Sesamo PIUMA Manual de usuario

PIUMA

Automatism

for

swinging

doors

INSTALLATION

INSTRUCTIONS

ffin@'ffi

We thankyou for having chosenthis product.In orderto get the bestperformance

from the device,Sesamo

recommendsthat

youread

and

follow carefullytheinstructionsfor installation

andusecontainedin thismanual.

Do not litter the environmentwith the packingmaterialswhich may be a sourceof hazard

for childrenand

animals.

Theinstallation

mustbecarriedoutby qualified

staffin conformitywith theregulationsin force.

Payparticular

attention

to themessages

containedin thismanual

and

marked

by thedangersymbol.Thesemay

either be wamingsto avoid potentialdamageto the apparatus,

or specificsignalsof potentialhazardfor the

safetyofthetechnician

orother

people

involved.

GENERAi,L

Read

thismanual

carefullybefore

proceeding

to the installation,stalt-upor maintenance

of theapparatus.

This

device

has

beenconceived

to automate

pedestrian

swingingdoors;anyotheruseshallbeconsideredcontraryto

theuseforeseenbythemanufacturer

who cannotbeliablefor damages

to people

orthings.

Beforetheinstallation,

checkthatthedoorto be automatedhasa uniform andfrictionless

openingandclosing

movement.

Checkthat the fixing surfaceis level and smoothso asto avoid deformations

to the baseof the

automatism

andthatit is of asuitablesizefor astable

fixing of theapparatus.Eliminateanyspringdoor-closing

devices

previouslyinstalled.The builder is not liable for anydeformationto the automatedfixture dueto the

inadequatefirmness

of theframe.

DESCR|,PTIONOF THEA,UTOMATISM

To reachtheinternal

parts

of theautomatism,remove

themetalliccapby levering

with a suitable

point-shaped

tool on the end sides.Pay particularattentionwhen removingthe cap so asto avoid damage

to the covering

parts.

Theautomatismiscomposedof:

l. Aluminiumfixingbase

2. Aluminiumendsides

3. Cap

4. Gearmotor

5. Electronicexchangemicroprocessor

6. Transformerwith fusible

wiringsystem.

T 630MA.

7. Encoder

group

for movementcontrol

8. Emergencybatteries

(optional)

24V-0.8Ah

9. Power

supplyterminalboard230Vac

i ,'-

.\ ,. I

ft l'" I"

ItF,l

]1 fl

t7-:

1'\

Powersunolv 230V

AC 50Hz

Rated power 60w

Rated motor torque 23Nm

Service Continuous

> 500cycles/day,withcapacityof300cycles/hourx 2hours

Operating temperature Boxinsidefrom0"Cto+50oC

Automatismdimensions

(mm) Heieht:79 Depth:

96.5 Lensth r","a"..ni

830 Leneth s"n";"":i 925

Automatism

weieht 7.6Ks. 8.6kg ,r.*""*'

Wins width (mm) 700

+ 1200

Wins maximumweisht 150Ke

Wing max. openinqangle 100'

iIsEli4ilo

The automaton is prearrangedby Sesamoto

operatewith different accessory

and peripheral

configurations. According to the configuration

chosen,

setthe cables

necessary

to guarantee

all

theconnections

totheperipheral

devices.

Fig.2

showsanexample

ofone

winginstallation

which the opening is commandedby a radar

sensor

to enter,and

by abutton

to come

out.

The figure schematises

the most importantparts

that form the finished installation (automatic

entry)andsome

of theperipheral

devices

thatcan

installed:

A. Boxin aluminium

extrusion

B. Opening-closing

operating

arm

C. Drawingarm

guide

D. Entryradar

E. Safetyactive

sensor

F. Night

time

closingdevice

G. Multilogic

selector

H. Openingbutton

atexit

Therigiddrawing

armisusedwiththeautomatism

installed

theopening

sideofthe

door

(fig.3-4).

Forleftopening

wings

(wing

withanticlockwise

rotation

opening),

settheautomatism

asshowninFig.3.

co-)ci,

Hinge

axis Gearmotor

axis Drawino

rioid

arm

o .u'

\t/o

/t\

/ : \ WARNING: useasa reference point the axis of the wing hinges and the gearmotor operating axis.

LJ,L.

'1r . 4 :.]:l

I5a L I ao6 -T-

.|r- '1

'1* ll ]J rr.' :

t r / il -l I

)'',+=a it

:.'tI

Hinge il /

-il/ r-/

r jOO _] / Guide's

rigid

arm , -,-,

ill

For right openingwings (wing with clockwiserotationopening),

setthe automatism

as shownin Fig.4 (the

reverseinstallation

compared

with theleft opening). 2

ttsEiAilto

I I o Drawing

rigid

arm

f- -r-=\\-

I ---=---- -.-

-N -_\\ -

t\\l

O-)

.1.

!-) Gearmotor

axis Hinge

axis

Guide'srigid

arm

Thediameters

of theholesfor fixine arenotedin Fis. 5.

830

A WARNING the definitivetighteningof the screwsshouldbe doneonly afterhaving checked

thatthe

verticalpositioning

of theautomatismensuresthatthehingeaxisandthegearmotor

axis(Fig.3-4)are

perfectly

parallel.

Therefore,afterhavinginstalled

therigid armand

therelativeguide,check

thatduringthe manoeuwe

the drawbolt of the arm doesnot force the rylindrical runner (Fig.6 part B). Any error of positioning or

tightening of the automatismwould in fact make the drawbolt of the rigid arm oscillate,in respect

to the

cylindricalrunner,more

thantheallowabledeviation,

andwouldconsequently

damage

parts

of theautomatism.

a.l

31 300

--*

_ub.5 ab2 *J

P -+r---

-+|- l

'l aa. l

--rGjt= ^ ".:

-il -=-*q'*- -

-6

60/ (l

V)6 (a1

=== I

aF, I

.-.-------*l o)

l--

126 1

+ I

, -2,1

LJI ++46 79+

*1 q

trs6AI||o

INSTALLATION

OF THEDRAWINGRrctD ARM AND

OF THEGU/IDE

(FtG,

3-4-6.8)

Reachtheguide

fixing box (Fig.6partD) takingoff the S924lA,cap.Makeatleast4 holes

corresponding

to the

"V" shape

in the guideprofile (Fig.6 part D). Use theseholesto fix the guideto the framewith appropriate

screws.Insertthe cylindrical runner(Fig.6 part B), with the relative shaft,inside the guide and distributea

uniformlayerofgrease

ontheslidingarea.

Subsequently,

oncethe installationof the rigid arm desoibed in fig.7 is finished,screwthe threadedshaft,

inserted

in thecylindrical runner,in the specialholeatthe extremityof therigid arm.Closetheguide

with the

capsand

screwssupplied.

tr!

a't

,'s 92,1/A.:i

qTH'

;r+1

ffi,,',,,,

Insertthe threadedhexagon

in the upperpart

of thehexagonalhole

of thegearmotor(Fig.7

part

A).

Assemble

therigid armto theupperhexagon

with the flathead

screwsuppliedafter having

interposed

thewashers

asshownin thefigure.

Drowing rigid arm: beforetighteningthe

flathead screw, check carefully that the

distancebetween

the guideandthe rigid arm

is about 13 mm (fie.6). It is possible

achieve the right distance by varying the

number of washers placed between the

hexagons previously assembled (max. 8

washers)

(Fig.7 part B). Once the required

distanceis obtained,

tighten

theflathead

screw

well.

Articulated drawing arm: before tightly

shutting the flatheadscrew, carefully check

that

theupper

partof thearticulated

armeasily

rotates under the door frame and that the

obtainabledistance,

by adjusting

the washers

(max. n. 8) betweenthe hexagons,

ranges

between 12 and 24 millimeters measured

betweenthe coverof the automatism

andthe

upper

part

ofthe articulated

arm

(Fig.9).

/_- :

l I-.

. rir R

tr--

iISHiAMO

ADJUSTMENT

OFTHESIOPt TSIDE

THEGUIDE

(FtG.6-8)

Insert

the

lock(Fig.6

part

C) inside

the

spline

(Fig.6part

A); openthewingtothedesiredamplifude,

thenbring

thelockin contactwiththe

cylindricalrunner

(Fig.6-8part

B) andtightenthe

screwonthelock.

The

articulated

drawingarmisusedwhen

theautomatism

isinstalled

ontheopposite

sidetothatof theopening

ofthedoor.

For left opening

wings (wings with anti-clockwise

rotationopening)setthe automation

as shownin Fig. 9,

(using

thedetailsinfig.5).

Useas

amainreferencetheaxisof thewing hinges

andthemotorgear

axis,

(for wingswith right opening

(wings

with clockwise

rotation

opening)

all thedetails

arein reverse

compared

with thosein fig. 9).

Hinge

axis Gearmotor

axrs

ll-' n

[,o,

Adjust andfix theheightofthe articulated

arm(procedure

described

in Fig.7) sothat it canrotate

easilyunder

thedoorframe,

sogettingadistance

between

theupper

partofthe articulated

armand

thelowerpartofthe cap

of theautomatism

of between12and24 millimetres(Fig.9).

Makeholesin theframe

of thediameters

shownin

fig.9 andfix to thelatter

thewing attachment

of thearticulated

arm

with theappropriate

screws.

Closethewing,

loosen

thefixing screws

situatedin theadjusting

slots

by lengthening

theextendible

partof thearm,follow thi

exact

geometry

shownin fig.10 partE. Fix the adjustment

by tightening

the setscrews

tightly in the extendible

partofthearmsousing

theholes

furthestapart.

,LT

lj i-L

tffi

l r-

l;.

-{i

l-'

irsEsAlfto

WARNING When the door is

fully open,the opening

of thearmmust

not

exceed

140'

(fig.

l0).

Positioning

ofthewinglock:

Open the wing to the desired angle

(Max. 100') andfix therubber

doorstop

tothefloor

(not

supplied

fig.10

part

C).

Assemble

the optional stop on the articulated

arm using the screws

supplied.Checkthat when the door is

completely

open,the opening

of the arm doesnot exceed

140'. If the stopdoesnot comein contact,

tum the

shaped

plate

over

and

assemble

thestriker

asshown

in fig. I l.

Open

thewing to thedesired

amplitude

and

bringthestopin contact

with thearm(part

D fig.10)andtighten

the

fixing screws

tightly.

STOP

ilsEsAMo

/!\ WanNfNC Before

performing

thefollowing operations,make

surethatthepowersupply(230Vac.)

isdisconnected.

Beforefeeding

theapparatus,carry

outthechecksseenin paragraph

"STARTING UP".

Introduce

thepower

supply

cablein thehorizontally

member,

paying

particular

attention

notto damagethecable

against

anymetaledges.

Connect

the mains

powersupplyandthe earthingcable

on theterminal board(Fig.l

part.9).

A WARNNG Neverreverse

thepowersupplywith theearthing

cable.Do notreplace

thefusiblewiring

system

with one

differentfrom that

provided

for bythebuilder:T 630MA (delayed).

It should

bepossible

to isolate

thepowersupplyfrom thegeneral

distributionboardthanks

to a bipolarswitch

withminimum

openingcontacts

equal

to3mm(not

included

onthesupply).

,/!\ WARNING: all theconnection

operations

onthe

terminalboards

ofthecardorof theperipheral

elementsmust

perfomedwith thepower

supply

off soasto avoidirreversible

damages

totheelectronic

apparatus.

/t\

/ : \ WARNING: anyrepair

orreplacement

mustbe

performed

by professionally

qualified

staff,

andin any

repairwork carried

outoriginalspare

parts

must

beused.

In thefigure,

theconnections

of theterminal

boards

situated

onthePIUMA electronic

exchanser

are

summarised:

0-13 Opening

safety

sensorN.O.

l-2-3-4 Multilogic

selector

entry

fig.l2 part

5 Notused

6-13 Entry

radar

N.O.

7-13 Reset

buttonN.O.

8-14 Safetyclosing

contact

N.C.

9-13 Exitradar

N.O.

10-14 Safety

photoelectric

cellsN.C.

I I Interblock

entry

12 Interblock

exit

15-1

6 12Yactransformer

entry @ig.

I3 part

17 Earthing

connection

18-19 Motorgear

power

supply

(Fig.13

part

20-22 Electrolock

12124V

power

supplyselectionable

from

themultilogic

selector(Fig.l

3part

2l Batterynegativepole

(-)(Fig.13

part

25 Battery

positive

pole

(+; (Fig.

part

23-24 24Vac

transformer

entry

(Fig.l

3part

26 Encoder

signal

(Fig.l3partE)

27 Encoder

signal(Fig.l3part

28 Encoder

negative

pole

(Fig.13

part

29 Encoder

positive

pole

(Fig.13

part

Pig.lZPart G:terminal

boardfor sensors

power

supplywith 16-24V dc.

voltage

its6AM0

6:24V Dt;

Sofety

pno.|.o€,LP If-ia

celLs N.l:

do. r' N[]

SCK

To connect

two exchangers

A andB intheinterblocked

mode,

proceed

asfollows:

. connect

terminal11

of exchangerA with terminal12of exchanger

. connectterminal12

of exchanger

A with terminal1l of exchangerB

o connect

terminal2 of exchangerA with terminal

2 of exchanger

Use

a 4x0.22

screened

cablefor theconnection.

Fortheconnection

of themultilogic selector,

usea 4x0.22

screened

cable.

Usethe 4 internalconductors

of the screened

cable,respecting

the numerical

correspondences

shownon the

printed labels

placedon both the terminalboardof the electronic

exchanger

andon the printed circuit of the

multilogic

selector

ontheside

ofthecomponents.

Connectthe screenof the cableused(connection

side in the electronicexchanger)

to the metal base

of the

automatism.

Insertthe

selectorinthe

specialboxso

thatthescreen

ofthe cable,

suitablyshortened,

cannot

comeintocontact

withthesurface

oftheprinted

circuitofthe selector.

itsEsAMo

''[ ,; Ir

L-l

ti

f,l

?+'\/

' l,r

SELF-ASSIGNMENT

SIGHTS:automatic

memorisation,

during

thereset

manoeuvre,

of theopening

and

closing

sights.

PUSH AND GO: oncethe installation

hasbeencompleted,

the apparatus

is readyto work both with

opening command

through extemal devices(radar,buttons, etc.) and with Push And Go opening

command

withoutthenecessity

of any

selectionfrom

the

multilogic

selector.Movingthe

opening

wing

to agiven

angle

(B)

@eginning

angleofthe

opening

manoeuvre

infig.l5) thewingopensautomatically.

Theextent

ofthe openingstarting

angle

(B)isadjustable

fromthemultilogic selector.

ANTI WIND OPERATION: adjustment

to the wind force in position of complete

closureso as to

opposetheforce

ofthewindthat

could

causeundesirable

door

openings,

(this

function

isexcluded

inthe

batteryoperating

system).

FRICTION SIGNALING: duringa reset

or a normal

manoeuvre,

theDSl4 led signals

the possible

presence

of excessive

friction.

ANTISQUASHING: automatic

limitation of the opening/closing

strength

and inversionof the wing

motioninpresence

of an

obstacle.

BATTERY: it ispossible

to select,

during

theinstallation

phase,

thetype

of battery

operation

(absence

of powersupply):anti-panic

or continuous

operating

mode.

INTERBLOCK: possibility of connecting2 automatisms(electronicexchangers

of the sameMCR

series)

to realise

aninterblocked

operation,

thatisto saythe automatic

opening

of oneautomatism

will

bereleased

onlyif the

other

one

iscompletely

closed.

MEMORISATION: the operating

parameters

selectedfrom the multilogic selector,

arepermanently

memorised

even

when

thereisno

power

supply.

SEMIAUTOMATIC OPERATION:

in thismode,

theautomatic

closing

of thedooris excluded

atthe

endof an

openingmanoeuvre.

Theclosing

must

beactivated

by theoperator.

MANUAL OPERATION:

in thismode

Radars,if installed,

areexcluded

andit is possible

to openthe

dooronly through

thepush

button

"oPENING BUTTON" onthemultiloeic selector.

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