AE-CC-01_manual

8/17/2019 AE-CC-01_manual

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AE-CC-01

CONTROL PANEL

Table of Contents

PROV. FAN PANEL

INSTRUCTION &

OPERATION

MANUAL


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1. Instructions2. La!out of AE!CC!"1 Controller

#. Pa$ %uttons an$ LE In$icator

'. O(eration

). In(ut an$ Out(ut escri(tion

*. Pro+ra,,in+

-. Troublesootin+

1." INSTRUCTION

Te col$ ca,ber electronic controller (rinte$ circuit


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boar$ /AE!CC!"10 is $esi+ne$ for auto,atic control of

roo, te,(erature an$ coolant solenoi$ ale control.

AE!CC!"1 PC% is a feature (ace$ ,icro(rocessor base$

control unit suitable to (erfor, fan ,otor run3 to o(en

an$ close refri+erant solenoi$ ale an$ to turn ON an$

O44 $efrostin+ ele,ent.

AE!CC!"1 PC% is $esi+ne$ for ,a5i,u, reliabilit 6it

1""7 soli$ state circuitr an$ isolate$ rela contact

for outsi$e use.

AE!CC!"1 PC% is incor(orate$ 6it t6o /20 te,(erature

controller3 run our ,eter3 coolin+ an$ $efrostin+

ti,er.

An al(a!nu,eric $is(la /)!$i+it -!se+,ent0 is isible

trou+ 6in$o6 in front of enclosure. urin+ nor,al

con$ition it $is(las roo, te,(erature.

Sste, alar, con$itions are si+nale$ at te (anel

isuall /b alar, LE0 an$ al(a!nu,eric $is(la. 8en

an alar, con$ition is (resent3 te $is(la 6ill e,it an

al(a!nu,eric co$e. Tis co$e can ten be inter(rete$

usin+ a ,enu affi5e$ in front of te $oor to $eter,ine

te error.

Pa$ buttons an$ LE In$icators 6it its $ifferent

functions are (roi$e$ for (ro+ra,,in+3 ,onitorin+ of

roo, te,(erature3 surface te,(erature of coolin+ coil3

fan runnin+ ours3 start9sto( of fan ,otor.

La,( test function is (roi$e$ to cec $ea$ LE an$ -!

se+,ent $is(la. Press te button an$ it 6ill li+t u(all LEs an$ te -!se+,ent $is(la.

IMPORTANT


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Co,(letel rea$ an$ un$erstan$ tis ,anual before usin+

te AE!CC!"1 PC%.

! AE!CC!"1 controller sall be su((lie$ se(aratel in

eac roo,.

!Master an$ Slae for Coolin+ an$ efrostin+ Ti,e

One AE!CC!"1 controller can set te Coolin+ an$

efrostin+ ti,e for all $ifferent in$s of roo,s i.e.

Meat roo,3 :e+etable roo,3 4is roo,. Or eac coolin+ an$

$efrostin+ ti,e of eac roo, can be set b teir o6n

AE!CC!"1 controller. Tis function is calle$ MASTER an$

SLA:E /see (ro+ra,,in+ section for ,ore $etails0. 4or

e5a,(le3 tere are # roo,s /Meat3 4is an$ :e+etable

roo,0 te controller AE!CC!"1 of Meat roo, as been cosen

to be te Master. Tis ,eans tat 4is an$ :e+etable roo,s

ae to be te Slae. Te coolin+ an$ $efrostin+ ti,e of

te Master as to be follo6e$ b te Slaes.

!Col$ Roo, an$ 4ree;in+ Roo, /OTO O4 RE4!AT!"1 CONTROLLER


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4i+. 1 4RONT ETAIL

LE ESCRIPTION

No. Na,e 9 escri(tion Color1 4AN RUN INICATOR ?REEN2 SOLENOI :AL:E OPEN INICATOR ?REEN# E4ROST INICATOR ?REEN

' ALARM INICATOR RE) ROOM TEMPERATURE INICATOR @ELLO8* COOLIN? COIL SUR4ACE TEMP. INICATOR @ELLO8- 4AN RUN >OUR INICATOR @ELLO8 4AN START %UTTON A!NUMERIC ISPLA@

T>E ALP>A!NUMERIC ISPLA@ /-!SE?MENT0 ISPLA@S ROOM TEMPERATURE3 RUNNIN?

>OURS3 SUR4ACE TEMPERATURE ON COOLIN? COIL %@ PRESSIN? T>E ISPLA@

%UTTON. AN ERROR COE S>ALL %E ISPLA@E UNER RELE:ANT CONITIONS.


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4i+. 1 4RONT ETAIL

#." PA %UTTONS AN LE INICATOR


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#.1 LE INICATOR

1. 4AN RUN LE Illu,inates 6en fan ,otor runs

2. SOLENOI :AL:E LE Illu,inates 6en solenoi$ ale o(ens.

#. E4ROST LE! Illu,inates $urin+ $efrostin+ ti,e an$ (o6er is

su((lie$ to $efrostin+ ele,ent un$er coolin+ coil.

'. ALARM LE! Illu,inates 6it error co$e on te al(a!nu,eric

$is(la 6en an alar, con$itions ,eet.

). TEMP. 1 LE! Illu,inates 6en Roo, Te,(erature is in$icate$

on te al(a!nu,eric $is(la.

*. TEMP. 2 LE! Illu,inates 6en Surface Te,(erature on te

coolin+ coil is in$icate$ on te al(a!nu,eric $is(la.

-. >OUR LE! Illu,inates 6en 4an ,otor runnin+ ti,e /our0 is

in$icate$ on te al(a!nu,eric $is(la.

4or e5a,(leD $is(la alue is roo, te,(erature

Roo, Te,(eratureD

!2"OC

Pressin+ Pa$ %utton


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an$ O44

2. UP %UTTON 9 LAMP TEST! Increases te alue of in(ut nu,ber3

also for la,( testin+. Perfor, la,( test b (ressin+ it off

an$ on3 cec for $ea$ LE of -!se+,ent3 if $ea$ LE 6ere

foun$3 re(lace 6it ne6 %utton an$ is(la PC%

#. O8N %UTTON 9 MANUAL E4ROST! ecreases te alue of te

in(ut nu,ber3 also for Manual efrostin+.

Manual efrostD Press te button to ,anuall start or sto(

,anuall te $efrostin+.

'. ISPLA@ %UTTON! Can+es te $is(lae$ alue on Al(a!

nu,eric $is(la. Te # LEs on te left si$e of te Al(a!

nu,eric $is(la in$icate if te $is(lae$ alue is roo,

te,(erature3 surface te,(erature on coolin+ coil or fanrunnin+ ti,e.

Tis fi+ure so6s al(a!nu,eric $is(la in$icates fan

runnin+ our because te LE >our illu,inates.

). SET %UTTON! Initiates settin+ for all (ara,eters an$ saes

can+e$ alue.

#.# ALP>A!NUMERIC ISPLA@ /)!I?IT3 -!SE?MENT0

8en un$er 4an Motor Sto( Con$ition3 (ressin+ Set %utton


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'.1 INITIAL START UP

1. isconnect (o6er su((l to te controller. Cec te

e5ternal connection /es(eciall3 ,otor (o6er line an$

PT1""F sensors0. After tat3 +o to te ne5t ste(.

2. Su((l te (o6er a+ain. Ten all LEs an$ -!se+,ent 6ill

li+t u( for ) secon$s. Cec if it all li+t u(.

GAs soon as tere is (o6er su((l3 te coolin+ 9 $efrostin+

ti,er starts3 terefore if ou 6ant to restart te coolin+

ti,e3 $isconnect te controllerHs (o6er su((l for at least 1"

secon$s ten su((l te (o6er a+ain.

#. Press te 4an Start %utton on front of controller.

Gurin+ startu(3 te roo, te,(erature is i+er tan te i+

te,(erature alar, on te settin+3 so e5(ect an alar, 6ill

occur. Tis alar, soul$ be ne+lecte$ as eertin+ is 6orin+

nor,all. Ten cec 6eter te roo, te,(erature is

$ecreasin+.

'. Te in$ii$ual roo, te,(erature is in$icate$ on -!se+,ent

of eac controller.

). Confir, if eac (ara,eter as been set e5actl base$ on te

uic reference +ui$e affi5e$ outsi$e of te $oor.

GIf tere is an abnor,al status3 te alar, 6ill turn ON. It

eiter +o to Auto Reset or it can be Manuall Reset. If it

+oes to Auto Reset3 te 4an re,ains ON3 if it +oes to Manual

Reset3 te 4an turns O44.

). If eertin+ is 6orin+ nor,all3 cec te refri+eratorHs

co,(ressor3 it soul$ be runnin+.

GIf te Co,(ressor STOPS3 te solenoi$ ale soul$ be O44an$ te 4an soul$ be ON.

-. 8ile in Coolin+ Ti,e3

GIf te Roo, Te,(erature is aboe te set te,(erature3 bot

Solenoi$ Sale an$ 4an soul$ be ON. %ut if te Roo,

te,(erature is belo6 te set te,(erature3 te Solenoi$ :ale

soul$ be O44 an$ te 4AN soul$ be ON.

G8ile in Coolin+ Ti,e3 it is (ossible to ,anuall $efrost b,anuall (usin+ te efrost button3 >eater turns ON3 Solenoi$


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:ale an$ 4an turn O44. Also 6ile in Manual efrost3 te

coolin+ ti,er is still runnin+.

. After Coolin+ Ti,e3 efrostin+ Ti,e co,es ne5t3

Gurin+ efrostin+ Ti,e if te Te,(erature on te surface ofcoolin+ (ins is belo6 Set Te,(erature3 te >eater soul$ be ON

an$ te Solenoi$ :ale an$ 4an soul$ be O44. %ut if it is

aboe Set Te,(erature3 All te >eater3 4an an$ Solenoi$ ale

soul$ be O44.

B. After te efrostin+ Ti,e3 te ccle 6ill +o bac to te

4an Start ON an$ re(eat te ccle.

4i+ure '.2

4i+ure

'.#


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)." INPUT 9 OUTPUT ESCRIPTION


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).1 INPUT ESCRIPTION

).1.1 Analo+ In(ut

A. Roo, Te,(eratureD /No.1 PT1"" O,0

Roo, Te,(erature ia PT1"" o, sensor in te roo,.

%. Surface Te,(erature on Ea(orator CoilD /No.2 PT1"" O,0

Te,(erature aboe ea(orator coil.

).1.2 i+ital In(ut

Table ).1.2

INPUT NUM%ERS NORMAL ERROR COE REMARJSIN 1 OPEN N9A REMOTE START9STOP 4OR 4AN

IN 2 CLOSE N9A SOL. :9: OPEN9CLOSEIN # CLOSE Err ! "# 4AN RUN 4EE %ACJ SI?NAL

).2 OUTPUT ESCRIPTION

).2.1 4AN RUN SI?NAL

Transistor Out(ut 2D Out 2 sall be ener+i;e$ $urin+ fan ,otor

run. Tese (orts sall be nor,all connecte$ 6it fan

,a+netic contactor.

).2.2 E4ROSTIN? SI?NAL

Transistor Out(ut 1D Out 1 sall be ener+i;e$ $urin+ electric

eater run. Tese (orts sall be nor,all connecte$ 6it

electric $efrostin+ eater ,a+netic contactor.

).2.# SOLENOI OPEN9CLOSE SI?NAL

Rela Out(ut 2D Rela Out 2 sall be connecte$ to solenoi$

ale an$ ener+i;e$ $urin+ co,(ressor run an$ 9 or stan$!b

con$ition.

).2.' ALARM SI?NAL

Rela Out(ut 1D Rela Out 1 sall be ener+i;e$ 6en alar,

occurre$. Te alar, con$ition as to be transferre$ to

e5ternal alar, $eice /Nor,al Close r Contact0.

*." PRO?RAMMIN? /Tis section (roi$e$

for su(erisor or autori;e$ (erson0


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Table *." MOE ESCRIPTION 4OR SETTIN?

ISPLA@ ESCRIPTION UNIT SET :ALUEE! CON4IRMATION 8>AT ERRORS OCCURRE

nStK5

MASTER CONTROLLER 1

SLA:E CONTROLLER "RUN >OUR ISPLA@ RUNNIN? >OUR >OUR !T

E

M

P

2

Pt2COL ROOM "4REEIN? ROOM 1

Su CORRECTION 4OR ISPLA@ TEMPERATURE oC I4 REUIRE

$f I44. TEMP.4OR E4ROSTIN? ! oC 1"1"St SET TEMP. 4OR E4ROSTIN? oC 2"#"i SET >I?> TEMP. ON T>E E:AP. COIL oC "

T

E

M

P1

Su CORRECTION 4OR ISPLA@ TEMPERATURE oC I4 REUIRE

$4 I44. TEMP. 4OR SOL. :9: OPEN9CLOSE oC 2St SET POINT 4OR ROOM TEMP. oC SEE %ELO8

Lo SET POINT 4OR LO8 TEMP. IN T>E ROOM /COL RM ONL@0o

C !1i SET POINT 4OR >I?> TEMP. IN T>E ROOM

oC )"

nt MANUAL E4ROSTIN? TIME MIN 1"

$t E4ROSTIN? TIME T>IS MENU IS TO %E USE 4OR

MASTER CONTROLLER ONL@

MIN 2"

Ct COOLIN? TIME >OUR 11

rt TIMER 4OR >I?> TEMP ALARM REPOSE MINAS PER ACTUAL

CONITION

T@PICAL SET :ALUE 4OR ROOM TEMPERATURE /RE4ERENCE ONL@0

MEAT ROOM 4IS> ROOM :E?. ROOM

ESI?N !1o

C !1o

C 'o

CACTUAL

Te controller utili;es a ,e,or $eice calle$ an EEPROM. Tis

,e,or3 once (ro+ra,,e$3 6ill store te $esire$ (ro+ra, infor,ation

(er,anentl3 een if (o6er is re,oe$3 et it 6ill allo6 a$a(t te

controller to te sste, reuire,ent.

*.1 MASTER OR SLA:E SETTIN?

Tis settin+ is set fro, factor3 it is not necessar to

can+e te settin+ on te for,er (anel. %ut it ,ust be ,easure$

accor$in+ to te content

*.1.1 Master /In case of usin+ te ti,er se(aratel0

Set!u( te controllers as follo6sD

1. Press


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#.


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#.1 Press


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oter $esi+nate$ 4ree;in+ Roo,.

*.2.2 Col$ Roo, /PT2!"0

Set!u( for Col$ Roo,

1. Press


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AE!CC!"1 CONTROLLER as a function to store alar, ,essa+es.

@ou ,a fin$ te ,eanin+ of eer alar, occurre$ in ,enu


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Table -." ERROR COE ESCRIPTIONERROR

COE

ESCRIPTION CORRECTI:E ACTION

Err ! "" EEPROM ERROR Re(lace a ne6 controllerErr "# 4AN RUN 4EE %ACJ 4AULT Cec control (o6er an$

contactor of fan ,otorErr 11 NO.1 PT 1""Ω SENSOR LOOP 4AULT Cec No.1 sensor an$ connection

Err 12 >I?> TEMPERATURE IN C>AM%ER /AUTO

RESET0

Te roo, te,(erature is i+er

tan set te,(eratureErr 1# LO8 TEMPERATURE IN C>AM%ER /AUTO

RESET0 COL ROOM ONL@

Te roo, te,(erature is lo6er

tan set te,(eratureErr 21 NO.2 PT 1""F SENSOR 4AIL OR >I?>

TEMP. ALARM

Cec No.1 sensor an$ connection

Te AE!CC!"1 Controller as been teste$ for t6o /20 ears in

our co,(an 6it actual con$itions an$ it $i$nHt encounter an

,alfunction.

It is +uarantee$ tat tere 6ill be no (roble,s.

>o6eer3 if ou foun$ an (roble,s 6it te controller3 (lease

cec te follo6in+D

!Alar, 6it error co$e $is(lain+D

Most errors are cause$ b ,i5e$!internal 6irin+ or connection

bet6een local instru,ents an$ controller In(ut (ort.

Terefore3 if alar, error co$e a((ens3 (lease cec e5ternal

6irin+ an$ connection accor$in+ to table -.". If it $oes not

6or3 consult >I AIR JOREA.

!Controller $oes not 6orD

Cec (o6er su((l an$ correct accor$in+ to $ra6in+

!Stran+e $is(la on -!se+,ent LE

Perfor, la,( test b (ressin+ it off an$ on3 cec for $ea$LE of -!se+,ent3 if $ea$ LEs 6ere foun$3 re(lace 6it ne6

%utton an$ is(la PC% /S9NDS!PT!2!:1!A10.

!4an an$9or solenoi$ ale $onHt 6or un$er nor,al con$ition

INPU

T

NORMA

L

A%NORMA

L

TROU%LE

IN 1 OPEN CLOSE 4an $oesnHt 6or. Cec In(ut No.1 6eter OPEN or

CLOSE 6it co,,onIN 2 CLOSE OPEN Sol. 9 $oesnHt 6or. Cec In(ut No.2 6eter

OPEN or CLOSE un$er co,(ressor stan$!b con$ition

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