21A8KT55 Solenoid valve 2/2 way N.C. Direct acting

21A5ZV45D ÷ 21A8ZV55G Solenoid valve 2/2 way N.O. Direct acting

21A3KR15 ÷ 21A2KR30 Solenoid valve 2/2 way N.C. Direct acting


21A3ZR15D ÷ 21A2ZR30G Solenoid valve 2/2 way N.O. Direct acting

21A3ZV15D ÷ 21A2ZV55G Solenoid valve 2/2 way N.O. Direct acting



O.D.E.


21A1KR10÷

21A1KR30

Direct acting S.V. for interception of fluids compatible with theconstruction material.Minimum operational pressure is not required.The materials used and the tests carried out ensure maximumreliability and duration.

Hot water, HeatingSteam (180°C)

subplate mounting

8W - Ø 13 BDA - BDS - BSA 155°C (class F)BDP 160°C (high temperature)BDF 180°C (class H)

21A1KR10 1 0,45 40 23

21A1KR15 1,5 1,40 30 15

21A1KR20 37 ~ 5 2 2,00 25 9

21A1KR25 2,5 3,20 14 5

21A1KR30 3 4,00 10 4

0SUBPLATE

MOUNTING8

53 ~ 7

12 ~ 2

Pressure

min max M.O.P.D.


Kv PowerPipe Code

Max viscosity Ø

Solenoid valve 2/2 way N.C.Direct acting

Medium

Steam, water, mineral oils (2°E),gas oil, fuel oils (7°E)

Temperature

- 40°C +180°C

Gaskets

R=RUBY


USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:See page


Code R450820/R3. Complete armature tube:

Code R450606

4. Gasket O-Ring:

Code R990002/S

KITKIT::

KT130KR30-A=2+3

8 W 25 14,5


Inrush Hold

VA ~ VA ~W

Body Brass OT58 Armature tube Stainless steel series 300Fixed core Stainless steel series 400Plunger Stainless steel series 300Phase displacement ring CopperSpring Stainless steel series 300Seal R=RUBYOrifice: Inserted slot Stainless steel series 300






FEAFEATURES:TURES:



O.D.E.



AutomationHeating

subplate mounting

8W - Ø 13 (1)

BDA - BDS - BSA 155°C (class F)BDP 160°C (high temperature)BDF 180°C (class H)14W - Ø 13GDH 180°C (class H)

(1) Explosion-proof housing for coils with electrical connections DIN 43650 A on request.

21A1KV15 12 ~ 2 1,5 1,4 8 30 18

8 22 16

14 35 30

8 14 9

14 30 25

8 10 6

14 25 20

SUBPLATE

MOUNTING

53 ~ 7

2,0237 ~ 5

0

21A1KV20

21A1KV25

21A1KV30

2,5 3,2

3 4,0

Pressure

min max M.O.P.D.


Kv PowerPipe Code

Max viscosity Ø


21A1KV15÷

21A1KV30

Medium

Air, inert gas, water

Water, steam

Mineral oils (2°E),gasoline gas oil, fuel oils (7°E)

Temperature

- 10°C

- 10°C

+ 90°C

+140°C

- 10°C +140°C

Gaskets


E=EPDM (ethylene-propylene)

V=FKM (fluoroelastomer)


USE:USE:

PIPES:PIPES:

COILS:COILS:

For seals other than FKM replace the letter “V” with the ones corresponding to the other seals. E.I. 21A1KB15.



O.D.E.


1. Coil:See page

2. Complet plunger:Code R450820/V

3. Complete armature tube:

Code R450606

4. Gasket O-ring:

Code R990002/V

KITKIT::

KT130KV30-A=2+3

COIL POWER ABSORPTION DIMENSIONS

Inrush Hold D E F

VA ~ VA ~ mm mm mmW

Body Brass OT58 Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal Standard: V=FKM

On request:B=NBR E=EPDMOrifice: Insert slot Stainless steel AISI series 300



8 W 25 14,5 30 42 54

14 W 43 27 52 55 67




FEAFEATURES:TURES:



O.D.E.


21A16KE25÷

21A16KE30


Hot waterLow pressure steam (140°C)

G 1/4”


Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø


21A16KE25 2,5 3,2 14 9

21A16KE30 3,0 4,0 10 60G 1/4" 53 ~ 7 8

Medium

Water, low pressure steam


Temperature

- 10°C +140°C

- 10°C +140°C

Gaskets




USE:USE:

PIPES:PIPES:

COILS:COILS:

For seals other than EPDM replace the letter “E” with the ones corresponding to the other seals. E.I. 21A16KV25.



O.D.E.


1. Coil:See page

2. Complet plunger:

Code R450820/E3. Complete armature tube:

Code R450606

KITKIT::

KT130KE30-A=2+3


Inrush Hold

VA ~ VA ~W

Body Brass OT58Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal Standard: E=EPDM

On request:V=FKMOrifice: Insert slot Stainless steel AISI series 300



8 W 25 14,5




FEAFEATURES:TURES:



O.D.E.


21A16KE25-2757÷

21A16KE30-2757


Hot waterLow pressure steam (140C°)

G 1/4”


Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø


21A16KE25-2757 2,5 3,2 14 9

21A16KE30-2757 3 4,0 10 60G 1/4" 53 ~ 7 8

Medium

Water, steam

Temperature

- 10°C +140°C

Gaskets



USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:See page

2. Complet plunger:

Code R450820/E3. Complete armature tube:

Code R450606

KITKIT::

KT130KE30-A=2+3


Inrush Hold

VA ~ VA ~W

Body Brass OT58 Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal E=EPDMOrifice: Insert slot Stainless steel AISI series 300



8 W 25 14,5




FEAFEATURES:TURES:



O.D.E.


G 1/4" 21A16KT25 - - 2,5 3,2 8 0 14 5

21A16KT25


Hot waterSteam (180°C)

G 1/4”

8W - Ø 13




Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø


Medium

Steam, water

Steam, water

Temperature

- 40°C

- 40°C

+180°C

+180°C

Gaskets

R=RUBY

T=PTFE(polytetrafluorethylen)


USE:USE:

PIPES:PIPES:

COILS:COILS:

For seals other than PTFE replace the letter “T” with the ones corresponding to the other seals. E.I. 21A16KR25.



O.D.E.


1. Coil:

See page

2. Complet plunger:

Code R450820/T3. Complete armature tube:

Code R450606

KITKIT::

KT130KT30-A=2+3

8 W 25 14,5


Inrush Hold

VA ~ VA ~W

Body Brass OT58 Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal Standard: T=PTFE

On request:R=RUBYOrifice: Insert slot Stainless steel AISI series 300






FEAFEATURES:TURES:



O.D.E.


21A16KT25-2757 2,5 3,2 14 5

21A16KT30-2757 3 4,0 10 40G 1/4" - - 0

21A16KT25-2757÷

21A16KT30-2757



G 1/4”

8W - Ø 13




Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø


Medium

Steam, water

Temperature

- 40°C +180°C

Gaskets



USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:See page

2. Complet plunger:


Code R450606

KITKIT::

KT130KT30-A=2+3

8 W 25 14,5


Inrush Hold

VA ~ VA ~W

Body Brass OT58 Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal T=PTFEOrifice: Insert slot Stainless steel AISI series 300






FEAFEATURES:TURES:




O.D.E.


G 1/4" 21A2KCV45 21 ~ 3 4,5 6,5 8 0 - 1,5

21A2KCV45

Solenoid valve designed for a fluid output proportional to voltage change.Minimum operational pressure is not required.Mounting in any position.Material used and tests carried out ensure reliability and longlife time.

Max pressure drop: 35 barProportional response features:

Hysteresis < 5%Repeatability < 3%Sensitivity < 2%

Tensions range: 0-24 VDC24 VDC impulse range modulation (600 ÷ 800 Hz)

These solenoid valves are not suitable for stagnating fluids, orfor fluids that being subject to evaporation may deposit solid,calcareous or similar residues.

Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø

Proportional solenoid valve2/2 way N.C. - Direct acting

Control signal

Flo

w r

ate

Medium

Mineral oils (2°E),gasoline gas oil

Temperature

- 10°C +140°C

Gaskets


Also available with brass body without lead.


TECHNICAL FEATECHNICAL FEATURES:TURES:

PIPES:PIPES:

COILS:COILS:

G 1/4”

8W - Ø 13BDA - BDS - BSA 155°C (class F)BDP 160°C (high temperature)BDF 180°C (class H)



O.D.E.


Body Brass OT58

Armature tube Stainless steel AISI series 300

Fixed core Stainless steel AISI series 400

Plunger Stainless steel AISI series 400

Spring Stainless steel AISI series 300

Ring guide PTFE

Orifice Brass OT58

Seal V=FKM

Gasket V=FKM

On request:

Connector Pg 9 or Pg 11

Connector conformity ISO 4400

Electrical conformity IEC 335

Protection degree IP 65 EN 60529 (DIN 40050)

with coil fitted by connector.

1. Coil:

See page

KITKIT::

KT130KCV55-I




FEAFEATURES:TURES:



O.D.E.


21A3KJV15-AD÷

21A2KJV30-AD

21A3KJV15-AD 12 ~ 2 1,5 1,4 30 18

21A3KJV20-AD 37 ~ 5 2 2,0 22 16

21A3KJV25-AD 2,5 3,2 14 9

21A3KJV30-AD 3 4,0 10 6

21A2KJV15-AD 12 ~ 2 1,5 1,4 30 18

21A2KJV20-AD 37 ~ 5 2 2,0 22 16

21A2KJV25-AD 2,5 3,2 14 9

21A2KJV30-AD 3 4,0 10 6

G 1/8"

G 1/4"

08

53 ~ 7

53 ~ 7

Medium



Temperature

- 10°C

- 10°C

+ 90°C

+100°C

Gaskets

B=NBR(nitrile rubber)



Potentially explosive atmospheres

G 1/8” - G 1/4”

8W -Ø 13BDA - BDS 155°C (class F)BDP 160°C (high temperature)BDF 180°C (class H)

Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø

Solenoid valvel 2/2 way N.C.Direct actingExplosion proof - EEx d II C T5



USE:USE:

PIPES:PIPES:

COILS:COILS:

For seals other than FKM replace the letter “V” with the ones corresponding to the other seals. E.I. 21A2KJB20-AD.



O.D.E.


1. Coil:See page

2. Complet plunger:

Code R451583/V3. Complete armature tube:

Code R451577

4. Gasket O-Ring:

Code R990000/V

KITKIT::

KT130KJV55-FD=2+3+4

8 W 25 14,5


Inrush Hold

VA ~ VA ~W


On request:B=NBR Orifice: Insert slot Stainless steel AISI series 300






FEAFEATURES:TURES:



O.D.E.


21A3KR15÷

21A2KR30



G 1/8” - G 1/4”

8W - Ø 13




Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø


21A3KR15 12 ~ 2 1,5 1,4 35 15

21A3KR20 37 ~ 5 2 2,0 25 9

21A3KR25 2,5 3,2 14 5

21A3KR30 3 4,0 10 4

21A2KR15 12 ~ 2 1,5 1,4 35 15

21A2KR20 37 ~ 5 2 2,0 25 9

21A2KR25 2,5 3,2 14 5

21A2KR30 3 4,0 10 4

8 0

G 1/8"

G 1/4"

53 ~ 7

53 ~ 7

Medium


Steam, water

Temperature

- 40°C

- 40°C

+180°C

+180°C

Gaskets

R=RUBY




USE:USE:

PIPES:PIPES:

COILS:COILS:

For seals other than RUBY replace the letter “R” with the ones corresponding to the other seals. E.I. 21A3KT15.



O.D.E.


1. Coil:See page

2. Complet plunger:


Code R450606

KITKIT::

KT130KR30-A=2+3

21A3KR G 1/8"

21A2KR G 1/4"

TypePipe

ISO 228/1


Inrush Hold D E F

VA ~ VA ~ mm mm mmW

Body Brass OT58 Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal Standard: R=RUBY

On request:T=PTFEOrifice: Insert slot Stainless steel AISI series 300



8 W 25 14,5 30 42 54




FEAFEATURES:TURES:



O.D.E.


21A3KV15 12 ~ 2 1,5 1,4 8 30 18

8 22 16

14 35 30

8 14 9

14 30 25

8 10 6

14 25 20

8 5 1,5

14 12 6

21A2KV15 12 ~ 2 1,5 1,4 8 30 18

8 22 16

14 35 30

8 14 9

14 30 25

8 10 6

14 25 20

8 5 1,5

14 12 6

8 3,5 1

14 7 3

~ 7

37 ~ 5

37 ~ 5

G 1/8"

G 1/4"21A2KV30

21A2KV45

21A2KV55

0

21A3KV20

21A3KV25

21A3KV30

21A3KV45

2

2,5

3

4,5

2,0

3,2

4,0

6,5

21A2KV25

21A2KV20 2 2,0

2,5 3,2

53

53 ~ 7

5,5 9,0

3 4,0

4,5 6,5

21A3KV15÷

21A2KV55

Medium


Water, steam


Temperature

- 10°C

- 10°C

+ 90°C

+140°C

- 10°C +140°C

Gaskets





AutomationHeating

G 1/8” - G 1/4”

8W -Ø 13 (1)

BDA - BDS - BSA 155°C (class F)BDP 160°C (high temperature)BDF 180°C (class H)14W - Ø 13GDH 180°C (class H)

(1) Explosion-proof housing for coils with electricalconnections DIN 43650 A on request.

Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø




USE:USE:

PIPES:PIPES:

COILS:COILS:

For seals other than FKM replace the letter “V” with the ones corresponding to the other seals. E.I. 21A2KE20.



O.D.E.


1. Coil:See page

2. Complet plunger:For orifice < 3 mmCode R450820/VFor orifice > 3 mmCode R450898/V


Code R450606

KITKIT::

< 3 mmKT130KV30-A=2+3> 3 mmKT130KV55-A=2+3

8 W 25 14,5 30 42 54

14 W 43 27 52 55 67

21A3KV G 1/8"

21A2KV G 1/4"

TypePipe

ISO 228/1


Inrush Hold D E F

VA ~ VA ~ mm mm mmW


On request:B=NBR E=EPDMOrifice: < 3 mm Insert slot Stainless steel AISI series 300> 3 mm Brass OT58On request:Connector Pg 9 or Pg 11Connector conformity ISO 4400





FEAFEATURES:TURES:



O.D.E.


21A3ZR15D 12 ~ 2 1,5 1,4 35 35

21A3ZR20D 37 ~ 5 2 2,0 30 30

21A3ZR25D 16 16

21A3ZR25G 14 20 20

21A3ZR30D 8 10 10

21A3ZR30G 14 14 14

21A2ZR15D 12 ~ 2 1,5 1,4 8 35 35

21A2ZR20D 37 ~ 5 2 2,0 8 30 30

21A2ZR25D 8 16 16

21A2ZR25G 14 20 20

21A2ZR30D 8 10 10

21A2ZR30G 14 14 14

G 1/8"

G 1/4"

0

8

2,5 3,2

3 4,0

2,5 3,2

3 4,0

53 ~ 7

53 ~ 7

21A3ZR15D÷

21A2ZR30G

Direct acting S.V. for interception of fluids compatible with theconstruction materials.Minimum operational pressure is not required.The materials used and the tests carries out ensure maximumreliability and duration.


G 1/8” - G 1/4”

8W - Ø 13 BDA - BDS - BSA 155°C (class F)BDP 160°C (high temperature)BDF 180°C (class H)14W - Ø 13 GDH 180°C (class H)

Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø

Solenoid valve 2/2 way N.O.Direct acting

Medium


Temperature

- 40°C +180°C

Gaskets

R=RUBY



USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:See page

2. Complet diaphragm support:

8W Code R450789

14W Code R450789/14

3. Complete armature tubewithout gasket:

Code R450573

4. Gasket O-Ring:

Code R990000/V

KITKIT::

8W

KT130ZR30-F=2+3+414W

KT130ZR30-G=2+3+4

TypePipe

ISO 228/1


Inrush Hold D E F

VA ~ VA ~ mm mm mmW

Body Brass OT58 Armature tube Stainless steel AISI series 400Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal R=RUBYOrifice: Insert slot Stainless steel AISI series 300



21A3ZR G 1/8"

21A2ZR G 1/4" 8 W 25 14,5 30 42 54

14 W 43 27 52 55 67




FEAFEATURES:TURES:



O.D.E.


21A3ZV15D÷

21A2ZV55G


AutomationHeating

G 1/8” - G 1/4”

8W -Ø 13 BDA - BDS - BSA 155°C (class F)BDP 160°C (high temperature)BDF 180°C (class H)14W - Ø 13 GDH 180°C (class H

Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø


21A3ZV15D 12 ~ 2 1,5 1,4 8 25 25

21A3ZV20D 8 20 20

21A3ZV20G 14 30 30

21A3ZV25D 8 14 14

21A3ZV25G 14 17 17

21A3ZV30D 8 10 10

21A3ZV30G 14 15 15

21A3ZV45D 8 4 4

21A3ZV45G 14 6 6

21A2ZV15D 12 ~ 2 1,5 1,4 8 25 25

21A2ZV20D 8 20 20

21A2ZV20G 14 30 30

21A2ZV25D 8 14 14

21A2ZV25G 14 17 17

21A2ZV30D 8 10 10

21A2ZV30G 14 15 15

21A2ZV45D 8 4 4

21A2ZV45G 14 6 6

21A2ZV55D 8 2,5 2,5

21A2ZV55G 14 3,5 3,5

53 ~ 7

G 1/8"

G 1/4"

53 ~ 7

37 ~ 5

37 ~ 5

0

2 2,0

2,5 3,2

3 4,0

4,5 6,5

2 2,0

2,5 3,2

3 4,0

4,5 6,5

5,5 9,0

Medium



Temperature

- 10°C + 90°C

- 10°C +140°C

Gaskets





USE:USE:

PIPES:PIPES:

COILS:COILS:

For seals other than FKM replace the letter “V” with the ones corresponding to the other seals. E.I. 21A3ZB20D.



O.D.E.


1. Coil:See page

2. Complete diaphragm support:For orifice < 3 mm8W Code R450788/V14W Code R450788/V14For orifice > 3 mm8W Code R450786/V14W Code R450786/V14

3. Complete armature tubewithout gasket:Code R450573

4. Gasket O-Ring:Code R990000/V

KITKIT::

Orifice <3 mm

8W

KT130ZV30-F=2+3+414W

KT130ZV30-G=2+3+4Orifice >3 mm

8W

KT130ZV55-F=2+3+414W

KT130ZV55-G=2+3+4


On request:B=NBR Orifice: < 3 mm Insert slot Stainless steel AISI series 300> 3 mm Brass OT58On request:Connector Pg 9 or Pg 11Connector conformity ISO 4400


TypePipe

ISO 228/1

21A3ZV G 1/8"

21A2ZV G 1/4"

8 W 25 14,5 30 42 54

14 W 43 27 52 55 67


Inrush Hold D E F

VA ~ VA ~ mm mm mmW




FEAFEATURES:TURES:



O.D.E.


21A5KV45÷

21A8KV55


AutomationHeating

G 3/8” - G 1/2”

8W -Ø 13 (1)

BDA - BDS - BSA 155°C (class F)BDP 160°C (high temperature)BDF 180°C (class H)14W - Ø 13GDH 180°C (class H)(1) Explosion-proof housing for coils with electrical connections DIN 43650 A on request.

Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø


8 5 1,5

14 12 6

8 3,5 1

14 7 3

8 5 1,5

14 12 6

8 3,5 1

14 7 3

0

6,5

9,0

6,5

9,0

53 ~ 7

21A5KV45 4,5

5,5

4,5

5,5

G 3/8"

G 1/2"

21A5KV55

21A8KV45

21A8KV55

Medium



Temperature

- 10°C + 90°C

- 10°C +140°C

Gaskets




USE:USE:

PIPES:PIPES:

COILS:COILS:




O.D.E.


1. Coil:See page

2. Complet plunger:


Code R450606

KITKIT::

KT130KV55-A=2+3


Inrush Hold D E F

VA ~ VA ~ mm mm mmW


On request:B=NBROrifice Brass OT58



8 W 25 14,5 30 42 54

14 W 43 27 52 55 67

C

mmType

Pipe

ISO 228/1

21A5KV G 3/8" 44

21A8KV G 1/2" 58




FEAFEATURES:TURES:



O.D.E.


21A5KT45÷

21A8KT55


AutomationHeating

G 3/8” -G 1/2”

8W -Ø 13




Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø


8 5 1,5

14 12 6

8 3,5 1

14 7 5

8 5 1,5

14 12 6

8 3,5 1

14 7 5

G 3/8"

G 1/2"

21A5KT55

21A8KT45

21A8KT55

- -

21A5KT45 4,5

5,5

4,5

5,5

0

6,5

9

6,5

9

Medium

Steam, water

Temperature

- 40°C +180°C

Gaskets



USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


21A5KT G 3/8" 44

21A8KT G 1/2" 58

1. Coil:See page

2. Complet plunger:


Code R450606

KITKIT::

KT130KT55-A=2+3


Inrush Hold D E F

VA ~ VA ~ mm mm mmW

Body Brass OT58 Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal T=PTFEOrifice Brass OT58



8 W 25 14,5 30 42 54

C

mmType

Pipe

ISO 228/1




FEAFEATURES:TURES:



O.D.E.


21A5ZV45D÷

21A8ZV55G


AutomationHeating

G 3/8” -G 1/2”

8W - Ø 13BDA - BDS - BSA 155°C (class F)BDP 160°C (high temperature)BDF 180°C (class H)14W - Ø 13GDH 180°C (class H)

Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø


21A5ZV45D 8 4 4

21A5ZV45G 14 6 6

21A5ZV55D 8 2,5 2,5

21A5ZV55G 14 3,5 3,5

21A8ZV45D 8 4 4

21A8ZV45G 14 6 6

21A8ZV55D 8 2,5 2,5

21A8ZV55G 14 3,5 3,5

0

4,5

5,5

4,5

5,5

6,5

9,0

6,5

9,0

G 3/8"

G 1/2"

53 ~ 7

Medium



Temperature

- 10°C + 90°C

- 10°C +140°C

Gaskets




USE:USE:

PIPES:PIPES:

COILS:COILS:

For seals other than FKM replace the letter “V” with the ones corresponding to the other seals. E.I. 21A5ZB45D.



O.D.E.


1. Coil:See page

2. Complet diaphragm support:

8W Code R450786/V14W Code R450786/V14

3. Complete armature tube without gasket:

Code R450573

4. Gasket O-Ring:

Code R990000/V

KITKIT::

8W

KT130ZV55-F=2+3+414W

KT130ZV55-G=2+3+4


On request:B=NBR Orifice Brass OT58



C

mmType

Pipe

ISO 228/1

21A5ZV G 3/8" 44

21A8ZV G 1/2" 58

8 W 25 14,5 30 42 54

14 W 43 27 52 55 67


Inrush Hold D E F

VA ~ VA ~ mm mm mmW




FEAFEATURES:TURES:



O.D.E.


21D52

21D52BS-C ÷ 21D52BS-S Solenoid valve 2/2 way N.C. Direct acting

21D52NS-C ÷ 21D52NS-S Solenoid valve 2/2 way N.C. Direct acting



O.D.E.


Direct acting S.V. for automatic drink dispensers.Minimum operational pressure is not required.The materials used and the tests carried out ensure maximumreliability and duration.

Automatic drink-dispensing machines

boiler stub connection Ø 12 - Ø 11

8W - Ø 13

BDA - BDS- BSA 155°C (class F)

BDP 160°C (high temperature)BDF 180°C (class H)

Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø


FLOW RATE WITH HEAD OF 150 mm = 2,4 l/min.

21D52BS-C÷

21D52BS-S

21D52BS-C

21D52BS-L

21D52BS-M

21D52BS-R

21D52BS-S

Ø12

Ø11

- - 0,3 0,38 - 8 0

Medium

Water

Water

Temperature

- 10°C

- 10°C

+100°C

+100°C

Gaskets

S= MVQ (silicone)

W= MFQ (fluorosilicone)


USE:USE:

PIPES:PIPES:

COILS:COILS:

For seals other than MVQ replace the letter “S” with the ones corresponding to the other seals. E.I. D52BW-C.



O.D.E.


1. Coil:see page


Code R450760


Code R450580

4. Bottom body assembly:

Code R451883

4a.Gasket O-Ring:

Code R990004/S

4b.Regulation screw:

Code R451507

KITKIT::

KT100BS80-L3=2+3+4

Body PSU (Polysulphone)

Armature tube Brass OT58



Phase displacement ring Copper


Seal Standard: S=MVQ

On request: W=MFQ

SOLENOID VSOLENOID VALALVES CODES WITH ACCESSORIESVES CODES WITH ACCESSORIES

8 W 25 14,5


Inrush Hold

VA ~ VA ~W






O.D.E.




boiler stub connection Ø 12 - Ø 11

12W ED 50% - Ø 10

ICA 155°C (class F)

Pressure

min max M.O.P.D.


Kv PowerPipe Code

Max viscosity Ø



21D52NS-C

21D52NS-L

21D52NS-M

21D52NS-R

21D52NS-S

0,3 -8 -12

ED50%0

Ø12

Ø11

- -

21D52NS-C÷

21D52NS-S

Medium

Water

Water

Temperature

- 10°C

- 10°C

+100°C

+100°C

Gaskets

S= MVQ (silicone)



USE:USE:

PIPES:PIPES:

COILS:COILS:

For seals other than MVQ replace the letter “S” with the ones corresponding to the other seals. E.I. D52NW-C.



O.D.E.


1. Coil:see page


Code R451624


Code R451449


Code R451883

4a.Gasket O-Ring:

Code R990004/S


Code R451507

KITKIT::

KT100NS80-L4=2+3+4

Body PSU (Polysulphone)







On request: W=MFQ


12 W 17 11


Inrush Hold

VA ~ VA ~W






O.D.E.


21H

21HT3K0Y110 ÷ 21HT6K0Y250-S Solenoid valve 2/2 way Combined operation

21HN2K0Y110-HT ÷ 21HN6K0Y250-HT Solenoid valve 2/2 way Combined operation

21H11KV120 ÷ 21H14KV250-S Solenoid valve 2/2 way Combined operation

21H7KV120 ÷ 21H8KV120 Solenoid valve 2/2 way N.C. With pilot control

21H7KV120-00AB ÷ 21H8KV120-00AB Solenoid valve 2/2 way N.C. With pilot control - Latching coils

21H9KV180 Solenoid valve 2/2 way N.C. With pilot control



O.D.E.


21HN2K0Y110-HT÷

21HN6K0Y250-HT

Combined operation S.V. for interception of fluids compatibleswith the construction materials.Minimum operational pressure is not required.The materials used and the tests carried out ensure maximumreliability and duration.

Automation, Vacuum packagingHeating

1/4 NPT - 1 NPT

8W - Ø 13BDA -BDS - BSA 155°C (class F)BDP 160°C (high temperature)BDF 180°C (class H)14W - Ø 13 GDH 180°C (class H)

Pressure

min max M.O.P.D.


Kv PowerPipe

ANSI/ASME

BI.20.1

CodeMax viscosity Ø

Solenoid valve 2/2 way Combined operation

8 14 -

14 - 14

8 14 -

14 - 14

8 14 -

14 - 14

8 14 -

14 - 14

8 8 -

14 12 6

16 40,0

1/2 NPT 21HN4K0Y160-HT



3/8 NPT

0

25 1201 NPT 21HN6K0Y250-HT

12 ~ 2

21HN3K0Y110-HT

11 20,0

Medium

Air, gasolin, fuel oils, inert gas, water

Temperature

- 10°C + 90°C

Gaskets

Y=NBR (nitrile rubber) + PA(polyamide)


USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:

See page


1/4÷3/4 NPT Code R450691

1 NPT Code R450603

3. Gasket O-Ring:

Code R990000/B4. Complete diaphragm

with plunger:

1/4÷3/8 NPT Code R452126

1/2÷3/4 NPT Code R452125

1 NPT Code R452122

5. Gasekt O-Ring

1/4÷3/4 NPT Code R990105/B

MAINTENANCE KITMAINTENANCE KIT::

1/4÷ 3/8 NPT

KTGHT3K0Y11=4+51/2÷ 3/4 NPT

KTGHT4K0Y16=4+51 NPT

KTGHT6K0Y25=4

21HN2K0Y110-HT 1/4 NPT




21HN6K0Y250-HT 1 NPT 65 112 104

100 70

50

89 56

Pip

e

A B C

mm mm mmType Pipe COIL POWER ABSORPTION DIMENSIONS

Inrush Hold D E F

VA ~ VA ~ mm mm mmW

Body Brass OT58 Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal Y=NBR+PAOrifice Brass OT58



8 W 25 14,5 30 42 54

14 W 43 27 52 55 67




FEAFEATURES:TURES:



O.D.E.


21HT3K0Y110÷

21HT6K0Y250-S

Combined operation S.V. for interception of fluids compatibleswith the construction materials.Minimum operational pressure is not required.The materials used and the tests carried out ensure maximumreliability and duration.

Automation, Vacuum packagingHeating

G 3/8” - G 1”

8W - Ø 13BDA -BDS - BSA 155°C (class F)BDP 160°C (high temperature)BDF 180°C (class H)14W - Ø 13 GDH 180°C (class H)

Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø

Solenoid valve 2/2 way Combined operation

8 8 -

14 12 6

*21HT6KY250-S 90 14 - 12

G 1"21HT6KY250 120

02512 ~ 28 14 -

14 - 14

8 14 -

14 - 14

8 14 -

14 - 14

8 8 -

14 12 6

*21HT6K0Y250-S 90 14 - 12

12025

0

21HT3K0Y110

~ 212

20,0

G 1/2" 21HT4K0Y160

16 40,0

G 3/4" 21HT5K0Y160

G 3/8"

G 1"21HT6K0Y250

11

Medium

Air, gasolin, fuel oils, inert gas, water

Temperature

- 10°C + 90°C

Gaskets

Y=NBR (nitrile rubber) + PA(polyamide)

* For DC only.


USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:

See page


3/8”÷3/4” Code R450691

1” Code R450603

3. Gasket O-Ring:

Code R990000/B4. Complete diaphragm

with plunger:

3/8” Code R452126

1/2”÷3/4” Code R452125

1” Code R452122

5. Gasekt O-Ring

3/8”÷3/4” Code R990105/B

MANITENANCE KITMANITENANCE KIT::

3/8”KTGHT3K0Y11=4+51/2”÷ 3/4”KTGHT4K0Y16=4+51”KTGHT6K0Y25=4

Pip

e

21HT3K0Y110 G 3/8" 89 56

21HT4K0Y160 G 1/2"

21HT5K0Y160 G 3/4"

21HT6K0Y250

21HT6K0Y250-S

50100 70

G 1" 65 112 104

A B C

mm mm mmType

Pipe

ISO 228/1 COIL POWER ABSORPTION DIMENSIONS

Inrush Hold D E F

VA ~ VA ~ mm mm mmW

Body Brass OT58 Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal Y=NBR+PAOrifice Brass OT58



8 W 25 14,5 30 42 54

14 W 43 27 52 55 67




FEAFEATURES:TURES:



O.D.E.


21H7KV120÷

21H8KV120

S.V. with pilot control for interception of fluids compatible withthe construction materials.A minimum operational pressure of 0,1 bar is required.The materials used and the tests carried out ensure maximumreliability and duration.

AutomationHeating

G 3/8” - G 1/2”

8W - Ø 13

BDA -BDS - BSA 155°C (class F)



Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø

Solenoid valve 2/2 way N.C.With pilot control

G 3/8" 21H7KV120 35

G 1/2" 21H8KV120 45 0,1 20 1012 ~ 2 12 8

Medium



Mineral oils (2°E),gasoline gas oils

Temperature

- 10°C

- 10°C

+ 90°C

+140°C

- 10°C +140°C

Gaskets





USE:USE:

PIPES:PIPES:

COILS:COILS:

For seals other than FKM replace the letter “V” with the ones corresponding to the other seals. E.I. 21H7KE120.



O.D.E.


1. Coil:

See page


Code R451284/V3. Complete cover with

armature tube:

Code R450938

4. Complete diaphragm:

Code R450916/V


KTG0H7KV12=2+4

21H7KV120 G 3/8"

21H8KV120 G 1/2"

TypePipe

ISO 228/1


Inrush Hold

VA ~ VA ~W

Body Brass OT58 Welded aramture tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal Standard: V=FKM

On request: B=NBR E=EPDMOrifice Brass OT58



8 W 25 14,5




FEAFEATURES:TURES:



O.D.E.


S.V. with pilot control for interception of fluids compatible with the con-struction materials.The solenoid valve is peculiar since the opening and closure aremade by a 20 ms power pulse by reversing the polarity.It is required a minimum operational pressure of 0,1 bar.The materials used and the tests undertaken ensure maximum relia-bility and duration.

AutomationHeating

G 3/8” - G 1/2”

BDA2X006LS 155°C (class F)BDA2X009LS 155°C (class F)

Pressure

min max M.O.P.D.

cSt °E mm l/min (watt) bar AC bar

PowerPipe

ISO 228/1Code

Max permitted

viscosityØ Kv

Coils codeVoltages

V DC

Solenoid valve 2/2 way N.C.With pilot control - Latching coils

21H7KV120-00AB

÷21H8KV120-00AB

Medium


Water, steam


Temperature

- 10°C

- 10°C

+ 90°C

+140°C

- 10°C +140°C

Gaskets

B=NBR(nitrile rubber)




USE:USE:

PIPES:PIPES:

COILS:COILS:

For seals other than FKM replace the letter “V” with the ones corresponding to the other seals. E.I. 21H7KB120-00AB.

BDA2X006LS 6 10

BDA2X009LS 9 12

BDA2X006LS 6 10

BDA2X009LS 9 12

G 3/8"

G 1/2"

12 ~ 2 0,1

21H7KV120-00AB

21H8KV120-00AB

12 2,5

45,0

35,0



O.D.E.


1. Coil:

BDA2X006LS

BDA2X009LS



armature tube:

Code R450938


3/8”-1/2”

Code R450916/V

KTG0H7KV12=2+4MAINTENANCE KITMAINTENANCE KIT::

Body Brass OT58 Welded armature tube Stainless steel AISI series 300 + Brass OT58Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal Standard: V=FKM




A

B+

+

-

-

EnergizedOpen

EnergizedClose

A

B




FEAFEATURES:TURES:

A B



O.D.E.


21H9KV180


AutomationHeating

G 3/4”

8W - Ø 13BDA -BDS - BSA 155°C (class F)BDP 160°C (high temperature)BDF 180°C (class H)14W - Ø 13GDH 180°C (class H)

Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø


8 16 3

14 16 1618 50 0,1G 3/4" 21H9KV180 12 ~ 2

Medium


Water, steam


Temperature

- 10°C

- 10°C

+ 90°C

+140°C

- 10°C +140°C

Gaskets





USE:USE:

PIPES:PIPES:

COILS:COILS:

For seals other than FKM replace the letter “V” with the ones corresponding to the other seals. E.I. 21H9KB180.



O.D.E.


1. Coil:See page



armature tube without gasket:

Code R450672

4. Gasket O-Ring:

Code R990105/V5. Complete diaphragm:

Code R451220/V


KTG0H9KV18=2+4+5

Body Brass OT58Weleded armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal Standard: V=FKM





Inrush Hold

VA ~ VA ~W

8 W 25 14,5




FEAFEATURES:TURES:



O.D.E.


21H11KV120÷

21H14KV250-S

Combined operation S.V. for interception of fluids compatiblewith the construction materials.Minimum operational pressure is not required.The materials used and the tests undertaken ensure maximumreliability and duration.

AutomationHeating

G 3/8” - G 1”

8W - Ø 13 BDA -BDS - BSA 155°C (class F)BDP 160°C (high temperature)BDF 180°C (class H)14W - Ø 13 GDH 180°C (class H)

Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø

Solenoid valve 2/2 way N.C.Combined operation

* For DC only.

8 16 1,5

14 20 15

8 16 1,5

14 20 15

21H13KV190 70,0 14 15 -

*21H13KV190-S 65,0 14 - 6

21H14KV250 105,0 14 15 -

*21H14KV250-S 95,0 14 - 6

G 3/4"

G 1"

21H11KV120

21H12KV120

G 3/8"

G 1/2"

0

28,0

32,0

12 ~ 2

12

25

19

Medium




Temperature

- 10°C

- 10°C

+ 90°C

+140°C

- 10°C +140°C

Gaskets





USE:USE:

PIPES:PIPES:

COILS:COILS:

For seals other than FKM replace the letter “V” with the ones corresponding to the other seals. E.I. 21H11KB120.



O.D.E.


1. Coil:See page

2. Complete cover witharmature:

3/8” - 1/2” Code R450984

3/4” - 1” Code R451009

3. Gasket O-Ring :

3/4” - 1” Code R990002/V4. Complete diaphragm

with plunger:

3/8” - 1/2” Code R452127/V3/4” - 1” Code R452128/V


3/8”÷1/2”

KTGH11KV12=43/4”÷1”KTGH13KV19=3+4

Body Brass OT58 Welded armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal Standard: V=FKM





Inrush Hold D E F

VA ~ VA ~ mm mm mmW

A B C

mm mm mmType

Pipe

ISO 228/1

21H11KV120 G 3/8"

21H12KV120 G '1/2"

21H13KV190 G 3/4" 105

21H14KV250 G 1" 112

40 99 50

65 104 8 W 25 14,5 30 42 54

14 W 43 27 52 55 67




FEAFEATURES:TURES:



O.D.E.


21J

21JBMR0B20 Solenoid valve 2/2 way N.C. Direct acting

21JN1R0V12 ÷ 21JN1R0V23 Solenoid valve 2/2 way N.C. Direct acting



O.D.E.


M5 21JBMR0B20 37 ~ 5 2 2,0 5 0 20 10

21JBMR0B20

Pressure

min max M.O.P.D.


Kv PowerPipe D-ISO UNI 4534



Automation

M5

5W - Ø 10

LBA 155°C (class F)

LBF 180°C (class H)


Medium


Temperature

- 10°C + 90°C

Gaskets



USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.



Inrush Hold

VA ~ VA ~W

5 W 15 11

1. Coil:

See page

2. Complet plunger:

Code R451101/B3. Complete armature tube:

Code R452062

Body Brass OT58 Armature tube Stainless steel AISI series 400Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal B=NBROrifice Brass OT58






FEAFEATURES:TURES:



O.D.E.


21JN1R0V12÷

21JN1R0V23


AutomationHeating

G 1/8”

2,5W - Ø 10


5W - Ø 10



Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø


2,5 20 3,5

5 25 12

2,5 6 -

5 18 8

1,2 1

2,3 2,3

0G 1/8"

21JN1R0V23

12 ~ 2

37 ~ 5

21JN1R0V12

Medium



Temperature

- 10°C + 90°C

- 10°C +140°C

Gaskets



Available also with brass body without lead.


USE:USE:

PIPES:PIPES:

COILS:COILS:

For seals other than FKM replace the letter “V” with the ones corresponding to the other seals. E.I. 21JN1R0B12.



O.D.E.


1. Coil:

See page

2. Complet plunger:


Code R452062

4. Gasket O-ring:

Code R990597/V

KITKIT::

KT100R0V25-FJ=2+3+4


Inrush Hold

VA ~ VA ~W

Body Brass OT58Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal Standard: V=FKM




2,5W 7 4

5 W 15 11




FEAFEATURES:TURES:



O.D.E.


21K42

21K42BS ÷ 24K42BS Solenoid valve 2/2 way N.C. Direct acting

21K42NS ÷ 24K42NS Solenoid valve



O.D.E.




G 1/4”

8W - Ø 13




21K42BS-000

22K42BS-000

23K42BS-000

24K42BS-000

G 1/4" - - 8 0,3 - 8 0 0,3

Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø



21K42BS ÷

24K42BS

Medium

Water

Temperature

- 10°C +100°C

Gaskets

S=MVQ (silicone)

Water- 10°C +100°CW=MFQ (fluorosilicone)


USE:USE:

PIPES:PIPES:

COILS:COILS:

For seals other than MVQ replace the letter “S” with the ones corresponding to the other seals. E.I. K42BW-00P.



O.D.E.


1. Coil:See page


Code R450760


Code R450580


Code R451882

4a.Gasket O-Ring:

Code R990004/S4b.Regulation screw:

Code R451507

5 Intermediate gasket:

Code R450333

KITKIT::

KT130BS80-L2=2+3


Inrush Hold

VA ~ VA ~W

Body Brass OT58 + PSU (Polysulphone)







On request:W=MFQ


8 W 25 14,5






O.D.E.




G 1/4”

12W ED 50% - Ø 10

ICA 155°C (class F)

Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø



21K42NS÷

24K42NS

21K42NS-000

22K42NS-000

23K42NS-000

24K42NS-000

G 1/4" - - 8 - -12

ED 50%0 0,3

Medium

Water

Water

Temperature

- 10°C

- 10°C

+100°C

+100°C

Gaskets

S=MVQ (silicone)



USE:USE:

PIPES:PIPES:

COILS:COILS:

For seals other than MVQ replace the letter “R” with the ones corresponding to the other seals. E.I. K42NW-00P.



O.D.E.


1. Coil:See page


Code R451624


Code R451449


Code R451882

4a.Gasket O-Ring:

Code R990004/S


Code R451507

5 Intermediate gasket:

Code R450333

KITKIT::

KT100NS80-L3=2+3


Inrush Hold

VA ~ VA ~W

Body Brass OT58 + PSU (Polysulphone)







On request:W=MFQ


12 W 17 11






O.D.E.


21L

21L1K1V25 ÷ 21L1K1V40 Solenoid valve 2/2 way N.C. Direct acting

21L1K1T25 ÷ 21L1K1T40 Solenoid valve 2/2 way N.C. Direct acting

21L2K1V25 ÷ 21L2K1V55 Solenoid valve 2/2 way N.C. Direct acting

21L1ZV25D ÷ 21L1ZV30D Solenoid valve 2/2 way N.C. Direct acting

21L2K1B55-AP Solenoid valve 2/2 way N.A. Direct acting

21L2K1T25 ÷ 21L2K1T55 Solenoid valve 2/2 way N.C. Direct acting



O.D.E.


8 14 9

14 30 25

8 10 6

14 25 20

8 6 1,7

14 15 8

4,0

5,0

2,5

G 1/8" - - 0

21L1K1T25

21L1K1T30

21L1K1T40

3

4

3,2

21L1K1T25÷

21L1K1T40


ChemistryDrinks

G 1/8”

8W - Ø 13 BDA - BDS - BSA 155°C (class F)BDP 160°C (high temperature)BDF 180°C (class H)14W - Ø 13GDH 180°C (class H)

Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø


Medium

Demineralized water,steam, syrups,

chemical products compatiblewith stainless steel

Temperature

- 40°C +180°C

Gaskets



USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:

See page


For orifice < 3 mm

Code R450820/TFor orifice > 3 mm

Code R451234/T3. Complete armature tube

without gasket:

Code R450811

4. Gasket O-Ring:

Code R990000/T

KITKIT::

Orifice < 3 mm

KT130KT30-H=2+3+4Orifice > 3 mm

KT130KT55-H=2+3+4


Inrush Hold

VA ~ VA ~W

8 W 25 14,5

14 W 43 27

Body Stainless steel AISI 316 Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring Gold plated copperSpring Stainless steel AISI series 300Seal T=PTFEOrifice Stainless steel AISI 316






FEAFEATURES:TURES:



O.D.E.


8 14 9

14 30 25

8 10 6

14 25 20

8 6 1,7

14 15 8

2,5 3,2

021L1K1V30 3 4,0

21L1K1V40 4 5,0

G 1/8"

21L1K1V25

- -

21L1K1V25÷

21L1K1V40


ChemistryDrinks

G 1/8”


Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø


Medium

Demineralized water, syrups,chemical products compatible

with stainless steel

Temperature

- 10°C +140°C

Gaskets



USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:

See page


For orifice < 3 mm

Code R450820/VFor orifice > 3 mm


Code R450811

4. Gasket O-Ring:

Code R990000/V

KITKIT::

Orifice < 3 mmKT130KV30-H=2+3+4Orifice > 3 mmKT130KV55-H=2+3+4

8 W 25 14,5 30 42 54

14 W 43 27 52 55 67


Inrush Hold D E F

VA ~ VA ~ mm mm mmW

Body Stainless steel AISI 316Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring Gold plated copperSpring Stainless steel AISI series 300Seal V=FKMOrifice Stainless steel AISI 316






FEAFEATURES:TURES:



O.D.E.


21L1ZV25D 2,5 3,2 14 14

21L1ZV30D 3 4,0 10 10G 1/8" - - 08

21L1ZV25D÷

21L1ZV30D


ChemistryDrinks

G 1/8”

8W - Ø 13BDA - BDS - BSA 155°C (class F)BDP 160°C (hight temperature)BDF 180°C (class H)

14W - Ø 13

GDH 180°C (class H)

Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø


Medium

Chemical products compatiblewith steinless steel

Temperature

- 10°C +140°C

Gaskets



USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:See page

2. Diaphragm support:


CodeR450573

4. Gasket O-Ring:

Code R990000/V

KITKIT::

KT130ZV30-F=2+3+4

8 W 25 14,5 30 42 54


Inrush Hold D E F

VA ~ VA ~ mm mm mmW

Body Stainless steel AISI 316Armature tube Stainless steel AISI series 400Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal V=FKMOrifice Stainless steel AISI 316


Electrical conformity IEC 33Protection IP 65 EN 60529 (DIN 40050)with coil fitted by connector.




FEAFEATURES:TURES:



O.D.E.


8 3,5 -

14 7 35,5 9,0 0G 1/4" 21L2K1B55-AP - -

21L2K1B55-AP


ChemistryDrinks

G 1/4”

8W - Ø 13BDA-BDS-BSA 155°C (class F)BDP 160°C (high temperature)BDF 180°C (class H)14W - Ø 13GDH 180°C (class H)

Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø


Medium

Seltz, syrups, demineralized water,

Temperature

- 10°C + 90°C

Gasket



USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


8 W 25 14,5 30 42 54

14 W 43 27 52 55 67

1. Coil:

See page



without gasket:

Code R450811

4. Gasket O-Ring:

Code R990000/B


Inrush Hold D E F

VA ~ VA ~ mm mm mmW

Body Stainless steel AISI 316Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring Gold plated copperSpring Stainless steel AISI series 300Seal B=NBROrifice Stainless steel AISI 316


Electrical conformity IEC 33Protection IP 65 EN 60529 (DIN 40050)with coil fitted by connector.




FEAFEATURES:TURES:



O.D.E.


8 14 9

14 30 25

8 10 6

14 25 20

8 6 1,7

14 15 8

8 3,5 1

14 7 3

G 1/4" - - 0

21L2K1T25

21L2K1T40

21L2K1T30

21L2K1T55

2,5

3

4

5,5

3,2

4,0

5,0

9,0

21L2K1T25÷

21L2K1T55


ChemistryDrinks

G 1/4”


Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø


Medium

Demineralized water,steam, syrups, chemical products compatible with

stainless steel

Temperature

- 40°C +180°C

Gaskets



USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:

See page


For orifice < 3 mm

Code R450820/TFor orifice > 3 mm

Code R451234/T3. Complete armature tube

without gasket:

Code R450811

4. Gasket O-Ring:

Code R990000/T

KITKIT::

Orifice < 3 mm

KT130KT30-H=2+3+4Orifice > 3 mm

KT130KT55-H=2+3+4

8 W 25 14,5 30 42 54

14 W 43 27 52 55 67


Inrush Hold D E F

VA ~ VA ~ mm mm mmW

Body Stainless steel AISI 316Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring Gold plated copperSpring Stainless steel AISI series 300Seal T=PTFEOrifice Stainless steel AISI 316






FEAFEATURES:TURES:



O.D.E.


8 14 9

14 30 25

8 10 6

14 25 20

8 6 1,7

14 15 8

8 3,5 1

14 7 3

G 1/4" - - 0

21L2K1V25

21L2K1V30

21L2K1V40

21L2K1V55

2,5

3

4

5,5

3,2

4,0

5,0

9,0

21L2K1V25÷

21L2K1V55


ChemistryDrinks

G 1/4”


Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø


Medium

Demineralized water, syrups,chemical products compatible

with stainless steel

Temperature

- 10°C +140°C

Gaskets



USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:

See page


For orifice < 3 mm

Code R450820/VFor orifice > 3 mm


Code R450811

4. Gasket O-Ring:

Code R990000/V


Inrush Hold D E F

VA ~ VA ~ mm mm mmW

8 W 25 14,5 30 42 54

14 W 43 27 52 55 67

KITKIT::

Orifice < 3 mm

KT130KV30-H=2+3+4Orifice > 3 mm

KT130KV55-H=2+3+4







FEAFEATURES:TURES:



O.D.E.


21M

21M0AV25 Solenoid valve 2/2 way N.A. Direct acting



O.D.E.


0 18 -

4 - 182,5 3,5 8G 1/8" 21M0AV25 53 ~ 7

21M0AV25

Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø

Automation - CompressorsHeating

G 1/8”

8W - Ø 13BDA - BDS 155°C (class F)BDP 160°C (high temperature)BDF 180°C (class H)



Medium



Temperature

- 10°C

- 10°C

+ 90°C

+140°C

Gaskets




USE:USE:

PIPES:PIPES:

COILS:COILS:

For seals other than FKM replace the letter “V” with the ones corresponding to the other seals. E.I. 21M0AB25.



O.D.E.



Inrush Hold

VA ~ VA ~W

8 W 25 14,5

1. Coil:

See page

2. Complet plunger:

Code R450759/V


Code R450864

4. Gasket O-ring:

Code R990000/V

Body Brass OT58Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel series 300Seal Standard: V=FKM







FEAFEATURES:TURES:



O.D.E.


21PW

21PW3FV120-T ÷ 21PW3FV120-T Solenoid valve 2/2 way N.O. With combined piston pilot control

21PW3KV120-T ÷ 21PW4KV120-T Solenoid valve 2/2 way N.C. With combined piston pilot control



O.D.E.


S.V. with pilot control for interception of fluids compatible withthe construction materials.A minimum operational pressure of 0,5 bar is required.The materials used and the tests undertaken ensure maximumreliability and duration.

Automation, CompressorsHeating

G 3/8” - G 1/2”

8W - Ø 13




Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø

Solenoid valve 2/2 way N.O.With piston pilot control

21PW3FV120-T÷

21PW4FV120-T

G 3/8" 21PW3FV120-T 32,0

G 1/2" 21PW4FV120-T 38,00,5 18 -53 ~ 7 12 8

Medium


Temperature

- 10°C +140°C

Gaskets



USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:

See page

2. Complet plunger:

Code R450782/V3. Complete armature tube

without gasket:

Code R451112

4. Gasket O-ring:

Code R990478/V5. Spring:

Code R450783

6. Complete piston:

Code R451673

Body Brass OT58Armature tube Brass OT58Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Piston seal V=FKMSeal T=PTFEOrifice Brass OT58




Inrush Hold

VA ~ VA ~W

TypePipe

ISO 228/1

21PW3FV120-T G 3/8"

21PW4FV120-T G 1/2" 8 W 25 14,5




FEAFEATURES:TURES:



O.D.E.


8 18 -

14 20 15

8 18 -

14 20 15

G 3/8" 21PW3KV120-T

G 1/2" 21PW4KV120-T

0,553 ~ 7 12

32,0

38,0

21PW3KV120-T÷

21PW4KV120-T


Automation, CompressorsHeating

G 3/8” - G 1/2”

8W -Ø 13 (1)

BDA - BDS - BSA 155°C (class F)BDP 160°C (high temperature)BDF 180°C (class H)14W - Ø 13GDH 180°C (class H)(1) Explosion-proof housing for coils with electrical connections DIN 43650 A on request.

Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø

Solenoid valve 2/2 way N.C.With piston pilot control

Medium


Temperature

- 10°C +140°C

Gaskets



USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


8 W 25 14,5 30 42 54

14 W 43 27 52 55 67


Inrush Hold D E F

VA ~ VA ~ mm mm mmW

TypePipe

ISO 228/1

21PW3KV120-T G 3/8"

21PW4KV120-T G 1/2"

1. Coil:See page

2. Complet plunger:


without gasket:

Code R451109

4. Gasket O-ring:

Code R990478/V5. Spring:

Code R450783

6 Complete piston:

Code R451677

Body Brass OT58 Armature tube Brass OT58 Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Piston seal V=FKM Seal T=PTFEOrifice Brass OT58






FEAFEATURES:TURES:



O.D.E.


21T

21T1BV17-F ÷ 21T2BV40-F Solenoid valve 2/2 way N.C. Direct acting

21T2BB40-F-AP Solenoid valve 2/2 way N.C. Direct acting



O.D.E.


21T1BV17-F÷

21T2BV40-F


AutomationHeating

G 1/8” - G 1/4”


21T1BV17-F 1,7 1,5 30 15

21T1BV22-F 2,2 2,1 20 10

21T1BV28-F 2,8 3,5 12 6

21T1BV40-F 4 5,0 6 2

21T2BV17-F 1,7 1,5 30 15

21T2BV22-F 2,2 2,1 20 10

21T2BV28-F 2,8 3,5 12 6

21T2BV40-F 4 5,0 6 253 ~ 7

8 0

G 1/8"

G 1/4"

53 ~ 7

37 ~ 5

37 ~ 5

Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø


Medium



Temperature

- 10°C + 90°C

- 10°C +140°C

Gaskets




USE:USE:

PIPES:PIPES:

COILS:COILS:

For seals other than FKM replace the letter “V” with the ones corresponding to the other seals. E.I. 21T1BB17-F.



O.D.E.


8 W 25 14,5

1. Coil:See page

2. Gasket O-Ring:

Code R990023/V3. Complete plunger:

Code R450768/V

TypePipe

ISO 228/1


Inrush Hold

VA ~ VA ~W

Body Brass OT58Incoporated armature tube Brass OT58Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal Standard: V=FKM




21T1BV....-F 1/8"

21T2BV.....-F 1/4"




FEAFEATURES:TURES:



O.D.E.


21T2BB40-F-AP


AutomationHeating

G 1/4”

8W - Ø 13

BDA08230AS 155°C (class F)

Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø


G 1/4" 21T2BB40-F-AP 53 ~ 7 40 5,0 8 0 2 -

Medium


Temperature

- 15°C + 80°C

Gaskets



USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:

BDA08230AS

2. Gasket O-Ring:

Code R990023/BS3. Complete plunger:

Code R450768/BS4. Filter:

Code R450482


Inrush Hold

VA ~ VA ~W

Body Brass OT58 Incorporated armature tube Brass OT58Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal B=NBROrifice Brass OT58



8 W 25 14,5




FEAFEATURES:TURES:



O.D.E.


21WB

21WB3KB130 ÷ 21WB4KB130 Solenoid valve 2/2 way N.C. With pilot control

21WB3KB130-00AB ÷ 21WB4KB130-00ABSolenoid valve 2/2 way N.C. With pilot control - Latchting coils



O.D.E.


G 3/8" 21WB3KB130 50,0

G 1/2" 21WB4KB130 55,020 512 ~ 2 0,1813

21WB3KB130÷

21WB4KB130


AutomationHeating

G 3/8” - G 1/2”

8W - Ø 13BDA -BDS - BSA 155°C (class F)BDP 160°C (high temperature)BDF 180°C (class H)

Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø


Medium


Water, steam


Temperature

- 10°C

- 10°C

+ 90°C

+140°C

- 10°C +140°C

Gaskets





USE:USE:

PIPES:PIPES:

COILS:COILS:

For seals other than NBR replace the letter “B” with the ones corresponding to the other seals. E.I. 21WB4E130.



O.D.E.


1. Coil:

See page


Code R451284/B3. Complete cover with

armature tube:

Code R452007


Code R452009/B

Body Brass OT58 Welded armature tube Stainless steel AISI series 300 + Brass OT58Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal Standard: B=NBR

On request: E=EPDMV=FKMOrifice Brass OT58




KTGWB3KB13=2+4




FEAFEATURES:TURES:



O.D.E.


S.V. with pilot control for interception of fluids compatible with the con-struction materials.Opening is obtained by a 20 msec pulse, and closing by another 20 msec pulse, with reversed polarity.A minimum operational pressure of 0,1 bar is required.The materials used and the tests undertaken ensure maximum relia-bility and duration.

AutomationHeating

G 3/8” - G 1/2”

BDA2X006LS 155°C (class F)BDA2X009LS 155°C (class F)

Pressure

min max M.O.P.D.

cSt °E mm l/min (watt) bar DC bar

PowerPipe Code

Max permitted

viscosityØ Kv

Coils codeVoltages

V DC


BDA2X006LS 6 6

BDA2X009LS 9 8

BDA2X006LS 6 6

BDA2X009LS 9 8

G 3/8"

G 1/2"

12 ~ 2

50,0

55,0

0,1

21WB3KB130 -00AB

21WB4KB130-00AB

13 2,5

21WB3KB130-00AB÷

21WB4KB130-00AB

Medium


Temperature

- 10°C + 90°C

Gaskets



USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:

BDA2X006LS

BDA2X009LS


Code R452102/B3. Complete cover with

armature tube:

Code R452007


Code R452009/B


KTGWB3KB13=2+4

Body Brass OT58 Welded armature tube Stainless steel AISI series 300 + Brass OT58Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal B=NBROrifice Brass OT58



A

B+

+

-

-

EnergizedOpen

EnergizedClose

A

B




FEAFEATURES:TURES:

A B



O.D.E.

- To scroll the pages, click and hold the left key mouse and it drags. Or, on the keyboard push “Page Down ” or “Page Up ”. - To print the current page, click on “PRINT” button and select “Print select page”. Or push CTRL + P and select "Print select page". - To exit push the “Home” button and “Exit” on the first page. - To use the “Acrobat Reader” standard functions, push ESC on keybord in any moment. -

21WF

21WF4ZV120 Solenoid valve 2/2 way N.O. With pilot control



O.D.E.



AutomationHeating

G 1/2”

8W - Ø 13




21WF4ZV120

Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø

Solenoid valve 2/2 way N.O.With pilot control

G 1/2" 21WF4ZV120 12 ~ 2 12 40,0 8 0,2 20 20

Medium


Temperature

- 10°C + 90°C

Gaskets



USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:See page

2. Complete diaphragm support:Code R450788/V




6. Complete diaphragm:Code R451337/V


KITKIT::

KT130ZV30-F=2+3+4


KTGWF3ZB12=2+5+6

Body Brass OT58Armature tube Stainless steel AISI series 400Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal V=FKMOrifice Brass OT58




Inrush Hold

VA ~ VA ~W

8 W 25 14,5




FEAFEATURES:TURES:



O.D.E.


21W

21W1KB120-2803 ÷ 21W2KB120-2803 Solenoid valve 2/2 way N.C. With pilot control - Progressive closing

21W1KB120 ÷ 21W2KB120 Latching coils Solenoid valve 2/2 way N.C. With pilot control - Latching coils

21W3KB190-MR Solenoid valve 2/2 way N.C. With pilot control - Manual operation and closing velocity control

21W1KB120 ÷ 21W7KB500 Solenoid valve 2/2 way N.C. With pilot control

21W1KJB120-AD ÷ 21W7KJB500-ADSolenoid valve 2/2 way N.C. With pilot control - Explosion proof - EEx d II C T5

21W1RV120-AD ÷ 21W4RV250-ADSolenoid valve 2/2 way N.C. With pilot control for potentially explosive atmospheres

21W1ZB120 ÷ 21W7ZB500 Solenoid valve 2/2 way N.O. With pilot control

21WN3KB120 ÷ 21WN9KB500 Solenoid valve 2/2 way N.C. With pilot control

21W3KB190-2715 ÷ 21W4KB250-2715 Solenoid valve 2/2 way N.C. With pilot control - Progressive closing



O.D.E.


21WN3KB120÷

21WN9KB500


AutomationHeating

3/8 NPT - 2 NPT

8W - Ø 13




Pressure

min max M.O.P.D.


Kv PowerPipe

ANSI/ASME

BI.20.1



3/8 NPT 21WN3KB120 40,0

1/2 NPT 21WN4KB120 45,0

3/4 NPT 21WN5KB190 19 140,0

1 NPT 21WN6KB250 25 190,0

1 1/4 NPT 21WN7KB350 35 400,0

1 1/2 NPT 21WN8KB400 40 520,0

2 NPT 21WN9KB500 50 750,0

12 ~ 2 0,28

12

10 10

20 20

16 16

Medium


Temperature

- 10°C + 90°C

Gaskets



USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:

See page



Code R450606

4. Gasket O-Ring:

3/8 -1/2 NPT Code R990003/B3/4-1 NPT Code R990002/B1 1/4 -1 1/2 NPTCode R990005/B2 NPT Code R990081/B


3/8 -1/2 NPT Code R450703/B3/4-1 NPT Code R450431/B

1 1/4 -1 1/2 NPTCode R450466/B2 NPT Code R450432/B


3/8-1/2 NPT KTG0W1KB12=2+4+53/4-1 NPT KTG0W3KB19=2+4+51 1/4-1 1/2 NPT KTG0W5KB35=2+4+52 NPT KTG0W7KB50=2+4+5

KITKIT::

KT130KB30-A=2+3

21WN3 - 21WN4

21WN3KB120 3/8 NPT

21WN4KB120 1/2 NPT

21WN5KB190 3/4 NPT 105

21WN6KB250 1 NPT 112

21WN7KB350 1 1/4 NPT 98 125 144

21WN8KB400 1 1/2 NPT 98 125 144

21WN9KB500 2 NPT 118 141 172

40 103 72

65 104

Body Brass OT58 Armature tube Stainless steel AISI series 300 Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal B=NBROrifice Brass OT58




Inrush Hold

VA ~ VA ~W

A B C

mm mm mmType Pipe

8 W 25 14,5




FEAFEATURES:TURES:

21WN3 - 21WN4



O.D.E.


21W1KB120÷

21W7KB500


AutomationHeating

G 3/8” - G 2”

8W - Ø 13




Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø


G 3/8" 21W1KB120 40,0

G 1/2" 21W2KB120 45,0

G 3/4" 21W3KB190 19 140,0

G 1" 21W4KB250 25 190,0

G 1 1/4" 21W5KB350 35 400,0

G 1 1/2" 21W6KB400 40 520,0

G 2" 21W7KB500 50 750,0

12 ~ 2 0,28

12

10 10

20 20

16 16

Medium



mineral oils (2°E),gasoline gas oil

Temperature

- 10°C

- 10°C

+ 90°C

+140°C

- 10°C +140°C

Gaskets





USE:USE:

PIPES:PIPES:

COILS:COILS:

For seals other than NBR replace the letter “B” with the ones corresponding to the other seals. E.I. 21W1KE120.



O.D.E.


1. Coil:

See page



Code R450606

4. Gasket O-Ring:

3/8”-1/2” Code R990003/B3/4”- 1” Code R990002/B1 1/4”-1 1/2” Code R990005/B2” Code R990081/B


3/8”-1/2” Code R450703/B3/4”- 1” Code R450431/B

1 1/4”-1 1/2” Code R450466/B2” Code R450432/B


3/8”-1/2”KTG0W1KB12=2+4+53/4”- 1”KTG0W3KB19=2+4+51 1/4”-1 1/2”KTG0W5KB35=2+4+52”KTG0W7KB50=2+4+5

KITKIT::

KT130KB30-A=2+3

21W1KB120 G 3/8"

21W2KB120 G 1/2"

21W3KB190 G 3/4" 105

21W4KB250 G 1" 112

21W5KB350 G 1 1/4" 98 125 144

21W6KB400 G 1 1/2" 98 125 144

21W7KB500 G 2" 118 141 172

40 103 72

65 104

Body Brass OT58Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal Standard: B=NBR

On request: E=EPDM V=FKMOrifice Brass OT58




Inrush Hold

VA ~ VA ~W

A B C

mm mm mmType

Pipe

ISO 228/1

8 W 25 14,5




FEAFEATURES:TURES:



O.D.E.


S.V. with pilot control for interception of fluids compatible with the con-struction materials.Opening is obtained by a 20 msec pulse, and closing by another 20 msec pulse, with reversed polarity.A minimum operational pressure of 0,2 bar is required.The materials used and the tests carried out ensure maximum relia-bility and duration.

21W1KB120÷

21W2KB120Latching coils

AutomationHeating

G 3/8” - G 1/2”

BDA2X006LS 155°C(class F)BDA2X009LS 155°C(class F)

Pressure

min max M.O.P.D.

cSt °E mm l/min (watt) bar DC bar

PowerPipe

ISO 228/1Code

Max permitted

viscosityØ Kv

Coils codeVoltages

V DC


BDA2X006LS 6

BDA2X009LS 9

BDA2X006LS 6

BDA2X009LS 9

12 ~ 2 12 2,5

21W1KB120

21W2KB120

G 3/8"

G 1/2"

0,2 20

40,0

45,0

Medium


Temperature

- 10°C + 90°C

Gaskets



USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:BDA2X006LSBDA2X009LS

2. Complete plunger:Code R450820/B

3. Complete armature tube:Code R450606

4. Gasket O-Ring:Code R990003/B

5. Complete diaphragm:Code R450703/B


KTG0W1KB12-A=2+4+5

KITKIT::

KT130KB30-A=2+3

A B

Body Brass OT58 Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Shutter B=NBROrifice Brass OT58



A B C

mm mm mmType

Pipe

ISO 228/1

21W1KB120 3/8"

21W2KB120 1/2"7240 103

A

B+-

+-

EnergizedOpen

EnergizedClose

A

B




FEAFEATURES:TURES:



O.D.E.


21W1KB120-2803÷

21W2KB120-2803


AutomationHeating

G 3/8” - G 1/2”

8W - Ø 13




Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø

Solenoid valve 2/2 way N.C.With pilot control - Progressive closing

G 3/8" 21W1KB120-2803

G 1/2" 21W2KB120-280320 2012 ~ 2 12 0,224,0 8

Medium



Temperature

- 10°C

- 10°C

+ 90°C

+140°C

Gaskets




USE:USE:

PIPES:PIPES:

COILS:COILS:

For seals other than NBR replace the letter “B” with the ones corresponding to the other seals. E.I. 21W1KV120-2803.



O.D.E.


1. Coil:

See page



Code R450606

4. Gasket O-Ring:

Code R990003/B5. Complete diaphragm:

Code R451536/B


KTG0W1KB120-2803=2+4+5

KITKIT::

KT130KB30-A=2+3

Body Brass OT58 Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal Standard: B=NBR

On request: V=FKMOrifice Brass OT58




Inrush Hold

VA ~ VA ~W

8 W 25 14,5




FEAFEATURES:TURES:

A B C

mm mm mmType

Pipe

ISO 228/1

21W1KB120-2803 3/8"21W2KB120-2803 1/2"

7240 103



O.D.E.


21W1KJB120-AD÷

21W7KJB500-AD



G 3/8” - G 2”

8W - Ø 13




Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø

Solenoid valve 2/2 way N.C.With pilot controlExplosion proof - EEx d II C T5

G 3/8" 21W1KJB120-AD 40,0

G 1/2" 21W2KJB120-AD 45,0

G 3/4" 21W3KJB190-AD 19 140,0

G 1" 21W4KJB250-AD 25 190,0

G 1 1/4" 21W5KJB350-AD 35 400,0

G 1 1/2" 21W6KJB400-AD 40 520,0

G 2" 21W7KJB500-AD 50 750,0

12 ~ 2 0,28

12

10 10

20 20

16 16

Medium


mineral oils (2°E),gasoline gas oil, fuel oils (7°E)

Temperature

- 10°C

- 10°C

+ 90°C

+100°C

Gaskets




USE:USE:

PIPES:PIPES:

COILS:COILS:

For seals other than NBR replace the letter “B” with the ones corresponding to the other seals. E.I. 21W1KJV120-AD.



O.D.E.


1. Coil:

See page



Code R451577

4. Gasekt O-Ring:

Code R990000/B5. Gasket O-Ring:

3/8”-1/2” Code R990003/B3/4”- 1” Code R990002/B1 1/4”-1 1/2”Code R990005/B2” Code R990081/B




3/8”-1/2” KTG0W1KJB12=2+5+6

3/4”- 1” KTG0W3KJB19=2+5+6

1 1/4”-1 1/2” KTG0W5KJB35=2+5+6

2” KTG0W7KJB50=2+5+6

KITKIT::

KT130KJB55-FD=2+3+4

21W1KJB120-AD G 3/8"21W2KJB120-AD G 1/2"21W3KJB190-AD G 3/4" 10521W4KJB250-AD G 1" 11221W5KJB350-AD G 1 1/4"21W6KJB400-AD G 1 1/2"21W7KJB500-AD G 2" 118 141 172

72

65 104

14498 125

40 103

Body Brass OT58 Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400 Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal Standard: B=NBR





Inrush Hold

VA ~ VA ~W

A B C

mm mm mmType

Pipe

ISO 228/1

8 W 25 14,5




FEAFEATURES:TURES:



O.D.E.


21W1RV120-AD÷

21W4RV250-AD



G 3/8” - G 1”

5W - Ø 10

HPA 155°C (class F)(EE x m II T 4)

Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø

Solenoid valve 2/2 way N.C.With pilot controlFor potentially explosive atmospheres

G 3/8" 21W1RV120-AD 40,0

G 1/2" 21W2RV120-AD 45,0

G 3/4" 21W3RV190-AD 19 140,0

G 1" 21W4RV250-AD 25 190,0

12 ~ 2 0,25

12 20 20

16 16

Medium


Temperature

- 10°C +140°C

Gaskets



USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


21W1RV120-AD G 3/8" 40 93 7221W2RV120-AD G 1/2" 40 93 7221W3RV190-AD G3/4" 65 96 10421W4RV250-AD G 1" 65 103 104

1. Coil:

See page



Code R450726

4. Gasket O-Ring:

Code R990000/V5. Gasket O-Ring:

3/8”-1/2” Code R990003/V3/4”- 1” Code R990002/V


3/8”-1/2” Code R450703/V3/4”- 1” Code R450431/V

KITKIT::

KT100RV25-FC=2+3+4


3/8”-1/2”

KTGW01RV12=2+5+63/4”- 1”

KTG0W1RV19=2+5+6

Body Brass OT58 Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal V=FKMOrifice Brass OT58




Inrush Hold

VA ~ VA ~W

A B C

mm mm mmType

Pipe

ISO 228/1

5 W 15 11




FEAFEATURES:TURES:



O.D.E.


21W1ZB120÷

21W7ZB500


AutomationHeating

G 3/8” - G 2”

8W - Ø 13




Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø


G 3/8" 21W1ZB120 40,0

G 1/2" 21W2ZB120 45,0

G 3/4" 21W3ZB190 19 140,0

G 1" 21W4ZB250 25 190,0

G 1 1/4" 21W5ZB350 35 400,0

G 1 1/2" 21W6ZB400 40 520,0

G 2" 21W7ZB500 50 750,0

12 ~ 2 0,28

12

10 10

20 20

16 16

Medium




Temperature

- 10°C

- 10°C

+ 90°C

+140°C

- 10°C +140°C

Gaskets





USE:USE:

PIPES:PIPES:

COILS:COILS:

For seals other than NBR replace the letter “B” with the ones corresponding to the other seals. E.I. 21W5ZE350.



O.D.E.


1. Coil:

See page

2. Complete diaphragm support:


without gasket:

Code R450573

4. Gasket O-Ring:



6. Complete diaphragm:3/8”-1/2” Code R450703/B3/4”- 1” Code R450431/B1 1/4”-1 1/2”Code R450466/B2” Code R450432/B


3/8”-1/2” KTG0W1ZB12=2+5+6

3/4”- 1” KTG0W3ZB19=2+5+6

1 1/4”-1 1/2” KTG0W5ZB35=2+5+6

2” KTG0W7ZB50=2+5+6

KITKIT::

KT130ZB30-F=2+3+4

21W1ZB120 G 3/8"

21W2ZB120 G 1/2"

21W3ZB190 G 3/4" 105

21W4ZB250 G 1" 112

21W5ZB350 G 1 1/4"

21W6ZB400 G 1 1/2"

21W7ZB500 G 2" 118 141 172

98 125 144

40 101 72

65 104

Body Brass OT 58Armature tube Stainless steel AISI series 400Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal Standard: B=NBR

On request: E=EPDM V=FKMOrifice Brass OT 58




Inrush Hold

VA ~ VA ~W

A B C

mm mm mmType

Pipe

ISO 228/1

8 W 25 14,5




FEAFEATURES:TURES:



O.D.E.


21W3KB190-MR÷

21W7KB500-MR


AutomationHeating

G 3/4” - G 2”

8W




Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø

Solenoid valve 2/2 WAY N.C.With pilot control - manual operationand closing velocity control

G 3/4" 21W3KB190-MR 19 140,0

G 1" 21W4KB250-MR 25 190,0

G 1 1/4" 21W5KB350-MR 35 400,0

G 1 1/2" 21W6KB400-MR 40 520,0

G 2" 21W7KB500-MR 50 750,0

12 ~ 2 0,28

16 16

10 10

Medium




Temperature

- 10°C

- 10°C

+ 90°C

+140°C

- 10°C +140°C

Gaskets





USE:USE:

PIPES:PIPES:

COILS:COILS:

For seals other than NBR replace the letter “B” with the ones corresponding to the other seals. E.I. 21W3E190-MR.



O.D.E.


1. Coil:

See page


Code R450820/B3. Complete armature tube :

Code R450603

4. Gasket O-Ring

Code R990000/B5. Manual operation:


3/4”- 1” Code R990002/B1 1/4”-1 1/2”Code R990005/B2” Code R990081/B


3/4”- 1” Code R450431/B1 1/4”-1 1/2”Code R450466/B2” Code R450432/B

8. Regulation screw:

Code R450728/B

Body Brass OT58Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal Standard: B=NBR

On request: E=EPDM V=FKMOrifice Brass OT58




Inrush Hold

VA ~ VA ~W

A B C

mm mm mmType

Pipe

ISO 228/1

8 W 25 14,5

21W3KB190-MR G 3/4" 105

21W4KB250-MR G 1" 112

21W5KB350-MR G 1 1/4"

21W6KB400-MR G 1 1/2"

21W7KB500-MR G 2" 118 141 172

65 104

98 125 144

::

KITKIT::

KT130KB30-F= 2+3+4


KTG0W3KB19= 2+6+7KTG0W5KB35= 2+6+7KTG0W7KB50= 2+6+7




FEAFEATURES:TURES:



O.D.E.


21W3KB190-2715÷

21W4KB250-2715


AutomationHeating

G 3/4” - G 1”

8W




Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø

Solenoid valve 2/2 way N.C.With pilot control - Progressive closing

G 3/4" 21W3KB190-2715 19 120,0

G 1" 21W4KB250-2715 25 150,016 1612 ~ 2 8 0,2

Medium



Temperature

- 10°C

- 10°C

+ 90°C

+140°C

Gaskets




USE:USE:

PIPES:PIPES:

COILS:COILS:

For seals other than NBR replace the letter “B” with the ones corresponding to the other seals. E.I. 21W3KB190-2715.



O.D.E.


1. Coil:

See page


Code R450820/B3. Complete armature tube :

Code R450606

4. Gasket O-Ring

Code R990002/B5. Complete diaphragm:

Code R451157/B5a.Diaphragm-supporting Ring:

Code R451228

Body Brass OT58 Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal Standard: B=NBR





Inrush Hold

VA ~ VA ~W

A B C

mm mm mmType

Pipe

ISO 228/1

8 W 25 14,5

21W3KB190-2715 G 3/4" 65 105 10421W4KB250-2715 G 1" 65 112 104




FEAFEATURES:TURES:

KITKIT::

KT130KB30-A=2+3


KTG0W3KB19-2715=2+4+5



O.D.E.


21X

21X1KT120 ÷ 21X4KT250 Solenoid valve 2/2 way N.C. With pilot control

21X1KV120 ÷ 21X6KV400 Solenoid valve 2/2 way N.C. With pilot control



O.D.E.


21X1KT120÷

21X4KT250


Hot water, Chemistry, Steam (180°C)

G 3/8” - G 1”

8W - Ø 13


BDP 160°C(high temperature)

BDF 180°C(class H)

Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø


G 3/8" 21X1KT120 35,0

G 1/2" 21X2KT120 35,0

G 3/4" 21X3KT190 19 120,0

G 1" 21X4KT250 25 130,0

10 10- - 8 0,5

12

PRESENTPRESENTAATIONTION

USE:USE:

PIPES:PIPES:

COILS::COILS::

Medium

Steam, hot water, chemicalproducts compatible with

stainless steel

Temperature

* +180°C

Gaskets


*WARNING: For a correct functioning of the solenoid valve the minimum temperature should not be less than + 60°C.



O.D.E.


1. Coil:See page

2. Complete plunger:Code R450820/T


4. Gasket O-Ring:Code R990000/T

5. Gasket:3/8”-1/2” Code R4508583/4”- 1” Code R450894

6. Sealing ring:3/8”-1/2” Code R450859

3/4”- 1” Code R4508957. Complete diaphragm:

3/8”-1/2” Code R4509503/4”- 1” Code R450954


3/8”-1/2”KTG0X1KT12=2+5+6+73/4”- 1”KTG0X3KT19=2+5+6+7

KITKIT::

KT130KT30-H=2+3+4


SPSPARE PARE PARARTS::TS::


FEAFEATURES:TURES:

Body Stainless steel AISI 316Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal T=PTFEOrifice Stainless steel AISI 316




Inrush Hold

VA ~ VA ~W

A B C

mm mm mmType

Pipe

ISO 228/1

21X1KT120 3/8"

21X2KT120 1/2"

21X3KT190 3/4"

21X4KT250 1"

40 103 72

65 115 104 8 W 25 14,5



O.D.E.



Automation, Chemistry,Low pressure steam

G 3/8” - G 1 1/2”

8W - Ø 13




Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø


G 3/8" 21X1KV120 35,0

G 1/2" 21X2KV120 35,0

G 3/4" 21X3KV190 19 130,0

G 1" 21X4KV250 25 160,0

G 1 1/4" 21X5KV350 35 370,0

G 1 1/2" 21X6KV400 40 480,0

20 20

10 10

16 1612 ~ 2 0,18

12


USE:USE:

PIPES:PIPES:

COILS:COILS:

21X1KV120÷

21X6KV400

Medium

Air, water, chemical productscompatible with stainless steel


Demineralized water, chemicalproducts compatible with

stainless steel

Temperature

- 10°C

- 10°C

+ 90°C

+140°C

- 10°C +140°C

Gaskets




For seals other than FKM replace the letter “V” with the ones corresponding to the other seals. E.I. 21X1KB120.



O.D.E.


1. Coil:

See page



without gasket:

Code R450811

4. Gasket O-Ring:


3/8”-1/2” Code R990003/V3/4”- 1” Code R990002/V1 1/4”-1 1/2” Code R990005/V


3/8”-1/2” Code R451816/V3/4”- 1” Code R450958/V1 1/4”-1 1/2” Code R450960/V

KITKIT::

KT130KV30-H=2+3+4


3/8”-1/2”

KTG0X1KV12=2+5+63/4”- 1”

KTG0X3KV19=2+5+61 1/4”-1 1/2”

KTG0X5KV35=2+5+6DIMENSIONS:DIMENSIONS:


FEAFEATURES:TURES:

MAMATERIALS;TERIALS;

Body Stainless steel AISI 316Armature Tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal Standard: V=FKM

On request: B=NBR E=EPDM Orifice Stainless steel AISI 316




Inrush Hold

VA ~ VA ~W

A B C

mm mm mmType

Pipe

ISO 228/1

21X1KV120 3/8"

21X2KV120 1/2"

21X3KV190 3/4"

21X4KV250 1"

21X5KV350 1 1/4"

21X6KV400 1 1/2"

72

98 144 145

65 115 104

40 103

8 W 25 14,5



O.D.E.


21Y

21Y1KT120 ÷ 21Y4KT250 Solenoid valve 2/2 way N.C. With pilot control

21Y1ZT120 ÷ 21Y4ZT250 Solenoid valve 2/2 way N.C. With pilot control

21YN3KT120 ÷ 21YN6KT250 Solenoid valve 2/2 way N.C. With pilot control



O.D.E.


21YN3KT120÷

21YN6KT250



3/8 NPT - 1 NPT


Pressure

min max M.O.P.D.


Kv PowerPipe

ANSI/ASME

BI.20.1



8

148

148

148

14

0,3 10 10

3/8 NPT 21YN3KT120

- -

1/2 NPT 21YN4KT120

1 NPT 21YN6KT250

3/4 NPT 21YN5KT190

25 130,0

12 35,0

19 120,0

Medium

Steam, hot water

Temperature

* +180°C

Gaskets




USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:

See page



Code R450606

4. Diaphragm-supporting Ring:3/8- 1/2 NPT Code R4512853/4-1 NPT Code R451247

5. Complete diaphragm:3/8- 1/2 NPT Code R4508523/4-1 NPT Code R450890

5a. Gasket:3/8-1/2 NPT Code R450858

3/4-1 NPT Code R450894

5b. Sealing ring:3/8-1/2 NPT Cod. R4508593/4-1 NPT Cod. R450895

KITKIT::

KT130KR30-A=2+3


3/8”-1/2”

KTG0Y1KT12=2+4+53/4”- 1”

KTG0Y3KT19=2+4+5

21YN3KT120 3/8 NPT

21YN4KT120 1/2 NPT

21YN6KT190 3/4 NPT 105

21YN6KT250 1 NPT 112

40

65

72

104

102

21YN3KT - 21YN4KT

8 W 25 14,5 30 42 54

14 W 43 27 52 55 67





Inrush Hold D E F

VA ~ VA ~ mm. mm. mm.W

A B C

mm mm mmType Pipe




FEAFEATURES:TURES:

21YN3KT - 21YN4KT

21YN3KT - 21YN4KT



O.D.E.


21Y1KT120÷

21Y4KT250


Hot waterSteam

G 3/8” - G 1”


Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø


8

148

148

148

14

0,3 10 10

3/8" 21Y1KT120

- -

1/2" 21Y2KT120

1" 21Y4KT250

3/4" 21Y3KT190

25 130

12 35

19 120


USE:USE:

PIPES:PIPES:

COILS:COILS:

Medium

Steam, hot water

Temperature

* +160°C

Gaskets





O.D.E.


1. Coil:See page

2. Complete plunger:Code R450820/R

3. Complete armature tube:Code R4506063/4”- 1” Code R450895

4. Diaphragm-supporting Ring:3/8”-1/2” Code R4512853/4”- 1” Code R451247

5. Complete diaphragm:3/8”-1/2” Code R4508523/4”- 1” Code R450890

5a.Gasket:3/8”-1/2” Code R450858

3/4”- 1” Code R4508945b.Sealing ring:

3/8”-1/2” Code R450859

KITKIT::

KT130KR30-A=2+3


3/8”-1/2”KTG0Y1KT12=2+4+53/4”- 1”KTG0Y3KT19=2+4+5




FEAFEATURES:TURES:

21Y1KT120 3/8"

21Y2KT120 1/2"

21Y3KT190 3/4" 105

21Y4KT250 1" 112

40

65

72

104

102

8 W 25 14,5 30 42 54

14 W 43 27 52 55 67

Body Brass OT58Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal T=PTFEOrifice Brass OT58




Inrush Hold D E F

VA ~ VA ~ mm mm mmW

A B C

mm mm mmType

Pipe

ISO 228/1



3/4”- 1” Code R450895

O.D.E.


21Y1ZT120÷

21Y4ZT250


Hot waterSteam

G 3/8” - G 1”

8W - Ø 13BDA - BDS - BSA 155°C (class F)BDP 160°C (high temperature)BDF 180°C (class H)14W - Ø 13 GDH 180°C (class H)

Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø


8

148

148

148

14

G 3/4" 21Y3ZT190

- -

G 3/8" 21Y1ZT120

G 1/2" 21Y2ZT120

G 1" 21Y4ZT250

0,3 10 10

12 35

19 120

25 130


USE:USE:

PIPES:PIPES:

COILS:COILS:

Medium

Steam, hot water

Temperature

* +160°C

Gaskets





O.D.E.


1. Coil:See page

2. Complete diaphgram support:Code R450789


4. Gasket O-Ring:Code R990000/T

5. Gasket:3/8”-1/2” Code R4508583/4”- 1” Code R450894

6. Sealing ring:3/8”-1/2” Code R4508593/4”- 1” Code R450895

7. Diaphragm-supporting Ring:3/8”-1/2” Code R4512853/4”- 1” Code R451247

8. Complete diaphragm:3/8”-1/2” Code R4508523/4”- 1” Code R450890

KITKIT::

KT130ZR30-FT=2+3+4


3/8”-1/2”KTG0Y1ZT12=2+5+6+83/4”- 1”KTG0Y3ZT19=2+5+6+8





Inrush Hold D E F

VA ~ VA ~ mm mm mmW

A B C

mm mm mmType

Pipe

ISO 228/1

21Y1ZT120 3/8"

21Y2ZT120 1/2"

21Y3ZT190 3/4" 105

21Y4ZT250 1" 112

40

65

72

104

102

8 W 25 14,5 30 42 54

14 W 43 27 52 55 67




FEAFEATURES:TURES:



O.D.E.


212A





O.D.E.


212A3KV15÷

212A2KV55

Medium



Temperature

- 10°C

- 10°C

+ 90°C

+140°C

Gaskets




AutomationHeating

G 1/8” - G 1/4”


212A3KV15 12 ~ 2 1,5 1,4 8 30 18

8 22 16

14 35 30

8 14 9

14 30 25

8 10 6

14 25 20

8 5 1,5

14 12 6

212A2KV15 12 ~ 2 1,5 1,4 8 30 18

8 22 16

14 35 30

8 14 9

14 30 25

8 10 6

14 25 20

8 5 1,5

14 12 6

8 3,5 1

14 7 3

37 ~ 5

37 ~ 5

G 1/8"

G 1/4"

212A2KV25

212A2KV30

212A2KV45

212A2KV55

212A2KV20

53 ~ 7

0

212A3KV20

212A3KV25

212A3KV30

212A3KV45

2

2,5

3

2,0

3,2

4,0

6,5

2 2,0

53 ~ 7

4,5

2,5 3,2

3 4,0

4,5 6,5

5,5 9,0

Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø


USE:USE:

PIPES:PIPES:

COILS:COILS:





O.D.E.


1. Coil:

See page

2. Complet plunger:


Code R450691

4. Gasket O-Ring:

Code R990000/V

KITKIT::

KS130KV55-F= 2+3+4

8 W 25 14,5 30 42 54

14 W 43 27 52 55 67

212A3KV G 1/8"

212A2KV G 1/4"

TypePipe

ISO 228/1


Inrush Hold D E F

VA ~ VA ~ mm. mm. mm.W

Body Brass OT58 Welded armature tube Stainless steel AISI series 300 + brass OT58Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal Standard: V=FKM

On request:B=NBR Orifice: < 3 mm Insert slot Stainless steel AISI series 300> 3 mm Brass OT58 On request:Connector Pg 9 or Pg 11Connector conformity ISO 4400





FEAFEATURES:TURES:



O.D.E.


212A5KV45÷

212A8KV55


AutomationHeating

G 3/8” - G 1/2”


Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø


8 5 2

14 12 8

8 3 1

14 6 4

8 5 2

14 12 8

8 3 1

14 6 4

0

4,5

5,5

4,5

5,5

6,5

9,0

6,5

9,0

G 3/8"

G 1/2"

53 ~ 7

212A5KV45

212A5KV55

212A8KV45

212A8KV55

Medium


Temperature

- 10°C +140°C

Gaskets



USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:See page

2. Complet plunger:


Code R450691

4. Gasket O-Ring:

Code R990000/V

KITKIT::

KS130KV55-F= 2+3+4


Inrush Hold D E F

VA ~ VA ~ mm mm mmW

Body Brass OT 58Welded armature tube Stainless steel AISI series 300 + Brass OT58Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal V=FKMOrifice Brass OT58



C

mmType

Pipe

ISO 228/1

212A5KV G 3/8" 44

212A8KV G 1/2" 58 8 W 25 14,5 30 42 54

14 W 43 27 52 55 67




FEAFEATURES:TURES:



O.D.E.


212M

212M0AV25 Solenoid valve 2/2 way N.O. Direct acting



O.D.E.


0 18 -

4 - 1825 3,5 8G 1/8" 212M0AV25 53 ~ 7

212M0AV25

Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø

AutomationHeating

G 1/8”

8W - Ø 13BDA - BDS 155°C (class F)BDP 160°C (high temperature)BDF 180°C (class H)



Medium



Temperature

- 10°C

- 10°C

+ 90°C

+140°C

Gaskets




USE:USE:

PIPES:PIPES:

COILS:COILS:

For seals other than FKM replace the letter “V” with the ones corresponding to the other seals. E.I. 212M0AB25.



O.D.E.



Inrush Hold

VA ~ VA ~W

8 W 25 14,5

1. Coil:

See page

2. Complet plunger:

Code R450759/V


Code R450690

4. Gasket O-ring:

Code R990000/V

Body Brass OT58Welded armature tube Stainless steel AISI series 300 + brass OT58Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal Standard: V=FKM







FEAFEATURES:TURES:



O.D.E.


212N

212N2KV25 ÷ 212N2KV40 Solenoid valve 2/2 way N.C. Direct acting

212N2MV30-P Solenoid valve 2/2 way N.C. Direct acting



O.D.E.


212N2KV25÷

212N2KV40


AutomationHeating

G 1/8”

8W - Ø 13BDA - BDA - BDS 155°C (class F)BDP 160°C (high temperature)BDF 180°C (class H)

Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø


212N2KV25 2,5 3,2 14 9

212N2KV30 3 4,0 10 6

212N2KV40 4 5,0 6 1,7

0G 1/8" 53 ~ 7 8

Medium



Temperature

- 10°C + 90°C

- 10°C +140°C

Gaskets




USE:USE:

PIPES:PIPES:

COILS:COILS:

For seals other than FKM replace the letter “V” with the ones corresponding to the other seals. E.I. 212N2KB30.



O.D.E.


1. Coil:See page

2. Complet plunger:


Code R450691

4. Gasket O-ring:

Code R990000/V

KITKIT::

KS130KV55-F=2+3+4


Inrush Hold

VA ~ VA ~W

Body Brass OT58 Weldeld armature tube Stainless steel AISI series 300 + Brass OT58Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal Standard: V=FKM




8 W 25 14,5




FEAFEATURES:TURES:



O.D.E.


212N2MV30-P


AutomationHeating

Ø 7 - Ø 9 (rubber support)

8W - Ø 13BDA - BDA - BDS 155°C (class F)BDP 160°C (high temperature)BDF 180°C (class H)

Pressure

min max M.O.P.D.


Kv PowerPipe Code

Max viscosity Ø


Ø 7 - Ø 9 212N2MV30-P 53 ~ 7 3 4,0 8 0 - 6

Medium


Temperature

- 10°C +140°C

Gaskets



USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:See page

2. Complet plunger:


without gasket:

Code R451637

4. Gasket O-ring:

Code R990000/V5. Bracket:

Code R450188


Inrush Hold

VA ~ VA ~W

Body Brass OT58

Weldeld armature tube Stainless steel AISI series 300 + brass OT58




Seal V=FKM

Orifice Brass OT58

On request:

Connector Pg 9 or Pg 11

Connector conformity ISO 4400


8 W 25 14,5




FEAFEATURES:TURES:



O.D.E.


2362-AP

2362-AP Solenoid valve 2/2 way N.C. Direct acting



O.D.E.


2362-AP

Medium

Combustible gas

Temperature

- 15°C + 80°C

Gaskets



AutomationHeating

G 1/4”

4W - Ø 13 BDA04230AS 155°C (class F)

G 1/4" 2362-AP - - 4 5,0 3,5 0 2 -

Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø



USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:

BDA04230AS

2. Complet plunger:


Code R450691

4. Gasket O-Ring:

Code R990000/B5. Filter:

Code R450482

Body Brass OT58 Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal B=NBR Orifice Brass OT58


Electrical conformity IEC 335Protection degree IP 65 EN 60529 (DIN 40050)with coil fitted by connectors.




FEAFEATURES:TURES:



O.D.E.


31A

31A1AV10 ÷ 31A1AV25 Solenoid valve 3/2 way N.C. Direct acting

31A2A1R15-UR Solenoid valve 3/2 way N.C. Direct acting - UL approval

31A3AR10 ÷ 31A2AR25 Solenoid valve 3/2 way N.C. Direct acting

31A3A1R15-UR Solenoid valve 3/2 way N.C. Direct acting -UL approval

31A1AR10 ÷31A1AR25 Solenoid valve 3/2 way N.C. Direct acting

31A1A1R15-UR Solenoid valve 3/2 way N.C. Direct acting - UL approval

31A3GV10-U ÷ 31A2EV30-U Solenoid valve 3/2 way - Universal Direct acting

31A3AV10 ÷ 31A2AV30 Solenoid valve 3/2 way N.C. Direct acting

31A3AV15 ÷ 31A2AV20 Latching coils Solenoid valve 3/2 way N.C. Direct acting - Latching coils

31A2EJV25-AD Solenoid valve 3/2 way N.C. Direct acting - Explosion proof - EEx d II C T5

31A3FB15-U Latching coils Solenoid valve 3/2 way N.C. Direct acting - Latching coils



O.D.E.


31A1AR10÷

31A1AR25



subplate mounting


Pressure

min max M.O.P.D.


Kv PowerPipe Code

Max viscosity Ø


31A1AR10 1* 0,45 20 20

31A1AR15 1,5* 1,40 15 15

31A1AR20 2* 2,00 10 10

31A1AR25 2,5* 3,20 6 6

08SUBPLATE

MOUNTING - -

* 3rd way exhaust= Ø 2,5 mm


USE:USE:

PIPES:PIPES:

COILS:COILS:

Medium

Hot water, Steam

Temperature

- 40°C +180°C

Gaskets

R=RUBY




O.D.E.


1. Coil:See page

2. Complet plunger:

Code R450873


Code R450944/AL

4. Gasket O-ring:

Code R990002/S

KITKIT::

KT130AR30-A=2+3




FEAFEATURES:TURES:

8 W 25 14,5


Inrush Hold

VA ~ VA ~W






O.D.E.


31A1A1R15-UR


AutomationHeating

subplate mounting

8W - Ø 13 BDF08110BU 180°C (class H)

Pressure

min max M.O.P.D.


Kv PowerPipe Code

Max viscosity Ø

Solenoid valve 3/2 way N.C.Direct acting - UL approval

SUBPLATE 31A1A1R15-UR - - 1,5* 1,4 8 0 15 15


Medium

Steam, water

Temperature

- 40°C +180°C

Gaskets

R=RUBY



USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


8 W 25 14,5

1. Coil:See page

2. Complet plunger:

Code R450873


Code R450944/AL

4. Gasket O-ring:

Code R990002/S


Inrush Hold

VA ~ VA ~W







FEAFEATURES:TURES:



O.D.E.


31A1AV10÷

31A1AV25


USE:USE:

PIPES:PIPES:

COILS:COILS:


AutomationHeating

subplate mounting

8W - Ø 13(1)

BDA - BDS - BSA 155°C (class F)BDP 160°C (high temperature)BDF 180°C (class H)

(1) Explosion-proof housing for coils with electrical connec-tions DIN 43650 A on request.

31A1AV10 1* 0,45 20 20

31A1AV15 1,5* 1,40 15 15

31A1AV20 37 ~ 5 2* 2,00 10 10

31A1AV25 53 ~ 7 2,5* 3,20 6 6

8 0SUBPLATE

MOUNTING

12 ~ 2

Pressure

min max M.O.P.D.


Kv PowerPipe Code

Max viscosity Ø


Medium



Temperature

- 10°C

- 10°C

+ 90°C

+140°C

Gaskets





For seals other than FKM replace the letter “V” with the ones corresponding to the other seals. E.I. 31A1AB20.



O.D.E.


1. Coil:See page

2. Complet plunger:


Code R450944

4. Gasket O-ring:

Code R990002/S

KITKIT::

KT130AV30-A=2+3


Inrush Hold

VA ~ VA ~W

8 W 25 14,5




FEAFEATURES:TURES:


On request:B=NBROrifice: Insert slot Stainless steel AISI series 300





O.D.E.


31A2A1R15-UR


AutomationHeating

G 1/4”

8W - Ø 13 BDF08110BU 180°C (class H)

Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø

Solenoid valve 3/2 way N.C.Direct acting - UL Approval

G 1/4" 31A2A1R15-UR - - 1,5* 1,4 8 0 15 15

Medium

Steam, water

Temperature

- 40°C +180°C

Gaskets

R=RUBY




USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:

BDF08110BU

2. Complet plunger:

Code R450873


Code R450944/AL


Inrush Hold

VA ~ VA ~W

Body Brass OT58Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal R=RUBYOrifice: Insert slot Stainless steel AISI series 300



8 W 25 14,5




FEAFEATURES:TURES:



O.D.E.


31A3AR10 1* 0,45 20 20

31A3AR15 1,5* 1,40 15 15

31A3AR20 37 ~ 5 2* 2,00 10 10

31A3AR25 53 ~ 7 2,5* 3,20 6 6

31A2AR10 1* 0,45 20 20

31A2AR15 1,5* 1,40 15 15

31A2AR20 37 ~ 5 2* 2,00 10 10

31A2AR25 53 ~ 7 2,5* 3,20 6 6

~ 2

08

G 1/8"

G 1/4"

12 ~ 2

12


AutomationHeating

G 1/8” - G 1/4”


31A3AR10÷

31A2AR25

Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø



USE:USE:

PIPES:PIPES:

COILS:COILS:

Medium


Temperature

- 40°C +180°C

Gaskets

R=RUBY





O.D.E.


1. Coil:See page


Code R450873


Code R450944/AL

KITKIT::

KT130AR30-A=2+3


Inrush Hold

VA ~ VA ~W

Body Brass OT 58Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal R=RUBYOrifice: Insert slot Stainless steel AISI series 300



TypePipe

ISO 228/1

31A3AR 1/8"

31A2AR 1/4" 8 W 25 14,5




FEAFEATURES:TURES:



O.D.E.


31A3A1R15-UR


AutomationHeating

G 1/8”

8W - Ø 13 BDF08110BU 180°C (class H)

Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø

Solenoid valve 3/2 way N.C.Direct acting - UL Approval

G 1/8" 31A3A1R15-UR - - 1,5* 1,4 8 0 15 15

Medium

Steam, water

Temperature

- 40°C +180°C

Gaskets

R=RUBY



USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:

BDF08110BU

2. Complet plunger:

Code R450873


Code R450944/AL


Inrush Hold

VA ~ VA ~W

Body Brass OT58Armature tube Stainless steel AISI series 300 Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal R=RUBYOrifice: Insert slot Stainless steel AISI series 300



8 W 25 14,5




FEAFEATURES:TURES:



O.D.E.


31A3AV10÷

31A2AV30


USE:USE:

PIPES:PIPES:

COILS:COILS:

31A3AV10 1* 0,45 20 20

31A3AV15 1,5* 1,40 15 15

31A3AV20 37 ~ 5 2* 2,00 10 10

31A3AV25 2,5* 3,20 6 6

31A3AV30 3* 4,00 5 5

31A2AV10 1* 0,45 20 20

31A2AV15 1,5* 1,40 15 15

31A2AV20 37 ~ 5 2* 2,00 10 10

31A2AV25 2,5* 3,20 6 6

31A2AV30 3* 4,00 5 5

12 ~ 2

8 0

G 1/8"

G1/4"

53 ~ 7

12 ~ 2

53 ~ 7


AutomationHeating

G 1/8” - G 1/4”

8W - Ø 13 (1)

BDA - BDS - BSA 155°C (class F)BDP 160°C (high temperature)BDF 180°C (class H)

(1) Explosion-proof housing for coils with electrical connections DIN

43650A on request.

Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø


Medium



Temperature

- 10°C

- 10°C

+ 90°C

+140°C

Gaskets





For seals other than FKM replace the letter “V” with the ones corresponding to the other seals. E.I. 31A3AB15.



O.D.E.


1. Coil:See page

2. Complet plunger:


Code R450944

KITKIT::

KT130AV30-A=2+3

31A3AV 1/8"

31A2AV 1/4"


Inrush Hold

VA ~ VA ~W





TypePipe

ISO 228/1

8 W 25 14,5




FEAFEATURES:TURES:



O.D.E.



USE:USE:

PIPES:PIPES:

COILS:COILS:

BDA2X009LS 9 2,5

BDA05012LS 12 5

BDA2X009LS 9 2,5

BDA05012LS 12 5

BDA2X009LS 9 2,5

BDA05012LS 12 5

BDA2X009LS 9 2,5

BDA05012LS 12 52,0 0 931A2AV20 37 ~ 5 2*

0 9

G 1/4"

31A2AV15 12 ~ 2 1,5* 1,4 0 15

0 15~ 2 1,5* 1,4

G 1/8"

~ 5 2* 2,0

31A3AV15 12

31A3AV20 37

31A3AV15÷

31A2AV20Latching coils

Direct acting S.V. for interception of fluids compatible with the con-struction materials.Opening is obtained by a 20 msec pulse, and closing by another 20 msec pulse, with reversed polarity.Minimum operational pressure is not required.The materials used and the tests carried out ensure maximum relia-bility and duration.

AutomationHeating

G 1/8” - G 1/4”

BDA2X009LS 155°C (class F)BDA05012LS 155°C (class F)

Pressure

min max M.O.P.D.

cSt °E mm l/min (watt) bar AC bar

PowerPipe

ISO 228/1Code

Max viscosity Ø KvCoils code

Voltages

V DC

Solenoid valve 3/2 way N.C.Direct acting - Latching coils

Medium


Temperature

- 10°C +140°C

Gaskets






O.D.E.


1. Coil:

BDA2X009LS BDA05012LS

2. Complet plunger:


Code R450944

KITKIT::

KT130AV30-A=2+3




FEAFEATURES:TURES:

A B

A

B+

+

-

-

EnergizedOpen

EnergizedClose

A

B

Body Brass OT58 Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal V=FKMOrifice: Insert slot Stainless steel AISI series 300



31A3AV 1/8"

31A2AV 1/4"

TypePipe

ISO 228/1



O.D.E.


G 1/4" 31A2EJV25-AD 53 ~ 7 2,5* 3,2 8 0 6 6

31A2EJV25-AD



G 1/4”

8W - Ø 13

BDA - BDS 155°C (class F)



Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø

Solenoid valve 3/2 way N.C.Direct actingExplosion proof - EEx d II C T5

Medium


Temperature

- 10°C +100°C

Gaskets


* 3rd way exhaust= Ø 3 mm



USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:See page

2. Complet plunger:


Code R451573

4. Gasket O-ring:

Code R990000/V

KITKIT::

KT130EJV30-FD=2+3+4


Inrush Hold

VA ~ VA ~W

Body Brass OT58 Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal V=FKMOrifice: Insert slot Stainless steel AISI series 300



8 W 25 14,5




FEAFEATURES:TURES:



O.D.E.


BDA2X006LS 6

BDA2X009LS 9

BDA2X012LS 12

BDA05009LS 9

BDA05012LS 12

BDA05024LS 24

BDA10024LS 24

6

8

31A3FB15-U 12 ~ 2 1,5* 1,4 2,5 0

6

G 1/8"

6

31A3FB15-ULatching coils

Direct acting S.V. for interception of fluids compatible with theconstruction materials.Opening is obtained by a 20 msec pulse, and closing by another 20 msec pulse, with reversed polarity.Minimum operational pressure is not required.The materials used and the tests undertaken ensure maximumreliability and duration.

AutomationHeating

G 1/8”

BDA2X006LS 155°C (class F)BDA2X009LS 155°C (class F)BDA2X012LS 155°C (class F)BDA05009LS 155°C (class F)BDA05012LS 155°C (class F)BDA05024LS 155°C (class F)BDA10024LS 155°C (class F)

min

N.C. N.O.

max M.O.P.D.Max viscosity Kv

l/min

ØPressure

DC barbar

Power

(watt)mmcSt °E

Pipe

ISO 228/1Code Coils code

Voltages

V DC

Solenoid valve 3/2 way N.C.Direct acting - Latching coils


Medium


Temperature

- 10°C + 90°C

Gaskets




USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


A B

A

B+

+

-

-

EnergizedOpen

EnergizedClose

A

B

1. Coil:BDA2X006LSBDA2X009LSBDA2X012LSBDA05009LSBDA05012LSBDA05024LSBDA10024LS

2. Complet plunger:Code R450689/B


Code R450664

Body Brass OT58 Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal B=NBROrifice: Insert slot Stainless steel AISI series 300






FEAFEATURES:TURES:



O.D.E.



AutomationHeating

G 1/8” - G 1/4”

8W - Ø 13BDA - BDS - BSA 155°C (class F)BDP 160°C (high temperature)BDF 180°C (class H)

Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø

Solenoid valve 3/2 way - Universal Direct acting

* 3rd way exhaust: 31A_GV Ø 1 mm31A_FV Ø 1,5 mm31A_AV Ø 2,5 mm31A_EV Ø 3 mm

31A3GV10-U 1* 0,8 18 18

31A3FV15-U 1,5* 1,4 10 10

31A3AV25-U 2,5* 3,2 4 4

31A3EV30-U 3* 4,0 3,5 3,5

31A2GV10-U 1* 0,8 18 18

31A2FV15-U 1,5* 1,4 10 10

31A2AV25-U 2,5* 3,2 4 4

31A2EV30-U 3* 4,0 3,5 3,553 ~ 7

08

G 1/8"

G 1/4"

12 ~ 2

53 ~ 7

12 ~ 2


USE:USE:

PIPES:PIPES:

COILS:COILS:

31A3GV10-U÷

31A2EV30-U

Medium



Temperature

- 10°C

- 10°C

+ 90°C

+140°C

Gaskets



For seals other than FKM replace the letter “V” with the ones corresponding to the other seals. E.I. 31A3FB15-U.




O.D.E.


Pip

e

8 W 25 14,5




FEAFEATURES:TURES:

1. Coil:See page

2. Complet plunger:

Orifice < 2,5 mm

Code R450689/VOrifice = 3 mm


Orifice=1 mm

Code R450644

Orifice=1,5 mm

Code R450664

Orifice=2,5 mm

Code R450944

Orifice=3 mm

Code R450658


Inrush Hold

VA ~ VA ~W





TypePipe

ISO 228/1

31A3_V G 1/8"

31A2_V G 1/4"



O.D.E.


31J

31JBMW0B12 Solenoid valve 3/2 way N.C. Direct acting

31JKBW0V12 Solenoid valve 3/2 way N.C. Direct acting

31JN1W0V12 ÷ 31JN1W0V23 Solenoid valve 3/2 way N.C. Direct acting

31JN1XPV12 ÷ 31JN1XPV23 Solenoid valve 3/2 way N.C. Direct acting - Hose connection exhaust



O.D.E.


M5 31JBMW0B12 12 ~ 2 1,2 * 1,0 5 0 15 15

31JBMW0B12

Pressure

min max M.O.P.D.


Kv PowerPipe D-ISO UNI 4534



Automation

M5

5W - Ø 10





Medium


Temperature

- 10°C + 90°C

Gaskets



USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:

See page

2. Complet plunger:


Code R452074

4. Gasket O-ring:

Code R990597/B

KITKIT::

KT100W0B25-FJ=2+3+4


Inrush Hold

VA ~ VA ~W

5 W 15 11

Body Brass OT58 Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal B=NBROrifice Brass OT58






FEAFEATURES:TURES:



O.D.E.


31JKBW0V12

SUBPLATE

MOUNTING31JKBW0V12 12 ~ 2 1,2 * 1,0 5 0 15 15

Pressure

min max M.O.P.D.


Kv PowerPipe Code

Max viscosity Ø


Automation

subplate mounting

5W - Ø 10





Medium


Mineral oils (2°E),gasoline, gas oil

Temperature

- 10°C

- 10°C

+ 90°C

+140°C

Gaskets




USE:USE:

PIPES:PIPES:

COILS:COILS:

For seals other than FKM replace the letter “V” with the ones corresponding to the other seals. E.I. 31JKBW0B12.



O.D.E.


1. Coil:

See page

2. Complet plunger:


Code R452074

4. Gasket O-ring:

Code R990597/V5. Gasket O-ring:

Code R990557/V6. Gasket O-ring:

Code R990169/V

KITKIT::

KT100W0V25-FJ=2+3+4


Inrush Hold

VA ~ VA ~W

5 W 15 11








FEAFEATURES:TURES:



O.D.E.


31JN1W0V12 12 ~ 2 1,2* 1,0 15 15

31JN1W0V23 37 ~ 5 2,3* 2,3 5 505G 1/8"

31JN1W0V12÷

31JN1W0V23

Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø


AutomationHeating

G 1/8”

5W -Ø 10





Medium



Temperature

- 10°C

- 10°C

+ 90°C

+140°C

Gaskets





USE:USE:

PIPES:PIPES:

COILS:COILS:

For seals other than FKM replace the letter “V” with the ones corresponding to the other seals. E.I. 31JN1W0B12.



O.D.E.


1. Coil:See page

2. Complet plunger:


Code R452074

4. Gasket O-ring:

Code R990597/V

KITKIT::

KT100W0V25-FJ=2+3+4


Inrush Hold

VA ~ VA ~W

5 W 15 11








FEAFEATURES:TURES:



O.D.E.


31JN1XPV12 12 ~ 2 1,2* 1,0 15 -

31JN1XPV23 37 ~ 5 2,3* 2,3 5 -05G 1/8"

31JN1XPV12÷

31JN1XPV23

Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø

Solenoid valve 3/2 way N.C.Direct acting - Hose connection exhaust

AutomationHeating

G 1/8”

5W - Ø 10





Medium


Temperature

- 10°C +140°C

Gaskets




USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:See page

2. Complet plunger:


Code R452095

4. Gasket O-ring:

Code R990597/V

KITKIT::

KT100XPV25-IJ=2+3+4


Inrush Hold

VA ~ VA ~W

5 W 15 11

Body Brass OT58 Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal V=FKMOrifice Brass OT58






FEAFEATURES:TURES:



O.D.E.


31L

31L2A1V30 Solenoid valve 3/2 way N.C. Direct acting



O.D.E.


1/4" 31L2A1V30 53 ~ 7 3 * 4 8 0 5 5


31L2A1V30


AutomationHeating

G 1/4”

8W - Ø 13




Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø


Medium

mineral oils (2°E),gasoline gas oil, fuel oils (7°E)

Temperature

- 10°C +140°C

Gasket



USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:

See page

2. Complet plunger:

Code R45865/V


Code R450864/D

4. Gasket O-ring:

Code R990000/V


Inrush Hold

VA ~ VA ~W

8 W 25 14,5




FEAUTURES:FEAUTURES:



:Electrical conformity IEC 335Protection degree IP 65 EN 60529 (DIN 40050)with coil fitted by connector.



O.D.E.


512

512621W0B12-A ÷ 512621W0B12-B Solenoid valve 5/2 way Servocontrolled

512946W0B12 Solenoid valve 5/2 way Servocontrolled



O.D.E.


512621W0B12-A ÷

512621W0B12-B

Servocontrolled S.V. for interception of fluids compatible withthe construction materials.A minimum operational pressure of 1,3 bar is required.The materials used and the tests carried out ensure maximumreliability and duration.

Automation

transversal namur interface pressure exhaust G 1/4”

5W - Ø 10



Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø

Solenoid valve 5/2 wayServocontrolled

2 POSITIONSPNEUMATIC RETURN

512621W0B12-A

512621W0B12-BG 1/4" - - 6 6,5 1,3 10 105

Medium

Lubricated air

Temperature

- 10°C + 90°C

Gaskets



USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:See page

2. Complete plunger:Code R450870/B


4. Gasket O-ring:Code R990597/B

5. Manual operation:Code R450576/B

6. Gasket Kit:Code R451907/B

7. Lip seal:Code R990473/B

8. Lip seal:Code R990472/B

KITKIT::

KT100W0B25-FJ=2+3+4

5 W 15 11


Inrush Hold

VA ~ VA ~W

Body AluminiumArmature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal B=NBROrifice Aluminium






FEAFEATURES:TURES:



O.D.E.


512946W0B12


Automation

axial namur interface pressure exhaust G 1/4”

5W - Ø 10 LBA 155°C (class F)LBF 180°C (class H)

Pressure

min max M.O.P.D.


Kv PowerPipe

ISO 228/1Code

Max viscosity Ø

Solenoid valve 5/2 wayServocontrolled

2 POSITIONSPRING RETURN

G 1/4" 512946W0B12 - - 6 6,5 5 1,3 10 10

Medium

Lubricated air

Temperature

- 10°C + 90°C

Gaskets



USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:See page


Code . R450870/B3. Complete armature tube:

Code R452074

4. Gasket O-ring:

Code R990597/B5. Manual operation:

Code R450576/B6. Gasket kit:

Code R451906/B

7. Lip seal:

Code R990473/B

KITKIT::

KT100W0B25-FJ=2+3+4

5 W 15 11


Inrush Hold

VA ~ VA ~W

Body AluminiumArmature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal B=NBROrifice Aluminium






FEAFEATURES:TURES:



O.D.E.


INDEX

312620 X

21FK

21FT

21S0

21723

21753

21511÷21522

21513÷21523

21721÷21722

21731÷21761

21732÷21762

21733÷21743

21771÷21781

21772÷21782

2551

31FK

SU

BP

LA

TE

A

SU

BP

LA

TE

C

SU

BP

LA

TE

E

Ø 4

OD

M

Ø 1

/4”

OD

F

Ø 6

OD

F

Ø 3

/8”

OD

F

Ø 1

0 O

DF

Ø 1

/2”

OD

F

Ø 1

2 O

DF

Ø 5

/8”

OD

F

Ø 1

6 O

DF

Ø 3

/4”

OD

F

Ø 1

8 O

DF

Ø 7

/8”

OD

F

Ø 2

2 O

DF

Ø 1

1/8

” O

DF

Ø 2

8 O

DF

Ø 1

3/8

” O

DF

Ø 3

5 O

DF

1/4

” S

AE

3/8

” S

AE

1/2

” S

AE

5/8

” S

AE

3/4

”SA

E

X X

X

X X

X X X X

X X

X X

X

X X X X

X X X X

X X

X

X X

X X

X

X

CLICK ON ONE SERIES


SERIESA

LP

HA

NU

ME

RIC

OR

DE

R

PIPE CONNECTIONS



O.D.E.


21FK

21FKAAKR15 ÷ 21FKCAKR20 Solenoid valve 2/2 way N.C. Direct acting



O.D.E.


21FKAAKR15÷

21FKCAKR20


Air conditioningRefrigeration

subplate mounting


Pressure

min max M.O.P.D.


Kv PowerPipe Code

Max viscosity Ø


21FKAAKR15 1,5 1,4 35 15

21FKCAKR20 2 2 25 9

SUBPLATE

MOUNTING08- -

Medium

R 134a, R 22, R 502, R 404a

Temperature

- 40°C +180°C

Gaskets

R=RUBY


USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:See page



Code R450606

KITKIT::

KT130KR30-A=2+3

8 W 25 14,5

21FKAAKR15 21FKCAKR20


Inrush Hold

VA ~ VA ~W

Body Brass OT58 Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal R=RUBYOrifice: Inserted slot Stainless steel AISI series 300






FEAFEATURES:TURES:


O.D.E.


21FT

21FT01KL16 ÷ 21FT01KL20 Solenoid valve 2/2 way N.C. Direct acting



O.D.E.



USE:USE:

PIPES:PIPES:

COILS:COILS:

21FT01KL16 1,6 1,5 30 20

21FT01KL20 2 2 25 1684 mm 0- -

21FT01KL16÷

21FT01KL20

Direct action S.V. for interception of fluids compatible with theconstruction material.Minimum operational pressure is not required.The materials used and the tests carried out ensure maximumreliability and duration.


Ø 4(solder)

8W - Ø 13 BDA-BDS-BSA 155°C (class F)BDP 160°C (high temperature)BDF 180°C (class H)

Pressure

min max M.O.P.D.


Kv PowerPipe

Ø ODMCode

Max viscosity Ø


Medium

R 502

Temperature

- 40°C +150°C

Gaskets

L=Glass fiber renforcedPTFE



O.D.E.


1. Coil:

See page

8 W 25 14,5


Inrush Hold

VA ~ VA ~W

Body Brass OT58 Welded armature Tube Stainless steel AISI series 300 + Brass OT58 Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400 Phase displacement ring CopperSpring Stainless steel AISI series 300Seal L=Glass fiber renforced PTFEOrifice Brass



8 W 25 14,5




FEAFEATURES:TURES:


O.D.E.


21S0

21S0KF20 Solenoid valve 2/2 way N.C. Direct acting



O.D.E.


8 25 18

14 - 302 2,2 06 - 1/4" 21S0KF20 - -

21S0KF20

Direct action S.V. for interception of fluids compatible with theconstruction material.Minimum operational pressure is not required.The materials used and the tests carried out ensure maximumreliability and duration.


Ø 6 mm - Ø 1/4” (solder)

8W - Ø 13 BDA - BDS 155°C (class F)BDP 160°C (high temperature)BDF 180°C (class H)14W - Ø 13GDH 180°C (class H)

Pressure

min max M.O.P.D.


Kv PowerPipe

Ø ODFCode

Max viscosity Ø


Medium

R 134a, R 22, R 502, R 404a

Temperature

- 30°C + 90°C

Gaskets

F=H-NBR


USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:See page

8 W 25 14,5

14 W 43 27


Inrush Hold

VA ~ VA ~W

Body Brass OT58 Welded armature tube Stainless steel AISI series 300 + Brass OT58Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal F=H-NBROrifice Brass OT58






FEAFEATURES:TURES:


O.D.E.


21511

21511R25 ÷ 21522R25 Solenoid valve 2/2 way N.C. Direct acting

21511T20 ÷ 21512T30 Solenoid valve 2/2 way N.C. Direct acting



O.D.E.


21511R25÷

21522R25



Ø 6 - Ø 10 (solder)Ø 1/4” - Ø 3/8” (solder)


Pressure

min max M.O.P.D.


Kv PowerPipe

Ø ODFCode

Max viscosity Ø


6 mm 21511R25

10 mm 21521R25

1/4" 21512R25

3/8" 21522R25

8 0 30 12- - 2,5 3,5

Medium

R 134a, R 22, R 502, R 404a

Temperature

- 40°C +180°C

Gaskets

R=RUBY


USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:

See page


Code R450748


Code R450606


Inrush Hold

VA ~ VA ~W

Body Brass OT58 Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal R=RUBYOrifice: Inserted slot Stainless steel AISI series 300



G

mm.Type

Pipe

Ø ODF

21511R25 6 mm 7

21521R25 10 mm 9

21512R25 1/4" 7

21522R25 3/8" 9 8 W 25 14,5




FEAFEATURES:TURES:


O.D.E.


COILS:COILS:

8 30 12

14 - 30

21511T22 2,2 2,7 8 28 10

8 25 8

14 - 28

21511T28 2,8 3,8 8 23 -

21511T30 3 4,0 8 21 -

8 30 12

14 - 30

21512T22 2,2 2,7 8 28 10

8 25 8

14 - 28

21512T28 2,8 3,8 8 23 -

21512T30 3 4,0 8 21 -

- -

21512T25 3,5

2,2

2,5

2

6 mm

1/4"

21511T20

0

2 2,2

21511T25 2,5 3,5

21512T20

21511T20÷

21512T30


Air conditioning

Refrigeration

Ø 6 mm - Ø 1/4” (solder)

8W - Ø 13 BDA-BDS-BSA 155°C (class F)BDP 160°C (high temperature)BDF 180°C (class H)14W - Ø 13GDH 180°C (class H)

Pressure

min max M.O.P.D.


Kv PowerPipe

Ø ODFCode

Max viscosity Ø


Medium

R 134a, R 22, R 502, R 404a

Temperature

- 40°C +180°C

Gaskets



USE:USE:

PIPES:PIPES:



O.D.E.


1. Coil:

See page


Code R450897


Code R450606

8 W 25 14,5

14 W 43 27


Inrush Hold

VA ~ VA ~W




TypePipe

Ø ODF

21511T 6 mm

21512T 1/4"




FEAFEATURES:TURES:


O.D.E.


21513

21513R25 ÷ 21523R25 Solenoid valve 2/2 way N.C. Direct acting

21513T25 Solenoid valve 2/2 way N.C. Direct acting



O.D.E.


1/4" 21513R25

3/8" 21523R258 0 30 12- - 2,5 3,5

21513R25÷

21523R25



1/4” - 3/8” SAE

8W - Ø 13BDA-BDS-BSA 155°C (class F)BDP 160°C (high temperature)BDF 180°C (class H)

Pressure

min max M.O.P.D.


Kv PowerPipe

Ø SAECode

Max viscosity Ø


Medium

R 134a, R 22, R 502, R 404a

Temperature

- 40°C +180°C

Gaskets

R=RUBY


USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


8 W 25 14,5

1. Coil:

See page


Code R450748


Code R450606


Inrush Hold

VA ~ VA ~W

Body Brass OT58Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steelcAISI series 300Seal R=RUBYOrifice: Inserted slot Stainless steel AISI series 300



C

mmType

Pipe

Ø SAE

21513R25 1/4" 56

21523R25 3/8" 60




FEAFEATURES:TURES:


O.D.E.


1/4" 21513T25 - - 2,5 3,5 8 0 25 8

21513T25



1/4” SAE

8W - Ø 13BDA-BDS-BSA 155°C (class F)BDP 160°C (high temperature)BDF 180°C (class H)

Pressure

min max M.O.P.D.


Kv PowerPipe

Ø SAECode

Max viscosity Ø


Medium

R 134a, R 22, R 502, R 404a

Temperature

- 40°C +180°C

Gaskets



USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


8 W 25 14,5

1. Coil:

See page


Code R450897


Code R450606


Inrush Hold

VA ~ VA ~W







FEAFEATURES:TURES:


O.D.E.


21721

21721R100 ÷ 21722R100 Solenoid valve 2/2 way N.C. With pilot control



O.D.E.


21721R100÷

21722R100

S.V. with pilot control for interception of fluids compatible withthe construction material.A minimum operational pressure of 0,1 bar is required.The materials used and the tests carried out ensure maximumreliability and duration.


Ø 10 mm ÷ Ø 3/8” (solder)


Pressure

min max M.O.P.D.


Kv PowerPipe

Ø ODFCode

Max viscosity Ø


10 mm 21721R100

3/8" 21722R1008 0,1 21 6- - 9,5 15

Medium

R 134a, R 22, R 502, R 404a

Temperature

- 40°C +180°C

Gaskets

R+T=RUBY + PTFE(polytetrafluorethylen)


USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:

See page


Code R450748

3. Complete cover with armature tube without gasket:

Code R451500

4. Gasket:

Code R451498


Code R451768


CodeR451129

KTG21721KR10=2+4+5



Inrush Hold

VA ~ VA ~W

Body Brass OT58 Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal R+T=RUBY+PTFESealing ring PTFEOrifice Brass OT58



TypePipe

Ø ODF

21721R100 10 mm

21722R100 3/8" 8 W 25 14,5




FEAFEATURES:TURES:


O.D.E.


21723

21723R100 Solenoid valve 2/2 way N.C. With pilot control



O.D.E.


21723R100



3/8" SAE


Pressure

min max M.O.P.D.


Kv PowerPipe

Ø SAECode

Max viscosity Ø


3/8" 21723R100 - - 9,5 15 8 0,1 21 6

Medium

R 134a, R 22, R 502, R 404a

Temperature

- 40°C +180°C

Gaskets



USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:

See page


Code R450748

3. Complete cover with armature tube without gasket:

Code R451500

4. Gasket:

Code R451498


Code R451768


Code R451129


Inrush Hold

VA ~ VA ~W

Body Brass OT58 Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Shutter R+T=RUBIS+PTFESealing ring PTFEOrifice Brass OT58



8 W 25 14,5


KTG21721KR10=2+4+5




FEAFEATURES:TURES:


O.D.E.


21731




O.D.E.


21731R120÷

21761R180

S.V. with pilot control for interception of fluids compatible withthe construction material.A minimum operational pressure of 0,1 bar is required.The materials used and the tests undertaken ensure maximumreliability and duration.


Ø 12 mm ÷ Ø 22 mm (solder)


Pressure

min max M.O.P.D.


Kv PowerPipe

Ø ODFCode

Max viscosity Ø


8 21 -

14 30 17

8 21 -

14 30 17

8 21 -

14 30 17

8 21 -

14 30 17

0,1

30,0

72,0

60,0

21731R120

21741R180

21751R180

21761R180

- -

12

18

12 mm

16 mm

18 mm

22 mm

Medium

R 134a, R 22, R 502, R 404a

Temperature

- 40°C +180°C

Gaskets



USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:See page

2. Complete plunger:Code R450748

3. Complete cover witharmature tube:Ø 12 Code R450671Ø 16 ÷ Ø 22Code R450672

4. Gasket:Ø 12 Code R451708Ø 16 ÷ Ø 22Code R451713

5. Complete diaphragm:Ø 12 Code R451764Ø 16 ÷ Ø 22Code R451709

6. Diaphragm support:Ø 12 Code R450997Ø 16 ÷ Ø 22Code R450998


Inrush Hold D E F

VA ~ VA ~ mm mm mmW

Body Brass OT58 Welded armature tube Stainless steel series 300 + Brass OT58Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal R+T=RUBY+PTFESealing ring PTFEOrifice Brass OT58



A B C G H

mm mm mm mm mmType

Pipe

Ø ODF

21731R120 12 mm 40 88 127 10 Ø4,2

21741R180 16 mm 153 12

21751R180 18 mm 160 14

21761R180 22 mm 170 17

52 96 Ø5,2 8 W 25 14,5 30 42 54

14 W 43 27 52 55 67


Ø 12

KTG21731KR12=2+4+5Ø 16 ÷ Ø 22KTG21741KR18=2+4+5




FEAFEATURES:TURES:


O.D.E.


21732




O.D.E.


21732R120÷

21762R180

S.V. with pilot control for interception of fluids compatible withthe construction material.A minimum operational presure of 0,1 bar is required.The materials used and the tests carried out ensure maximumreliability and duration.


Ø 1/2” ÷ Ø 7/8”(solder)


Pressure

min max M.O.P.D.


Kv PowerPipe

Ø ODFCode

Max viscosity Ø


8 21 -

14 30 17

8 21 -

14 30 17

8 21 -

14 30 17

8 21 -

14 30 17

1/2"

5/8"

3/4"

7/8"

- -

12

18

21732R120

21742R180

21752R180

21762R180

0,1

30,0

72,0

60,0

Medium

R 134a, R 22, R 502, R 404a

Temperature

- 40°C +180°C

Gaskets

R+T=RUBY+PTFE(polytetrafluorethylen)


USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:

See page


Code R450748

3. Complete cover:

Ø 1/2” Code R450671

Ø 5/8”÷Ø7/8”Code R450672

4. Gasket:

Ø 1/2” Code R451708

Ø 5/8”÷Ø7/8”Code R451713


Ø 1/2” Code R451764

Ø 5/8”÷Ø7/8”Code R451709


Ø 1/2” Code R450997

Ø 5/8”÷Ø7/8”Code R450998


Ø 1/2”

KTG21731KR12=2+4+5Ø 5/8” ÷ Ø 7/8”KTG21741KR18=2+4+5

8 W 25 14,5 30 42 54

14 W 43 27 52 55 67


Inrush Hold D E F

VA ~ VA ~ mm mm mmW

Body Brass OT58 Welded armature tube Stainless steel AISI series 300 + Brass OT58Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal R+T=RUBY+PTFESealing ring PTFEOrifice Brass OT58



A B C G H

mm mm mm mm mmType

Pipe

Ø ODF

21732R120 1/2" 40 88 127 10 Ø4,2

21742R180 5/8" 153 12

21752R180 3/4" 160 14

21762R180 7/8" 170 17

Ø5,252 96




FEAFEATURES:TURES:


O.D.E.


21733




O.D.E.


21733R120÷

21743R180



1/2” - 5/8” SAE


Pressure

min max M.O.P.D.


Kv PowerPipe

Ø SAECode

Max viscosity Ø


8 21 -

14 30 17

8 21 -

14 30 17

1/2"

5/8"

21733R120

21743R180

0,1

- - 18 60

- - 12 30

Medium

R 134a, R 22, R 502, R 404a

Temperature

- 40°C +180°C

Gaskets



USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:

See page


Code R450748

3. Complete cover:

1/2” SAE Code R450671

5/8” SAE Code R450672

4. Gasket:

1/2” SAE Code R451708

5/8” SAE Code R451713


1/2” SAE Code R451764

5/8” SAE Code R451709


1/2” SAE Code R450997

5/8” SAE Code R450998

MAINTENANCE KITMAINTENANCE KIT

1/2” SAEKTG21731KR12=2+4+5 5/8” SAEKTG21741KR18=2+4+5

8 W 25 14,5 30 42 54

14 W 43 27 52 55 67


Inrush Hold D E F

VA ~ VA ~ mm mm mmW

Body BrassOT58 Welded armature tube Stainless steel AISI series 300 + Brass OT58Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal R+T=RUBY+PTFESealing ring PTFEOrifice Brass OT58



A B C H

mm mm mm mmType

Pipe

Ø SAE

21733R120 1/2" 40 88 94 Ø4,2

21743R180 5/8" 52 96 111 Ø5,2




FEAFEATURES:TURES:


O.D.E.


21753

21753T250 Solenoid valve 2/2 way N.C. With pilot control



O.D.E.



USE:USE:

PIPES:PIPES:

COILS:COILS:

21753T250



3/4” SAE


Pressure

min max M.O.P.D.


Kv PowerPipe

Ø SAECode

Max viscosity Ø


8 21 -

14 30 170,13/4" 21753T250 - - 25 78

Medium

R 134a, R 22, R 502, R 404a

Temperature

- 40°C +180°C

Gaskets




O.D.E.


1. Coil:

See page


Code R450897


Code R450606

4. Gasket:

Code R451499


Code R451275


Code R451272


KTG21753KT25= 2+4+5

8 W 25 14,5 30 42 54

14 W 43 27 52 55 67


Inrush Hold D E F

VA ~ VA ~ mm mm mmW

Body Brass OT58 Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 400Seal T=PTFESealing ring PTFEOrifice Brass OT58






FEAFEATURES:TURES:


O.D.E.


21771

21771T250 ÷ 21781T250 Solenoid valve 2/2 way N.C. With pilot control



O.D.E.




Ø 28 mm - Ø 35 mm (solder)


Pressure

min max M.O.P.D.


Kv PowerPipe

Ø ODFCode

Max viscosity Ø


21771T250÷

21781T250

8 21 -

14 30 17

8 21 -

14 30 17

25

28 mm

0,1

35 mm 21781T250 120

21771T250

- -

100

Medium

R 134a, R 22, R 502, R 404a

Temperature

- 40°C +180°C

Gaskets



USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:

See page


Code R450897


Code R450606

4. Gasket:

Code R451499


Code R451275


Code R451272


KTG21753KT25=2+4+5

21771T250 28 mm 200 22

21781T250 35 mm 210 29 8 W 25 14,5 30 42 54

14 W 43 27 52 55 67


Inrush Hold D E F

VA ~ VA ~ mm mm mmW

Body Brass OT58 Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal T=PTFESealing ring PTFEOrifice BrassOn request:Connector Pg 9 or Pg 11Connector conformity ISO 4400


C G

mm mmType

Pipe

Ø ODF


SPSPARE PARE PARARTS:TS:MAMATERIALS:TERIALS:

FEAFEATURES:TURES:


O.D.E.


21772

21772T250 ÷ 21782T250 Solenoid valve 2/2 way N.C. With pilot control



O.D.E.




Ø 1 1/8” - Ø 1 3/8” (solder)


Pressure

min max M.O.P.D.


Kv PowerPipe

Ø ODFCode

Max viscosity Ø


21772T250÷

21782T250

8 21 -

14 30 17

8 21 -

14 30 17

25 0,1

1 3/8" 21782T250 120

1 1/8" 21772T250

- -

100

Medium

R 134a, R 22, R 502, R 404a

Temperature

- 40°C +180°C

Gaskets



USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:

See page


Code R450897


Code R450606

4. Gasket:

Code R451499


Code R451275


Code R451272


KTG21753KT25=2+4+5

8 W 25 14,5 30 42 54

14 W 43 27 52 55 67


Inrush Hold D E F

VA ~ VA ~ mm mm mmW

Body Brass OT58 Armature tube Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal T=PTFESealing ring PTFEOrifice BrassOn request:Connector Pg 9 or Pg 11Connector conformity ISO 4400


C G

mm mmType

Pipe

Ø ODF

21772T250 1 1/8" 200 22

21782T250 1 3/8" 210 29


SPSPARE PARE PARARTS:TS:MAMATERIALS:TERIALS:

FEAFEATURES:TURES:


O.D.E.


2551K0

2551K0F016 ÷ 2551K0F025 Solenoid valve 2/2 way N.C. Direct acting



O.D.E.


2551K0F016÷

2551K0F025



Ø 4 mm (solder)


Pressure

min max M.O.P.D.


Kv PowerPipe

Ø ODMCode

Max viscosity Ø


2551K0F016 1,6 1,6 8 30 22

8 25 18

14 - 30

8 22 14

14 - 28

4 mm2551K0F020

2551K0F025

0- -

2,5 3,5

2 2,2

Medium

R 134a, R 22, R 502, R 404a

Temperature

- 30°C + 90°C

Gaskets

F=H-NBR


USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:

See page

8 W 25 14,5 30 42 54

14 W 43 27 52 55 67


Inrush Hold D E F

VA ~ VA ~ mm mm mmW

Body Brass OT58 Welded armature Tube Stainless steel AISI series 300 + Brass OT58Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal F=H-NBROrifice Brass OT58



8 W 25 14,5 30 42 54

14 W 43 27 52 55 67




FEAFEATURES:TURES:


O.D.E.


31FK

31FKEAKA15 Solenoid valve 2/2 way N.C. Direct acting

31FKEAZA15 Solenoid valve 2/2 way N.O. Direct acting



O.D.E.


31FKEAKA15



subplate mounting


Pressure

min max M.O.P.D.


Kv PowerPipe Code

Max viscosity Ø


SUBPLATE

MOUNTIG31FKEAKA15 12 ~ 2 1,5* 1,4 8 0 5 5

Medium

Oil

Temperature

- 40°C +180°C

Seal

A=STAINLESS STEEL


USE:USE:

PIPES:PIPES:

COILS:COILS:




O.D.E.


8 W 25 14,5


Inrush Hold

VA ~ VA ~W


1. Coil:See page


Code R451450


Code R450603

4. Gasket O-Ring:

Code R990000/T

Body Brass OT58 Armature tubr Stainless steel AISI series 300Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal A=STAINLESS STEELOrifice: Inserted slot Stainless steel AISI series 300





FEAFEATURES:TURES:


O.D.E.


31FKEAZA15

Direct acting S.V. for interception of fluids compatible with theconstruction material.Minimum operational pressure is not required.The materials used and the tests carried ensure maximumreliability and duration.


subplate mounting

14W - Ø 13 GDH 180°C (class H)

Pressure

min max M.O.P.D.


Kv PowerPipe Code

Max viscosity Ø


SUBPLATE

MOUNTING31FKEAZA15 12 ~ 2 1,5* 1,4 14 0 20 20

Medium

Oil, Freon R 134a, R 404,R 410

Temperature

- 40°C +180°C

Seal

A=STAINLESS STEEL


USE:USE:

PIPES:PIPES:

COILS:COILS:




O.D.E.


1. Coil:See page

2. Complete cup support:

Code R451601


Code R450573

4. Gasket O-Ring:

Code R990000/T

Body Brass OT58 Armature tube Stainless steel AISI series 400Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal A=STAINLESS STEELOrifice: Inserted slot Stainless steel AISI series 300






FEAFEATURES:TURES:

14 W 43 27


Inrush Hold

VA ~ VA ~W


O.D.E.


312

312620N8 Solenoid valve 2/2 way N.C. Direct acting



O.D.E.


312620N8

Direct action S.V. for interception of fluids compatible with theconstruction material.Minimum operational pressure is not required.The materials used and the tests undertaken ensure maximumreliability and duration.


Ø 4 mm (solder)


Pressure

min max M.O.P.D.


Kv PowerPipe

Ø ODMCode

Max viscosity Ø


4 mm 312620N8 - - 0,8 0,7 8 0 25 25

Medium

R 502

Temperature

- 30°C + 90°C

Gaskets

N=CR (chloroprene)


USE:USE:

PIPES:PIPES:

COILS:COILS:



O.D.E.


1. Coil:See page

8 W 25 14,5


Inrush Hold

VA ~ VA ~W

Body Brass OT58 Welded armature tube Stainless steel AISI series 300 + Brass OT58Fixed core Stainless steel AISI series 400Plunger Stainless steel AISI series 400Phase displacement ring CopperSpring Stainless steel AISI series 300Seal N=CROrifice Brass OT58On request:Connector Pg 9 or Pg 11Connector conformity ISO 4400


OPERATION:A - De-energized coil:

In 1 Out 2 -3 closed

B - Energized coil:In 1 Out 3 -2 closed

1



FEAFEATURES:TURES:



O.D.E.


INDEX


KT

10

0W

0-F

J

KT

10

0X

PV

-IJ

KT

10

0R

0-F

J

EE EEPDM (ethylene-propylene)

V V V V VV V V V V V V VV V V VFKM (fluoroelastomer)

B B B B BB B B B B BB B B BNBR (nitrile rubber)

T TT TPTFE (polytetrafluorethylen)

R R R R R RRUBY

ALPHANUMERIC ORDER

Kits

SE

RIE

S

KR

10

0R

R-H

KR

10

0W

R-H

KT

10

0R

-F

KR

10

0W

R-I

C

KT

10

0R

-FC

KT

10

0W

-F

KT

13

0A

-A

KT

13

0A

-B

KT

13

0K

-A

KT

13

0K

-F

KT

13

0K

-H

KT

13

0Z

-F

KT

13

0Z

-G

KT

14

5Q

-B

X XN.O.

X X X X XX X X X X X X XX XN.C.

SE

AL

ING

MA

TE

RIA

LR

ES

TP

OS

IT.

X X X XX X XX X X X2/2

X X X X X X3/2

N°

WA

Y


CLICK ON ONE SERIES


O.D.E.


KR100RR-H

KR100RRB25-H ÷ KR100RRV25-H Kit 2/2 way N.C. - 5 Watt Tube Ch 13 ø 10 with O-Ring sealing



O.D.E.



KR100RRB25-H÷

KR100RRV25-H

Kit 2/2 way N.C. - 5 WattTube Ch 13 Ø 10 with O-Ring sealing

CodeCode SealSeal

KR100RRB25-H NBR

KR100RRV25-H FKM

1. Nut:Code R350020

2. Complete armature tube:Code R451894/V


4. Complete plunger:Code R451101/V

For seals other than FKM replace the letter“V” with the ones corresponding to the otherseals. E.I. 451101/B.



O.D.E.


KR100WR-H

KR100WRB25-H ÷ KR100WRV25-H Kit 3/2 way N.C. - 5 Watt Tube Ch 13 ø 10 with O-Ring sealing



O.D.E.



KR100WRB25-H÷

KR100WRV25-H


CodeCode SealSeal

KR100WRB25-H NBR

KR100WRV25-H FKM

1. Nut:

Code R451925




Code R450870/V

For seals other than FKM replace the letter“V” with the ones corresponding to the otherseals. E.I. R450870/B.



O.D.E.


KR100WR-IC

KR100WRB25-IC ÷ KR100WRV25-H Kit 3/2 way N.C. - 5 Watt Tube ø 10 with O-Ring sealing



O.D.E.


KR100WRB25-IC÷

KR100WRV25-IC

Kit 3/2 way N.C. - 5 WattTube Ø 10 with O-Ring sealing

CodeCode


SealSeal

KR100WRB25-IC NBR

KR100WRV25-IC FKM

1. Nut:

Code R451925




Code R450870/V




O.D.E.


KT100R-F

KT100RB25-F ÷ KT100RV25-F Kit 2/2 way N.C. - 5 Watt Tube Ch 22 ø 10 with O-Ring sealing



O.D.E.


KT100RB25-F÷

KT100RV25-F

KIT 2/2 WAY N.C. - 5 WattTube Ch 13 Ø 10 with O-Ring sealing

CodeCode


SealSeal

KT100RB25-F NBR

KT100RV25-F FKM

1. Nut:

Code R450329


Code R450391

3. Gasket O-Ring:


Code R451101/V




O.D.E.


KT100R-FC

KT100RB25-FC ÷ KT100RV25-FC Kit 2/2 way N.C. - 5 Watt Tube Ch 14 ø 10 with O-Ring sealing



O.D.E.


KT100RB25-FC÷

KT100RV25-FC


CodeCode


SealSeal

KT100RB25-FC NBR

KT100RV25-FC FKM

1. Nut:

Code R450329


Code R450726

3. Gasket O-Ring:


Code R450747/V




O.D.E.


KT100R0-FJ

KT100R0B25-FJ ÷ KT100R0V25-FJ Kit 2/2 way N.C. - 5 Watt Tube Ch 13 ø 10 with O-Ring sealing



O.D.E.


KT100R0B25-FJ÷

KT100R0V25-FJ



SealSeal

KT100R0B25-FJ NBR

KT100R0V25-FJ FKM

1. Nut:

Code R450329


Code R452062

3. Gasket O-Ring:


Code R451101/V

CodeCode

KT100R0B25-FJ÷

KT100R0V25-FJ




O.D.E.


KT100W-F

KT100WB25-F ÷ KT100WV25-F Kit 3/2 way N.C. - 5 Watt Tube Ch 13 ø 10 with O-Ring sealing



O.D.E.


KT100WB25-F÷

KT100WV25-F


CodeCode


SealSeal

KT100WB25-F NBR

KT100WV25-F FKM

1. Nut:

Code R450329


Code R450668

3. Gasket O-Ring:


Code R450870/V




O.D.E.


KT100W0-FJ

KT100W0B25-FJ ÷ KT100W0V25-FJ Kit 3/2 way N.C. - 5 Watt Tube Ch 14 ø 10 with O-Ring sealing



O.D.E.


KT100W0B25-FJ÷

KT100W0V25-FJ


CodeCode SealSeal


KT100W0B25-FJ NBR

KT100W0V25-FJ FKM

1. Nut:

Code R450329


Code R452074

3. Gasket O-Ring:


Code R450870/V




O.D.E.


KT100XPV-IJ

KT100XPV25-IJ Kit 3/2 way N.C. - 5 Watt Tube Ch 14 ø 10 with O-Ring sealing Hose carrier exhaust



O.D.E.


KT100XPV25-IJKit 3/2 way N.C. - 5 Watt

Tube Ch 14 Ø 10 with O-Ring sealingHose carrier exhaust

CodeCode


SealSeal

KT100XPV25-IJ FKM

1. Nut:

Code R450329


Code R452095

3. Gasket O-Ring:


Code R450870/V



O.D.E.


KT130A-A

KT130AB30-A ÷ KT130AV30-A Kit 3/2 way N.C. - 8 Watt Tube ø 13 with mechanical sealing



O.D.E.



1. Nut:

Code R450146

2. Washer:

Code R450145


...B30-A Code R450944

...R30-A Code R450944/AL

...R30-AV Code R450944

...V30-A Code R450944


...B30-A Code R450675/B

...R30-A Code R450873

...R30-AV Code R450982

...V30-A Code R450675/V

KT130AB30-A÷

KT130AV30-A

KT130AB30-A NBR

KT130AR30-A RUBY

KT130AR30-AV RUBY-FKM

KT130AV30-A FKM

KITS FOR ORIFCE KITS FOR ORIFCE << Ø 3 mmØ 3 mm

CodeCode SealSeal

Kit 3/2 way N.C. - 8 WattTube Ø 13 with mechanical sealing



O.D.E.


KT130A-B

KT130AR30-B ÷ KT130AV30-B Kit 3/2 way N.C. - 8 Watt Tube ø 13 with mechanical sealing - Parallel spring



O.D.E.



1. Nut:

Code R450146

2. Washer:

Code R450145


Code R450944


...R30-A Code R451100/RV

...V30-A Code R451100/V

KT130AR30-B÷

KT130AV30-B

KT130AR30-B RUBY-FKM

KT130AV30-B FKM


CodeCode SealSeal

Kit 3/2 way N.C. - 8 WattTube Ø 13 with mechanical sealing - Parallel spring



O.D.E.


KT130K-A

KT130KB30-A ÷ KT130KV55-A Kit 2/2 way N.C. - 8 Watt - 14 Watt Tube ø 13 with mechanical sealing



O.D.E.



1. Nut:

Code R450146

2. Washer:

Code R450145


Code R450606


Code R450820/V

KT130KB30-A÷

KT130KV55-A

KT130KB30-A NBR

KT130KR30-A RUBY

KT130KT30-A PTFE

KT130KV30-A FKM


COIL D mm E mm F mm

8 W 30 42 54

14 W 52 55 66

CodeCode SealSeal

Kit 2/2 way N.C. - 8 Watt - 14 WattTube Ø 13 with mechanical sealing




O.D.E.


1. Nut:

Code R450146

2. Washer:

Code R450145


Code R450606


...B55-A Code R450898/B

...T55-A Code R451234/T

...V55-A Code R450898/V

CodeCode


SealSeal

KT130KB55-A NBR

KT130KT55-A PTFE

KT130KV55-A FKM

KITS FOR ORIFICE >KITS FOR ORIFICE > Ø 3 mmØ 3 mm

COIL D mm E mm F mm

8 W 30 42 54

14 W 52 55 66

KT130KB30-A÷

KT130KV55-A

KIT 2/2 WAY N.C. - 8 Watt - 14 WattTube Ø 13 with mechanical sealing


O.D.E.


KT130K-F

KT130KB30-F ÷ KT130KV55-F Kit 2/2 way N.C. - 8 Watt - 14 Watt Tube ø 13 AISI 303 with O-Ring sealing



O.D.E.



1. Nut:Code R450146

2. Washer:Code R450145

3. Complete armature tube:...B30-A Code R450603...E30-A Code R450603...T30-A Code R450603/D...V30-A Code R450603

4. Guarnizione O-ring:Code R990000/V

5. Complete plunger:Code R450820/V

KT130KB30-F÷

KT130KV55-F

KT130KB30-F NBR

KT130KE30-F EPDM

KT130KT30-F PTFE

KT130KV30-F FKM


COIL D mm E mm F mm

8 W 30 42 54

14 W 52 55 66

CodeCode SealSeal

Kit 2/2 way N.C. - 8 Watt - 14 WattTube Ø 13 AISI 303 with O-Ring sealing




O.D.E.


1. Nut:Code R450146


3. Complete armature tube:...B55-A Code R450603...E55-A Code R450603...T55-A Code R450603/D...V55-A Code R450603


5. Complete plunger:...B55-A Code R450898/B...E55-A Code R450898/E...T55-A Code R451234/T...V55-A Code R450898/V

CodeCode


SealSeal

KT130KB55-F NBR

KT130KE55-F EPDM

KT130KT55-F PTFE

KT130KV55-F FKM


COIL D mm E mm F mm

8 W 30 42 54

14 W 52 55 66

KT130KB30-F÷

KT130KV55-F




O.D.E.


KT130K-H

KT130KB30-H ÷ KT130KV55-H Kit 2/2 way N.C. - 8 Watt - 14 Watt Tube ø 13 AISI 316 with O-Ring sealing



O.D.E.



1. Nut:

Code R450939

2. Washer:

Code R450940


Code R450811

4. Gasket O-ring:


Code R450820/V

KT130KB30-H÷

KT130KV55-H

KT130KB30-H NBR

KT130KE30-H EPDM

KT130KT30-H PTFE

KT130KV30-H FKM


COIL D mm E mm F mm

8 W 30 42 54

14 W 52 55 66

CodeCode SealSeal





O.D.E.



1. Nut:

Code R450939

2. Washer:

Code R450940


Code R450811

4. Gasket O-Ring:


...B55-H Code R450898/G-AP

...T55-H Code R451234/T

...V55-H Code R450898/V

CodeCode SealSeal

KT130KB55-H NBR

KT130KT55-H PTFE

KT130KV55-H FKM


COIL D mm E mm F mm

8 W 30 42 54

14 W 52 55 66

KT130KB30-H÷

KT130KV55-H




O.D.E.


KT130Z-F

KT130ZB30-F ÷ KT130ZV55-F Kit 2/2 way N.O. - 8 Watt Tube ø 13 with O-Ring sealing



O.D.E.



KT130ZR30-F RUBY

1. Nut:Code R450146



4. Gasket O-Ring:...B30-F Code R990000/B...E30-F Code R990000/E...R30-F Code R990000/V...T30-F Code R990000/V...V30-F Code R990000/V

5. Complete diaphragm support+spring+pin:...B30-F Code R450788/B...E30-F Code R450788/E...R30-F Code R450789...T30-F Code R450790...V30-F Code R450788/V

KT130ZB30-F÷

KT130ZV55-F

CodeCode Seal

KT130ZB30-F NBR

KT130ZE30-F EPDM

KT130ZT30-F PTFE

KT130ZV30-F FKM


Kit 2/2 way N.O. - 8 WattTube Ø 13 with O-Ring sealing



O.D.E.


1. Nut:

Code R450146

2. Washer:

Code R450145


Code R450573

4. Gasket O-Ring:

Code R990000/V5. Complete diaphragm support

+spring+pin:

Code R450786/V

Code


Seal

KT130ZB55-F NBR

KT130ZE55-F EPDM

KT130ZV55-F FKM


KT130ZB30-F÷

KT130ZV55-F




O.D.E.


KT130Z-G

KT130ZB30-G ÷ KT130ZV55-G Kit 2/2 way N.O. - 14 Watt Tube ø 13 with O-Ring sealing



O.D.E.



KT130ZR30-G RUBY

1. Nut:

Code R450146

2. Washer:

Code R450145


Code R450573

4. Gasket O-Ring:

...B30-G Code R990000/B

...R30-G Code R990000/V

...V30-G Code R990000/V5. Complete diaphragm support +

spring+pin:

...B30-G Code R450788/B14

...R30-G Code R450789/14

...V30-G Code R450788/V14

KT130ZB30-G÷

KT130ZV55-G

CodeCode SealSeal

KT130ZB30-G NBR

KT130ZV30-G FKM





O.D.E.


CodeCode SealSeal


1. Nut:

Code R450146

2. Washer:

Code R450145


Code R450573

4. Gasket O-Ring:

Code R990000/V5. Complete diaphragm support

+spring+pin:

Code R450786/V14

KT130ZB55-G NBR

KT130ZV55-G FKM

KT130ZB30-G÷

KT130ZV55-G


For seals other than FKM replace the letter“V” with the ones corresponding to the otherseals. E.I. R450786/B14.



O.D.E.


KT145Q-B

KT145QB30-B ÷ KT145QB30-B Kit 2/2 way N.C. - 8 Watt Tube ø 14,5 with mechanical sealing



O.D.E.


KT145QB30-B÷

KT145QV30-B

Kit 2/2 way N.C. - 8 WattTube Ø 14,5 with mechanical sealing

CodeCode


SealSeal

KT145QR30-B RUBY

KT145QB30-B NBR

KT145QV30-B FKM


1. Nut:

Code R450146

2. Washer:

Code R450145


Code R451192


Code R451200/V

For seals other than FKM replace the letter“V” with the ones corresponding to the otherseals. E.I. R451200/B



O.D.E.


INDEX


N.C.

Complete diaphragm kits

ALP

HA

NU

ME

RIC

OR

DE

R

SERIESSOLENOID

VALVECODE

N°WAY

RESTPOSITION

N.O. N.C.

SEALINGMATERIAL

EPDM FKM NBRNBR

+PA

PTFEPTFE

+RUBY

2/2KTGEN2

KTGHT3

KTGHT4

KTGHT6

KTG0H7

KTG0H9

KTGH11

KTGH13

KTG0W1

KTG0W3

KTG0W5

KTG0W7

KTG0X1

KTG0X3

KTG0X5

21EN2 ÷ 21EN4 N.C. E V B

Y

Y

Y

E V B

E V B

E V B

E V B

E V B

E V B

E V B

E V B

E V B T

E V B T

E V B

T

T

T T-R

2/221HT3 ÷ 21HN3-HT N.C.

2/221HT4 ÷ 21HN5-HT N.C.

2/221HT6 ÷ 21HN6K-HT N.C.

2/221H7 ÷ 21H8 N.C.

2/221H9 ÷ 21EN5 N.C.

2/221H11 ÷ 21H12 N.C.

2/221H13 ÷ 21H14 N.C.

KTGWB3 E V B2/221WB3 ÷ 21WB4 N.C.

KTGWF3 V2/221WF3Z ÷ 21WF4Z N.C.

2/221W1 ÷ 21WN4 N.O. N.C.

2/221W3K ÷ 21WN6 N.O. N.C.

2/221W5 ÷ 21WN8 N.O. N.C.

2/221W7 ÷ 21WN9 N.O. N.C.

2/221X1 ÷ 21X2 N.C.

2/221X3 ÷ 21X4 N.C.

2/221X5 ÷ 21X6 N.C.

KTG0Y1

KTG0Y3

KTG217XX

2/221Y1 ÷ 21YN4 N.O. N.C.

2/221Y3 ÷ 21YN6 N.O. N.C.

2/221721 ÷ 21782


CLICK ON ONE SERIES


O.D.E.


KTGEN2 ÷ KTG0H9

KTGEN2KB10 ÷ KTG0H9KB18 Complete diaphragm kit



O.D.E.


KTGEN2KE10 EPDM

KTGEN2KV10 FKM

21EN5

KTG0H9KB18 NBR

KTG0H9KE18 EPDM

KTG0H9KV18 FKM

KTGEN2KB10÷

KTG0H9KB18

21EN2 ÷ 21EN4

KTGEN2KB10 NBR

Complete diaphragm kit

Solenoid valveSolenoid valvecodecode

Diaphragm kitDiaphragm kitcodecode

SealSeal



SealSeal



O.D.E.


KTGHT3 ÷ KTGHT6

KTGHT3K0Y11 ÷ KTGHT6K0Y16 Complete diaphragm kit



O.D.E.


KTGHT3K0Y11÷

KTGHT6K0Y25Complete diaphragm kit



SealSeal



SealSeal



SealSeal

21HT3K0Y11021HN2KY110-HT21HN3KY110-HT

KTGHT3K0Y11 NBR+PA

21HT4K0Y16021HT5K0Y160

21HN4KY160-HT21HN5KY160-HT

KTGHT4K0Y16 NBR+PA

21HT6K0Y25021HN6KY250-HT

KTGHT6K0Y25 NBR+PA



O.D.E.


KTG0H7 ÷ KTGH13

KTG0H7KB12 ÷ KTGH13KV19 Complete diaphragm kit



O.D.E.


KTG0H7KB12÷

KTGH13KV19

21H7 - 21H8

KTG0H7KB12 NBR

KTG0H7KE12 EPDM

KTG0H7KV12 FKM

21H9

KTG0H9KB18 NBR

KTG0H9KE18 EPDM

KTG0H9KV18 FKM

21H11 - 21H12

KTGH11KB12 NBR

KTGH11KE12 EPDM

KTGH11KV12 FKM

21H13 - 21H14

KTGH13KB19 NBR

KTGH13KE19 EPDM

KTGH13KV19 FKM




SealSeal



SealSeal



SealSeal



SealSeal



O.D.E.


KTGWB3

KTGWB3KB13 ÷ KTGWB3KV13 Complete diaphragm kit



O.D.E.


KTGWB3KE13

KTGWB3KV13

EPDM

FKM



SealSeal

KTGWB3KB13÷

KTGWB3KV13

21WB3K21WB4K

KTGWB3KB13 NBR




O.D.E.


KTGWF3

KTGWF3ZV12 Complete diaphragm kit



O.D.E.




SealSeal

KTGWF3ZV12

21WF3Z21WF4Z

KTGWF3ZV12 FKM




O.D.E.


KTG0W1 ÷ KTG0W7

KTG0W1KB12 ÷ KTG0W7KV50 Complete diaphragm kit

KTG0W1KJB12 ÷ KTG0W7KJV50 Complete diaphragm kit

KTG0W1RB12 ÷ KTG0W7RV50 Complete diaphragm kit

KTG0W1ZB12 ÷ KTG0W7ZV50 Complete diaphragm kit

KTG0W1KB12-2803 ÷ KTG0W1KV12-2803 Complete diaphragm kit

KTG0W3KB19-2715 ÷ KTG0W3KV19-2715 Complete diaphragm kit



O.D.E.


21W1K-21W2K21WN3K-21WN4K

KTG0W1KB12 NBR

KTG0W1KE12 EPDM

KTG0W1KV12 FKM


KTG0W3KB19 NBR

KTG0W3KE19 EPDM

KTG0W3KV19 FKM


KTG0W5KB35 NBR

KTG0W5KE35 EPDM

KTG0W5KV35 FKM

21W7K21WN9K

KTG0W7KB50 NBR

KTG0W7KE50 EPDM

KTG0W7KV50 FKM

KTG0W1KB12÷

KTG0W7KV50Complete diaphragm kit



SealSeal



SealSeal



SealSeal



SealSeal



O.D.E.



KTG0W1KV12-2803 FKM


SealSeal

KTG0W1KB12-2803÷

KTG0W1KV12-2803

21W1K-280321W2K-2803

KTG0W1KB12-2803 NBR




O.D.E.



KTG0W3KV19-2715 FKM


SealSeal

KTG0W3KB19-2715÷

KTG0W3KV19-2715

21W3K-271521W4K-2715

KTG0W3KB19-2715 NBR




O.D.E.


21W1KJ-21W2KJKTG0W1KJB12 NBR

KTG0W1KJE12 EPDM

KTG0W1KJV12 FKM

21W3KJ-21W4KJKTG0W3KJB19 NBR

KTG0W3KJE19 EPDM

KTG0W3KJV19 FKM

21W5KJ-21W6KJ

KTG0W5KJB35 NBR

KTG0W5KJE35 EPDM

KTG0W5KJV35 FKM

21W7KJ

KTG0W7KJB50 NBR

KTG0W7KJE50 EPDM

KTG0W7KJV50 FKM

KTG0W1KJB12÷

KTG0W7KJV50Complete diaphragm kit



SealSeal



SealSeal



SealSeal



SealSeal



O.D.E.


21W1R21W2R

KTG0W1RB12 NBR

KTG0W1RE12 EPDM

KTG0W1RV12 FKM

21W3R21W4R

KTG0W3RB19 NBR

KTG0W3RE19 EPDM

KTG0W3RV19 FKM

KTG0W1RB12 ÷

KTG0W7RV50

21W5R21W6R

KTG0W5RB35 NBR

KTG0W5RE35 EPDM

KTG0W5RV35 FKM

21W7R

KTG0W7RB50 NBR

KTG0W7RE50 EPDM

KTG0W7RV50 FKM




SealSeal



SealSeal



SealSeal



SealSeal



O.D.E.


21W3Z21W4Z

KTG0W3ZB19 NBR

KTG0W3ZE19 EPDM

KTG0W3ZV19 FKM

21W1Z21W2Z

KTG0W1ZB12 NBR

KTG0W1ZE12 EPDM

KTG0W1ZV12 FKM

KTG0W1ZB12÷

KTG0W7ZV50

21W5Z21W6Z

KTG0W5ZB35 NBR

KTG0W5ZE35 EPDM

KTG0W5ZV35 FKM

21W7Z

KTG0W7ZB50 NBR

KTG0W7ZE50 EPDM

KTG0W7ZV50 FKM




SealSeal



SealSeal



SealSeal



SealSeal



O.D.E.


KTG0X1 ÷ KTG0X5

KTG0X1KB12 ÷ KTG0X5KV35 Complete diaphragm kit

KTG0X1KT12 ÷ KTG0X3KT19 Complete diaphragm kit



O.D.E.


KTG0X1KB12÷

KTG0X5KV35

21X121X2

KTG0X1KB12 NBR

KTG0X1KB12 EPDM

KTG0X1KV12 FKM

21X321X4

KTG0X3KB19 NBR

KTG0X3KE19 EPDM

KTG0X3KV19 FKM

21X521X6

KTG0X5KB35 NBR

KTG0X5KE35 EPDM

KTG0X5KV35 FKM



SealSeal

Complete Diaphragm kit



SealSeal



SealSeal



O.D.E.


SealSeal

KTG0X1KT12÷

KTG0X3KT19

21X1 - 21X2 KTG0X1KT12 PTFE

21X3 - 21X4 KTG0X3KT19 PTFE






SealSeal



O.D.E.


KTG0Y1 ÷ KTG0Y3

KTG0Y1KT12 ÷ KTG0Y3ZT19 Complete diaphragm kit

The “OFFICINE DI ESINO LARIO” reserves the right to carry out technical and aesthetic modifications without prior notification.The “OFFICINE DI ESINO LARIO” reserves the right to carry out technical and aesthetic modifications without prior notification.


O.D.E.


21Y3K-21Y4K21YN5K-21YN6K

KTG0Y3KT19 PTFE

21Y1K-21Y2K21YN3K-21YN4K

KTG0Y1KT12 PTFE

KTG0Y1KT12÷

KTG0Y3ZT19

21YZ - 21Y2Z KTG0Y1ZT12 PTFE

21Y3Z - 21Y4Z KTG0Y3ZT19 PTFE

Complete diaphragm Kit



SealSeal



SealSeal



SealSeal



SealSeal



O.D.E.


KTG217XX

KTG21721KR10 ÷ KTG21753KT25 Complete diaphragm kit



O.D.E.


KTG21721KR10

21721R100

21722R100

21723R100

KTG21731KR12

21731R120PTFERUBY

21732R120

21733R120

PTFERUBY

21742R180

21752R180

21762R180

21743R180

KTG21753KT25

21753T250

PTFE

21771T250

21781T250

21772T250

21782T250

KTG21721KR10 ÷

KTG21753KT25

KTG21741KR18

21741R180

PTFERUBY

21751R180

21761R180




SealSeal



SealSeal



SealSeal



SealSeal



O.D.E.


INDEX


Coils

EE x

CONNECTORDIN 43650 A

CONNECTORDIN 43650 A X (1)

X (2)

X

X

X

X (1)

X (1)

X

X

X

X

X

(2)




CABLES100 cm

CABLES50 cm


FASTONDIN 46244

CONNECTORDIN 43650 B




BDA

BDF

BDP

BDS

BSA

BVA

GDH

HPA

ICA

LBA

LBF

SDH

ELECTRICAL CONNECTION

APPROVALS

ALP

HA

BE

TIC

SE

RIE

S

THREE-POLECABLE 90 cm

(3)

(3)

(3)

(3)

(4)

Width

POWER 2,5 W 5 W 12 W 8 W 16 W ED 50% 12 W 14 W5 W

22 mm 22 mm 28 mm 30 mm 30 mm 32 mm 52 mm30 mm

(1) Available also with VDE approval.(2) For some voltages UL approval available.(3) With explosion-proof housing BD, complete of specific kit. Approval EE x d II C T5.(4) Approval EE x m II T4.


CLICK ON ONE SERIES


O.D.E.


BDA ÷ BDS

BDA08024AS ÷ BDS08223DS Coils 30mm x ø 13 mm



O.D.E.


COILS 30 mm x Ø 13 mm BDA08024AS

÷BDS08223DS

ED

BDA08024AS 100% CE - (1)V 24/50Hz

BDA08024CS 100% CE - (1)V 24 D.C.

BDA08110AS 100% CE - (1)V 110/50Hz

BDA08223DS 100% CE - (1)V 220-230/50-60Hz

BDA16024ES 50%(2) CEV 24/50Hz

BDF08024BU 100% CE - ULV 24/60Hz

BDF08110BU 100% CE - ULV 110/60Hz

BDF08220BU 100% CE - ULV 220/60Hz

BDP08223DS 100% CEV 220-230/50-60Hz

BDS08223DS 100%

8 W

8 W

8 W

8 W

16 W

8 W

8 W

8 W

8 W

8 W CEV 220-230/50-60Hz

Code ApprovalsVoltagesPower

MAMATERIAL ON STTERIAL ON STOCK:OCK:

BDA Molding material: PA - Black polyamide - class F (155°C)

BDF Molding material: PPS - Black polyphenylensulphide - class H (180°C)

BDP Molding material: PA - Black polyarylamide - high temperature (160°C)

BDS Molding material: PA - Black polyamide with anti-humidity impregnation class F (155°C)

Winding: In class H Electrical connections: With connector DIN 43650 A - Protection degree DIN 40050 = IP65

COIL

(1) Available also with VDE approval (I.e. code:BDA08024AV).Other voltages and power absorptions available on demand and for quantities.(2) Standard cycle time 1 minute, for different requirements please contatct our commercial officies.

NOMINAL VOLTAGESTOLERANCES:

DC + 10% -5%AC + 10% -15%



O.D.E.


BSA ÷ BVA

BSA08223DS ÷ BVA08230AS Coils 30 mm x ø 13mm with cable



O.D.E.


NOMINAL VOLTAGETOLERANCES:

DC + 10% -5%AC + 10% -15%

COILS 30 mm x Ø 13 mm with cableBSA08223DS

÷BVA08230AS

(1) Availble also with VDE approval (I.e. code: BVA08223DV).Other voltages and power absorptions available on demand and for quantities.


Code ED ApprovalVoltages

BSA08223DS 100% CEV 220-230/50-60Hz

BSA08230AS 100% CEV 230/50Hz

BVA08223DS 100% CE - (1)V 220-230/50-60Hz

BVA08230AS 100% CE - (1)V 230/50Hz

Power

8 W

8 W

8 W

8 W

COILBSA with cm 100 cable

BVA with cm 50 cableMolding material: PA - Black Polyamide - class F (155°C)

Winding: In class H

Electrical connections: Cables



O.D.E.


GDH

GDH14024CS ÷ GDH14223DS Coils 52 mm x ø 13 mm



O.D.E.


GDH14024CS÷

GDH14223DS

ED

GDH14024CS 100% CE - (1)V 24 D.C.

GDH14024DS 100% CE - (1)V 24/50-60HZ

GDH14110DS 100% CE - (1)V 110/50-60Hz

GDH14223DS 100% CE - (1)V 220-230/50-60Hz

Power

14 W

14 W

14 W

14 W


DC + 10% -5%AC + 10% -15%

COILS 52 mm x Ø 13 mm

Code ApprovalVoltages

(1) Available also with VDE approval (I.e. code: GDH14024CV).Other voltages and power absorptions available on demand and for quantities.


COIL GDH Molding material: EP - Black epoxy resin - class H (180°C)

Winding: In class HElectrical connections:With connector DIN 43650 A - Protection degree DIN 40050 = IP 65



O.D.E.


HPA

HPA05024CA ÷ HPA05220DAELECTROMAGNET 30 mm x ø 10 mm FOR POTENTIALLY EXPLOSIVE CONSTRUCTIONS



O.D.E.


Power

5,3 W

ELECTROMAGNET 30 mm x Ø 10 mm FOR POTENTIALLY EXPLOSIVE

CONSTRUCTIONS


DC + 10% -5%AC + 10% -15%

HPA05024CA÷

HPA05220DA

DC + 10% -5%AC + 10% -15%DC + 10% -5%AC + 10% -15%

MATERIAL ON STOCK:

Other voltages and power absorptions available on demand and for quantities.

COIL HPA Molding material: PA - Black Polyamide - class F (155°C)

Winding: In class HMetal clamp, rectifier and varistor molded into self-extinguishing polyamideElectrical connections: Three-pole cable

Code FrequencyVoltageRating

HPA05024CA -V 24

HPA05220DA 50/60V 220

Rated current

245 mA

26 mA

ExternalFuse

315 mA

50 mA5,1 W

The coils must be protected with an external fuse that has characteristics as per table.

AMBIENT TEMPERATURE: - 20°C + 40°C

CERTIFICATION:According to the harmonized European regulations for potentially explosive consturctions:

EN 50.014 - 1977 + A1...A5 (CEI 31-8) General regualtionsEN 50.028 - 1987 (CEI31-13) “m” capsuling

EE x m II T 4



O.D.E.


ICA

ICA12024ES ÷ ICA12230ES Coils 28 mm x ø 10 mm



O.D.E.



Power

ICA12024ES÷

ICA12230ES

ED

ICA12024ES 50%(1) CEV 24/50Hz

ICA12024HS 50%(1) CEV 24 D.C.

ICA12230ES 50%(1) CEV 230/50Hz

12 W

12 W

12 W

DC + 10% -5%AC + 10% -15%DC + 10% -5%AC + 10% -15%




Other voltages and power absorptions available on demand and for quantities.(1) Standard cycle time 1 minute, for different requirements please contatct our commercial officies.

COIL ICA Molding material: PA - Black Polyamide - class F (155°C)

Winding: In class HElectrical connections:Faston DIN 46244



O.D.E.


LBA ÷ LBF

LBA2X024AS ÷ LBF05220BU Coils 22 mm x ø 10 mm



O.D.E.



Power

COIL LBA Molding material: PA - Black polyamide - class F (155°C)

LBF Molding material: PPS - Black poliphenylensulphide - class H (180°C)

Winding: In class HElectrical connections: With connector DIN 43650 B - Protection degree DIN 40050 = IP65

LBA2X024AS ÷

LBF05220BU

ED

LBA2X024AS 100% CEV 24/50Hz

LBA05024AS 100% CEV 24/50Hz

LBA05024CS 100% CEV 24 DC

LBA05230AS 100% CEV 230/50Hz

LBF05024BU 100% CE - ULV 24/60Hz

LBF05110BU 100% CE - ULV 110/60Hz

LBF05220BU 100% CE - ULV 220/60Hz

2,5 W

5 W

5 W

5 W

5 W

5 W

5 W

DC + 10% -5%AC + 10% -15%DC + 10% -5%AC + 10% -15%DC + 10% -5%AC + 10% -15%







O.D.E.


SDH

SDH12120BS ÷ SDH1222DS Coils 32 mm x ø 13 mm



O.D.E.




Power

SDH12120BS ÷

SDH12223DS

ED

SDH12120BS 100% CEV 120/60Hz

SDH12223DS 100% CEV 220-230/50-60Hz

12 W

12 W

DC + 10% -5%AC + 10% -15%




COIL SDH Molding material: EP - Black epoxy resin - class H (180°C)

Winding: In class HElectrical connections:With connector DIN 43650 A - Protection degree DIN 40050 = IP65



O.D.E.


INDEX


Latching coils

4,5 6 9 6 9 12 9 12 24 12 24VOLTAGES - Volt -

1,5 2,5 5 1,5 2,5 5 1,5 2,5 10 1,5 5

X X X

POWER - Watt -

BDA30 mm


SERIESwidth

RESISTANCEΩΩ

014

X X X026

X X X058

X X115


CLICK ON ONE SERIES


O.D.E.


BDA

BDA LATCHING COILS LATCHING COILS 30 mm x Ø 13 mm



O.D.E.


DC + 10% -5%

V 4,5

BDA2X006LS V 6

BDA05009LS V 9

BDA1X006LS V 6

BDA2X009LS V 9

BDA05012LS V 12

BDA1X009LS V 9

BDA2X012LS V 12

BDA10024LS V 24

BDA1X012LS V 12

BDA05024LS V 24


LATCHING COILS 30 mm x Ø 13 mm BDALATCHING COILS

Code Voltages

BDA1X004LS

Power

1,5 W

2,5 W

5 W

1,5 W

2,5 W

5 W

1,5 W

2,5 W

10 W

1,5 W

5 W


BDA Molding material: PA - Black polyamide - class F (155°C)

Winding: In class HElectrical connections: With connector DIN 43650 A - Protection degree DIN 40050 = IP65

COIL

TECHNICAL OPERATING DATA:- Impulse feed from 4,5 to 24 Volts for a period lasting from 20 to 100 ms.NOTE: To ensure correct operation the fluid should be filtered to eliminate all traces of impurity subject to magnetic attraction, which wouldinevitably deposit on the cores of the solenoid valve, which are always magnetized, causing the formation of oxide as wall as contact probelm.

A

B+-

+-

EnergizedOpen

EnergizedClose

A

B



O.D.E.


KT130KJV55-FD FKM

NBRKT130KJB55-FD

EEX d IIC T5EEX d IIC T5

BD2V

SPSPARE PARE PARARTSTS

Explosion proof housing fordangerous atmosphere - EEx d II C T 52/2 WAY N.C. - Coils series BDA - BDF- BDP - BDS

Code Seal

KITS FOR ORIFICE KITS FOR ORIFICE << Ø 5.5 Ø 5.5 mmmm

1. Nut:Code R450939


3. Complete plunger:Code R451583/B NBRCode R451583/V FKM

4. Gasket O-Ring:Code R990000/B NBRCode R990000/V FKM



O.D.E.



EEX d IIC T5EEX d IIC T5

BD3V

KT130EJB30-FD NBR

KT130EJV30-FD FKM

Explosion proof housing fordangerous atmosphere - EEx d II C T 53/2 WAY N.C. - Coils series BDA - BDF- BDP - BDS

Code Seal

KITS FOR ORIFICE KITS FOR ORIFICE << Ø 3 mmØ 3 mm

1. Nut:Code R450939


3. Complete plunger:Code R451580/B NBRCode R451580/V FKM

4. Gasket O-Ring:Code R990000/B NBRCode R990000/V FKM


O.D.E.


ode

Documents