User Manual iCOM Control PA-HPM Application (1).docx

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23.0

User Manual iCOM Control EV Application 28

4 Software

4.1 The 3 Digits Display

The 3 Digits Display consists o a !ac"lit #CD an$ o three push !uttons that per%it an easy access tothe unit para%eters &see 'igure 2(). *riting access is protecte$ !y a pass+or$.

,ac"lit #CD

Up-push-!utton

Do+n-push-!utton

Enter push-!utton

reen #ED

'igure 2( - 3 Digits Display &ront /ie+).

0e$ #ED

ello+ #ED




23.5°C(%) !

RH

SETSTANDBY

There are three #EDs the yello+ #e$ to in$icate the unit is po+er supplie$ the green one lights up +henthe unit is in operation an$ the re$ one signals either an alar% or a +arning con$ition.On the #CD the ollo+ing sy%!ols +ill !e $isplaye$ &see 'igure 35)

'igure 356 #CD #ayout

The sno+ sy%!ol is acti/e +hen the unit is in cooling operating %o$e.

The an sy%!ol is acti/e +hen the unit is running that %eans that the an&s) 7 &pu%p) is &are)operating.

The sun sy%!ol is acti/e +hen the unit is in heating %o$e &AC only)

! The alar% triangle is O +hen either a +arning or an alar% is acti/e.

9TAD, The :9TAD ,:string +ill !e $isplaye$ +hen the unit is in the stan$-!y %o$e &not running). Attention There is a 3 %inutes ater-running ti%e +hen changing ro% O to 9TAD,.Thereore the Unit $isplays 9TAD, +ith ans still on or a ti%e o 3 %inutes.

9ET The ;9ET string +ill !e $isplaye$ ater the correct pass+or$ is entere$6 the presence o this stringon the $isplay conir%s the ull access to the $isplaye$ para%eters.

0< = The >0<:an$ :=? strings appear +hen relati/e hu%i$ity is $isplaye$ on the #CD.

@C The >@C:string appears +hen te%perature is $isplaye$ on the #CD.



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User Manual iCOM Control EV Application 2(

4.1.1 How to move through the Values/Parameters of the 3 Digits Display

All Values an$ ara%eters are liste$ up Bust one ater the other. To Bu%p the net para%eter si%ply the:$o+n? !utton has to !e presse$.

The na%e o the irst para%eter &*¦ is not a real para%eter !ut only anea%ple) +ill !e $isplaye$ or one secon$ +hile the /alue itsel +ill !e$isplaye$ or t+o secon$s &alternating) &this position is also consi$ere$ as

the :<o%e?. :Up? an$ :$o+n? push-!uttons

The na%e o the secon$ para%eter &* D is not a real para%eter4 !ut onlyan ea%ple) +ill !e $isplaye$ or one secon$4 +hile the /alue itsel+ill !e $isplaye$ or t+o secon$s &alternating).

:Up? an$ :$o+n? push !uttons to reach the other para%eters.

4.1.2 How to enter the Password (PI!

*ithout pass+or$ or !y entering the +rong pass+or$ rea$ only access is gi/en +ithout the possi!ility tochange /alues.To enter a password into the 3 Digits Display select the :in? para%eter !y pressing the :$o+n? push-!utton

as oten as necessary. *hen pressing :Enter? &↵) a 5 +ill !e $isplaye$ as irst $igit on the let an$ +ill !e

ollo+e$ !y t+o $ashes &a pass+or$ is %a$e o 3 $igits). Change the nu%eric /alue !y pressing the :up? or

:$o+n? push !uttons. Ater ha/ing o!taine$ the reuire$ nu%eric /alue press :Enter? &↵) to go to the

ollo+ing $igit. ressing :Enter? &↵) ater ha/ing selecte$ the last password $igit the para%eter &:in?) na%e

+ill !e $isplaye$ again. F the correct Password is entere$ the $esire$ %o$iications can !e %a$e. 0eachingthe net changea!le ara%eter the 3 Digits Display +ill sho+ a :9ET? string +hich is the conir%ation thatthe F +as entere$ correctly.3 $ierent ass+or$-#e/els +ill gi/e $ierent access rights

"ir #onditioners

#e/el 5 &no pass+or$) 0ea$ only

#e/el 1 User #e/el

#e/el 2 9er/ice #e/el

#e/el 3 A$/ance$ #e/el

The password is valid until the first parameter / value ($Home%! of the list is displayed again&ever leave the 'nit without umping )a*+ to $home% (pressing $,nter% and $'P% together!&

4&-&3 How to *hange Parameters

To change the /alue o a para%eter &possi!le only +hen the ass+or$ :F? has !een correctly inserte$)scroll the list using the :up? an$ :$o+n? push-!uttons until the $esire$ para%eter is $isplaye$ an$ press

:Enter? &↵). ,y pressing the :up? an$ :$o+n? push !uttons it is possi!le to change the correspon$ing /alue6

ater ha/ing o!taine$ the reuire$ /alue press enter &↵) again. The $isplay +ill sho+ again the na%e o the

para%eter alternating +ith the ne+ /alue.

4.1.4 How to reset "larms or .arnings

*hen an alar% is triggere$ the re$ alar% #ED is lit on the 3 Digits Display Mo$ule an$ the correspon$ingsy%!ol is sho+n in the Display.The Alar% section can !e reache$ !y pressing the :up? push-!utton +hen the irst para%eter is on the$isplay6 alar%s are pointe$ out accor$ing to their co$e or$er. Ater ha/ing entere$ the alar% section the alar% co$e is $isplaye$ an$ e/ery secon$ the co$e isreplace$ !y the co$e$ $escription.

ressing the :Enter? "ey &↵) +hen an alar% co$e is $isplaye$ on the #CD all the acti/e alar%s +ill !e reset.

Ater the reset operation all the still acti/e alar%s +ill !e sho+n again. F there are no %ore acti/e alar%sthe irst para%eter 7 /alue o the list +ill !e $isplaye$ again.

4.1.G Tri*+s

ressing the Enter-!utton &↵) together +ith the :Do+n? !utton Bu%ps to the last para%eter in the list. ressing

the Enter-!utton &↵) together +ith the :Up? !utton Bu%ps to the irst para%eter &ho%e) in the list.

*¦ ¦

* ¦



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35 User Manual iCOM Control EV Application 35

4.1.H The 3 Digits Display Standard Parameters

9ee chapter 4.1.1 an$ 4.1.2 ho+ to %o/e through the Menu an$ ho+ to enter the ass+or$.The or$er o the ollo+ing ta!le is accor$ing the %enu-layout o the #CD.

½ ara%eter a%e Description User 9et

(¦ 0ETU0 TEM. The te%perature o the air entering the air con$itioning unit.Depen$ing on ho+ the unit is conigure$ &$e/ices an$ sensorsinstalle$) this te%perature is %easure$ !y a <u%ite%p 7 T<,

or !y a TC 7 TC sensor installe$ insi$e the unit in the returnair lo+ path. 'or sensor installation please reer to the electrical$iagra%s o the unit. This te%perature is use$ !y iCOMtogether +ith 0oo% Te%perature 9etpoint Te%p. roportional,an$ an$ Te%p. Fntegration 'actor to $eci$e the cooling 7heating status o the unit.

¦ 0ETU0 <UMFDFT The hu%i$ity o the air entering the air con$itioning unit. Thehu%i$ity is %easure$ !y a <u%ite%p 7 T<, installe$ insi$e theunit in the return air lo+ path. 'or sensor installation pleasereer to the electrical $iagra%s o the unit. This hu%i$ity is use$!y iCOM together +ith 0oo% <u%i$ity 9etpoint <u%i$ityroportional ,an$ an$ <u%i$ity Fntegration 'actor to $eci$e thehu%i$iication7$ehu%i$iication status o the unit.

( 9U# TEM. Ft is the te%perature o the air $eli/ery o the unit. A/aila!le only

+hen the correspon$ing sensor is installe$. This /alue coul$inluence the control i 9upply #i%it is set.

( OUTDOO0 TEM. The te%perature o the en/iron%ent outsi$e the roo%. Ft isuse$ together +ith the 0eturn Air Te%perature to $eci$e the'reecooling status o the unit. F %ultiple units are connecte$ /ia#A each unit +ill +or" +ith the a/erage o the /alues rea$ !yall sensors. The /alue $isplaye$ here is this a/erage.

( #CO# TEM. The te%perature o the rerigerant %iture &+ater or glycol an$+ater) entering the unit. Fn 'reecooling or Dual 'lui$ units$epen$ing on the /alue set in DT 0oo%-lycol it is only$isplaye$ or use$ to $eci$e the 'reecooling 9tatus o the unit.Fn 'reecooling units it also $ri/es the analogue output or theDry-Cooler. Each unit uses its o+n sensor or control.

( *

ACTUA# TEME0ATU0E

9ETOFT ACTUA# <UMFDFT

This Value sho+s the actual Te%p 7 <u% 9etpoint or the

speciic unit. The <u%i$ity 9etpoint can !e auto%aticallyinluence$ ro% the <u%i$ity Co%pensation ara%eter.

9ETOFT

(

EEA TEME0ATU0EEEA <UMFDFT

The te%perature an$ relati/e hu%i$ity %easure$ !y the optionalEEA 9ensor &Electronic En/iron%ent Alar% ac"age) &iinstalle$). This sensor allo+s to set secon$ step te%peraturean$ hu%i$ity +arnings.

*¦½*¦«* ½* «

<F0O9E9O0 1<F0O9E9O0 1<F0O9E9O0 2<F0O9E9O0 2

The te%peratures &t+o /alues) %easure$ !y <irosensornu%!er 1 7 2. These /alues are not use$ or regulation or alar%7 +arning generation.

« D0AF D0AFI &<u%i$iier) can !e set to O +ithout setting MAUA#to O an$ +ithout to enter a pass+or$ !eore. D0AF stops

auto%atically ater 25 secon$s. OTE The alar% relay alls toIA#A0MI +hen setting the unit in %anual %o$e.

*ı# A99*O0D iCOM has 3 #e/els o pass+or$s. lease as" your local $ealer or %ore inor%ation.

# ( UM,E0 O' UFT9 The nu%!er o air con$itioning units connecte$ together in the#A. The user %ust set it properly $epen$ing on the actualnet+or" coniguration. All the units in the net+or" %ust ha/e$ierent a$$resses &starting ro% 1).

'** TEAM*O0J MODE ossi!le settings O 1 2.O The units +or" in stan$-alone using their o+n sensors orregulation. This setting %ust !e use$ in %ulti-roo% installations.9et to 1 i the units shall operate as one syste%. 'or control thea/erage TK< o all units in operation is use$. All units togetherare +or"ing li"e one !ig unit. ot to !e set in %ulti-Lone roo%s.

9et to 2 i the units shall operate in stan$-alone !ut +ithrestrictions ro% the a/erage TK<. The a/erages $eci$e icooling or heating hu% or Dehu% has to !e peror%e$ theunits itsel $eci$e a!out accor$ing their o+n sensors.Tea%+or" setting 2 is a stan$-alone %o$e operation !utI%astere$I ro% the a/erage TK< to a/oi$ co%petition !et+een




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the units. To !e set in %ulti-Lone or un!alance$ roo%s.

¦ FDETF'FCATFO UM,E0 A nu%!er that uniuely i$entiy the iCOM ,oar$ connecte$ on a<ironet net+or". Must !e $ierent or each iCOM ,oar$ in thenet+or".

# COMMUFCATFO 9et IOI i the iCOM ,oar$ +ill trans%it $ata to the <irolin"+ithout accepting co%%an$s ro% <irolin". 9et IE9I i alsoco%%an$s &9etpoint changes etc.) shall !e accepte$ ro%

<irolin". ,( AUTO0E9TA0T The ti%e $elay in secon$s !et+een the po+er on an$ the start

o the unit. OTE Each unit %ultiplies the ti%e +ith its U2Uu%!er.

« Display O7O'' EA,#ED To accept the O7O'' co%%an$ ro% a connecte$ $isplay.

'*( TEM. 9ETOFT The te%perature o the air $esire$ in the roo%. Ft is thereerence /alue use$ !y iCOM together +ith 0eturn AirTe%perature Te%p. roportional ,an$ an$ Te%p. Fntegration'actor to $eci$e the cooling or heating status.

&** <UMFDFT 9ETOFT The hu%i$ity o the air $esire$ in the roo%. Ft is the reerence/alue use$ !y iCOM together +ith 0eturn Air <u%i$ity<u%i$ity roportional ,an$ an$ <u%i$ity Fntegration 'actor to$eci$e the hu% or Dehu% status.

* ❖ <UM COME9ATFO F ena!le$ the control respects the psycho%etric relation

!et+een te%perature an$ hu%i$ity. 0ea$ing the actualte%perature the relati/e hu%i$ity 9etpoint +ill !e recalculate$.

&+* 9U# #FMFT A lo+ li%it or the 9upply Air Te%perature. The air con$itioningunit +ill try to al+ays "eep the 9upply Air Te%perature greaterthan the /alue set in this para%eter. F set to a /alue $ierentro% O a TC sensor %ust !e installe$ insi$e the unit &or near it) in the supply air lo+ path. To $eci$e its cooling status iCOMuses the lo+er !et+een a) the $e/iation o 0eturn AirTe%perature ro% Te%perature 9etpoint an$ !) the $e/iation o9upply Air Te%perature ro% 9upply Air 9etpoint. ote 9upply#i%it is capa!le to re$uce the opening o $a%pers or /al/es !ut+ill ne/er stop a co%pressor. &Eception the 2n$ co%pressorin a t+in co%pressor unit +ill not start i the supply te%peratureis alrea$y too lo+ !ut it +ill not !e stoppe$ i it !eco%es too lo+

once starte$).&* TEM. 9ETOFT 2 A secon$ 9etpoint /alue or the air te%perature o the roo%. Ft

is use$ +hen at least one User Fnput is set as 2n$

9ET&9econ$ 9etpoint) an$ the s+itch on the correspon$ing input o iCOM is open.

‰&& 'A9EED 9TADA0D This para%eter is use$ !y iCOM to regulate the spee$ o thean $uring nor%al operation +hen an analogue output o iCOMis use$ to $ri/e the an. &The correspon$ing analogue output%ust !e assigne$ to 'anspee$).This para%eter gets auto%atically G5= as %ini%u% /alue +henthe :energy sa/ing? unction is ena!le$

‰& 'A9EED DE<UM This para%eter is use$ !y iCOM to regulate the spee$ o thean $uring Dehu% operation6 +hen an analogue output o iCOMuse$ to $ri/e the an. &The correspon$ing analogue output %ust

!e assigne$ to 'anspee$).

‰&* 'A9EED O O*E0 This para%eter is use$ !y iCOM to regulate the spee$ o thean $uring oo+er operation +hen an analogue output oiCOM use$ to $ri/e the an. &The correspon$ing analogueoutput %ust !e assigne$ to 'anspee$).

‰&½ 'A9EED MF This para%eter is use$ !y iCOM to $eine the %ini%u%anspee$ +hen the :energy sa/ing? unction is acti/e.This /alue is al+ays "ept +hen the casca$e operating %o$e isuse$ an$ the $eine$ units are in stan$!y %o$e. The li%it isshite$ to calculate$ /alue &!et+een Min an$ %a) 15 %inutesater that all units are O.The signal is orce$ to G5= as %ini%u% /alue +hen the heatingor hu%i$iier $e/ice is acti/e&The correspon$ing analogue output %ust !e assigne$ to

'anspee$).‰&* 'A9EED MA This para%eter is use$ !y iCOM to $eine the %ai%u%

anspee$ +hen the :energy sa/ing? unction is acti/e.&The correspon$ing analogue output %ust !e assigne$ to'anspee$).




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&( UM,E0 O' 9TD, UFT9 9tan$!y units nor%ally are halte$ an$ +ill start only in case oan alar% o another unit in the net+or". This para%eter $einesho+ %any units +ill !e in stan$!y %o$e.

«❖( 0OTATFO '0ENUEC ossi!le settings are O or E9.O %eans no rotation !y ti%e only in case o an alar% theaulty unit +ill !e s+itche$ o an$ the stan$!y unit +ill !estarte$. F set to E9 rotation +ill !e $one e/ery 24 hourscounte$ ro% the last po+er on o unit 1.

& EA,#E CA9CADE 9etting this para%eter +ill start the stan$!y unit&s) not only incase o an alar% on an acti/e unit !ut also in case oincreasing an$7or $ecreasing o te%perature an$7or hu%i$ity to:assist? the acti/e unit&s).OTE Casca$e settings orce Tea%+or" 1Possi!le 9ettings#❖ casca$e unction not acti/e

2( acti/e +ith !oth te%perature&cooling7heating) an$hu%i$ity &hu%i$iication7$e-hu%i$iication)2( acti/e only or te%perature &cooling7heating)

1( acti/e only or cooling

«❖ 0OTATE , Allo+s to peror% a group units rotation

«❖❖ 0OTATE OCE *hen set to IE9I the syste% is orce$ to peror% one rotation

o the stan$!y units. *or"ing only +hen I0otation 'reuencyI isnot set to IOI.

*(& 9TA0T A## 9TAD,UFT9 AT <0T

*hen set to es all stan$!y units are acti/ate$ in case o <igh0oo% Te%perature +arning

*)½)**½*

<F< TEME0ATU0E#O* TEME0ATU0E<F< <UMFDFT#O* <UMFDFT

These +arnings are generate$ ro% the stan$ar$ return sensor o each unit i the threshol$s are o/er 7 un$er ri$$en. The+arnings are $elaye$ or a ti%e o 35 %inutes ater unit start.

*)½)**½*

<F< TEME0ATU0E#O* TEME0ATU0E<F< <UMFDFT#O* <UMFDFT

These +arnings are generate$ ro% the optional EEA sensori the threshol$s are o/er 7 un$er ri$$en. The +arnings are$elaye$ or a ti%e o 35 %inutes ater unit start.

❖EEA COECTED This para%eter changes auto%atically to E9 i EEA is

connecte$. This para%eter is rea$ only.

+&¦+&

U9E0 FUT 1U9E0 FUT 2

Accor$ing to the /alue set or this para%eter &!oth inputs ha/ethe sa%e selection possi!ilities) iCOM +ill ta"e so%e actions+hen the s+itch connecte$ to the correspon$ing input o iCOMis open

#* n<u%iI the hu%i$iication is $isa!le$# nCo%pI the co%pressor&s) $isa!le$

½* *A0FI a *arning is generate$ &the unit continue itsoperations)

* A#A0MI an alar% is generate$ &the unit stops itsoperations)

& ( 2n$ 9etpointI the reerence /alue or 0eturn Air Te%perature regulation s+itches to Te%p. 9etpoint 2

#❖* o o+erI e/erything is stoppe$ ecept 'ans an$

'reecooling unction#, 8ot Use$I iCOM +ill not ta"e any action on User Fnputopening.

½&¦ #9FI sel-setting on UF2 +hen a st$. internal hu%i$iier isselecte$.

#* The hu%i$iication an$ heating are $isa!le$

#❖(‰

UFT TECOM0E99O09UFT TE 'C

These para%eters $eine the operating %o$e o the unit.*A0F +rong setting o these para%eters %ay cause alsealar%s as +ell as serious $a%age o the unit. 'or correct settingplease reer to the ollo+ing ta!le

#❖ u%!er o co%pressors Q Chille$ *ater Unit

¦ Q 9ingle Co%pressor

Q T+in Co%pressor

(‰ Type o 'reecooling# &one) Q o 'reecooling

ı« Q 'C !y opening AF0-Da%per

½1 Q 'C !y opening *ater Val/e&s)

&( 9TD. 9ETTF9 F set to E9 all para%eters o the selecte$ unit +ill !e change$




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auto%atically to pre-$eine$ /alues. To !e use$ ater iCOMhar$+are up$ate only.OTE IE9I Bu%ps !ac" to IOI &it !eha/es as a Ipush !uttonI).

* (

¦‰

T-0OO0TFOA# ,AD T-FTE0ATFO 'ACTO0

or%ally !est results +ill !e reache$ i the IAUTO9ETI isena!le$. The roportional ,an$ is $i/i$e$ in t+o eual partsone part or cooling an$ one part or heating &hysteresis).Fnsi$e this hysteresis there are the $ierent co%ponents&co%pressors heaters) +hich share the +i$th o the hysteresis.F Tea%+or" Mo$e 1 is selecte$ the -,an$ !elongs to the+hole syste%.OTE Too s%all -,an$ +ill cause the !a$ control uality&hunting).Fntegration 'actor F set to any /alue the F control is ena!le$.The integration actor $ou!les the actual real $e/iation ro% the9etpoint +ithin the selecte$ ti%e. This +ill orce cooling7heatingto a$$ %ore steps to reach the 9etpoint. To !e use$ i -,an$%ust !e +i$e !ecause o !igger nu%!er o units connecte$an$ +or"ing in Tea%+or" 1.

* *

¦‰*

<-0OO0TFOA#,AD<-FTE0ATFO 'ACTO0

or%ally !est results +ill !e reache$ i the IAUTO9ETI isena!le$. roportional ,an$ is $i/i$e$ in t+o eual parts onepart or Dehu%. one part or <u%. &<ysteresis). Fnsi$e this<ysteresis there are the $ierent Co%ponents &<u%i$iier etc.)

+hich share the +i$th o the <ysteresis. F Tea%+or" Mo$e 1 isselecte$ the -,an$ !elongs to the +hole 9yste%. OTE Toos%all -,an$ +ill cause the !a$ Control Nuality &<unting).Fntegration 'actor F set to any /alue the F control is ena!le$.The integration actor $ou!les the actual real $e/iation ro% the9etpoint +ithin the selecte$ ti%e. This +ill orce <u% 7 Dehu%to a$$ %ore steps to reach the 9etpoint. To !e use$ i -,an$%ust !e +i$e !ecause o !igger nu%!er o units connecte$an$ +or"ing in Tea%+or" 1.

& AUTO9ET F set es the iCOM control $eines the /alue o proportional!an$ accor$ing to the cooling steps a/aila!le

*& <EATF 9TE9 Ft $eines the nu%!er o heating steps

* <OT *ATE0 O0 <OT A9 Ft $eines the type o re-heating6 <ot *ater or <ot as

* <EATF DEAD,AD The /alue the heaters shall start later. Means the group o heaters is shite$ +ith the $ea$!an$ /alue to lo+erte%peratures.

«( 3.ACT. 0UTFME Actuators are %otors that $ri/e either the 'reecooling Da%per or +hich $ri/e Chille$ *ater or 'reecooling /al/es. Thispara%eter is the inor%ation or the ti%e necessary ro%co%pletely close$ to co%pletely open position.

❖* 3.ACT. MF.OE This para%eter guarantees a per%anent opening o theselecte$ percentage as long as the unit is in operation e/en i the control +oul$ li"e to close the 3-actuator co%pletely.

*, <UMFDF'FE0 EA,#E Ena!les 7 $isa!les the hu%i$iier operation.OTE 9etting this para%eter to E9 %a"es the control loo"ingor a hu%i$ity sensor. F not present a +arning +ill occur.

*+ <UMFDF'FE0 MODE# To !e set accor$ing the stea% cylin$er %ounte$ in the air

con$itioning unit. F an eternal hu%i$iier has to !e controlle$this para%eter %ust !e set to IETI.

*& 9U# VO#TAE The /oltage sets auto%atically ater setting the cylin$er type.

*«❖ 9TEAM 0ATE *hen set to 155= the hu%i$iier +ill pro$uce the no%inala%ount o stea% i set to a lo+er /alue the hu%i$iier +illpro$uce less stea% accor$ing the setting. This is /ali$ or !othoperating %o$es O-O an$ proportional.

** COT0O# The control !eha/ior o the hu%i$iier*hen set to ❖#❖ &O7O'') the hu%i$iier +ill start at thelet- en$ o hu%i$ity proportional !an$ at its %ai%u% capacity&$eine$ +ith 9TEAM 0ATE) an$ stop +hen the roo% hu%i$ity9etpoint is reache$.*hen set to *«❖ &proportional) the stea% output +ill !eproportional to the $e/iation o return air hu%i$ity ro% roo%

hu%i$ity 9etpoint.

*+ ACT. <UMFDF'FE0 CU00ET 9ho+s the actual %easure$ current ro% the stea% cylin$er.

*, DEAD,AD The /alue the hu%i$iier shall start later. Means the <u%i$iier is shite$ +ith the $ea$!an$ /alue to lo+er hu%i$ity.




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* DE<UM.EA,#E Ena!les 7 $isa!les the $ehu%i$iication operation. OTE9etting this ara%eter to E9 %a"es the control loo"ing or ahu%i$ity sensor. F not present a +arning +ill occur.#❖ Dehu% peror%e$

2 ' Dehu% peror%e$ i reuire$.&‰ 9TO 'C &'or Direct 'C units) Fnstea$ to start theco%pressor or Dehu%6 the 'C $a%per +ill !e close$ to a/oi$inco%ing out$oor hu%i$ity.

½« E#.0E<EAT EA,#E During Dehu% operation it coul$ !e necessary to reheat. F it isno pro!le% ro% the po+er consu%ption put this para%eter toIE9I.F co%pressor an$ heaters %ay not operate at the sa%e ti%eput it to IOI.

* DE<UM <9TE0E9F9 Deines the return air hu%i$ity /alue at +hich the$ehu%i$iication +ill !e stoppe$. Ft is epresse$ as percentageo the ull hu%i$ity proportional !an$. &G5= %eans that$ehu%i$iication +ill !e stoppe$ at roo% hu%i$ity 9etpoint).

DEAD,AD The /alue the $ehu%i$iication shall start later. Means Dehu%starting point is shite$ +ith the $ea$!an$ /alue to higherhu%i$ity.

DE<UM.0E#A A9 Allo+s using the $igital output o $ehu%i$iication or other

purposes i the $ehu%i$iication %o$e is not reuire$ * &DE<UM) Dehu%i$iication relay use$ or$ehu%i$iication &9tan$ar$) ¦ &*A08F8) 0elay use$ as general +arning contact&splits *A an$ A# on t+o 0elays)*❖❖ &O O*E0) 0elay changes its state i the units+itches to IO O*E0I %o$e.

½&( *ATE0 #EAJ DETECTO0 Ena!les or $isa!les the sensor. *hen ena!le$ can !e setto ¦

&*arning) &Message only) or to &Alar%) &stops unit in case o

½ #*D /alue actual in$ication ro% #*D. 9houl$ !e !et+een 1.4an$ 1.H to !e OJ.

(¦ DT 0OOM-OUTDOO0 The /alue o the $ierence !et+een the return air te%peraturean$ the out$oor te%perature o/er +hich &+ith a hysteresis oK7-

1.G C) the unit +ill ena!le the 'reecooling %o$e &i there are notother con$itions that $isa!le the 'reecooling operation). The'reecooling %o$e +ill !e acti/ate$ +hen also the con$ition onDT 0oo%-lycol is ulille$. F set to ICOI the control epectsto get a co%%an$ +ith a s+itch instea$ o a te%peraturesensor. F set to IE'CI the unit +ill not go in 'reecooling %o$e$uring nor%al operation !ut only in case o O O*E0Ioperation or co%pressor ailure i the $elta is 3 $eg C.&E%ergency 'reecooling only).

( DT 0OOM-#CO# The /alue o the $ierence !et+een the return air te%peraturean$ the glycol te%perature o/er +hich &+ith a hysteresis oK7-1.G C) the unit +ill ena!le the 'reecooling %o$e &i there are notother con$itions that $isa!le the 'reecooling operation). The'reecooling %o$e +ill !e acti/ate$ +hen also the con$ition on

DT 0oo%-Out$oor is ulille$. F set to ICOI the control epectsto get a co%%an$ +ith a s+itch instea$ o a te%peraturesensor.

( 9TO 'C AT 9ETK The 'reecooling %o$e +ill !e stoppe$ +hen the returnte%perature +ill !e greater than roo% te%perature 9etpointplus 9top 'C at 0oo% 9et K. F 'reecooling is stoppe$ or thisreason it +ill !e $isa!le or at least one hour. Fn case o 'CKDthis /alue is use$ to acti/e co%pressor 1. Co%pressor 2 &onT+in D' units) is acti/ate$ 1.G@C a!o/e this point &see also

‰* ).

#¦ ###

AA#O OUTUT 1 - 4 All a/aila!le 5 - 15V$c outputs %ay !e use$ or se/eralpurposes *¦ &3. ACTUATO0 1) osition o irst 3 point actuator&'ee$!ac")

* &3. ACTUATO0 2) osition o secon$ 3 point actuator&'ee$!ac")* &<EATF8 33=) 9ignal increases to 15V +ithin the irststep o heaters.&½ &9U# COT0O#) 'an spee$ regulation in relation tosupply air te%perature




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« &0ADCOO#E0) Dry Cooler 'anspee$ control. &lycol'C4 incl. 9u7*F changeo/er) ½* &<EATE0 ,OA0D) 'or units +hich ha/e a$$itionalheater !oar$ or electrical heaters.*)* &<T <UM) <u%i$ity signal &5=r<-155=r< Q 5V-15V)*( &9U# TEM) &5C-G5C Q 5V-15V)

*(( &0ETU08 TEM) &5C - G5C Q 5V - 15V)

‰& &'A9EED) 'anspee$ Control.* &<EATE09) 9ignal increases to 15V +ithin the heaterspart o p-!an$.*+ &<UMFDF'FE0) 9ignal increases to 15V +ithin the hu%i$iier part o p-!an$. ❖ &COO#F) 9ignal increases to 15V +ithin the coolingpart o p-!an$.

❖¦ &COO#F 1) 9ignal increases to 15V +ithin theco%pressor 1 hysteresis.

❖ &COO#F 2) 9ignal increases to 15V +ithin theco%pressor 2 hysteresis.

&& &9UE09AVE0) Output or 9etpoint- shiting o9uperchillers 7 Matri units. ½¦ &A#A0M,OA0D) 9ignal or Alar% !oar$

« &MET0FC 0OOM) Dri/e signal or <otgas reheating inIConstant-li"eI units.OTE Co%pressor +ill not stop on 9etpoint !ut 2G= o p-!an$lo+er +ith a $elay o 25 %inutes. ❖# &F-Varie) 9ignal or Con$enser 'ans spee$ control

& &D-9croll) 9ignal or Digital 9croll co%pressor%anage%ent.OTE it is enough to set one o the a/aila!le analog outputs asD-9croll to acti/e the $igital scroll co%pressor %anage%ent6 inthis case the relate$ output is auto%atically use$ to %anage thecon$enser an spee$ as or F-Varie unction6 the $igital scrollco%pressor capacity is $one !y the $igital output 12 &3G 17G).The F-Varie an$ D-9croll unctions !eco%es in$epen$ent assoon as one output is set as D-9croll an$ another one is set asF-Varie6 in this case the $igital scroll co%pressor capacity is%anage$ !y the relate$ analog output set as D-9croll an$ not!y the $igital output.ı ❖ #i"e the cooling output !ut in/erte$ 155= at the setpoint5= at ull cooling.

‰½❖ #O* AF0'#O* AT Use IAUTO9ET AF0'#O*I to set. Depen$ing on the /alueassigne$ to this para%eter iCOM +ill generate +arning oralar% +hen the /oltage generate$ !y airlo+ sensor is lo+erthan the threshol$ set. F a $ierential pressure s+itch is use$&¦ &9*F) has to !e set.

& AUTO9ET AF0'#O* 9top the unit irst. 9et para%eter to IE9I. The unit +ill start thean or 35 secon$s an$ then +ait 35 secon$s +ith an o. Ater that the /alue +ill !e set. F a +arning appears there +as noreaction ro% the airlo+ $e/ice.

‰½❖ AF0'#O* VA#UE

0ea$ only analogue /alue &percentage) that inor%s a!out theairlo+ spee$ insi$e the unit. This /alue can !e ta"en intoaccount +hen setting the #o+ Airlo+ At para%eter.

‰‰ 'A 'AF#U0E Depen$ing on the /alue assigne$ to this para%eter iCOM +illstop hu%i$ity control an$ heating only +hen set to ½*&*arning) or +ill co%pletely stop the Unit +hen set to *&Alar%) +hen the airlo+ /alue is lo+er than the threshol$setting.

½* #O*.0E9.A#.DE#A The ti%e $elay &in %inutes) ater a start o the co%pressor&s) in+hich the occurrence o a lo+ pressure alar% is ignore$. Aterthis ti%e the lo+ pressure alar% is $elaye$ o approi%ately 15secon$s.

❖ COM0E99O0 DE#A The co%pressor is acti/ate$ ater the $elay set6 this unction isuse$ on those units euippe$ +ith interceptor +ater /al/e.

(* COM.T<.EA,#E To ena!le or $isa!le the Alar% ICo%pressor Motor rotectionI.

(*) Ther%al rotection Type Deines +hich type o co%pressor ther%al protection isinstalle$ ❖# Q Contact

#( Q 8TC 9ensor OTE this setting is /ali$ or $igital co%pressor only $ont




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consi$er this para%eter +ith stan$ar$ co%pressors

‰* 'C or D Cooling coniguration

2 ' 'CKD Co%pressor an$ 'ree cooling are ena!le$ to+or" at the sa%e ti%e.#❖ 'C or D Co%pressor an$ 'ree cooling are OT ena!le$to +or" at the sa%e ti%e.

' 9top Co%pressor <ysteresis Deines the +or"ing !an$ o co%pressor 1 an$ co%pressor 2

+hen the ree cooling is acti/e.

& EE0 9AVF This para%eter ena!les the :energy sa/ing? unction. F set toes than the 3. actuator is %anage$ +ithin 5 R G5= oproportional !an$ an$ the spee$ o an is %o$ulate$ !et+eenG5= to 1G5= o proportional !an$ &see also ‰&* an$ ‰&½)

) C* VA#VE COT0O# This para%eter $eines the 3 actuator control* « Q !oth t+o actuator are %anage$ in parallel

½( Q the 3 actuator 1 or 2 is use$ accor$ing to the *«para%eter

' Q the irst actuator is %anage$ ro% 5= to S5= oproportional !an$4 the secon$ one ro% S5= to 155=

« C* VA#VE 0OTATFOEA,#ED

Ena!le the rotation !et+een actuator 1 an$ 2 &only i the *« isset 1 or 2)

«(C* VA#VE 0OTATFO TFME Deines the rotation e/ery ti%e i the « is ena!le$

*« C* VA#VE MAF Deines +hich is the irst actuator1 Q 3 actuator 1 is the irst one2 Q 3 Actuator 2 is the irst oneEt Q it is $eine$ accor$ing to the relate$ $igital input &open Q31. close$ Q 32)

¦ Cali!ration <u%ite%p Te%p. The cali!ration allo+s the user the a$aptation o the sensor-/alues using the oset /alues. The actual /alue containsalrea$y also the oset.

Cali!ration <u%ite%p<u%i$ity

Cali!ration 9upply Air 9ensor or 0eturn TC Air 9ensor

Cal. EEA Te%perature

Cal. EEA <u%i$ity Cal. <irosensor 1 let 9ensor

÷ Cal. <irosensor 1 right 9ensor

Cal. <irosensor 2 let 9ensor

Cal. <irosensor 2 right 9ensor

¦ Cal. Out$oor Te%p. 9ensor

Cal. lycol Te%p. 9ensor

+❖ Nuic" 9tart F set to es the $e/ices or te%perature an$ hu%i$ity control o all units +hich ha/e to !e O +ill !e acti/ate$ &i reuire$)+ithin H5 secon$s. This unction is "ept :ali/e? or G %inutesonly then the stan$ar$ $elay %anage%ent is applie$.

( ot use$ ot use$

(&( Auto test F set to E9 the Unit auto%atically runs ollo+ing test cycle'an O Ater 1 Minute Co%pressor 1 O Ater 4 Minutes Co 1 O'' Co2 O Ater 4 Minutes Co 2 O'' El. <eaters O Ater 1 Minute <eaters O'' 'C Act. to G5= Ater reaching G5= Alar% relays O Ater 1 Minute Al. 0el. O'' *arning 0elay O Ater 1 Minute en$ o Test.



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User Manual iCOM Control EV Application 3S

4.1.S The 3 Digits Display #ommuni*ation Parameters

These para%eters are locate$ $irectly !elo+ the last o the stan$ar$ 3$igit $isplay para%eters &tst).

+ + Unit to unit protocol * &,)Q lo!al ,us rotocol4 * &<!) Q <iro!us)

❖# &Con) Q Con/erter lo!al ,us rotocol <iro!us+ Unit to unit a$$ress F$entiies the unit insi$e the #A. The nu%!ering nee$s to

!e consecuti/e ro% 1 to 32.

+ Unit to unit group 0-99, The U2U roup para%eter $eines to +hich group o units7$isplays the $e/ice !elongs to. Using the groupunctionality %a"es it possi!le to run %ultiple in$epen$entgroups o units insi$e the sa%e #A.

*«( Monitoring rotocol 0: #❖1: (Velocity) +½ 2: (Hironet) *#3: (IGM) ¦_4: (HiSNMP) &*5: (HN/IP) *#¦

¦*¦ F A$$ress 1st group The irst group o the F A$$ress %ust !e the sa%e in allunits insi$e the group o units +hich ha/e to co%%unicateto each other.

¦* F A$$ress 2n$

group The secon$ group o the F A$$ress %ust !e the sa%e in allunits insi$e the group o units +hich ha/e to co%%unicateto each other.

¦* F A$$ress 3r$

group The thir$ group o the F A$$ress %ust !e the sa%e in allunits insi$e the group o units +hich ha/e to co%%unicateto each other.

¦* F A$$ress 4th

group The ourth group o the F A$$ress %ust !e in$i/i$ual or each unit insi$e the #A. Any nu%!er can !e chosen!et+een 555 an$ 2GG.

#&¦ et%as" 1st

group The et%as" A$$ress %ust !e the sa%e in all units insi$ethe group o units +hich ha/e to co%%unicate to each

other.#& et%as" 2

n$group The et%as" A$$ress %ust !e the sa%e in all units insi$e

the group o units +hich ha/e to co%%unicate to eachother.

#& et%as" 3r$

group The et%as" A$$ress %ust !e the sa%e in all units insi$ethe group o units +hich ha/e to co%%unicate to eachother.

#& et%as" 4th

group The et%as" A$$ress %ust !e the sa%e in all units insi$ethe group o units +hich ha/e to co%%unicate to eachother.

2¦ ate+ay 1st

group The ate+ay A$$ress %ust !e the sa%e in all units insi$ethe group o units +hich ha/e to co%%unicate to eachother.

2 ate+ay 2n$

group The ate+ay A$$ress %ust !e the sa%e in all units insi$e

the group o units +hich ha/e to co%%unicate to eachother.

2 ate+ay 3r$


2 ate+ay 4th


&❖# Ena!le 9i%ple Monitoring&9iMOn)

5 Q $isa!le$

1 Q ena!le$

½& ,ootloa$er status # not a/aila!le

, in/ali$

❖2 OJ

change$,* up$ating



User Manual iCOM Control EV Application 3S

ENGLISH

½ ,ootloa$er control #❖

no action

sa/e an$ re!oot

&& Coniguration sae status #,

❖2

,*

not a/aila!le

in/ali$

OJ

change$

up$ating

&

Coniguration sae control #❖&_

no action

sa/e

loa$

❖,« <T 9ensor Out o 0angeControl

#❖ Q only the stan$ar$ sensor ailure e/ents areacti/ate$ 2 ' Q The 9ensor 'ailure Alar% is acti/ate$+hen the te%perature or hu%i$ity o the <T sensor is outo range &5 R @ R

#hanges on parameters mar+ed with have to )e followed )y a $save 0 re)oot% *ommand

(&_«! on the )ootloader *ontrol parameter ( ½ !&



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Liqui !"$%' i$'

L %%u$ -i%/"$ 0/ L i$ " /" $i-4 " '"6,/%%/6 L i$ 6" (/" /-) /" 4"- (u-i% /-)

:


4.2 i#12 #oldfire Displays

T+o $ierent types are a/aila!le

The iCOM #arge Col$ire Display has a 325 245 $ot %atri graphic $isplay that sho+s user ser/ice an$ a$/ance$%enu icons as +ell as $escripti/e tet.

The iCOM 9%all Col$ire Display !asically oers the sa%e eatures the only $ierence is the s%aller $ot %atri graphic

$isplay +hich has 128 H4 piels.

The %enu-$ri/en $isplay is use$ or all progra%%ing unctions on each cooling unit. The screen on the $isplay sho+s thestatus o the con$itione$ space such as roo% te%perature an$ hu%i$ity te%perature an$ hu%i$ity setpoints an$$ea$!an$s alar% status an$ settings e/ent histories an$ the current ti%e.

'igure 31 R iCOM #arge Col$ire Display

Jey!oar$ #ayout

'igure 32 R iCOM #arge Col$ire Display Jey!oar$ #ayout



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The iCOM control screen $isplays tet an$ icons or %onitoring an$ progra%%ing your <AC unit an$7 ornet+or" o units. 'ro% the $eault %enu the user %enu %ay !e accesse$ !y pressing the enter "ey. *henthe user selects an icon the /arious su!%enus set points status threshol$s an$ ser/ice inor%ation is$isplaye$. The ollo+ing $eines the /arious "ey!oar$ icons an$ unctions.

I*on ey ame un*tion

On7 O Jey Controls the operation state o the unit &the syste%).

Alar% Jey 9ilences the au$i!le alar%.

<elp Jey Accesses the integrate$ help %enus.

E9Cape Jey 0eturns to the pre/ious $isplay.

Enter Jey Conir%s all selections icons an$ tet.

Fncrease Jey&Up Arro+)

Mo/es up+ar$ through the %enu or increases the /alue o theselecte$ para%eter.

Decrease Jey&Do+n Arro+)

Mo/es $o+n+ar$ through the %enu or $ecreases the /alue othe selecte$ para%eter.

#et Arro+ Jey a/igates through tet an$ selections o the $isplay.

0ight Arro+ Jey a/igates through tet an$ selections o the $isplay.

Upper #ED,lin"ing 0e$ Acti/e unac"no+le$ge$ alar% eists.

9oli$ 0e$ Acti/e ac"no+le$ge$ alar% eists.

#o+er #ED A%!er o+er a/aila!le to the unit unit OT operating.

reen o+er a/aila!le to the unit unit is operating.



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4.2.1 2eaning of the different Sym)ols in the 2ain .indow

0eturn air te%perature &i on the top-right 99TEM is in$icate$ it is the a/erage o all units +ith syste% on. F UFT is in$icate$ it is the return air te%perature o thespeciic unit. This is /ali$ or all in$ications in the Display.The s%all nu%!er represents the actual 9etpoint.0eturn air hu%i$ity o the syste% 7 the unit.

9upply air te%perature o the syste% 7 the unit.

This !argraph gi/es inor%ation a!out the actual 'anspee$. Fnunits +7o 'anspee$ control the graph +ill sho+ 155= i the an ison an$ 5= i the an is o.

This !argraph gi/es inor%ation a!out the actual use$ coolingresources in operation either or the syste% or or a speciic unit.OTE Co%pressors stoppe$ +ith ailure are eclu$e$ ro% this

graph so that the inor%ation is a!out the actual a/aila!leco%pressors.

This !argraph gi/es inor%ation a!out the actual use$'reecooling resources in operation either or the syste% or or aspeciic unit.

This !argraph gi/es inor%ation a!out the actual use$ heatingresources in operation either or the syste% or or a speciic unit.

This !argraph gi/es inor%ation a!out the actual use$$ehu%i$iication resources in operation either or the syste% oror a speciic unit.

This !argraph gi/es inor%ation a!out the actual use$

hu%i$iication resources in operation either or the syste% or ora speciic unit.

This !argraph gi/es inor%ation a!out the net %aintenance ti%e&%%-yyyy).

This iel$ o the +in$o+ inor%sa!out ti%e $ate the status othe syste% 7 unit.Ft also contains an e/ent loghol$ing the 2 latest e/entsoccurre$ to the syste% 7 unit.&#arge C' Display only).

4&5&5 How to navigate through the i#12 Display

iCOM $isplays icons an$ tet or %onitoring an$ controlling your E%erson et+or" o+er cooling units ornet+or" o cooling units. The nu%!er o icons an$ a%ount o tet sho+n $epen$s on the $isplay type. 'ro%the $eault %enu the user %enu %ay !e accesse$ !y pressing the enter "ey. *hen an icon is selecte$iCOM re/eals associate$ ite%s such as su!%enus setpoints status threshol$s an$ ser/ice $ata.9crolling +ith the arro+ "eys re/eals the re%ain$er o the icons necessary or controlling your unit or net+or".

4.2.3 "**essing menus and settings

*hen you reach the $esire$ icon press the enter "ey. F a %enu ite% has su!%enus those are re/eale$.F there are no su!%enus the unction setting or co%%an$-le/el tet is $isplaye$.



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4.2.4 i#12 Display Parameters

4.2.4.1 i#12 'ser 2enu Parameters

Setpoints Vie+ an$ change te%perature an$ hu%i$ity setpoints

'-66 age 1 o 1 07* 0ange 0es. 9t$.C*-D

9t$.'C

9t$.'C Air

User9etting

U151 ass+or$ * - - - - - -U152 Te%perature 9etpoint * G5-455 @C 51 235@C 235@C 2S5@C

U152 The te%perature o the air $esire$ in the roo%. Ft is the reerence /alue use$ !y iCOM together +ith 0eturn Air Te%perature Te%p.roportional ,an$ an$ Te%p. Fntegration 'actor to $eci$e the cooling or heating status.

U153 <u%i$ity 9etpoint * o 25-85 = 1 G5= G5= G5=

U153 The hu%i$ity o the air $esire$ in the roo%. Ft is the reerence /alue use$ !y iCOM together +ith 0eturn Air <u%i$ity <u%i$ityroportional ,an$ an$ <u%i$ity Fntegration 'actor to $eci$e the <u% or Dehu% status.

U154 <u%i$ity Co%pensation * o es - es es es

U154 F ena!le$ the control respects the psycho%etric relation !et+een te%perature an$ hu%i$ity. 0ea$ing the actual te%perature therelati/e hu%i$ity 9etpoint +ill !e recalculate$.

U15G 9upply #i%it * o G-2G @C 1 o 15@C 15@C

U15G A lo+ li%it or the 9upply Air Te%perature. The air con$itioning unit +ill try to al+ays "eep the 9upply Air Te%perature greater

than the /alue set in this para%eter. F set to a /alue $ierent ro% O a TC sensor %ust !e installe$ insi$e the unit &or near it)

in the supply air lo+ path. To $eci$e its cooling status iCOM uses the lo+er !et+een a) the $e/iation o 0eturn Air Te%perature ro%Te%perature 9etpoint an$ !) the $e/iation o 9upply Air Te%perature ro% 9upply Air 9etpoint. ote 9upply #i%it is capa!le to

re$uce the opening o $a%pers or /al/es !ut +ill ne/er stop a co%pressor. &Eception the 2n$ co%pressor in a t+in co%pressorunit +ill not start i the supply te%perature is alrea$y too lo+ !ut it +ill not !e stoppe$ i it !eco%es too lo+ once starte$).

U15H Te%perature 9etpoint 2 * o G-45 1 o o o

U15H A secon$ 9etpoint /alue or the air te%perature o the roo%. Ft is use$ +h en at least one User Fnput is se t as 2n$ 9ET &9econ$9etpoint) an$ the s+itch on the correspon$ing input o iCOM is open.

,vent 7og Contains last 255 e/ents o the syste%

age 1 o 1 07* 0ange 0es. 9t$.C*-D

9t$.'C

9t$.'C Air

User9etting

255 last e/entsoccurre$

0 - - - - - -

8raphi*s Displays te%perature an$ hu%i$ity graphs

age 1 o 1 07* 0ange 0es. 9t$.C*-D

9t$.'C

9t$.'C Air

User9etting

9yste% te%perature ti%escale

* 832 %in11224 hours2481H $ays

- 24 hours 24 hours 24 hours

9yste% te%p. graph height * K7- 3-25 @C 1 H@C H@C H@C

9yste% hu%i$ity ti%escale

* 832 %in11224 hours2481H $ays


9yste% hu%. graph height * K7- 15-35 = 1 2G= 2G= 2G=

Unit te%perature ti%escale * 832 %in11224 hours2481H $ays


Unit te%p. graph height * K7- 3-25 @C 1 H@C H@C H@C

Unit hu%i$ity ti%e scale * 832 %in11224 hours2481H $ays


Unit hu%i$ity graph height * K7- 15-35 = 1 2G= 2G= 2G=

View etwor+ 9ho+s status o all connecte$ units

age 1 o 1 07* 0ange 0es. 9t$.C*-D

9t$.'C

9t$.'C Air

User9etting

9tatus Unit 1 R 1H 0 - - - - - -

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Set "larms Allo+s ena!le $isa!le an$ settings or alar%s

'566 age 1 o 1 07* 0ange 0es. 9t$.

C*-D9t$.

'C9t$.

'C Air User

9etting

U251 ass+or$ * - - - - - -

U252 9t$. 9ensor *arnings 0 - - - - - -

U252 These +arnings are generate$ ro% the stan$ar$ return sensor o each unit i the threshol$s are o/er- 7 un$er ri$$en. The +arningsare $elaye$ or a ti%e o 35 %inutes ater unit start.

U253 <igh te%perature * o 1-((@C 1 o o o

U254 #o+ te%perature * o 1-((@C 1 o o o

U25G <igh hu%i$ity * o 1-((= 1 o o o

U25H #o+ hu%i$ity * o 1-((= 1 o o o

U25S EEA *arnings 0 - - - - - -

U25S These +arnings are generate$ ro% the optional EEA sensor i the threshol$s are o/er- 7 un$er ri$$en. The +arnings are $elaye$or a ti%e o 35 %inutes ater unit start.

U258 <igh te%perature EEA * o 1-((@C 1 o o o

U25( #o+ te%perature EEA * o 1-((@C 1 o o o

U215 <igh hu%i$ity EEA * o 1-((= 1 o o o

U211 #o+ hu%i$ity EEA * o 1-((= 1 o o o

Sensor Data 9ho+s rea$ings o stan$ar$ an$ optional sensors

'366 age 1 o 1 07* 0ange 0es. 9t$.C*-D

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U351 Actual te%perature9etpoint

0 G5-455 @C 51 - - - -

U351 This /alue sho+s the actual te%perature 9etpoint or the speciic unit.

U352 Actual hu%i$ity 9etpoint 0 o 25-85 = 1 - - - -

U352 This /alue sho+s the actual hu%i$ity 9etpoint or the speciic unit. The hu%i$ity 9etpoint can !e auto%atically inluence$ ro% thehu%i$ity co%pensation para%eter.

U353 EEA te%perature 0 -28.5-155.5 @C 51 - - - -

U354 EEA hu%i$ity 0 5-155 = 1 - - - -

U353 U354 The te%perature an$ relati/e hu%i$ity %easure$ !y the optional EEA 9ensor &Electronic En/iron%ent Alar% ac"age) &i installe$).This sensor allo+s to set secon$ step te%perature an$ hu%i$ity +arnings.

U35G <irosensor 1 let 0 -28.5-155.5 @C 51 - - - -U35H <irosensor 1 right 0 -28.5-155.5 @C 51 - - - -

U35S <irosensor 2 let 0 -28.5-155.5 @C 51 - - - -

U358 <irosensor 2 right 0 -28.5-155.5 @C 51 - - - -

U35G - U358 The te%peratures &t+o /alues) %easure$ !y <irosensor nu%!er 1 &2). These /alues are not use$ or regulation or alar% 7 +arninggeneration.

U35( lycol te%perature 0 -28.5-155.5 @C 51 - - - -

U35( The te%perature o the rerigerant %iture &+ater or glycol an$ +ater) entering the unit. Fn 'reecooling or Dual 'lui$ units $epen$ingon the /alue set in DT 0oo%-lycol it is only $isplaye$ or use$ to $eci$e the 'reecooling 9tatus o the unit. Fn 'reecooling units it also$ri/es the analogue output or the Dry-Cooler. Each unit uses its o+n sensor or control.

U315 9upply te%perature 0 -28.5-155.5 @C 51 - - - -

U315 A rea$ on ly /alue. Ft is the te%perature o the air $eli/ery o the unit. A/aila!le only +hen the correspon$ing sensor is installe$. This/alue coul$ inluence the control i 9upply #i%it is set.

U311 Out$oor te%perature 0 -28.5-155.5 @C 51 - - - -

U311 The te%perature o the en/iron%ent outsi$e the roo%. Ft is use$ together +ith the 0eturn Air Te%perature to $eci$e the 'reecoolingstatus o the unit. F %ultiple units are connecte$ /ia #A each unit +ill +or" +ith the a/erage o the /alues rea$ !y all sensors. The/alue $isplaye$ here is this a/erage.

U312 'reecooling status 0 O 9tart On - - - - -

U312 Fn$icates the actual status o the 'reecooling %o$e o the unit. I9TA0TI %eans that the con$ition on the out$oor te%perature is ulille$!ut other con$itions &on glycol te%perature. an$7or return air te%perature) are not yet ulille$.

"*tive "larms #ists all alar%s +hich are still acti/e

age 1 o 1 07* 0ange 0es. 9t$.C*-D

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Acti/e alar%s 0 - - - - - -

ENGLISH




ENGLISH

UH54 9leep e/ery $ay &1) - - - - - -

UH5G 'ro% 7 to * Ti%e &hh%%) 1 55555555

55555555

55555555

UH5H 9leep e/ery $ay &2) - - - - - -

UH5S 'ro% 7 To * Ti%e &hh%%) 1 55555555

55555555

55555555

UH54 - UH5S erio$ o ti%e in +hich the unit +ill !e $aily in 9leep Mo$e. The $aily setting $oesnt $epen$ on ull Day settingsP 9et !oth inter/als to5555 i 9leep Mo$e is not reueste$.

UH58UH5( Ti%er %o$e * O E9 AUTO

1 Auto Auto Auto

UH5( 9etting O F $uring 9leep %o$e the te%perature or hu%i$ity crosses the threshol$ 9leep %o$e +ill !e interrupte$ &no +arning +illappear or a ti%e o 35 %inutes). The unit +ill Iall asleepI again i the net inter/al as"s or 9leep %o$e or i the Ti%er %o$e

para%eter is set to E9I &changes !ac" to IOI ater set). 9leep % o$e +ill !e acti/ate$ only i the te%perature is insi$e the threshol$s.9etting AUTO F the te%perature crosses the threshol$ &high or lo+) the unit starts in stan$ar$ %o$e an$ IsleepsI again auto%atically i the te%perature is close to the 9etpoint.

UH15 - - - - -

UH11 Dea$!an$ * 2-1G @C69yste% O

1 9yste%O

9yste%O

9yste%O

UH11 F set to I9yste% OI the unit +ill co%pletely stop $uring the speciie$ $ays an$7or ti%e inter/als. F set to a /alue a $ea$!an$ o thespeciie$ +i$th is shite$ in +here no cooling or heating is peror%e$. <u%i$ity ctrl is o $uring 9leep %o$e.

Servi*e #onta*ts Contains "ey contact inor%ation or local ser/iceinclu$ing na%es an$ phone nu%!ers

'966 age 1 o 1 07* 0ange 0es. 9t$.

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9ettingThis +in$o+ is a rea$-only +in$o+ +hich helps i$entiying the nearest responsi!le 9er/ice-OrganiLation.

US53 A$$ress line 1 0 tet-string - - - - -

US54 A$$ress line 2 0 tet-string - - - - -

US5G A$$ress line 3 0 tet-string - - - - -

US5H A$$ress line 4 0 tet-string - - - - -

4.2.4.2 i#12 Servi*e 2enu Parameters

Setpoints Vie+ an$ change te%perature an$ hu%i$ity setpoints

S-66 age 1 o 2 07* 0ange 0es. 9t$.C*-D

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9151 ass+or$ * - - - - - -

9152 Te%perature 9etpoint * G5-455 @C 51 235@C 235@C 2S5@C

9152 The te%perature o the air $esire$ in the roo%. Ft is the reerence /alue use$ !y iCOM together +ith 0eturn Air Te%perature Te%p.roportional ,an$ an$ Te%p. Fntegration 'actor to $eci$e the cooling or heating status.

9153 <u%i$ity 9etpoint * o 25-85 = 1 G5= G5= G5=

9153 The hu%i$ity o the air $esire$ in the roo%. Ft is the reerence /alue use$ !y iCOM together +ith 0eturn Air <u%i$ity <u%i$ityroportional ,an$ an$ <u%i$ity Fntegration 'actor to $eci$e the <u% or Dehu% status.

9154 <u%i$ity Co%pensation * o es - es es es

9154 F ena!le$ the control respects the psycho%etric relation !et+een te%perature an$ hu%i$ity. 0ea$ing the actual te%perature the

relati/e hu%i$ity 9etpoint +ill !e recalculate$.915G 9upply #i%it * o G-2G @C 1 o 15@C 15@C

915G A lo+ li%it or the 9upply Air Te%perature. The air con$itioning unit +ill try to al+ays "eep the 9upply Air Te%perature greater

than the /alue set in this para%eter. F set to a /alue $ierent ro% O a TC sensor %ust !e installe$ insi$e the unit &or near it)

in the supply air lo+ path. To $eci$e its cooling status iCOM uses the lo+er !et+een a) the $e/iation o 0eturn Air Te%perature ro%Te%perature 9etpoint an$ !) the $e/iation o 9upply Air Te%perature ro% 9upply Air 9etpoint. ote 9upply #i%it is capa!le to

re$uce the opening o $a%pers or /al/es !ut +ill ne/er stop a co%pressor. &Eception the 2n$ co%pressor in a t+in co%pressorunit +ill not start i the supply te%perature is alrea$y too lo+ !ut it +ill not !e stoppe$ i it !eco%es too lo+ once starte$).

915H Te%perature 9etpoint 2 * o G-45 1 o o o

915H A secon$ 9etpoint /alue or the air te%perature o the roo%. Ft is use$ +hen at least one User Fnput is set as 2n$ 9ET &9econ$9etpoint) an$ the s+itch on the correspon$ing input o iCOM is open.

915S Autoset ena!le * o es - es es es

915S Ena!les the per%anent calculation an$ sel-setting o the !est control para%eters or the actual situation. Ft is reco%%en$e$ to run thesyste% al+ays +ith AUT9ET O.

9158 Te%perature

proportional !an$

* 15-355 @C 1 autoset autoset autoset

9158 or%ally !est results +ill !e reache$ i the IAUTO9ETI is ena!le$. The roportional ,an$ is $i/i$e$ in t+o eual parts one part orcooling an$ one part or heating &hysteresis). Fnsi$e this hysteresis there are the $ierent co%ponents &co%pressors heaters) +hichshare the +i$th o the hysteresis. F Tea%+or" Mo$e 1 is selecte$ the -,an$ !elongs to the +hole syste%.OTE Too s%all -,an$ +ill cause the !a$ control uality &hunting).




ENGLISH

915( Te%perature integrationti%e

* o G-1G %in 1 autoset autoset autoset

915( or%ally !est results +ill !e reache$ i the IAUTO9ETI is ena!le$. F set to any /alue the F control is ena!le$. The integration

actor $ou!les the actual real $e/iation ro% the 9etpoint +ithin the selecte$ ti%e. This +ill orce cooling7heating to a$$ %ore steps toreach the 9etpoint. To !e use$ i -,an$ %ust !e +i$e !ecause o !igger nu%!er o units connecte$ an$ +or"ing in Tea%+or" 1.

9115 Te%perature Dea$!an$ * o G-1G %in 1 autoset autoset autoset

9115 The /alue the heaters shall start later. Means the group o heaters is shite$ +ith the $ea$!an$ /alue to lo+er te%peratures.

S-66 age 2 o 2 07* 0ange 0es. 9t$.

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9etting9112 ass+or$ * - - - - - -

9113 <u%i$ity proportional!an$

* 2-H5 = 1 autoset autoset autoset

9113 or%ally !est results +ill !e reache$ i the IAUTO9ETI is ena!le$. The roportional ,an$ is $i/i$e$ in t+o eual parts one

part or $ehu%i$iication an$ one part or hu%i$iication &hysteresis). Fnsi$e this hysteresis there are the $ierent co%ponents&hu%i$iier etc.) +hich share the +i$th o the hysteresis. F Tea%+or" Mo$e 1 is selecte$ the -,an$ !elongs to the +hole syste%.OTE Too s%all -,an$ +ill cause the !a$ control uality &hunting).

9114 <u%i$ity integrationti%e

* o G-1G %in 1 autoset autoset autoset

9114 or%ally !est results +ill !e reache$ i the IAUTO9ETI is ena!le$. F set to any /alue the F control is ena!le$. The integration

actor $ou!les the actual real $e/iation ro% the 9etpoint +ithin the selecte$ ti%e. This +ill orce <u% 7 Dehu% to a$$ %ore steps toreach the 9etpoint. To !e use$ i -,an$ %ust !e +i$e !ecause o !igger nu%!er o units connecte$ an$ +or"ing in Tea%+or" 1.

911G <u%i$ity $ea$!an$ * 5-G5 = 1 5 5 5

911G The /alue the hu%i$iier shall start later. Means the <u%i$iier is shite$ +ith the $ea$!an$ /alue to lo+er hu%i$ity.911H DT !et+een 0oo% 7

Out$oor

* o Con E'C3-2G J

1 o 15 15

911H The /alue o the $ierence !et+een the return air te%perature an$ the out$oor te%perature o/er +hich &+ith a hysteresis oK7-1.G C)the unit +ill ena!le the 'reecooling %o$e &i there are not other con$itions that $isa!le the 'reecooling operation). The 'reecooling%o$e +ill !e acti/ate$ +hen also the con$ition on DT 0oo%-lycol is ulille$. F set to ICOI the control epects to get a

co%%an$ +ith a s+itch instea$ o a te%perature sensor. F set to IE'CI the unit +ill not go in 'reecooling %o$e $uring nor%al

operation !ut only in case o O O*E0I operation or co%pressor ailure i the $elta is 3 $eg C. &E%ergency 'reecooling only).

911S DT !et+een 0oo% 7lycol

* o Con 2-2GJ

1 o H o

911S The /alue o the $ierence !et+een the return air te%perature an$ the glycol te%perature o/er +hich &+ith a hysteresis oK7-1.G C) theunit +ill ena!le the 'reecooling %o$e &i there are not other con$itions that $isa!le the 'reecooling operation). The 'reecooling %o$e+ill !e acti/ate$ +hen also the con$ition on DT 0oo%-Out$oor is ulille$. F set to ICOI the control epects to get a co%%an$

+ith a s+itch instea$ o a te%perature sensor.

9118 9top 'C at 9etpoint K* o 1-2G 1 o 3 3

9118 The 'reecooling %o$e +ill !e stoppe$ +hen the return te%perature +ill !e greater than roo% te%perature 9etpoint plus 9top 'C at0oo% 9et K. F 'reecooling is stoppe$ or this reason it +ill !e $isa!le or at least one hour. Fn case o 'CKD this /alue is use$

to acti/e co%pressor 1. Co%pressor 2 &on T+in D' units) is acti/ate$ 1.G@C a!o/e this point.

911( 'anspee$ Min7Ma * 35-G57G5-155= 1 357155 357155 357155

911( The anspee$ is %o$ulate$ accor$ing to the Min an$ Ma /alue ro% G5= an$ 1G5= o proportional !an$ +hen the energy sa/ingunction is acti/e.The Min /alue is al+ays "ept +hen the casca$e operating %o$e is use$ an$ the $eine$ units are in stan$!y %o$e. The li%it is shite$to calculate$ /alue &!et+een Min an$ %a) 15 %inutes ater that all units are O.The signal is orce$ to G5= as %ini%u% /alue +hen the heating or hu%i$iier $e/ice is acti/e&The correspon$ing analogue output %ust !e assigne$ to 'anspee$).

9125 'anspee$ 9tan$ar$ * o 35-155= 1 o o 155

9125 This para%eter is use$ !y iCOM to regulate the spee$ o the an $uring nor%al operation +hen an analogue output o iCOM is use$ to$ri/e the an. This para%eter is orce$ to G5= as %ini%u% selecta!le /alue +hen the :energy sa/ing? unction is acti/e &The

correspon$ing analogue output %ust !e assigne$ to 'anspee$).

9121 'anspee$ Dehu% * o 35-155= 1 o o 859121 This para%eter is use$ !y iCOM to regulate the spee$ o the an $uring Dehu% operation6 +hen an analogue output o iCOM use$ to

$ri/e the an. &The correspon$ing analogue output %ust !e assigne$ to 'anspee$).

9122 'anspee$ o o+er * o 1-155= 1 o o HG

9122 This para%eter is use$ !y iCOM to regulate the spee$ o the an $uring oo+er operation +hen an analogue output o iCOM use$to $ri/e the an. &The correspon$ing analogue output %ust !e assigne$ to 'anspee$).

'nit Diary A notepa$ containing notes ro% ser/ice or ro% the custo%er

age 1 o 1 07* 0ange 0es. 9t$.

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9etting

Data ro% unit$iary.%l 0 - - - - - -

Stand)y Settings Allo+s lea$7lag setup +hen %ultiple units are connecte$

S:66 age 1 o 1 07* 0ange 0es. 9t$.C*-D

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9G51 ass+or$ * - - - - - -




ENGLISH

9G52 u%!er o 9tan$!yUnits

* 5-1G 1 5 5 5

9G52 9T, units nor%ally are halte$ an$ +ill start only in case o an alar% o another unit in the net+or". This para%eter $eines ho+ %anyunits +ill !e in stan$!y %o$e.

9G53 0otation 'reuency * o DailyE/ery Mo-Tu-*e-Th-'r-9a-

9u

- o o o

9G53 Deines the reuency at +hich the auto%atic rotation o stan$!y units +ill !e peror%e$. 9electa!le o Daily an$ all +ee"ly atselecta!le $ays o the +ee".

9G54 0otate at &hour) * 5-23 1 5 5 5

9G5G 0otate at &%inute) * 5-G( 1 5 5 5

9G54 9G5G The ti%e o the $ay at +hich the rotation o the stan$!y units +ill !e peror%e$. Vali$ only +hen I0otation 'reuencyI &9G53) is not setto IOI.

9G5H 0otate !y * 1 - 1G 1 1 1 1

9G5H Allo+s peror%ing a group unit s rotation.

9G5S eror% one rotation * o es - - - -

9G5S *hen set to IE9I the syste% is orce$ to peror% one rotation o the stan$!y units. Vali$ only +hen I0otation 'reuencyI &9G53) isnot set to IOI.

9G58 Casca$e units * o es CoolTe%p

- o o o

9G58 9etting this para%eter +ill start the stan$!y unit&s) not only in case o an alar% on an acti/e unit !ut also in case o increasing an$7or$ecreasing o te%perature an$7or hu%i$ity to :assist? the acti/e unit&s).OTE Casca$e settings orce Tea%+or" 1Possi!le 9ettingsO casca$e unction not acti/eE9 acti/e +ith !oth te%perature&cooling7heating) an$ hu%i$ity &hu%i$iication7$e-hu%i$iication)TEM acti/e only or te%perature &cooling7heating)COO# acti/e only or cooling

9G5( 9tart all 9tan$!y Units!y <T

* o es - o o o

9G5( F set to E9 all stan$!y units +ill start in case o a high te%perature +arning in o the $uty units.

2aintenan*e/.ellness Settings

Allo+s setting %aintenance inter/al re%in$er%aintenance %essage nu%!er o unit starts an$ stopsan$ ti%e since last %aintenance

S666 age 1 o S R !asic settings 07* 0ange 0es. 9t$.C*-D

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9t$.'C Air

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9551 ass+or$ * - - - - - -

9552 Maintenance reuency * o 1-4 per year

1 1 1 1

9552 ossi!le settings areO o net %aintenance calculation1 Maintenance 1 ti%e a year 2 Maintenance 2 ti%es a year 3 Maintenance 3 ti%es a year 4 Maintenance 4 ti%es a year

9553 Ma !onus * 5-12 1 5 5 5

9553 F the unit is +or"ing in goo$ con$itions net %aintenance can !e shite$ to later ti%e a$$ing the !onus &or parts o it) to the netplanne$ ser/ice ti%e. The !onus is gi/en in %onths.

9554 Ma penalty * 5-12 1 5 5 5

9554 F the unit is +or"ing in !a$ con$itions net %aintenance %ust !e shite$ to earlier ti%e re$ucing the penalty &or parts o it) ro% thenet planne$ ser/ice ti%e. The penalty is gi/en in %onths.

955G #ast %aintenance 0 Date - - - -

955G This $ate sets auto%atically i the ser/ice engineer sets the I0esetI para%eter. &see net lines).

955H 9er/ice engineer * a%e - - - -

955H The ser/ice engineer has to put his na%e in the na%e-iel$ ater ser/ice.

955S 0eset * o es - - - -

955S ressing 0E9ET sets the I#ast Maintenance DateI to the actual $ate an$ resets all %aintenance counters to 5.

9558 Calculate$ net%aintenance

* Date - - - -

9558 This is the result o the settings $one in this area. Ft sho+s the calculate$ net ser/ice ti%e respecting !onus W penalty as +ell as st$.%aintenance reuency

S666 age 2 o S R %otor settings 07* 0ange 0es. 9t$.C*-D

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9t$.'C Air

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9512 ass+or$ * - - - - - -

9513 u%!er o starts 0 5-32555 1 - - - -

9513 A Counter &rea$ only) +hich in$ icates the nu%!er o starts o the speciic co%ponent since the last %aintenance. The counter +ill !ereset +hen last %aintenance is set &0eset).




ENGLISH

9514 *or"in hours 0 5-32555 1 - - - -

9514 A counter &rea$ only) +hich in$icates the +or"ing <ours o the speciic Co%ponent since the last Main tenance. The counter +ill !ereset +hen last %aintenance is set &0eset).

951G A/erage +or"ing ti%e 0 5-((( hrs 1 - - - -

951G Calculate$ ro% nu%!er o starts an$ +or"ing hours. This is the !asic inor%ation or net %aintenance calculation.

951H 9tarts per $ay opti%u% * 1-245 1 1 1 1

951S 9tarts per $ay +orst * 1-245 1 24 24 24

951H - 951S u%!er o starts per $ay or the speciic co%ponent +hich can !e consi$ere$ as opti%u% &opti%u%) an$ can !e consi$ere$ as !a$

+or"ing con$ition &+orst).

9518 u%!er o alar%s 0 5-32555 1 - - - -

9518 A counter &rea$ only) +hich in$icates the nu%!er o alar% occurre$ to the speciic co%ponent s ince last %aintenance &split in<7#7T< or co%pressors). The counter +ill !e reset +hen last %aintenance is set &0eset).

951( Actual ,onus 0 5-32555 1 - - - -

951( Actual ca lculation o +ellness or the speciic co%ponent &K or - %onths). The sys te% +ill al+ays ta"e the /a lue ro% the +orstco%ponent or net %aintenance in$ication.

S666 age 3 o S R

co%pressor 1 settings

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9523 ass+or$ * - - - - - -

9524 u%!er o starts 0 5-32555 1 - - - -

952G *or"ing hours 0 5-32555 1 - - - -

952H A/erage +or"ing ti%e 0 5-((( hours 1 - - - -

952S 9tarts per $ay opti%u% * 1-245 1 12 12 129528 9tarts per $ay +orst * 1-245 1 245 245 245

952( u%!er o < alar%s 0 5-32555 1 - - - -

9535 u%!er o # alar%s 0 5-32555 1 - - - -

9531 u%!er o O# alar%s 0 5-32555 1 - - - -

9533 Actual !onus 0 5-12 1 - - - -

S666 age 4 o S Rco%pressor 2 settings

07* 0ange 0es. 9t$.C*-D

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9534 ass+or$ * - - - - - -

953G u%!er o starts 0 5-32555 1 - - - -

953H *or"ing hours 0 5-32555 1 - - - -

953S A/erage +or"ing ti%e 0 5-((( hours 1 - - - -

9538 9tarts per $ay opti%u% * 1-245 1 12 12 12

953( 9tarts per $ay +orst * 1-245 1 245 245 245

9545 u%!er o < alar%s 0 5-32555 1 - - - -

9541 u%!er o # alar%s 0 5-32555 1 - - - -

9542 u%!er o O# alar%s 0 5-32555 1 - - - -

9544 Actual !onus 0 5-12 1 - - - -

S666 age G o S R heater 1settings

07* 0ange 0es. 9t$.C*-D

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954G ass+or$ * - - - - - -

954H u%!er o starts 0 5-32555 1 - - - -

954S *or"ing hours 0 5-32555 1 - - - -

9548 A/erage +or"ing ti%e 0 5-((( hours 1 - - - -

954( 9tarts per $ay opti%u% * 1-245 1 12 12 12

95G5 9tarts per $ay +orst * 1-245 1 245 245 24595G1 u%!er alar%s 0 5-32555 1 - - - -

95G2 Actual !onus 0 5-12 1 - - - -

S666 age H o S R heater 2settings

07* 0ange 0es. 9t$.C*-D

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95GH ass+or$ * - - - - - -

95GS u%!er o starts 0 5-32555 1 - - - -

95G8 *or"ing hours 0 5-32555 1 - - - -

95G( A/erage +or"ing ti%e 0 5-((( hours 1 - - - -

95H5 9tarts per $ay opti%u% * 1-245 1 12 12 12

95H1 9tarts per $ay +orst * 1-245 1 245 245 245

95H2 u%!er alar%s 0 5-32555 1 - - - -

95H3 Actual !onus0 5-12 1 - - - -

S666 age 3 o S R hu%i$iiersettings

07* 0ange 0es. 9t$.

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9etting

95S8 ass+or$ * - - - - - -

95S( u%!er o starts 0 5-32555 1 - - - -

9585 *or"ing hours 0 5-32555 1 - - - -




ENGLISH

9585 A/era e +or"in ti%e 0 5-((( hours 1 - - - -

9582 9tarts per $ay opti%u% * 1-245 1 12 12 12

9583 9tarts per $ay +orst * 1-245 1 245 245 245

9584 u%!er alar%s 0 5-32555 1 - - - -

958G Actual !onus 0 5-12 1 - - - -

Diagnosti* / Servi*e2ode

Allo+s trou!leshooting %anual %o$e rea$ analog an$$igital inputs

S666 age 1 o 4 07* 0ange 0es. 9t$.

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9etting

9351 ass+or$ * - - - - - -

9352 Manual Mo$e * o es - - - -

9352 This +in$o+ allo+s running all co%ponents in %anual-%o$e +ith all saety $e/ices on. At irst the para%eter IManual Mo$eI has to!e set to IOI ater that the Unit 'an %ust !e starte$ !eore !eing a!le start any other co%ponents. ID0AFI &<u%i$iier) can!e set to O +ithout setting MAUA# to O an$ +ithout to enter a pass+or$ !eore. ID0AFI stops auto%atically ater 25 secon$s.OTE The alar% relay alls to IA#A0MI +hen setting the unit in %anual %o$e.

9353 Unit 'an * o es - - - -

9354 Co%pressor 1 * o es - - - -

935G Co%pressor 2 * o es - - - -

935H <eat 1 * o es - - - -

935S <eat 2 * o es - - - -9358 <u%i$iier * o es - - - -

935( Drain * o es - - - -

9311 Dehu% * o es - - - -

9311 Alar% 0elay * o es - - - -

S666 age 2 o 4 07* 0ange 0es. 9t$.C*-D

9t$.'C

9t$.'C Air

User9etting

9312 ass+or$ * - - - - -

9313 3 Actuator 1 * 5-155= 1 - - -

9314 3 Actuator 2 * 5-155= 1 - - -

931G Analog out 1 * 5-155= 1 - - -

931H Analog out 2 * 5-155= 1 - - - -

931S Analog out 3* 5-155= 1 - - - -

9318 Analog out 4 * 5-155= 1 - - - -

9313 R 931S Ater setting the unit in %anual %o$e an$ starting the Unit 'an also the analogue outputs can !e set in$i/ i$ually. 3 actua tors areeither C* 7 'C /al/es or $a%pers.

S666 age 3 o 4 07* 0ange 0es. 9t$.C*-D

9t$.'C

9t$.'C Air

User9etting

9334 ass+or$ * - - - - -

933G R 9344 This +in$o+ gi/es Fno a!out the $igital Fnputs. The graphical contact in the screen in$icates open or close$ the $escription inor%sa!out the %eaning o this state.

933G 9tatus 0e%ote 0 On O - - - -

933H 9tatus 'ilter 0 OJ Act - - - -

933S 9tatus User Fnput 1 0 OJ Act - - - -

9338 9tatus User Fnput 2 0 OJ Act - - - -

933( 9tatus < 1 0 OJ Act - - - -

9345 9tatus # 1 0 OJ Act - - - -

9341 9tatus T< 1 0 OJ Act - - - -

9342 9tatus < 2 0 OJ Act - - - -

9343 9tatus # 2 0 OJ Act - - - -

9344 9tatus T< 2 0 OJ Act - - - -

S666 age 4 o 4 07* 0ange 0es. 9t$.C*-D

9t$.'C

9t$.'C Air

User9etting

934G ass+or$ * - - - - -

934H R 93G4 This +in$o+ gi/es Fno a!out the $igital Fnputs. The graphical contact in the screen in$icates open or close$ the $escription inor%sa!out the %eaning o this state.

934H 9tatus <igh Chille$*ater

0 OJ Act - - - -

934S 9tatus #o+ C* 'lo+ 0 OJ Act - - - -

9348 9tatus Con$enser 1 'ail 0 OJ Act - - - -

934( 9tatus Con$enser 2 'ail 0 OJ Act - - - -

93G5 9tatus DT 1 0 OJ Act - - - -

93G1 9tatus DT 2 0 OJ Act - - - -




ENGLISH

93G2 9tatus <eatersO/erheate$

0 OJ Act - - - -

93G3 9tatus 9%o"e *arning 0 OJ Act

93G4 9tatus 'ire Alar% 0 OJ Act

Set "larms Allo+s ena!le $isa!le an$ settings or alar%s

S566 age 1 o 2 07* 0ange 0es. 9t$.

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9etting

9251 ass+or$ * - - - - - -

9252 9t$. 9ensor *arnings 0 - - - - - -

9252 These +arnings are generate$ ro% the stan$ar$ return sensor o each unit i the threshol$s are o/er- 7 un$er ri$$en. The +arningsare $elaye$ or a ti%e o 35 %inutes ater unit start.

9253 <igh te%perature * o 1-((@C 1 o o o

9254 #o+ te%perature * o 1-((@C 1 o o o

925G <igh hu%i$ity * o 1-((= 1 o o o

925H #o+ hu%i$ity * o 1-((= 1 o o o

925S EEA *arnings 0 - - - - - -

925S These +arnings are generate$ ro% the optional EEA sensor i the threshol$s are o/er- 7 un$er ri$$en. The +arnings are $elaye$

or a ti%e o 35 %inutes ater unit start.9258 <igh te%perature EEA * o 1-((@C 1 o o o

925( #o+ te%perature EEA * o 1-((@C 1 o o o

9215 <igh hu%i$ity EEA * o 1-((= 1 o o o

9211 #o+ hu%i$ity EEA * o 1-((= 1 o o o

S566 age 2 o 2 07* 0ange 0es. 9t$.C*-D

9t$.'C

9t$.'C Air

User9etting

9212 ass+or$ * - - - - -

9213 User Fnput 1 * *A0F A#A0Mn<u%i

nCo%p2n$9etp

oo+erot use$ #9Fo<u%<eat

- - - -

9214 User Fnput 2 * #i"e Custo% 1 - - - -

9213 - 9214 Accor$ing to the /a lue set or this para%eter &!oth inputs ha/e the sa%e selection possi!ilities) iCOM +ill ta"e so%e act ions +hen thes+itch connecte$ to the correspon$ing input o iCOM is open.";I8 a *arning is generate$ &the unit continue itsoperations) "7";2 an alar% is generate$ &the unit stops itsoperations) nHumi the hu%i$iication is $isa!le$n#omp the co%pressor&s) $isa!le$5nd Setpoint the reerence /alue or 0eturn Air Te%perature regulation s+itches to Te%p. 9etpoint 2o Power e/erything is stoppe$ ecept 'ans an$ 'reecooling unctionot 'sed iCOM +ill not ta"e any action on User Fnput

opening. 7SI sel-setting on UF2 +hen a st$. internal hu%i$iier is selecte$. oHumHeat the hu%i$iication an$ heating control

921G Nuic" 9tart * o es - o o o

921G F set to E9 all $e/ices or te%perature an$ hu%i$ity controlling o all units +hich ha/e to !e O are acti/ate$ i reuire$ +ithin H5secon$s

Sensor #ali)ration/Setup

Allo+s cali!ration o sensors

S<66 age 1 o 3 07* 0ange 0es. 9t$.

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'C Air User

9etting

9H51 ass+or$ * - - - - -

9H52 0eturn te%perature&T7<)

* K7- (( J 51 - - -

9H53 Cali!rate$ 0eturnte%perature &T7<)

0 55-G55 @C 51 - - -

9H54 0eturn hu%i$ity &T7<) * K7- (( = 51 - - -9H5G Cali!rate$ return

hu%i$ity &T7<)

0 255-855= 51 - - -

9H5H 9upply70eturn TC * K7- (( J 51 - - -




9H5S Cali!rate$9upply70eturn TC

0 -28.5 - 155.5@C

1 - - -

ENGLISH

9H58 Out$oor TC * K7- (( J 51 - - -

9H5( Cali!rate$ Out$oor TC 0 -28.5 - 155.5@C

1 - - -

9H15 lycol79upply TC * K7- (( J 51 - - -

9H11 Cali!rate$lycol79upply TC

0 -28.5 - 155.5@C

1 - - -

S<66 age 2 o 3 07* 0ange 0es. 9t$.C*-D

9t$.'C

9t$.'C Air

User9etting

9H12 ass+or$ * - - - - -

9H13 EEA Te%perature * K7- (( J 51 - - -

9H14 Cali!rate$ EEATe%perature

0 55-G55 @C 1 - - -

9H1G EEA <u%i$ity * K7- (( = 51 - - -

9H1H Cali!rate$ EEA<u%i$ity

0 255-855= 1 - - -

S<66 age 3 o 3 07* 0ange 0es. 9t$.

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'C9t$.

'C Air User

9etting

9H23 ass+or$ * - - - - -

9H24 <irosensor 1 #et * K7- (( J 51 - - -

9H2G Cali!rate$ <irosensor 1#et

0 -28.5 - 155.5 1 - - -

9H2H <irosensor 1 0ight * K7- (( = 51 - - -

9H2S Cali!rate$ <irosensor 10ight

0 -28.5 - 155.5 1 - - -

9H28 <irosensor 2 #et * K7- (( J 51 - - -

9H2( Cali!rate$ <irosensor 2#et

0 -28.5 - 155.5 1 - - -

9H35 <irosensor 2 0ight * K7- (( = 51 - - -

9H31 Cali!rate$ <irosensor 20ight

0 -28.5 - 155.5 1 - - -

System/etwor+ Setup Allo+s setup an$ U2U co%%unication or %ultiple units

S=66 age 1 o 2S>ST,2

07* 0ange 0es. 9t$.

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9etting

9851 ass+or$ * - - - - -

9852 u%!er o Connecte$Units

* 1-1H - - -

9852 The nu%!er o air con$itioning units connecte$ together in the #A. The user %ust set it properly $epen$ing on the actual net+or"coniguration. All the units in the net+or" %ust ha/e $ierent a$$resses &starting ro% 1).

9853 Tea%+or" Mo$e * o 12 o o o

9853 The units +or" in stan$-alone using their o+n sensors or regulation. This setting %ust !e use$ in %ulti-roo% installations. 9et to 1i the units shall operate as one syste%. 'or control the a/erage TK< o all units in operation is use$. All units together are +or"ingli"e one !ig unit. ot to !e set in %ulti-Lone roo%s.

9et to 2 i the units shall operate in stan$-alone !ut +ith restrictions ro% the a/erage TK<. The a/erages $eci$e i cooling or heatinghu% or Dehu% has to !e peror%e$ the units itsel $eci$e a!out accor$ing their o+n sensors. Tea%+or" setting 2 is a stan$-alone %o$e operation !ut I%astere$I ro% the a/erage TK< to a/oi$ co%petition !et+een the units. To !e set in %ulti-Lone or

985G U2U roup * 1-(( - - -

985G The U2U roup para%eter $eines to +hich group o units7$isplays the $e/ice !elongs to. Using the group unctionality %a"es itpossi!le to run %ultiple in$epen$ent groups o units insi$e the sa%e #A.

985( Coniguration 9ae9tatus

0 ot A/aila!leFn/ali$ O"Change$Up$ating

- - - -

985( 9tatus o conigurationsae.%l

985( Coniguration 9aeControl

* o 9a/e#oa$

- o o o

985( To sa/e the actual coniguration into the conigurationsae.%l6 or to loa$ ro% an eisting conigurationsae.%l.

9815 et+or" 9ae9tatus


- - - -

9815 9tatus o net+or"sae.%l




9815 Coniguration 9aeControl

* o 9a/e#oa$

- o o o

9815 To sa/e the actual coniguration into the net+or"sae.%l6 or to loa$ ro% an eisting net+or"sae.%l.

ENGLISH

9811 9ot+are Version 0 - - - - -

9811 9ho+s the actual sot+are /ersion o the $isplay.

S=66 age 2 o 2S>ST,2

07* 0ange 0es. 9t$.C*-D

9t$.'C

9t$.'C Air

User9etting

9812 ass+or$ * - - - - -

9813 F A$$ress * F 0ange - - -

9813 This is the uniue F A$$ress o the $isplay. The irst 3 groups o 3 nu%!ers %ust !e i$entical on all $e/ices in the sa%e #A6

the last group o 3 $igits %ust !e in$i/i$ual.

9814 et%as" * et%as"0ange

- - -

9814 The et%as" has to !e the sa%e on all $e/ices in the sa%e #A.

981G ate+ay * ate+ay0ange

- - -

981G The ate+ay has to !e the sa%e on all $e/ices in the sa%e #A.

981H MAC 0 MAC 0ange - - -

981H This is the rea$-only MAC a$$ress o the $isplay.

981S U2U rotocol * <, , - - -

981S <as to !e set to , &lo!al ,us rotocol) only.

9818 U2U A$$ress * 33-H4 - - -

9818 The uniue a$$ress o the $isplay in the #A. Any nu%!er !et+een 33 an$ H4 can !e selecte$ &not consecuti/e)

9821 ,ootloa$er Varia!les9tatus


- - - -

9821 9ho+s the status o the !ootloa$er /aria!les &all para%eters on page 2 %ar"e$ +ith /). As soon as such a para%eter +as change$the status +ill sho+ :change$?.

9822 ,ootloa$er Varia!lesControl

* o9a/eK0e!oot

- - - -

9821 To acti/ate changes $one on the !ootloa$er-/aria!le the $isplay nee$s to !e re!oote$ using the :9a/e K 0e!oot? co%%an$ on 9822.

S=66 age 1 o 2'IT ()oard!

07* 0ange 0es. 9t$.C*-D

9t$.'C

9t$.'C Air

User9etting

9823 ass+or$ * - - - - -

9824 Monitoring A$$ress * 1-(( - - -

9824 A nu%!er that uniue ly i$entiy the iCOM ,oar$ connecte$ on a <ironet net+or". Must !e $ierent or each iCOM ,oar$ in the

982H U2U roup * 1-(( - - -

982H The U2U roup para%eter $eines to +hich group o units7$isplays the $e/ice !elongs to. Using the group unctionality %a"es itpossi!le to run %ultiple in$epen$ent groups o units insi$e the sa%e #A.

982S Unit a%e * H $igits - - -

982S Allo+s g i/ing a na%e to the unit. This na%e appears on the top-right corner on each unit +in$o + an$ in the net+or" o/er/ie+ +in$o+.

9828 9M #isten O0T * 5-2555 1 - - -

982( <i9M F ADD0E99 * F 0ange - - - -

9831 Coniguration 9ae

9tatus

0 ot A/aila!le

Fn/ali$ O"Change$Up$ating

- - - -

9831 9tatus o conigurationsae.%l

9831 Coniguration 9aeControl

* o 9a/e#oa$

- o o o

9831 To sa/e the actual coniguration into the conigurationsae.%l6 or to loa$ ro% an eisting conigurationsae.%l.

9832 et+or" 9ae9tatus


- - - -

9832 9tatus o net+or"sae.%l

9832 Coniguration 9ae

Control

* o 9a/e#oa$

- o o o

9832 To sa/e the actual coniguration into the net+or"sae.%l6 or to loa$ ro% an eisting net+or"sae.%l.

9833 9ot+are Version 0 - - - - -

9833 9ho+s the actual sot+are /ersion o the !oar$.

S=66 age 2 o 2

'IT ()oard!

07* 0ange 0es. 9t$.C*-D

9t$.'C

9t$.'C Air

User9etting




9834 ass+or$ * - - - - -

ENGLISH

983G Monitoring rotocol * <ironet FMVelocity one

<i9M<7F

- - -

983G iCOM ,oar$s pro/i$e a <ironet connection &0948G) +ith the sa%e $ata-points as the Microace Control 9yste%. iCOM ,oar$s i$entiy

the%sel/es as !eing a Microace thereore all <irolin" types +hich are co%pati!le to a Microace are co%pati!le to an iCOM ,oar$too. iCOM Displays $o not pro/i$e a %onitoring connection.ote? FM an$ Velocity are not a/aila!le.

983H F A$$ress * F 0ange - - -

983H This is the uniue F A$$ress o the !oar$. The irst 3 groups o 3 nu%!ers %ust !e i$entical on all $e/ices in the sa%e #A6the last group o 3 $igits %ust !e in$i/i$ual.

983S et%as" * et%as"0ange

- - -

983S The et%as" has to !e the sa%e on all $e/ices in the sa%e #A.

9838 ate+ay * ate+ay0ange

- - -

9838 The ate+ay has to !e the sa%e on all $e/ices in the sa%e #A.

983( MAC 0 MAC 0ange - - -

983( This is the rea$-only MAC a$$ress o the $isplay.

9845 U2U rotocol * <, , CO - - -

9845 The !oar$ can co%%unicate in , &lo!al ,us rotocol) or in <, &<iro!us). <iro!us has to !e selecte$ i no iCOM Display is insi$ethe net+or" an$ the net+or" has to !e esta!lishe$ +ith <iro!us ca!les only., can !e selecte$ or all iCOM co%ponents &Ethernet net+or")6 an$ i also Microaces or <iro%atics E are insi$e the net+or"Xconnecte$ through <iro!usY one iCOM ,oar$ has to play the role o a con/erter !et+een the 2 protocols in that case this iCOM,oar$ has to !e set as :CO?.

9841 U2U A$$ress * 33-H4 - - -

9841 The uniue a$$ress o the !oar$ in the #A. Any nu%!er !et+een 1 an$ 32 can !e selecte$ &*onse*utive)

9843 ,ootloa$er Varia!les9tatus


- - - -

9843 9ho+s the status o the !ootloa$er /aria!les &all para%eters on page 2 %ar"e$ +ith ). As soon as such a para%eter +as change$the status +ill sho+ :change$?.

9843 ,ootloa$er Varia!lesControl

* o9a/eK0e!oot

- - - -

9843 To acti/ate changes $one on the !ootloa$er-/aria!le the $isplay nee$s to !e re!oote$ using the :9a/e K 0e!oot? co%%an$ on 9843.

9844 9tatic 0AM * oClearK0e!oot

- - - -

9844 The clear K re!oot allo+s to e%pty the static 0AM an$ to re!oot the !oar$.

1ptions Setup Allo+s setup o co%ponent operation

S466 age 1 o 2 07* 0ange 0es. 9t$.C*-D

9t$.'C

9t$.'C Air

User9etting

9451 ass+or$ 0 - - - - -

9453 #o+ pressure alar%$elay

* 5-G %in 1 3 3 3

9453 The ti%e $elay &in %inutes) ater a start o the co%pressor&s) in +hich the occurrence o a lo+ pressure alar% is ignore$. Ater this ti%ethe lo+ pressure alar% is $elaye$ o approi%ately 15 secon$s.

9454 Actual #1 pressure 0 1.5-H.5 !ar 51 - - -

945G Actual #2 pressure 0 1.5-H.5 !ar 51 - - -

945S <eating steps 0 5123 #NT'C' C<'#TA <TA

- - - -

945S u%!er o heating steps. 6 -@ 5@ or 3.F O heater is present the 2 ree outputs %ight !e use$ or alar%s 7 +arnings in$ication.7AT 0el.1 *ater Alar% &#*D) 0el.2 <igh7#o+ Te%perature4#4 0el.1 Co%pressor 'ail &<7#7T<) 0el.2 'an 'ailure#H4 0el.1 Co%pressor 'ail &<7#7T<) 0el.2 <u%i$iier 'ailure

7T" 0el.1 #o+ Te%perature 0el.2 #o+ Te%perature &EEA)HT" 0el.1 <igh Te%perature 0el.2 <igh Te%perature &EEA)

9458 <eating $ea$!an$ 0 -155 -- K355J

51 - - -

9458 The /alue the heaters shall start later. Means the group o heaters is shite$ +ith the $ea$!an$ /alue to lo+er te%peratures.

945( <ot *ater 7 <otgas * <* < o - - - -




945( This setting is i%portant or iCOM #arge ,oar$ only. Fn case there is <otgas reheat or <ot+ater heat the unction +ill !e lin"e$ to ane+ output &see connection gui$e)

9415 3 Actuator runti%e * G5-455 sec 1 1HG sec 1HG sec 1HG sec

ENGLISH

9415 Actuators are %otors that $ri/e either the ' reecooling Da%per or +hich $ri/e Chille$ *ater or 'reecooling /a l/es. This para%eter isthe inor%ation or the ti%e necessar ro% co% letel close$ to co% letel o en osition.

9411 3 actuator %in.opening

* 5-G5= 1 - - -

9411 This para%eter guarantees a per%anent opening o the selecte$ percentage as long as the unit is in operation e/en i the control

+oul$ li"e to close the 3-actuator co%pletely.S466 age 2 o 2 07* 0ange 0es. 9t$.

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9412 ass+or$ * - - - - -

9413 <u%i$iication ena!le$ 0 o es es es es

9413 Ena!les 7 $isa!les the hu%i$iier operation.OTE 9etting this para%eter to E9 %a"es the control loo"ing or a hu%i$ity sensor. F not present a +arning +ill occur.

9414 9tea% 0ate 0 o 35-155= 15 - - -

9414 *hen set to 155= the hu%i$iier +ill pro$uce the no%inal a%ount o stea% i set to a lo+er /alue the hu%i$iier +ill pro$uce lessstea% accor$ing the setting. This is /ali$ or !oth operating %o$es O-O an$ proportional.

941G Dehu% ena!le$ 0 o es es es es

941G Ena!les 7 $isa!les the $ehu%i$iication operation. OTE 9etting this ara%eter to E9 %a"es the control loo"ing or a hu%i$itysensor. F not present a +arning +ill occur.o no Dehu% peror%e$

es Dehu% peror%e$ i reuire$.9TO 'C &'or Direct 'C units) Fnstea$ to start the co%pressor or Dehu%6 the 'C $a%per +ill !e close$ to a/oi$ inco%ing out$oorhu%i$ity.

941H Electric reheat operation 0 o es o o o

941H During Dehu% operation it coul$ !e necessary to reheat. F it is no pro!le% ro% the po+er consu%ption put this para%eter toIE9I. F co%pressor an$ heaters %ay not operate at the sa%e ti%e put it to IOI.

941S Dehu% <ysteresis 0 2G-G5= 1 G5 G5 G5

941S Deines the return air hu%i$ity /alue at +hich the $ehu%i$iication +ill !e stoppe$. Ft is e presse$ as percentage o the ull hu%i$ityproportional !an$. &G5= %eans that $ehu%i$iication +ill !e stoppe$ at roo% hu%i$ity 9etpoint).

9418 Dehu% 0elay As 0 Dehu% oo+er

*arning

- Dehu% Dehu% *arning

9418 Allo+s using the $ig ital output o $ehu%i$iication or other purposes i the $ehu%i$ iication %o$e is no t reuire$DE<UM Dehu%i$iication relay use$ or $ehu%i$iication &9tan$ar$)*A0F 0elay use$ as general +arning contact &splits *A an$ A# on t+o

0elays) O O*E0 0elay changes its state i the unit s+itches to IO O*E0I941( #*D o *arning

Alar%

- - - -

941( Ena!les or $isa!les the sensor. *hen ena!le$ can !e set to *arning &Message only) or to Alar% &stops unit in case o +ater

9425 #*D Value 555-2G5V 551 - - -

9425 #*D /alue actual in$ication ro% #*D. 9houl$ !e !et+een 1.2 an$ 1.H to !e OJ.

9421 9ingle unit auto restart 5-((( sec 1 G G G

9421 The ti%e $elay in secon$s !et+een the po+er on an$ the start o the unit. OTE Each unit %ultiplies the ti%e +ith its iCOM FD

9422 On-O ena!le$ es o - es es es

9422 :E9? to accept the O7O'' co%%an$ ro% a connecte$ $isplay.

avigator Board Setup Allo+s setup o a/igator logging &see also AVFATO0,OA0D connection gui$e an$ %anual co$e 2S2G(()

SC66 age 1 o 8

*ir*uit - values07* 0ange 0es. 9t$.

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9etting

9(51 ass+or$ *

9(52Con$ensingte%perature 1

0 @C 51

- - -

9(53 Con$ensing pressure 1 0 !ar 51 - - -

9(54 E/aporating te%p. 1 0 @C 51 - - -

9(5G E/aporating pressure 1 0 !ar 51 - - -

9(5H Discharge te%p. 1 0 @C 51 - - -

9(5S 9uction te%perature 1 0 @C 51 - - -

9(58 #iui$ line te%p. 1 0 @C 51 - - -

9(5( 9uperheat 1 0 @C 51 - - -

9(15 9u! cooling 1 0 @C 51 - - -

SC66 age 2 o 8

*ir*uit 5 values07* 0ange 0es. 9t$.

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9etting

9(12 ass+or$ *




9(13Con$ensingte%perature 2

0 @C 51

- - -

9(14 Con$ensing pressure 2 0 !ar 51 - - -

9(1G E/aporating te%p. 2 0 @C 51 - - -

ENGLISH

9(1H E/a oratin ressure 2 0 !ar 51 - - -9(1S Discharge te%p. 2 0 @C 51 - - -

9(18 9uction te%perature 2 0 @C 51 - - -

9(1( #iui$ line te%p. 2 0 @C 51 - - -9(25 9uperheat 2 0 @C 51 - - -

9(21 9u! cooling 2 0 @C 51 - - -

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9(23 ass+or$ *

9(24 Discharge te%p. C1 * K7- (( J 51 - - -

9(2GCali!rate$ Dischargete%p. C1

0 -28.5 - 155.5@C

1 - - -

9(2H 9uction te%p. C1 * K7- (( J 51 - - -

9(2SCali!rate$ 9uctionte%p. C1

0 -28.5 - 155.5@C

1 - - -

9(28 #iui$ te%p. C1 * K7- (( J 51 - - -

9(2(Cali!rate$ #iui$ te%p.C1

0 -28.5 - 155.5@C

1 - - -

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9(34 ass+or$ *

9(3G Discharge te%p. C2 * K7- (( J 51 - - -

9(3HCali!rate$ Dischargete%p. C2

0 -28.5 - 155.5@C

1 - - -

9(3S 9uction te%p. C2 * K7- (( J 51 - - -

9(38Cali!rate$ 9uctionte%p. C2

0 -28.5 - 155.5@C

1 - - -

9(3( #iui$ te%p. C2 * K7- (( J 51 - - -

9(45Cali!rate$ #iui$ te%p.C2

0 -28.5 - 155.5@C

1 - - -

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9(4G ass+or$ *

9(4H 0E'0FE0AT 0 022 045S - - - -

9(4S <1 9ensor &#o+) * 55-155V 51 - - -

9(4S <1 9ensor &#o+) * -H5-G55 !ar 51 - - -

9(48 <1 9ensor &<igh) * 55-155V 51 - - -

9(48 <1 9ensor &<igh) * -H5-G55 !ar 51 - - -

9(4( Actual <1 /oltage 0 555-1555V 551 - - -

9(G5 Actual <1 pressure 0 55-155!ar 51 - - -

9(G1 #1 9ensor &#o+)* 55-155V 51 - - -

9(G1 #1 9ensor &#o+) * -H5-G55 !ar 51 - - -

9(G2 #1 9ensor &<igh) * 55-155V 51 - - -

9(G2 #1 9ensor &<igh) * -H5-G55 !ar 51 - - -

9(G3 Actual #1 /oltage 0 555-1555V 551 - - -

9(G4 Actual #1 pressure 0 55-155!ar 51 - - -

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9(4G ass+or$ *

9(4H 0E'0FE0AT 0 022 045S - - - -

9(4S <2 9ensor &#o+) * 55-155V 51 - - -

9(4S <2 9ensor &#o+) * -H5-G55 !ar 51 - - -

9(48 <2 9ensor &<igh) * 55-155V 51 - - -

9(48 <2 9ensor &<igh) * -H5-G55 !ar 51 - - -

9(4( Actual <2 /oltage 0 555-1555V 551 - - -

9(G5 Actual <2 pressure 0 55-155!ar 51 - - -

9(G1 #2 9ensor &#o+) * 55-155V 51 - - -

9(G1 #2 9ensor &#o+) * -H5-G55 !ar 51 - - -




9(G2 #2 9ensor &<igh) * 55-155V 51 - - -

9(G2 #2 9ensor &<igh) * -H5-G55 !ar 51 - - -

9(G3 Actual #2 /oltage 0 555-1555V 551 - - -

9(G4 Actual #2 pressure 0 55-155!ar 51 - - -

ENGLISH

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9(GH ass+or$ * - - - -

9(GS #og inter/al * 1s-1G %in 1 - - -9(G8 9tart logging * o es - - - -

9(G( #og $ischarge sensor * o es - - - -

9(H5 #og suction sensor * o es - - - -

9(H1 #og liui$ sensor * o es - - - -

9(H2 #og < sensor * o es - - - -

9(H3 #og # sensor * o es - - - -

9(H4 #ogging Ti%e 0 - - -

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9(HS ass+or$ * - - - -

9(H8 < higher than * 1G-2G !ar 1 - - -

9(H( < hysteresis * 1G-2G !ar 1 - - -

9(H8 - 9(H( < <F<E0 $eines the con$enser pressure li%it. F the /alue ecee$s the li%it the logging is orce$ to 1 sa%ple per secon$. Thelogging goes to nor%al as soon as the /alue co%es !elo+ the li%it %inus the hysteresis $eine$. Fn case o high pressure alar%

the logging is orce$ to 1 sa%ple per secon$ or G %inutes then the logging is stoppe$. Ft +ill !e reacti/ate$ as soon as the alar% is

9(S5 # lo+er than * 1-G !ar 1 - - -

9(S1 # hysteresis * 5-G !ar 1 - - -

9(S5 - (S1 # #O*E0 $eines the e/aporator pressure li%it. F the /alue e cee$s the li%it the logging is orce$ to 1 sa%ple per secon$. Thelogging goes to nor%al as soon as the /alue co%es o/er the li%it plus the hysteresis $eine$. Fn case o lo+ pressure alar% thelogging is orce$ to 1 sa%ple per secon$s or G %inutes then the logging is stoppe$. Ft +ill !e reacti/ate$ as soon as the alar% is

9(S2 Out$oor te%peraturehigher than

* 1-G !ar 1 - - -

9(S3 Out$oor hysteresis * 25-G5 @C 1 - - -9(S2 - (S3 OUTD. <F<E0 $eines the out$oor air te%perature &rea$ !y iCOM) li%it. F the /alue ecee$s the li%it the logging is orce$ to 1

sa%ple per secon$. The logging goes to nor%al as soon as the /alue co%es !elo+ the li%it plus the hysteresis $eine$.0OOM <F<E0 Q $eines the return air te%perature &$etecte$ !y Microace) li%it i the /alue ecee$s the li%it the logging is orce$ to1 sa%ple per secon$. The logging goes to nor%al as soon as the /alue co%es !elo+ plus the hysteresis $eine$.

9(S4 Discharge te%peraturehigher than

* 1-15@C 1 - - -

9(SG Discharge hysteresis * G5-(( @C 1 - - -

9(S4 - (SG DF9C<A0E <F<E0 $eines the supply air te%perature &$etecte$ !y iCOM) li%it. F the /alue ecee$s the li%it the logging is orce$to 1 sa%ple per secon$. The logging goes to nor%al as soon as the /alue co%es !elo+ plus the hysteresis $eine$.

9(SH 0oo% te%peraturehigher than

* 1-35@C 1 - - -

9(SS 0oo% hysteresis * 25-45 @C 1 - - -

9(SH - (SS 0OOM <F<E0 $eines the return air te%perature &$etecte$ !y iCOM) li%it. F the /alue ecee$s the li%it the logging is orce$ to 1

sa%ple per secon$. The logging goes to nor%al as soon as the /alue co%es !elo+ plus the hysteresis $eine$.Servi*e #onta*ts Contains "ey contact inor%ation or local ser/ice

inclu$ing na%es an$ phone nu%!ers

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9S51 ass+or$ * one Austria9+itL.D9+itL.'

,enelu D,enelu 'er%any

'rance UJ

<ungary Ftalyolan$ 9pain

- - - -

9S52 Country * tet-string - - - -

9S53 A$$ress line 1 * tet-string - - - -

9S54 A$$ress line 2 * tet-string - - - -

9S5G A$$ress line 3 * tet-string - - - -




9S5H A$$ress line 4 * tet-string - - - -



ENGLISH

User Manual iCOM Control EV Application G(

4.2.4.3 i#12 "dvan*ed 2enu Parameters

a*tory Settings Unit coniguration settings as set in the actory changes allo+e$O# +ith actory appro/al

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A151 ass+or$ * - - - - - -

A152 0erigerant Type * 022 045SC - - - -

A153 u%!er o co%pressors * 512 1 2 2 2

A153 *A0F +rong setting o this para%eter %ay cause alse alar%s as +ell as serious $a%age o theunit. 'or correct setting please reer to the ollo+ing ta!le5 Q Chille$ *ater

Unit 1 Q 9ingleCo%pressor 2 Q T+in

A154 'reecooling * o lycol Air - - - -

A154 *A0F +rong setting o this para%eter %ay cause alse alar%s as +ell as serious $a%age o theunit. 'or correct setting please reer to the ollo+ing ta!leone Q o 'reecooling

Air Q 'C !y opening AF0-Da%per

lycol Q 'C ! y opening *ater

A15G 9et 9tan$ar$ 9ettings * es o - - - -

A15G F set to E9 all para%eters o the selecte$ unit +ill !e change$ auto%atically to pre-$eine$ /alues. To !e use$ ater iCOM har$+areup$ate only.OTE IE9I Bu%ps !ac" to IOI &it !eha/es as a Ipush !uttonI).

A15H Co%pressor $elay ti%e * 5-125 sec 1 5 5 5

A15H The co%pressor is acti/ate$ ater the $elay set6 this unction is use$ on those units euippe$ +ith interceptor +ater /al/e.

A15S Co%pressor %in onti%e

* 5-G %in 1 5 5 5

A158 Co%pressor %in o ti%e

* 5-G %in 1 5 5 5

A15S R A158 The MF O ti%e +ill "eep the co%pressor operating or the selecte$ ti%e also i there is no cooling reuest any%ore. The MF O''ti%e +ill "eep the co%pressor in o %o$e as long as the o perio$ is not elapse$.ote ,et+een 2 starts o the sa%e co%pressor there is a &ie$) %ini%u% ti%e $elay o H %inutes.

A15( Co%pressor Ther%alEna!le$

* o es - o o o

A15( Ena!les the co%pressor ther%al protection alar%

A115 Ther%al rotectionType

* ContactTC 9ensor

- Contact Contact Contact

A115 Deines +hich type o Ther%al rotection is installe$ on $igital scroll co%pressor6 $ont consi$er this para%eter or stan$ar$

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A112 ass+or$ * - - - - -

A113 #o+ Airlo+ at * 5-155= 9*F 1 45 45 45

A113 Use IAUTO9ET AF0'#O*I to set. Depen$ing on the /alue assigne$ to this para%eter iCOM +ill generate +arning or alar% +hen the/oltage generate$ !y airlo+ sensor is lo+er than the threshol$ set. F a $ierential pressure s+itch is use$ 9*F has to !e set.

A114 Autoset Airlo+ * o es - - - -

A114 9top the unit irst. 9et para%eter to IE9I. The unit +ill start the an or 35 secon$s an$ then +ait 35 secon$s +ith an o. Ater thatthe /alue +ill !e set. F a +arning appears there +as no reaction ro% the airlo+ $e/ice.

A11G Airlo+ Value 0 5-155= 1 - - - A11G 0ea$ only analogue /alue &percentage) that inor%s a!out the airlo+ spee$ insi$e the unit. This /alue can !e ta"en into account +hen

setting the #o+ Airlo+ At para%eter.

A11H 'an 'ailure * *arning Alar%

- Alar% Alar% Alar%

A11H Depen$ing on the /alue assigne$ to this para%eter iCOM +ill stop hu%i$ity control an$ heating only +hen set to *arning or +illco%pletely stop the Unit +hen set to Alar% +hen the airlo+ /alue is lo+er than the threshol$ setting.

A11S C* Val/e Control * arallel AlternateCasca$e

- arallel arallel arallel

A11S The 3. actuators are %anage$ accor$ing to the %o$e setarallel Q !oth t+o 3 Actuators are %anage$ in parallel

Alternate Q only one 3 actuator is use$6 the assign%ent is $one !y the C* Cal/e Main para%eter Casca$e Q the irst 3 actuator is $ri/en ro% 5= to S5= o proportional !an$ the secon$ one ro% S5= to 155=

A118 <u%i$iier Mo$el * 21# G3# G3<

(3# (3< $3<<T2 <TG

<T( ET F03F0H

- - - -

A118 To !e set accor$ing the stea% cylin$er %ounte$ in the air con$itioning unit. F an eternal hu%i$iier has to !e controlle$ thispara%eter %ust !e set to IETI.




ENGLISH

A11( <u%. 9upply /oltage * 235 455 4H5GSG V

- - - -

A11( The /oltage sets auto%atically ater setting the cylin$er type.

A125 <u%i$iier Control * on-o 7 prop - - - -

A125 The control !eha/ior o the hu%i$iier*hen set to O7O'' the hu%i$iier +ill start at the let-en$ o hu%i$ity proportional !an$ at its %ai%u% capacity &$eine$ +ith 9TEAM0ATE) an$ stop +hen the roo% hu%i$ity 9etpoint is reache$.*hen set to proportional the stea% output +ill !e proportional to the $e/iation o return air hu%i$ity ro% roo% hu%i$ity 9etpoint.




A121 <u%i$iier A%psno%inal

0 55 - 355 A - - - -

A121 9ho+s the no%inal current or the stea% cylin$er recalculate$ !y the stea% rate.

A122 <u%i$iier A%ps actual 0 55 - 355 A - - - -

A122 9ho+s the actual %easure$ current ro% the stea% cylin$er.

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A123 ass+or$ * - - - - -

A124 #1 sensor 5V Q * 55-155V 51 55 55 55

A124 #1 sensor 5V Q * -15.5 7 KG5.5

!ar

51 -2G -2G -2G

A12G #1 sensor 15V Q * 55-155V 51 85 85 85

A12G #1 sensor 15V Q * -15.5 7 KG5.5!ar

51 15 15 15

A12H Actual #1 signal 0 555-1555V 551 - - -

A12H Actual #1 signal 0 -15.55 KG5.55!ar

551 - - -

A12S #2 sensor 5V Q * 55-155V 51 55 55 55

A12S #2 sensor 5V Q * -15.5 7 KG5.5!ar

51 -2G -2G -2G

A128 #2 sensor 15.5V Q * 55-155V 51 85 85 85

A128 #2 sensor 15.5V Q * -15.5 7 KG5.5!ar

51 15 15 15

A12( Actual #2 signal0 555-1555V 551 - - -

A12( Actual #2 signal 0 -15.55 KG5.55!ar

551 - - -

A135 Unit Type 'C7D * 'C O0 D 'C AD D

- 'C O0D

'C O0D

'C O0D

A135 A135 $eines the coo ling coniguration'C or D %eans that the co%pressor 1; 'reecooling +ill !e use$ alternati/ely.'C K D %ean that !oth co%pressor an$ 'reecooling can !e acti/ate$ at the sa%e ti%e.

A131 # stop 'C at * 55 - 255 !ar 51 G G G

A131 <ysteresis * 55 - 255 !ar 51 2 2 2

A131 A131 $eines the lo+ pressure li%it to stop the 'reecooling +hen !oth co%pressor an$ ree cooling are +or"ing. F the pressureecee$s the li%it the ree cooling is stoppe$ or 1 hour. 'reecooling +ill !e reacti/ate$ only i the pressure /alue co%es o/er

the li%it plus the hysteresis $eine$.

A132 # Alar% at * 55 - 255 !ar 51 2G 2G 2G

A132 # Alar% <ysteresis* 55 - 255 !ar 51 2 2 2

A132 A132 $eines the lo+ pressure li%it to generate the lo+ pressure alar%. The co%pressors +ill !e ena!le$ to +or" as soon as thepressure co%es o/er the li%it plus the hysteresis $eine$ an$ the alar% has !een reset.

A133 9top Co%p. <ysteresis * 15-85 = 1 G5 G5 G5

A133 A133 $eines the +or"ing !an$ o co%pressor 1 an$ 2 +hen 'reecooling is acti/e. The !an$ /alue &in =) is calculate$ accor$ing to thete%perature 9etpoint an$ DT3 para%eter /alues. The DT3 para%eter is use$ also to acti/ate co%pressor 1.Co%pressor 2 &i eisting) is acti/ate$ 1.G @J a!o/e.

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A134 ass+or$ * - - - - -

A13G Analogue output 1 * see note !elo+ otuse$

otuse$

otuse$

A13H Analogue output 2 * 9a%e as Ana Out 1

otuse$

otuse$

otuse$

A13S Analogue output 3 * 9a%e as Ana Out 1

otuse$

otuse$

otuse$

A138 Analogue output 4 * 9a%e as Ana Out 1

otuse$

otuse$

otuse$

ENGLISH




A13G R A138 All a/aila!le 5 - 15V$c outputs %ay !e use$ or se/eral purposes3P& "#T'"T1; - osition o irst 3 point actuator

&'ee$!ac") 3P& "#T'"T1; 5 osition o secon$ 3 pointactuator &'ee$!ac")H,"TI8 33 9ignal increases to 15V +ithin the irst step o heaters.S'PP7> #1T;17 'an spee$ regulation in relation to supply air te%perature

;"D#117,; Dry Cooler 'anspee$ control. &lycol 'C incl. 9u7*F changeo/er)H,"T,; B1";D 'or units +hich ha/e a$$itional heater !oar$ or electricalheaters. HT H'2 <u%i$ity signal &5=r<-155=r< Q 5V-15V)S'PP7> T,2P &5C-G5C Q 5V-15V);,T'; T,2P &5C - G5C Q 5V - 15V)4"SP,,D 'anspee$ Control.H,"T,;S 9ignal increases to 15V +ithin the heaters part o p-!an$.

H'2IDI4I,; 9ignal increases to 15V +ithin the hu%i$iier part o p-!an$.#117I8 9ignal increases to 15V +ithin the cooling part o p-!an$.#117I8 - 9ignal increases to 15V +ithin the co%pressor 1 hysteresis.#117I8 5 9ignal increases to 15V +ithin the co%pressor 2 hysteresis.S'P,;S"V,; Output or 9etpoint- shiting o 9uperchillers 7 Matri units."7";2B1";D 9ignal or Alar% !oar$2,T;I# ;112 Dri/e signal or <otgas reheating in IConstant-li"eI units.OTE Co%pressor +ill not stop on 9etpoint !ut 2G= o p-!an$ lo+er +ith a $elay o 25 %inutesIEV";I,F Con$enser 'anspee$ controlDES#;177 Digital 9croll Co%pressor control K Con$enser 'anspee$ controlOTE it is enough to set one o the a/aila!le analog outputs as D-9croll to acti/e the $igital scroll co%pressor %anage%ent6 in thiscase the relate$ output is auto%atically use$ to %anage the con$enser an spee$ as or F-Varie unction6 the $igital scrollco%pressor capacity is $one !y the $igital output 12 &3G 17G). The F-Varie an$ D-9croll unctions !eco%es in$epen$ent as

soon as one output is set as D- 9croll an$ another one is set as F-Varie6 in this case the $igital scroll co%pressor capacity is%ana e$ ! the relate$ analo out ut set as D-9croll an$ not ! the $i ital out ut.

A13( C* Val/e Main * 1 2 Et - 1 1 1

A13( Deines +hich has to !e the irstactuator 1 Q the 3 actuator 1 is theirst one2 Q the 3 actuator 2 is the irst one

A145 C* Val/e 0otationEna!le$

* o es - o o o

A145 Ena!le the actuators rotation e/ery ti%e i only the C* Val/e Main para%eter is set 1 or 2

A141 C* Val/e 0otationTi%e

* 1 R 155 hours 1 24 24 24

A141 Deines +hen to peror% the actuators rotation i only the C* Val/e %ain para%eter is set 1 or 2

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A14G ass+or$ * - - - - -

A14H Con$enser 9etpoint * G.5 R 22.5 !ar 5.1 A14H 0erigerant con$enser setpoint /alue

A14S Con$enser ,an$ * 1.5 R 15.5 !ar 5.1

A14S Con$enser !an$ range /alues use$ or $ea$ Lone calculation

A148 Con$enser Dea$ Zone * 5 R 85 = 1

A148 Zone o :o %o/e%ent?6 pressure can change +ithout inluence the current con$enser an spee$ %o$ulate$ signal /alue

A14( Cut O * G.5 R 1G.5 !ar 5.1

A14( #o+ Con$enser pressure li%it con$enser an spee$ signal is orce$ to 5= +hen the con$enser pressure $rops !elo+ the li%it

A1G5 0eset Cut O at K * 5 R G.5 !ar 5.1

A1G5 Con$enser an spee$ signal is applie$ again as soon as the pressure is higher then the li%it

A1G1 Mini%u% Con$enser 9ignal

* 5 R G.5 V 5.1

A1G1Mini%u% con$enser an spee$ signal allo+e$ $uring con$enser control

A1G2 Mai%u% Con$enser 9ignal

* 3.5 R 15.5 V 5.1

A1G2 Mai%u% con$enser an spee$ signal allo+e$ $uring con$enser control

A1G3 <igh ressure *arning * 15.5 R 35.5 !ar 5.1

A1G3 <igh con$enser pressure li%it con$enser an spee$ signal is orce$ to %ai%u% /alue &155=) +hen the li%it is reache$6 spee$!ac"s un$er control as soon as the pressure is 1 !ar lo+er then the li%it

A1G4 #o+ Co%pressor Capacity at

* G.5 R 35.5 !ar 5.1

A1G4 <igh $ischarge pressure li%it %ai%u% $igital scroll co%pressor capacity is %ai%u% 85= +hen the li%it isreache$. This unction is acti/ate$ also in case o W[ e/ent

A1GG #o+ Co%pressor Capacity or

* 15 R 35 %in 1

A1GG The Co%pressor capacity re$uction is "ept acti/e or the ti%e set

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A1GH ass+or$ * - - - - - -

ENGLISH




A1GS 0eset #o+ Capacity at - * 1.5 R G.5 !ar 5.1

A1GS Co%pressor capacity re$uction unction is reset ater the ti%e set an$ i the $ischarge pressure is lo+er then the li%it K hysteresys$eine$. The unction re%ains acti/e i the W[ e/ent is acti/e.

A1G8 Con$enser Control Mo$e * Manual Auto -

A1G8 Deines the con$enser control %o$e Manual analog output can !e %anage$ in %anual %o$e &unit nee$s to !e in %anual %o$ealso) Auto analog output is %anage$ $irectly !y the con$enser control unction in$epen$ently ro% unit running %o$e

A1G( Con$enser Type * Air *ater -

A1G( Deines the con$enser type Air or *ater.Co%pressor capacity re$uction unction is $eacti/ate$ in case o :+ater? setting

A1H5 F-Varie Control Ena!le$ * o es -

A1H5 Con$enser control it is auto%atically ena!le$ +hen an analog output is set as D-9croll or F-Varie6 it is auto%atically $isa!le$ i any

analog output is set as D-9croll or F-Varie A1H1 Con$. <1 9ensor 5 Volt * 5.5-15.5V 5.1 5.5 5.5 5.5

A1H1 Con$. <1 9ensor 5 Volt * -15.5 7 KG5.5!ar

5.1 -4.G -4.G -4.G

A1H2 Con$ <1 9ens. 15.5 Volt 5.5-15.5V 5.1 (.5 (.5 (.5

A1H2 Con$ <1 9ens. 15.5 Volt -15.5 7 KG5.5!ar

51 34.5 34.5 34.5

A1H3 Disch. <2 9ensor 5 Volt * 5.5-15.5V 5.1 5.5 5.5 5.5

A1H3 Disch. <2 9ensor 5 Volt * -15.5 7 KG5.5!ar

5.1 -4.G -4.G -4.G

A1H4 Disch <2 9ens. 15.5 Volt * 5.5-15.5V 5.1 (.5 (.5 (.5

A1H4 Disch <2 9ens. 15.5 Volt * -15.5 7 KG5.5!ar

5.1 34.5 34.5 34.5

A1HG Actual Con$enser ress. 0 -15.55 KG5.55!ar

5.51 - - - -

A1HG Actual Discharge ress. 0 -15.55 KG5.55!ar

5.51 - - - -

A1HH Actual Con$enser 'an9pee$

0 5 R 155= 1 - - -

4&5&: i#12 Display ,vents

ote %essages an$ +arnings 7 alar%s %ar"e$ +ith +ill OT acti/ate the +arning 7 alar% relay on the!oar$.

FD Description Type Ti%ing 7 otes

5 EE0A# A#A0M 0E9ET ACJO*#EDE1 COM. 1 <F< 0E99U0E A#A0M 25 secon$s $elay 7 ena!le$ only i

co%pressor is on

2 COM0E99O0 1 #O* 0E99U0E A#A0M 15 secon$s $elay 7 ena!le$ only i co%pressor is on K #o+ ressureDelay Ti%e

3 <F< C<F##ED *ATE0 *A0F 1G %inutes $elay ater unit on 7 onlyor chille$ +ater units

4 #O* C<F##ED *ATE0 '#O* *A0F 15 secon$s $elay 7 ena!le$ only iunit is on only or chille$ +ater units

G E#ECT0FCA# <EATE09 OVE0<EATED *A0F H5 secon$s $elay 7 ena!le$ only iheaters are on

H 'A 'AF#U0E *A0F 155 secon$s $elay ater an on6 15secon$s $elay in nor%al operation

S 'A 'AF#U0E A#A0M 155 secon$s $elay ater an on6 15secon$s $elay in nor%al operation

8 C#OED 'F#TE09 *A0F H5 secon$s $elay 7 ena!le$ only ro%Mon$ay to Thurs$ay 5(55 to 1H55hrs.

( *ATE0 #EAJAE *A0F 2G secon$s $elay

15 *ATE0 #EAJAE A#A0M 2G secon$s $elay

11 U9E0 FUT 1 T0FE0ED *A0F 15 secon$s $elay

12 U9E0 FUT 1 T0FE0ED A#A0M 15 secon$s $elay

13 <UMFDF'FE0 'AF#U0E *A0F

14 <UMFDF'FE0 <F< CU00ET *A0F

1G <UMFDF'FE0 'AF#U0E *A0F

1H <UMFDF'FE0 'AF#U0E *A0F

1S <UMFDF'FE0 C#FDE0 *O0 *A0F

18 <F< 0OOM TEME0ATU0E *A0F 35 %inutes $elay ater unit on

1( #O* 0OOM TEME0ATU0E *A0F 35 %inutes $elay ater unit on

ENGLISH



FD Description Type Ti%ing 7 otes25 <F< 0OOM <UMFDFT *A0F 35 %inutes $elay ater unit on

21 #O* 0OOM <UMFDFT *A0F 35 %inutes $elay ater unit on

22 <F< 0OOM TEME0ATU0E *A0F 35 %inutes $elay ater unit on

23 #O* 0OOM TEME0ATU0E *A0F 35 %inutes $elay ater unit on

24 <F< 0OOM <UMFDFT *A0F 35 %inutes $elay ater unit on

2G #O* 0OOM <UMFDFT *A0F 35 %inutes $elay ater unit on

2H CODFTFOE0 *O0JF <OU09 ECEEDED *A0F ena!le$ only ro% Mon$ay toThurs$ay 5(55 to 1H55 hrs.

2S COM0E99O0 1 *O0JF <OU09ECEEDED

*A0F ena!le$ only ro% Mon$ay toThurs$ay 5(55 to 1H55 hrs.

28 <UMFDF'FE0 *O0JF <OU09 ECEEDED *A0F ena!le$ only ro% Mon$ay toThurs$ay 5(55 to 1H55 hrs.

2( TC 9E9O0 'AF#U0E *A0F 35 secon$s $elay ater po+er on

35 0OOM 9E9O0 'AF#U0E *A0F 35 secon$s $elay ater po+er on

31 0OOM 9E9O0 'AF#U0E A#A0M 35 secon$s $elay ater po+er on

32 EEA 9E9O0 'AF#U0E *A0F 35 secon$s $elay ater po+er on

33 *ATE0 0E9ECE 9E9O0 'AF#U0E *A0F 2G secon$s $elay

34 ET*O0J 'AF#U0E *A0F 2 %inutes $elay

3G OUT O' MEMO0 *A0F

3H UFT O ME99AE

3S UFT O'' ME99AE

38 9#EE MODE ME99AE

3( 9TAD, MODE ME99AE

45 O*E0 O UFT #OF ME99AE

41 O*E0 O'' ME99AE

42 - GS Unit 1 R 1H $isconnecte$ *A0F 3 %inutes $elay ater po+er on the 2%inutes $elay

G8 COM. 2 <F< 0E99U0E A#A0M 25 secon$s $elay 7 ena!le$ only ico%pressor is on

G( COM0E99O0 2 #O* 0E99U0E A#A0M 15 secon$s $elay 7 ena!le$ only i co%pressor is on K #o+ ressureDelay Ti%e

H5 COM0E99O0 2 *O0JF <OU09ECEEDED

*A0F ena!le$ only ro% Mon$ay toThurs$ay 5(55 to 1H55 hrs.

H1 OUTDOO0 TEM. 9E9O0 *A0F H5 secon$s $elayH2 #CO# TEM. 9E9O0 *A0F H5 secon$s $elay

H3 '0EECOO#F 9TOED 'O0 1 <OU0 ME99AE

H4 O-O'' , <F0OMATFC OT EA,#ED ME99AE

HG 9MOJE A#A0M A#A0M 1G secon$s $elay

HH O O*E0 &U9E0 FUT) ME99AE

HS O*E0 O &U9E0 FUT) ME99AE

H8 U9E0 FUT 2 T0FE0ED *A0F 15 secon$s $elay

H( U9E0 FUT 2 T0FE0ED A#A0M 15 secon$s $elay

S5 O COECTFO TO UFT 1 *A0F G %inutes $elay

S1 COM0E99O0 1 MOTO0 0OTECTFO A#A0M 35 secon$s $elay

S2 COM0E99O0 2 MOTO0 0OTECTFO A#A0M 35 secon$s $elayS3 'F0E A#A0M A#A0M 25 secon$s $elay

S4 OUT O' MEMO0 *A0F

SG CODE9E0 1 'A 'AF#U0E *A0F 1G secon$s $elay

SH CODE9E0 2 'A 'AF#U0E *A0F 1G secon$s $elay

SS ET*O0J F *A0F Q <iro!us Error 2 $e/ices +ith sa%ea$$ress

S8 9U,0OU-FD OT UFNUE *A0F 15 secon$s $elay

S( 9U,0OU-UFT 1 OT COECTED *A0F 15 secon$s $elay

85 9U,0OU-UFT 2 OT COECTED *A0F 15 secon$s $elay

81 9<A0E 0OOM 9E9O0 'AF#U0E *A0F

82 9<A0E 0OOM 9E9O0 'AF#U0E A#A0M

83 MAFTEACE DOE Message

User Manual iCOM Control PA-HPM Application (1).docx

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