SETRONIC VERONA ILIA-OZ User manual

SETRONIC Verona 1

2SETRONIC Verona
MONOZONE REFLECTIVE BEAM DETECTOR
INDEX ....................................................................................................................................................................... 2
1. GENERAL PRODUCT INFORMATION ........................................................................................................................ 3
1.1. Contents of packaging and accessories available on request ............................................................... 3
1.2. General characteriscs .......................................................................................................................... 4
1.3. Product characteriscs .......................................................................................................................... 5
1.4. Descripon of system ............................................................................................................................ 5
1.5. Working principle .................................................................................................................................. 7
2. INSTALLATION OF THE DETECTOR ............................................................................................................................. 8
2.1. Posioning .......................................................................................................................................... 8
2.2. Opening the detector ............................................................................................................................ 9
2.3. Installaon procedure ........................................................................................................................... 10
2.4. Detector cabling ..................................................................................................................................... 11
2.5. Closing the detector .............................................................................................................................. 12
3. DIAPHRAGM .............................................................................................................................................................. 13
4. INSTALLATION OF REFLECTIVE UNIT ......................................................................................................................... 15
5. INSTALLATION OF CONTROL UNIT ............................................................................................................................. 16
5.1. Opening of the control unit ................................................................................................................... 16
5.2. Securing the control unit ....................................................................................................................... 17
5.3. Control unit cabling ............................................................................................................................... 18
5.4. Closing the control unit ......................................................................................................................... 19
6. CABLING ..................................................................................................................................................................... 20
6.1. Choice of cable ....................................................................................................................................... 20
6.2. Connecons to control unit ................................................................................................................... 21
7. CALIBRATION ............................................................................................................................................................. 22
7.1. Switching on the system ........................................................................................................................ 22
7.2. First set-up ............................................................................................................................................. 23
7.3. Indicaons on working status ................................................................................................................ 23
7.4. Opcal alignment .................................................................................................................................. 24
7.5. Alignment procedure ............................................................................................................................. 27
8. CONFIGURATION OF THE SYSTEM ............................................................................................................................. 30
8.1. Self-calibraon of transmier level ....................................................................................................... 30
8.2. Regulaon of sensivity thresholds ...................................................................................................... 32
8.3. Conguraon of the system .................................................................................................................. 33
8.4. Other menu funcons ........................................................................................................................... 34
8.5. Events messaging ................................................................................................................................... 39
9. DETECTOR MAINTENANCE AND CHECKS ................................................................................................................... 40
9.1. Check aer installaon .......................................................................................................................... 40
9.2. Maintenance .......................................................................................................................................... 40
9.3. Addional checks .................................................................................................................................. 41
9.4. Resoluon of main problems ................................................................................................................ 42
10. TECHNICAL DETAILS ................................................................................................................................................. 43
10.1. Maximum current draw ....................................................................................................................... 43
10.2. Operang characteriscs ..................................................................................................................... 43
10.3. Mechanical characteriscs .................................................................................................................. 43
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E N G L I S H
1. GE NE R AL PR O DU C T I NF ORM AT I O N
1. 1 C O N T E N TS O F P A C K A G I N G
AC C E S S O R I E S A V A I L AB L E O N R E Q U ES T
REFLECTIVE UNIT
4K40
FOR DISTANCES FROM 81m TO 100m
STAINLESS STEEL BRACKET
SACA-G
FOR TRx UNIT
TRx UNIT
TRx-OZ
CONTROLLER UNIT
CSRLS-OZ
REFLECTIVE UNIT
SMK
FOR DISTANCE FROM 5m TO 80m
INSTRUCTION MA-
NUAL
ALLEN KEY
PACKAGE

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1. 2 G E N E RA L C H A R A C T E R I S TI C S
D e t ec t or wi th p lan n i n g, t e ch n olo gy , d e si gn and ma nuf a ct ur e al l
wh o lly m a d e in Ita ly
 Fo r use in a ny in du st r ia l or c ivi l en viro n m ent
 Ex treme ea se o f ins t alla on a n d p ro gra mm in g
 Cab lin g req u ired onl y fo r th e TRx un it
 Ve ry lo w, a s semb ly , c ab lin g, an d m ain t en an c e c ost s
 Th e d et e ct o r ma y b e i n s tal l ed h oriz on tal ly o r v er c ally a nd can
wo rk at a ny an g le
 In t egr a t ed dia p hra g m th at can b e v ario u sly a dj uste d (on th e
TR x u n i t )
Co n t ro l Uni t fo r pr o gr a m m in g , ca li b r a  o n a n d th e p e r f o r m a n ce of
re mo te b ea m d et e c tor t e sng w ith t h e po ssib il i t y o f:
 S et -up fo r spec i c b e a m de t e ct o r for I L IA -OZ
 On si t e in s tall a  on at h um an h e i ght
 Alarm an d fa ult o u tpu t s
 Pa s swo rd ac c e ss to p r o g ra mm in g k eyb o a rd
 Re s e a b l e by key b o ard an d /or con t r ol a nd in d i ca n g
eq u ip men t ( C I E)
Se c u rin g Base sep a r at el y in stal l ab l e f r o m t h e d et ec t or t o ma k e pr e -
ca b l in g po s si b l e
 P lu g -in co n n e co n b et w e en d et ec t or a n d b ase
Sp ec ial Key for ha n d align m en t, di aph r a g m regul a o n , op e ning an d
clo s in g o f b a se an d c o n t rol u nit
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1. 3 P R O D U C T C H A R A C T E R I S T I CS
 Sy stem con t e nt:
 T ra n s mi  er -Rec ei v e r Un i t ( T Rx)
 SM K r e e c  v e unit wit h s w i ve l c onn ec on, for dist a nces
up to 8 0 m
 C SR L S -OZ c ont r o l un it
 Ad ju st er wr e nch
 4K 40 re ecve u n it fo r d i sta n c es up t o 10 0 m, a v a il a b l e on
r eq u es t
 EN 54 -1 2 st a nd ard
 Prot ec  on r ang IP 65
 Ro H S co mpa b ili t y
 Me ch a n ical pa rt s ma de of PPE +P S hi gh res i sta n c e s hoc k -p ro o f
th e rmo p l a s c s
 Co mp le t e d i r eco na l s tabi lity o ver me
 Op era  n g d i stan c e 5÷8 0 wit h SM K , 8 1 ÷100 m with 4K4 0
 Conn ec on t o 4 c on duc t or c a b l es o n R S 4 8 5 se ri a l bus
 Ad ju st a ble sen sivi ty t h resh o ld selectab l e fr o m a wid e ran ge
us ing t h e C S RL S -O Z c o n t rol u ni t
 A ut o -adj u st m ent t hres h old
 Alarm t e st fun c on
 Ma in te n an ce req u e st sign al
 Au toma  c d et ecto r rese t o n i n t err u p  on o f in fr are d b ea m
 Ou tpu t f aul t rela y d e la y u p t o 90 s eco nd s
 A ut o -tes ng o f cor r e ct RS48 5 co mm uni c a on
 Po wer sup p l y 2 4 V DC
1. 4 D ES C R I P T I O N O F S Y S T E M
Th e TR x uni t ha s a lt e r, m echan i cally a d j u stab l e ex t er n a ll y , th a t
ca n b e u s ed to r e so l ve e n vi r on m en t a l p ro b lems , in p a r cul a r
re gar d in g the arc h itectural sp ace, in th e pr e s en c e of fa l se
re econ s or if th e D e t ec t o r ha s t o w ork in o p  c ally l i m it ed sp a c e s.
Th e D et ec tor' s c onnec on s a r e car ried o ut at t h e wa ll fa st e n ed
ba s e, whic h ha s a p lu g -in con n e cto r . Th i s me an s a ny n e c ess ary
ca blin g can be ca rr i e d out at the me of wir i n g wit hou t ha vin g to
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le ave th e d et e ct o r i n sta l l ed on si t e a nd w or k in g, th u s a vo id in g the
ri sk o f da mage, lo ss of a lig n m en t o r i t gen g di r ty.
Th e CSRLS -O Z con tr o l u n i t i s us ed rem o t ely at grou n d le ve l with
th e d et ec t o r managed vi a a sin g l e s er i a l con n e c on . It ca n
th e ref o r e be in st a lled dir ectl y on sit e wit h a l l oper a o n s c arri ed
ou t th er e si mp ly and e  ec  v el y wi tho ut ha v in g to do so at he igh t
ex c ep t for th e a ctu al secu r in g and  r st a li g n m e nt o f t h e d et e ct o r .
It i s mad e up o f a pl a s  c c on tain e r wi th a 5 -func  o n k ey k ey b oa rd
an d ba c klit disp l ay o f 16 char a ct er s on 2 lin e s.
En t eri n g y ou r p a s s wo r d , the sy ste m set -up me n u c an be us ed to
pr ogr a m t h e d ev ices fr o m th e sa fety of th e groun d, to s et th e
si gn a l lev e ls and thresh o ld s o f i n t er v en o n , chec k e n vi r o n m en t a l
in t er fer en c e s and ala r m thr esh olds , te st p ro p e r w o rk in g t erms of
fau lt c ond i on s and a larm and t o ca r ry o u t a r e s et .
Th e p a s swo r d c an b e s et by f ollo win g t h e pro g ramming menu
in str u c on s ( se e pag e 3 8) .
Th ere i s a n alar m an d fau l t / ma i n t en a n c e r e qu est r el a y in th e
co ntro l unit . Th e m essa g e s o n sy st e m work i n g st atu s a r e c lear l y
in dica t ed on t h e d i sp l a y a n d a r e r e p ea t ed by t h e c orres p on d ing
front LE Ds .
Th e fa u lt r e lay can be set a s N C o r NO an d med wit h t h e con t ro l
un it menu.
An y c o mm uni c a on br eak d o wn be t w een th e co ntr o l u n i t a n d the
de t e ct or is i m me d ia te l y sig n all ed by s i mu ltaneo u s a sh in g o f th e
yello w and green L E D s o n t h e o n -sit e u n i t w it h a c o m mu n i c ao n
er ror a l so sho wn a u t om a  cally on t h e d is p la y , as i s an y
in t er ce pon o f th e be a m.
De tect o r re s et c an ta k e pla c e i n d i e r ent ways: by m ean s o f th e
p as swo r d -prot ect ed menu , b y s wit c hin g o  power to th e s y st e m fo r
a c oup le o f seco nd s o r by c lo s i ng by m ea n s of a d ed i c ated N O in p u t
co nta c t in t he c o ntr o l u ni t.
Th e co n n ecn g ca b l e s mu st h a v e t h e th ick nes s e s i ndi c ated i n
cu rren t r egu lao n s , th a t i s t o say a m ini mu m se c o n o f 0.5 s q mm.
Fo r th e t y p e of cab l e to us e, r efer to c urre n t n a  on a l st a n d ard .
1. 5 H O W I T W OR K S
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In th e TR x u n i t th e T r an smi er emit s tw o mo du la t ed 1 KH z in f rar e d
light b ea ms a s two c o nes wh ich c ro ss h e en viro n m en t t o b e
mon ito r e d. Th e s e be a m s re a ch th e r e e c t or un l and are
tr an smi  ed ba ck to th e R e c eive r. The cro ssing of th e en viro n m ent
by th e t wo in f r ared bea m s me an s all th a t ha p p en s b et w een ca n be
mon ito r e d a s t h e info r ma o n is c o n n uo u sly re cei v ed that co u ld
in dica t e t h e st a r t o f a  r e .
Th is o ccu r s b y mean s of o p  c al d em o d ula  o n o f t h e i n fra r e d
fr eq u en cy ca rrie r, in bot h freq u en c y an d amp l it u d e , and
mi crop ro c essor man ag e r t hat rec e i ves t h e i n forma  on n e c es s ary to
de t e ct t he st a rt o f a r e disn gu is hin g t his in f orma on f r o m th a t
of a n ob st a c le o r a w eak e ning o f s ignal due to d i r t o n th e op c s .
Th e stat u s o f th e d et ec  on i s sen t b y th e TR x t o th e co n t rol u n i t by
me an s o f th e R S485 lin e and i t is t here mad e a v aila ble by t w o clean
co nta c t s (ala r m and fau lt) th a t c an be ma n aged b y a c e nt ra l
si gn a l l in g a n d con t r o l s ign a l u n it . The sy st em ’ s wo rkin g sta t u s is
in dica t ed on th e co n tr ol un i t by th e di sp la y an d re p ea t ed on t he
LE D s o n t h e d et e ct or.
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2. INS TAL LAT I O N O F TH E D ETE C TOR
2. 1 P OS I TI O N I N G
Select a suitable posion for the installaon of the TRx and the Reector such that
there are no visible obstacles between them. Remember that the system funcons
according to principle of a reducon in the infrared beam, so it is therefore
necessary that:
In the TRx-Reector distance there must be an obstacle-free area of at
least 1 sq m;
There are no reecng surfaces on the Reector side, such as glazing or
translucent surfaces.
If there were any obstacle breaking or crossing the infrared beam for long
periods, then the posioning is not suitable.
Please note that for both TRx and reector mounng, it is important to ensure that
the mounng surface is solid (such as a wall) so that the detector alignment
remains stable and does not have to be installed on a surface with connuous and /
or strong vibraons.
The ILIA-OZ detector should not be installed in the following places:
 In open spaces where there is no roof covering or ceiling;
 Places exposed to direct sunlight (intensity > 5000 lux);
 In damp spaces where condensaon forms, or in acid atmospheres.
N.B. For proper installaon in relaon to heights, coverage types, ceiling
distances and xed obstacles refer to the naonal standard.
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C L O S I N G B U T T O N
2. 2 O P E N I N G T H E D E T E C T OR
Use the Allen key provided by Setronic to open the detector.
The detector is mounted on the base with two fastening buons.
The detector can be opened by twisng the fastener buons and liing the
detector boy upwards to free it from the base.
D E T E C T O R B O D Y
B A S E
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10 SETRONIC Verona
2. 3 I N S TAL L AT I O N PR OC E D URE
I MP O R T AN T : To en su re th e IP 65 ra  n g is r e t a i n e d a t t h e
se cu rin g b as e, mak e sur e you ca n in st a l l th e d e tecto r on a
a t su rfac e. I f th i s i s no t po s s ibl e us e a suppor t o r th e
SA C A -G bra c k et wh ic h is a vai l abl e on r equ es t .
Mo unt t h e ba se o n th e wa lls or su itab l e su r f ace, usi n g t h e 4 sc r e w s
in sert ed in th e fast en in g hole s .
Avoi d mak i ng h oles oth er th an i n t h o se p ro vid ed.
C A B L E G L A N D
F A S T E N I N G H O L E
CABLE PASS
B A S E
TERMINAL SOCKET
CABLE PASS
P R O T E C T I V E C A P
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2. 4 DET ECT OR C A BL I N G
 Us e a 4 -wire ca b l e o f a seco n o f 0.5 sq mm to 1 . 5 s q mm wit h a
ma ximu m ex te rna l di a me t er o f 8 m m .
 Ei th er one o f t h e t w o term ina l so ck ets c an b e u sed.
 Re m o ve t h e p r otec  v e ca p f ro m on e o f t h e t w o g la n d s an d f e ed
in th e ca b l e .
 Thread th e cab le so it c o mes ou t th e o th er s ide t o a b o u t 20 cm.
 Remove a b o ut 5 cm o f the out er in sul a  on an d conn ect to th e
termin a l b o x .
 No te th e co lour a n d m a rki n g on th e in d i v id ua l wi r e s wit h resp ect
to th e sy mb o l s on th e b oar d (+, A, B , -).
 Se cu re ly g h t en th e s crews at th e t er m in a l and dr a w back e x c e ss
ca ble t o wa r d s t h e o u t si de o f t h e e q u ip me nt .
 Ti gh t en we l l t h e h e ad o f t he ca b l e gl and a n d c ut th e pla sc
sp lin e at th e c abl e outle t.
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D E T E C T O R B O D Y
B A S E
R J 4 5 C O N N E C T O R
2. 5 C L OSIN G T H E DE T EC T O R
 Mo v e t h e d e t e ct o r b o d y up to t h e se curin g ba s e .
 In sert t h e R J 4 5 c o nn e ct or in to th e so ck et on ba se on th e
termin a l so c k et boar d .
 Th e co nn e ct or sh all b e cor r ectly sea ted w h en yo u h ear a cl i ck.
Arr an g e th e ca b les so t h ey cannot be p i nche d on th e
clo su r e of th e d etect o r.
 Fa st e n t h e bo dy of th e det e cto r to th e base an d cl o s e.
 Turn t h e t w o fast eni n g bu o n s t o ens u r e i t i s p r oper ly c lo sed .
S O C K E T
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3. DIAPHRA GM ADJUSTMENT
In s id e th e ILIA -O Z det e ct o r th er e i s 6 -pos i on di aph r a g m (  fu ll y
op en,  fu l ly c lo sed ) t h a t c an b e us ed if th ere are op c al
pr obl e m s i n t h e p rot ec t ed en vi r on men t, s uch as th e pr e se n c e o f
di r ec t ligh t o r fal s e r e  eco n s .
Th e d ia p h ragm p e r mi t s sho r t d i st an c e a d j u st me n ts fo r th e i n f rar ed
be a m to pa s s t hr ou gh nar row sp a c es or to limi t th e angle of view
of t he r ec e i vi n g l e n s .
To re gu la t e th e diap h r a gm u se th e Allen key pr o vid ed by Set r onic
to t u rn th e nu mb ered rin g at the rear o f the d et e ct o r ( s e e
fo llo w i ng p age).
It is an ad va n tage fo r th e in s t alla on to pro v i d e imme diat e ly fo r
an y p o s sib l e nee d f o r use of t h e di aph ra g m, ta ki n g i n t o a c cou n t
ab o ve all th e min imu m a n d m a ximu m o p er a n g d ista n ces, wher e
th e la e r is r edu ce d b y th e  lt er, and p r e f er a b l y c h o o si n g a "h i g h"
po s i o n to re d uce to a m in im u m th e in ue n c e o f int er f eren c e s
fro m t h e l o cal e n vi r on m en t .
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Distance min/max with SMK, Distance min/max with 4K4 0
I N S E R T I N G K E Y T U R N C L O C K W I S E
3. DIAPHRAGM ADJUSTMENT
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 For in stall a o n s gr ea t er than t h ese, th e re is a plat e ava ilab l e on
requ es t co n s i sn g o f 4 re e cto r s (4K 4 0)
 To aa ch th e pl ate 4K 4 0 plat e to th e wa l ls ju s t se cu r e th e fou r
sc r e ws th r o u g h t h e h o l e s.
4. INSTALLATION OF REFLEC TIVE UNI T
 Th e IL IA -O Z dete c t or c o m es w ith a re ecto r on a swi v el mo un t
(S MK) so as t o c o ver a d is ta n c e o f 5m t o 80 m .
 To a x t h e SM K t o a wal l y ou n e e d on ly t wo sc r e w s th r ou gh th e
ho l e s r ea d y for it s s ecu r i ng.
 If th e in st a l la  on i s no t on a pe r fect ax is wit h the TR x un i t th e
re ect o r in c l in a on ca n be ad ju st ed wit h t h e two r egu l ato r
sc r e ws.
S H I F T S C R E W S
F A S T E N I N G H O L E
F A S T E N I N G H O L E
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C L O S I N G B U T T O N
B A S E
C O V E R
5. IN ST ALLATI ON OF T HE CONTROL UNIT
5. 1. O P EN IN G THE CONT R O L U N I T
 Us e th e A l len k ey pro vid ed by Se t ron i c t o op en t h e co ntro l un i t .
 Th e contr o l un it c o n si s t s of a c o ver co nta i nin g th e el ectr on ic
pa rt s and a b a se f or s ecu r in g th e unit .
 Th e uni t ca n b e o p ened b y twis n g th e fa sten er b uon s an d
li in g th e cove r up to f r e e i t fro m the s ecu r ing b a s e.
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5. 2 SEC UR I NG T H E CON TR OL UN IT
Th e con t rol u n it ma y b e x ed to a w a ll o r o th e r su p p o rt su r fac e b y
me an s o f th e fo u r  n g s o n the f a st e n ing b a s e.
Th ere ar e so m e b r ea k -in ho l e s for th e cab l in g req u ired fo r t h e
co nn ec  o n t o th e d etec t or and t h e co nt ro l and sign a l u n i t.
Th e c ontro l u nit co n t a in e r h a s, a s su p p lied , a pr otec on
ra  ng of IP6 5. If it is nec e s sa ry to ma int a in t h i s pr ot eco n
ra  ng, i t i s th e t a sk of th e in st a ller t o e n su r e t he se a l s a re
in pl a c e, bot h fo r the s cr e w holes an d th e c a ble passag e
po int s.
P R E D I S P O S I T I O N F O R C A B L E S
P A S S I N G
P R E D I S P O S I T I O N F O R F A S T E N I N G
B A S E
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T O R E S E T C O N T A C T
T O C I E / M O D U L E
T O D E T E C T O R
T O P O W E R S U P P L Y
5. 3 C O N TR O L UN I T C AB L IN G
On t h e c on tro l u n it co ver t h e r e is a n el ectr o n ic bo a rd with t h e
termin a l b ox e s to be wi r ed u p t o co n n e ct th e ext e rn al po w er
supp ly un it ( PS U ) to th e con tr o l a n d in d i ca n g eq u i p me n t ( CI E) , or
an ad d r e ssin g mo d ule, a n d t o t h e det e ctor ( TRx) .
Th ere i s a l so a r e s et m o d ule (MRS ) t h a t can b e co n n ected to an N O
co nta c t for r ese n g t h e d et ec tor i n a l arm mod e. To r e set th e
de t e ct or sw it ch o  c on t a ct for at lea st 3 sec o nd s.
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SETRONIC Verona 19
5. 4 C L OSIN G T H E CON TR OL UN I T
 Tak e th e co v er o  th e co nt ro l un i t and tak e it to th e fa st en in g
ba s e.
 Ch ec k th a t th e ex t ra ct a b le t ermin al b o x es a r e p r op er ly in pl a c e.
Arr an g e th e cab lin g so n o wi res a r e p in ch ed b y t h e ed g e s o f
th e con tai n e r.
 Put th e co v er on th e fa sten i ng ba s e an d clos e it. Turn th e
two f a st en in g bu  o n s t o en sure i t i s p r op er ly cl o se d .
C L O S I N G B U T T O N
B A S E
C O V E R
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20 SETRONIC Verona
D E T E C T O R
0 , 5 ÷ 1 , 5 m m 2 0 , 5 ÷ 1 , 5 m m 2 0 , 5 ÷ 1 , 5 m m 2 0 , 5 ÷ 1 , 5 m m 2
0 , 5 ÷ 2 , 5 m m 2 0 , 5 ÷ 2 , 5 m m 2 0 , 5 ÷ 2 , 5 m m 2 0 , 5 ÷ 2 , 5 m m 2
0 , 5 m m 2 0 , 5 m m 2 0 , 5 m m 2 0 , 5 m m 2
C O N T R O L L E R
6. CABLING
6. 1 C H O I C E O F C AB L E
Fo r the ca b ling b et w een t h e Con tro l u ni t an d th e D et ec t or an d
be t w een t he Con t r ol uni t an d the CIE, us e a cab l e cer ed
ac cor d i ng t o n a o nal s t and a rd.
Th e  g ure sh ows t h e min i mu m and max i mu m seco n s u s eab l e f o r
th e in d ivi dual st re t ches o f c ab li n g.
Fo r t h e c on necon b et w een t h e Co nt ro l un i t a n d t h e De t ec t or a l so
us e a cab le wi t h th e fo ll o win g ch a ra ct e r i s c s:
Ma x i mu m cap a cit y : 10 0 nF/ k m
Ma x i mu m resi sta n c e: 5 0 Oh m /k m
Ma x i mu m ext e rnal dia m eter : 8 m m
E N G L I S H