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-r -.t - . at ffiCENTRAL MACHINERY &
PLASTIC PRODUCTSOPERATION & MAINTENANCE
MANUALFOR
OFFICE :1, LAJYA ESTATE- MOGRA ROAD, ANDHERI (EAST),a BOMBAY - 400 069. INDIA. i. PH. 9l -ZZY$Z-6t42,w36-6tg8/
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.l
CONTBNTS].. BRIEF DESCRIPTION2. SPECIFICATION3. FRONT & BACK DESCRIPTION4. POWER ON & RESET CONDITION5. PROGRAI{I4ING & USING THE SYSTEM6. STARTING & USING THE SYSTEI47. TESTING THE SYSTEM8. SERVICING & MAINTENANCE9. CARD ARRANGEMENTSr0. PowER SUPPLY coNNEcTroN11. DETAILS oF TIIIERT2. MACHINE SELECTION (}IODES)13. TEST MODE CH. NOS.14. ERRoR coDES15. WIRING CHARTa. MAIN CARD TO DISPI"AY CARD - CARD-Ib. ADM CARD TO BACK PANEL CARD-2C. OUTPUT CARD 1 TO BACK PANEL CARD 3d. OUTPUT CARD 2 to BACK PANEL CARD 4e. OUTPUT CARD 3 to BACK PANEL CARD 5f. OUTPUT CARD 4 to BACK PANEL CARD 6g. INPUT CARD TO BACK PANEL CARD 7h. CO!,IPOSITE OUTPUT, INPUT, THERMOCOUPLEWIRING CHARTi. BACK PANEL TO LED PI,ATE WIRING CHART
j. BUS CARD WIRING CHART:!.6. FRONT PF}IEL DIAGRAM1?. BA,CK PAI{EL DIAGRAI4Ig. TTRf,.rc DIAGRAH FoR HEATER M P e].9. TTEr!re DHGRAH FOR BLO$rER M P E20. r[nIre DI.TGRA}I FOR ITYD. U P C2]. . D. E. DNIIrE rITE FORCE EOOLING.
2247I
1818223839404345464747484950515253
Bu-or
545557585960516263***rrt****
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2. Connect spike Buster at the output of stabiliser. Output of spikeBuster should be connected to system supply. See supply wiringdiagram for proper connectlon.
3. Always put off power before removing or inserting cards. Observecorrect placing of cards. See inslde card arrangement diagramfor proper guidance.?4. Before removing any IC, make note of its position and polaritypaper. Remove IC one by one only. That is after first one
removed and again inserted. Then only remove second one.5. Never leave any conducting metal parts or solder spills on PCB orinside the unit, always clean the PCB, carefully check lt andthen only insert. Remove all fresh unwanted parts from panel.
TIIPORTANT POINTS
-se ELCB at mains Input to protect personal &damage due to earth leakage, overvoltage slngleUse servo controlled voltage stabillzer with High Eof rating 1 KVA minimum. Low cutt OFF should beHigh at 250V.
machlne fromphaslng etc.Low cutt OFFset at 2LOV &
onis
:. Firmly check & double check allLre system. tJrong connection may*,.l.rays use correct fuse rating oful f:r unit. fuse holder is----:''i
I
t
. 1,1
*=s :e:::3: l(_=:=-: ---eIs. .{sli:! r:' ::mre i:- -ic:'r-r--.. -5|'| s, 5:l:u3 |
ke;' i.s pressed and released ltsI! :;erator has pres-d No. 04
!t ?tr" -t- --5-r1=. -- L,
l' r""le :trE:?.:= r-trt-:t ! 3":t'rhE: =ea=: t-han q0 and presses=lEE[. I=3 :--rr =sglcy r:: q;1:'r ;le*r!:u,sJ,y programmed].llrp ]}:f51!:S,1-:i" A-ftcr :eg:l,r"cC l!s'c; I - g--n:'=rc *=s =Ji:=? fey' Norr:-is;tray ri-Ll. 5:l;'rr ;lcrr:'alg]1 ;;:q:amr+e.: ri:e :f t:'ai "i-Eelno. fcr Ex. i-f 3!:ra@ l's Fr='e: \ tbec' EJ:EE'
The Dlsplay wi-ll shor: C4 15.6 rlisplay -t 2,Previotrsly Program medValue of Tlmer 4.
(iv) If operator does not want to change the previous values,then just press ENTER Key Tvrice and same value wlllremain. If operator wants to change lts value then pressNumerlc keys and check the disPlay for values. Dtsplay wlllshow onty latest three keys entered. For Ex. operator enters324 then dlsPlays wlll show:
04 32.4 (Dlsplay Set 2)Scrr if operator pressed key I then dlsplay wlll show:
24.8
-.: i.s out of 3248, 3 ls lost and;res-reC and shown on display.
04
latest (g keys ) 24e is
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:11 :irrlAfterpropervaluehasbeenenteredandverule'dFltgsENTERkeytwlce.Nowoldvaluewlllbereplacedvl'thngr
value.DlsplaywlllnowshowtheactualTlmeroperatlcalfthesystemlsstartedorltwlllshowlastvalueentered.(v1) Repeat Steps (1) to (v) to enter next deslred Tlmer value'After all the deslred Tlmer value has been entered exlt frornstep(v)bypresslngENTERKey-Twlceorgotoprogramme
TemP. values as exPlalned below:
(b) proqtamtnt.nq of Cht-!e-'s' for Temperature:ThereatetotalofSTemperatureZonetobeprogrammed.ProgrammlngofTemperaturevaluesareslmllartothatofprogramming of Tlmers' Follow followlng steps:
(i)Pressch.No.Key.Nowprevlouslyenteredch.No.willbedtsplayed and value display wlIt be blank'
3 x X x (DtPlaYSetl)IPrevlotrsly Programmed Ch' No'
:If Ch.No. has not been programmed prerrlously then dlsplaywlll show; 1 X X X(11)PressdeslredNumerlcKey,Dlsplaywlllshowthatvalue.It
operator presses 2 then dlsplay wlll show 2 x x X (Dis-Play set 1) - If operator enters a Number greater than 3 a::PressesENTERKeythendlsplaywillshowprevlouslyFrc;rgE.med Ch. No. Value'
(flt) Press SET I or SET IIouslY Programmed valueCh. At the same tlmeLud1:atlng whlch settlng
Key. Now dtsPlaY rill sl':r F:tffi'-of SET I or SET I1 set::-=; :f, -ii.rcSET I or SET fr. l;: u:: nr@tls belng Progra-oocC"
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zL2:(1v) sET r can be programmed upto 3gg only, above thls systemwlll not accept new value and old value wlll remaln.(v) SET II settlng can be done only upto O1g. Any settlngabove thls value wlll be rejected and old set value wlllremaln valld. rn actual operatlon thls value wlll be addedto 5E? I value to get flnal SET II value.(vl) Only Ch.No. l to 3,4 have SET II settlngs. For otherchannels thls settlng ls not valld.(vit) rf operator does not want to change the value, then justpress ENTER key twice and same value will remain. rfoperator wants to change value then press numeric keys toget desired value. As exprained earlier only latest 3 varueswirl be preserved and shown on display. For ex. if operatorpresses 23L62,then final display wil.l show.
162 (Display set l)(vili) After desired remp. varue ls entered press ENTER key twice.Now old value wrll be replaced by new varue. Display willnow show actual ch. no being scanned and its value if thesystem ls ln operatlon or it will show previously programmedva]ues.
Pepeat steps (f ) to (v) to enter next deslred Temperatureah. No. value.hoga,ni.nq Modes:*=: tt#.e (ey display wil.l show:
E X XX Btank_ rt-- t ft.-.j Mocie iyF.e o, j. _ L e=_
,.rysini, ..;,;effiiii*amr;s.,*i
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:13:key to get deslred mode tYPe.rr)
(ru)
(lv )
(v)(vl)
(d)
Press NumericPress ENTER,mode type wlll Now prevlouslY Psrtow such as O ammed
values of that,92rogro
.,c*
Now press Numerlc key to get deslred mode value ln displayAfter getting desired mode value press ENTER key tvrlce. Fordetail on mode types, their value and descrlption seeattached sheet.Mode can be programmed ln MANUAL only'Mode dtsplay will come ln display window of Set 1'OTHER COMMANDS:Eold :Thls command !s used to monltor the Temperature of anyparticular channel. During the scannlng when the desiredch. No. is being dlsplayed, Press thls key. Now ChannelNumber wltl stop advanclng and selected Channel Numberand lts Temperature value will be continously displayed.When ln HOLD Command mode, HOLD LED will be ON ' Toremove hold, press Hold key once agaln. Now ChannelHumber will ad,vance to next channel Number and HoLD LEDriu go oFF. Now system will start scanning al.l the channej.$:-!ers. This way by pressing Hold key once, operator cai::"r"::reustry rnonitor any deslred Temperature Channel a:-i!rr=
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:14:(1) Press C-Dtsplay Key: Now Temperature sca!:1:l r:-. stop and OoC LED wlll go OFF and two dtgit vi':e r:--declmal polnt wlll come in display set 1 ' Pres d - 3
c-Display second time operator wif I enter Temperat::escan mode. In C-Dlsplay mode di5ptay will be:23. XXX
IPreviously Programmed value of hour locatim(2, Enter numerlc keys to get deslred hour No. (maxlmum t+8
hours are valid).(3) Enter key pressed. Now display wllt show count vallcduring that Partlcular hours.
23.058 Count value during 23rd hour'(4) Operator can check any partlcular hour or all 48 hours
by entering proper numerlc keys to select hour and thenpresslng ENTER key.(5) For getting total counter value, press 00 and then
ENTER. Now decimal polnt wtll be OFF and aU 5 dlgltswill show total Production value.(5) Hour countlng starts from pressing of C-RESET key rhile
counter value ls belng dlsplayed- It wlll reset aUcounter values and start the clock for hour counter'Q) Press C-Display key agaln, now dlsplay
show Temperature Ch. nos. and lts value.set 1 rt':
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:15:(f ) C-Beset:
Press thls key to reset the counter value to 00000. Thls keyshould be pressed only when counter dlsplay ls selected asexplained above. counter wlll be reset only when lt has beenselected by presslng C-Dlsplay key'
(g) Locking Kevboard:Keyboard can be locked any Time by just presslng lock key'once thls key ls pressed entire keyboard is locked and LOCKLED wlll be oN. Novr no value can be entered or no commandcanbegivenexceptstart,Manual,Auto,'Test'throughkeyboard unless lock is lifted'
(h) Unlockinq:The keyboard can be unlocked by pressing specific sequenaeof keys. This sequence ls 5, 0, 1' Keys must be pressed inthis sequenoe only. Any ciange in seguen@ wlll nd lift thelock. Once lock !s lifted LOCK LED wlll go OFF and keyboardwtll be avallable for further operation'
VABIFYING TEE-IEOGRAMMED VALTIES:
All the programmed Temperatures and Tlmer values can be varl-fted by using same steps (1) to (iv) as explatned ln programmlngsections of Tlmers and Ch. no. Only dlf ference ls t}at ln steP(rv) do not enter any numerlc key but just Press ENTER key triccafter verifying the content on respecclve display sets.
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-16- BL{I26. STARTING S USINE 1'HE-$STEM:
Before starting the system operator should verify that allthe Temperature and Tlmer parameters lncluding Tlmer 0 forscannlng speed ls entered and are ProPer' Once allparameters are entered Press START key' System's operationonce started Temp. Parameter will operate and particularzones Relay will go oN-oFF to achleve set temperature. Thisactlon |s contlnuous and not dependent on display speed ofTemperature which can be programmed ln Timer 0'Timer actlon ls dependent upon the conditions of limit switchinput.During Machlne operation all or any particular 1'emperatureor Timer value can be varified and modified as described inprogramming section. See Section 5(a) S 5(b) ' Aftermodification is over operator should Press ENTER key Twiceas described earlier.After pressingof Temperature ENTER Twice
Display will show Actual Valuesor Tlmers in oPeratlon-Alt Timers are down counting tyPe. That means countingwill start from set value & stoP at zero count'Display set 2 will lndicate Tlnrer values from T3 to 10 whileDiplayset4willlndicateTimervalueofTll'T1'T14'12in that order. white programming all the Timers are to beprogrammed on Display Set 2 only' Relatlon of Timer No'aldtheiractualoperationlsseperatelydescribed.Sees:et attached.
..L7
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xch. No. [l l-l r (Diplay set t)If any Temperature Channel is programmed to valuethat channel wi-Il be out and lt will not be readand dlsplay for it rvlll show.
zt?:Counter pulse ls taken from system delay Tlmer. Counter wlllcount ln upward mode and after five dlgtts are full that lsafter 99999 it wtll automaHcally reset to 00000. It can bereset to Zero before also. See sectJon 5(f) (C-RESET). Fordisplaying the counter values in dlsplay set 1 see sections(e) (C-DISPLAY).If any Temperature Channelbroken tben display set 1 wi-IlFor Ex. zore 2 Thennocouple isdi
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:18:trf any Temperature Zone lschannel dlsplay wlll show:x sPO
Ch,No.
not programmed then that(Dtsplay Set 1)(Set polnt out)
In all these cases Output Relay wtll be dlenerglsed toprevent shoot up of temperature and after remedlal measurels taken and channel ls corrected system wlll agaln startoperatlng that channel normally.Simllarly ln case of Tlmers tf any timers value has beenprogrammed 00.0 then that Tlmer vrill. be out from seguenceand lts output relay will not be energlsed.For proper operation of system tt ls necessary that all theparameters of Temp. 'Iimers & modesbe programmedproperly andcorrectly. So verlfy these parameter in case of any doubt insystems operation and start the system from master RESET.
7. TESTIIIG OF SYSTEM:This system has faclltty to Test all thg Input and Outputdevices as weJI as Testing of keyboards and Dlsplays. TestMode can be selected only after Master Reset. To Enter TestMode press master reset key. Nor Press key '5'Now all thedlsplays should be blank and ordy last display of set 3 wlllbe -l to lndicate system has entered lnto TestJ.ng mode. Novrthere are three Test modes. These ale:(a) TEST mode for keyboard and dlsplay.(b) TEST mode for Outputs.(c) TEST mode fgr Input Channels Temp. Channels andLtmtt Swltch.es.
)
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J
:19:(a) After enterlng Test Mode as descrlbed earller press keyB{TER, Now aU the dlsplay wlll show 'Er to slgnlfykey response of ENTER and dlsplay response of alldlsplays. Now enterlng any key wlll glve slmilar
response by showlng their respectlve codes on all thedisplays. Key value and thelr codes are glven below:KEY
01234567ISET IISET I
DISPLAY KEY
IENTERTIMERc.H.NO.HOLDSTARTC-DISPLAYC-RESETMO'ELOCKAUTOMANUAL
DISPLAY
9EtfH5dt-trLAn
01
BIANKThis way key response of all keys and dlsplays can'be checked by operator. Presslng :/pt key ;l[l lfrrlall the displays. To come out of thls routine FressMaster reset to go to start of system operation.
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a-.)':
t20:(b) TEST mode for Outputs-i Ftrst enter lntodescrlbed earller. Now press 'Timer, key.key display wtll. show 01 ln the flrstdlsplay Set 1.
In this way selectlng all the Outputsoperator can check whether all the Outputsany partlcular Output is bad. To come outmaster reset.
0lxxx| (Display Set 1)Blank
At the same time TR No. l will be energisedand its LEDwill be on. Now Press numeric keys to change outputnumber. After output number is entered press ENTERkey. Pressing Enter key vrill make selected output oNand all other OFF.
For output numbers and their identificalion see systemOutputs Chart.
Test mode asPresslng thlstwo dtgits of
one by oneare good orof this FIes s(c) TEST Mode for input Channel: First Fntq :::= k=rmode as descrlbed earlier. Now Fress a: - ft . rsrPresslng thls key dlsplays rrlll shcr.
X X X (E:;"-"r 3c: 1"IValue cf 'E,!- - I: -:
Now Press Nuneric ke--i' = -?.rrirf 3 ri-- .l\*Edesired Ch.No. kess Fqrr* fry - Isr rgJt-Ch.No. riLl. Le *.!:l*yec. !8" ery jay- Fcc
G>--..f rL:+prrrFb
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cH.NO.1.2.3.4.5.6.7.8.9.10.11.
E...GIt2l:cFerator presses Ch.No. 3 and ENTER key then dlsplay wiLl. s:-:r:
3 X X X (ntptaysetr)IValue of Ch. No. 3
For Test purpose these values are dlrect reading and are withoutamblent compensatlon. That means these readings are referred to0oC. Ref. of Thermocouple Table. For ease in Testing Ch. Nos. areorganlsed as follows:
ZONE 1 TEMP.ZONE 2 TEMP.ZONE 3 TEMP:ZONE 4 TEMP.ZONE 5 TEMP.ZONE 6 TEMP.ZONE 7 TEMP.ZONE 8 TEMP.SYSTEM GROUND (G)SYSTEM FULL SCALE (F)AMBIENT (A)
No. ? , lD and f l are useful for dlagnoslic purFos r-d r;nding outproper worklng of A/D card of the systen. Inis ls also useful incallbratlon of the system.From l.lonwards operatlon can check li i! sritcb condltlons. IfItmlt swltch ls closed dtsplay vlll sbor cL or tf limlt swltch lsopen dlsplay wlll show 6p For ch. No. and limlt swltchrelatlon see attached sheet on Test node Ch. No.
4
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z22zFor example lf operator has pressed Ch.No. 12 and thei
pressed ENTER key then dlsplay wIlI shovr:12 C L (Dtsplay Set 1)
IThls means 1st contact LS 1 ls ON.If display shows L2 op. (Display Set f) - This means contactis OFF.To come out of thls mode press Master reset key. This vrayoperator can check all conditions of system for its properfunctloning.Thus the system ls versatile, Accurate and SeIf Testingfacilities make fault finding easier. As it is a new andsophlstlcated system operator should go through this manualcarefully to understand each and every point. This vrill helphim to operate the system without dif ficutty. This will alsohetp him ln understandlng the operatlon of system and takecorrectlve actlon ln case he finds any prob len: in systemoperalion. Thls wlll also help him in utlllsing the system formaximum advantage and benefits.
8. SERVICING t MAINTENANCE:In case of problem flrst carry out the vlsual inspecLion tosee that no connectlon is broken, power line voltage iscorrect and there ls no loose connectlon ln supply or anyother connectlons Observe fault to determlne lts nature. gorecommon faults and their solutl.ons are glven below. Theseshould be suf flclent to solve the normally enccrinteresproblem ln flelds. Solutlons should be attempteC. tytechnlcally qualtfled persons only. In case of doult csrs:l:factory.FAULT 1: No LED display, +5V, -5V, +L2Y, -12t L=- s :-
#'
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223:SOLUTION 1 I(a) Check 230 V AC, tt should be vrlthin 210 V E 250 V maxi;;r-.(b) Check fuse at the back of unit.(c) Check for burnt wire ln mains llne.(d) Check for filter contlnulty and transformer primary continuity(e) Check for transformer Outputs. These are connected to 6 wayterminal on transformer. Check these supply also. Allsupplies should be wlthin +3V AC of 'Indlcated Voltage.
10vAc ov ov 15V 15V(f) Check 4 way connector for PS LED connected on PS Card.
FAULT 2 : As soon as power ls switched on f use blows.SOLUTION 2 :(a) Check for short ln Malns llne.(b) Check fuse ratJ.ng. It should be 300 mA minimlm and 500 B.A
maxlmum.(c) Check for short at ftlter termlnal. It should show some lorreslstance. In case lt shows dead short. Replace filter.(e) Check transformer primary wlndlng. It should shor lerreslstance from 30 ohm to 100 ohm. It should not shor deaCshort 000 ohm.(e) Check for short between D.C. voltage and OV. This ca- 3checked at supply LED lndicatl.on point. All D.C. vcJlta;= 13:OV ls comlng there.
TRANSFORMER->PS Card.->PS LEDConnector
..d'
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z24z
FAULT 3 : -5V, +12V, -l2V LED's ON and +5V LED OFF'SOLUTION 3:
(a)(b)
(c)(d)
'E E.,E E.
check lf system Is worklng. If worklng then there ls looseconnectlon ln LED's. Check LED connectlons.check battery ln card 1. If its lnsulation ls worn oFF,then tt wlll become short. Remove battery and then check.If al,l OK, then rePlace batterY.If system not worklng then check secondary voltage oftransformer as explalned ln solution 1 - e.Check rectlfler output at the back of the system. It shouldbe approx. 11 V to 13 V.
BecttflerRed--------->
+-----!11 to13V DC10 vAc--------10 v Ac
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-.
(e)t25:
If rectlfled Output voltage ls less than IOV check g,Uc:capacltor connectlon. It should not be loose.*Ve
(f ) rf rectlfled output ts proper then check regulator output.rt should be between 4.7 v and s.2 v. Thts can be checkedat the back of bus card. Where blue or black I sq.mm.wlre ls -ve and Red I sq.mm. wlre ls +ve (+sv). rf voltagels not proper (wlthln 4.7 V to 5.2 V) then remove all cards, and check voltage. rf voltage ls stilr not proper thenchange the regulator. rf voltage becomes oK after removingthe card, then lnsert card one by one and ftnd out bylnserllng which card voltage drops. There ls a short inthat card. Flnd out the short with visual inspection or bymultimeter and remove.
WARNING
- - vcg-v'
REMOVE OR INSERTcards posltlon, thlsFAULT4:+5VON,SOLUTION 4:
(a) Check whether A/Dcoming and relay lsls loose connectlon.solutlon 1-f.
CARDS ONLY after power OFF. Do not changewlll damage the cards.but -5V, -lzV or +12V nd comlnE.
Fllter Capacltor.
card ls working, that is Temperab,ueenergislng properly. If yes then tLe:eCheck LED's conection as explatned n.o(b) If temperature not comingcheck secondary outputsolutlon 1-e.
and relay ls not ener;as:.:; ::Fof Transformer, as e-t;i..:-: -?
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(c) Check unregulatedlf requlred.
:26:voltage on Ps card and change ca:acltor
(d) If unregulated voltages are proper check regrilator Output.If not proper replace regulator and check. Tl,ere are threeregulators one each for +LZY, -LzV and -5V. Replace thebacione.
FAUL? 5: PS ON but system not getting ready. No disptay orrandom display.SOLUTIOI{ 5:(a) Check systen reset key is not pressed or sharted. If shortedor pressed alr the display vrill be blanit. check tnat resetkey connections are not shorting with bcdy. Check green
LED on card 1 is blinking. If yes go to step 5C.tb) Check +5V supply is within 4.7 V and 5.2 V. If not go tosolutian 3-b, 3-C, 3-d, 3-e, and 3-f.{c) Ensure tbat the battery ls OK. If battery ls bad then 5\lsnpp!.y wiil be down. See Solutlon 3-b.(d) Check Hed LED in card 1brc'lien or 3oose.!{ARHISG:
ls glowi.ng and it i.egs ere nct
i-erirove cr lnsert card cnly after Poy,'er GFF. Do not charise caij:,--sitioi;.\ ^.ei L.'l!-'-li C:Sp.tay
!-.-^.---ccnre:ior ls firn:ely inse:te:i
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(f).27:
check all cards are ln proper position and are fully tight.Firmly but gently set card in guide and lnsert it lnto backside connector fully. Check Euro connector pins of any carcis not bend. rf yes staighten the pins and then insert thecard. Always observe correct pracing and side while insert-ing the cards.check Euro connector sordering on lst and 2nd card. rfthere is any doubt of short circuit between two pins,remove it or if any pin is not making proper connectionvrith track, solder it properly . Take care not to spilrsolder on card or leave air gap in solder. Reconfirm cardsinsertion is proper and tight.
(h) Remove all other cards except lst card. using this card,system can be started and r E [:l El ,J should come.
(e)
(i) If vrith onty first card r E Fl Cl !| is notcheck alf IC's on the card 1 are properlysocket. If any socket shows execcessive lackerhnife and clean IC legs by knife.
coming, thenconnected to
scratch tt by
(:l
DO NOT REMOVE IC FROM SOCKET, WITHOUT NOTII-IG ITSPOSITION AND POLARITY ON PAPER. IF NECESSARY REMOVE ICoNE BY oNE only and after inserttng lst orre, rr1syE secondONE. WRONG INSERTION WILL DAMAGE THE IC, AftCTremoving lacker or rust insert rc lnto socket genily butfirmly. see that all regs are rnserted properry and not asingle leg is bend inside socket or are left out side thesocket.check that bus card tracks are not short by any piece ofconnection or solder sprtls or any wlre on bus card ls troLbroken. Check that bottom most and up most corrnecliccs :i
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228:bus card do not touch the moutrng rarrs. rn case of doubtplace a lnsulating tap on mounting rall or insert sleevs lnconnector plns to lsolate tt. check for loose wlre or drysolder on bus card connectlons.
FAULT 6: f E Fl d 5 cornrns but system notand no acceptance of key.SOLUTION 6:
working no starting
(a) check that lock is not pressed. rf rock LED's is oN. Thenremove lock. See unlocking sequence.(b) check tf any key is remaining pressed. under normarvrorking all the keys should be in released conditions. rfany key is pressed or shorted, then system will not acceptany other key. put oFF the system and check withmultimeter for short on any key. Remove bad key and startthe system.(c) check lf any wire from keyboard ls not broken. checkconnectlon and continulty between wtres from keyboard anddlsplay to KB and dlsplay connector on Card 1.(d) check for any short betvreen tracks connected to 40 plnconnector by conducting piece or solder sprlls on card l.check for any short on 40 pin connector soldered intoCard 1.(e) check for, short between tracks by wire, sorder spills etc.or key connection tracks in KB and display panel. KB anddlsplay sectlon is connected by tracks or frat cable. seefor short betvreen tvro tracks or cable. Remove shcrt ufound. check these vrlth multimeter. clean the caros ri-thinner and dry lt and then insert and check.
jl
lt
,jl(f) Go to step 5 (a) to 5 (r)
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I 29 :FAULT z 7 system worklng but certaln key ls not be&,; a:3s;ir.:
by. .system.SOLUTION 7:(a) Go to system test
Check vrhich keys(b) Check that flatproperly inserted
and all the points
mode and check responsare not givlng response.connector for keyboard lslnto matlng connector onare maklnE connectlons.
of all keys.
ftrmly anCdlsplay card(c) see that tracks are not broken near connector. check thatthere ls no excesslve dust on the card. clean the card andthe connector portlon wlth thinner and dry it.(d) . Check solutions 6-c, G-d, 6-e.FAULT I : Particular segment of display is not coming.SOLUTION 8:(a) Go to test mode and check that same problem exlsls for all.dlsplay. rf not put off system and check dlsplay by aulti-meter. rf that display segment oK then check solce-i.Eand check tts contlnulty wlth same segment of Epoc
display. There should be continulty between saFie sqEs:of all display. 11j,(b) Put Off system andproperly connected to
connector.check that segments tra:i._s rwlre comlng from KB a-d.*.iiT
Check for contlnulty betweenpolnt.
(c) connector pbt i*.La F-;lnqrrf'
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:30:(d ) Check that connector ls properly soldered on te P:B !.i,3lts plns are not shorted to adJacent ptns.(e) Check for contlnuity betvreen translstor of that seEnent r:.:segment polnt after removing the card from bus i'r.iconnecting the KB and display connector. If no contin":dty
check for loose connectlon, bad solder or broken connectc!pln etc.(f) Check for Transistor and replace lt lf bad.FAULT 9 : Any particular display not comlng.SOLUTION 9:(a) Go to test mode for keyboard and display and note dorrn,which dtsplay ls not coming.(b) Put of f system and check by multimeter tJrat display i.s
ProPer.(c) Put off the system and check all solder connectlons of thatdlsplay. See that common track of that display ls coonecteCproperly to wlre coming from KB and display connector.(d) Check for contlnuity between connector polnt and disptray
polnt.(e) Check solution 8-c and 8-d.FAULT 10 : Temperature showing open in partictrlar &:e.SOLUTION 10:
(a) Cheek for Thermocouple open.
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(c)
(b)
(d)
(e)
(f)
(g)
:31 :check for non connection of thermocouple wire or L--ie:compensating vrlre.short the thermocouple rnput connection of that channe.l.and see if now temperature shows rc,,38.Temperature. rf yes then check for broken thermocouplewire, and its connecting compensatinE vrire etc.Check tf ambient Temperature ln test mode is proper. Ifnot go to solution 15-a to 15-c.check that thermocouple connection from back connector toPCB connector ls firm. See thermocouple wiring dlagram.check for 25 pln connector on card is connected properJ.yor any point of that connector is not broken. Resolder thedoubtf ul points check the Reed relay of par ti q.rrarchannel ls oK. check coll resistance of that reed reray-check rc's on that cards are properly fitted lnto socket.Change the card and check.Check and replace the card 2.
FAULT 11 : Temperature showlng otrr ln particular zone.SOLUTION 11:(a) Check for loose connectlon ln thermocouple -
is proper and cT :s as ]E:b) Check that thermocouple typestandard.(c) Go to solutlon 10-b to 10-g.
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232:FAULT r2z Temperature showlng -vE rn partcular zone.SOLUTION 12:
Thermocouple rs reverse connected. change the polarlty ofthermocouple wlre.FAULT 13: Very rapid variation in Temperafure.SOLUTTON 13:
check for roose connections go to soru*on rO-b to 10-g.FAULT 14: Temperature conHnuously showtng amblent or 0000 inparticular zone.SOLUTION 14:(a) Heat the thermocouple. Now readrng should rnaease if Dot,then check for short 'n thermocouple wire or compensalrngcable or termlnal connectlons. Check all these connectionsand remove the short.(b) check that card 2 ts flrmly and properly connected t9 buscard.(c) Check all IC's are properly fitted lnto socket.(d) Go to test mode and check the calrbration of thermocoupre.(e) Go to solution 10-f and l0-g.FAULT 15: Ambrent remperature not showrng properry i-n res:mode.
-rtrll
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u
!
o
:33:SOLUTION 15:
(a) If amblent ls shovrlng open, then check ambient, -::,ssnwlrlng to bus card. See wlrlng chart.(b) Check that sensor ls not touchlng the body and connecti.m,ls firm. Replace the sensor and check.(c) If reading ls not proper, then recalibrate ttre senso!.
(d) If wlde varlation in readlng and lt ls not getting callbra-ted then go to solution 15.b.(e) Replace the card and check.FAULT 16: All Temperature zone showing open OUr , F F, 000 @trhigh remperature value.SOLUTION 16:-
(b) Check all IC's are properly fttted lnto sockeG ln card 2.(c) Check card 2 ls properly inserted and is i-o pE6;:posltion. Insert the card Brmly into bus card if Loce.(d) check for loose wlre or connections on card 2.(e) Check for supply. Go to step 4 (b) to 4 (dj.FAULT l7z Particular outputs such as solenoj.Cs a-r=i.: :t[ :tr :F?.
(a) check that 25 pin connector on card 2 is correc[y titrcand lts contacts ale proper and firm.
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*lt
:34:SOLUTION 17:.(a) Go to test mode for Timer and check alland note down whlch outputs are always outputs. Find outON or OFF.
Check iffor dry
(b) Now see wirlng chart for output, lt gives detalls of outputtype, lts connector numbers and card no. For example lfDC Contactor 2 is always ON, then from wiring diagram itls clear that rt ls connected to output connector. outputconnector rs connected to 25 ptn connector of card 6. checkall wlrlng con*nurty from coil of contactor No.2 to card 6connector. rf no continulty then find out faurt and makeconnectlon and recheck outputs.
(c) If wiring ls OK then check that particular card.fuse ls OK. Check transistor is proper. Checksolder or broken tracks. Check LED is OK.(d) Replace card and then check. For replacing the card rt isnecessary that jumper should be properry selected. Thereare four output cards. Each card has g outputs. card 3glves first I outputs, Card 4 glves next. That is from gthto 16th and so on. cards can be lnterchanged by changingjumper. Jumper is having four different posltions for card3, 4, 5 and 6. place the cap of jumper where you wantto place the card. For example rn above mentioned casecard 6 ls to be replaced.
Now short the jumper markedinsert this card in 6th card 6 with jumper cap and thenposltlon.Note: 25 pln connectors are fixed for every position. whrre cardscan be lnterchanged, 6th no connector should got to Ethposition only and so on.
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IJooU
N
oooo
ko+,uocco(Jot{Jt{cq$t(I)
TR. TRANSISTORF. FUSE.FAULT 18: Particular
:35:OUTPUT CARDS FROM 3 TO 6
o3o4o5o6
Input alvrays on or off.SOLUTION 18:(a) no. and test all Input contacts.- Input nos. vrhich are alra",-s
n rlilttrt__l I i; ''ihrR ''ihF[[ '.lliltE
r{-rlllr Ithl IlGo to test mode for Ch.Find out and note downopen or close.
(b) Now see wrrrng chart f or rnput. rt grves detai,r. s :lInput type, ferrule Nos. Connector No. and ca:: S:.For example rf left Rtght tllow pln Lrnr.t sr:::- ::always open then probably LS g is alra,is s:tu1.t,.open. Wlth help of wlrln; Cla::.= **:rcontlnultyfrom Input wlre to cata ::::e::::' s ::wl rlng contlnulty ts not ::-le, :_&q @j,lr.rconnectlons and recheck Input s.
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:36:(c) Now check that when swltch ls closed
slgnal (wlth respect of OV) on thatand when switch ls open tt glves OV.comlng, then check ltmit swltch andlimit switch and its wirlng ls properslgnal on the same wire should come,pressed and released.
BL.@
lt glven 24 Vpartlcular wireIf this is notIts wiring. Ifthen +24y, OVwhen swltch ls
(d) Now check that the card is proper and lts 25 plnconnector rs properly fitted and no two rnput lines areshort, check for dry solder, loose connection or brokentracks on the card. Check Input transistor ls OK.iiI'1
1,l
I
j,
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(b)
(c)
237:FAULT 19: No rnput or No output or Both no rnput and no outpuLSOLUTION 19:(a) Check +24Y supply ls proper. If not check fuse, rectifiercapacitor and transformer. check 230 v Ac to transformer.
Check Output and Input connector at back is properlyconnected.
Check Output and Inputs cards are properly ,rrr* andcheck these cards are getting +24V supply.FAULT 20: LED coming but solenoid not energising.SOLUTION 20:
Check Output wire going to solenoid is switching to 0(w.r. to OV) when ON and switching Lo 24 V when OFF.Put of f power and check continuity between output wireand solenoid coll.Check continuity of solenold coll.
(a)
(b)
(c)(d)FAULT 21: Solenold energising but LED is not comlng.SOLUTION 21:
Check supply accrose solenoid ls proper.
Check. LED's vrlre ls proper.Put off supply check LED,s isreplace lf bad.
(a)(b)
fi'il
{llJ
(c) Check +24Y ls comlng to that LED.
proper by !l'-ll:-::=:.
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:38:rmportant: Put oFF supply before removlng or lnserLing caris :sbefore dorng any contlnurty check. Be carefur da 3:rshort or mix AC and DC part of supply.
CAND ARRANGEMENTB qck.
FrontCardl : MainCardCard 2 : Temperature CardCard 3 toCard6 : Outputscards
i*'f,
1i
d&,ga-iq
id{{"
Di -L.
ffi0*
TRANS.FORMER
POWERSUPPLY
Left
CardT : InputCardComponent cin Rlght hand side.
POWER SUPTLYtus FILIIR TRANSF0RMER AC RtCTtFIER eE6J!{"::t
E
1
-OV:5oo ma rtr*AC15V p S. --lr llCAR:OY
15V
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:39:POWER SUPPLY CONNECTION
SERVOSTABILIZER
(2) Never interconnectinstrument. AII cableas near to sYstem as
(3) Use only 1 sq.mm. 3
SPIKEBUSHER
or mix input and output wire o! if:-r-should be seperate, as short as possille,!-3;possible.core cable for all connections.
EARTH PROPER (INDUSTRIAL EARTH)
Note:(1) Earthlng is very important. It should be firm and connectec t:all instruments.
ii
fl
dIilJ
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4U
DETAILS OF TIIIERSE!{r--[d.
S.No. Type Descrlptlon Max.tLme Default [email protected]
10.11.72.13.14.15.16.77.18.19.
1'0T1'L^2T3T4T5T6'L^7T81.'9T10t'11TL2T13T14T1sT16t'l71'18
Scan TimerAlr BlowingExaustDelay Mould InDelay Mould CloseDelay Mould OutMould OutDelay CutterReturn CutterDelayDelay BlowpinFast Blow PinDownDelay BlowingDelay SealingEj ectBlow Pin PressureCutSealingParlson ControlParlson ControlDelayPre-Blow delay
19 .919.920.o20.010 .010.010 .010 .002.010.010 .010 .010 .010 .099.999.999.999.999.9
02.600 .000 .500 .000 .000 .000 .000 .000 .0
00.000 .0
00 .000 .000.000.000 .000 .00!.0ci. !
Indication f imer:Ct - Cyc1e tlme - This indicates time of previously co:-:l:=:cycle. This comes only in Auto.
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4tIMPORTANI'NOTEs FOR TIMERS
For proper functionlng of machlne and its optimumimportant that selected timlng should be proper.polnts are given below.1. 1'.O ls teml>erature scan time. Each zone'sindicated for this set time and after thlslndicate next zone's temperature.2. Open, In, Close, and Out timings shouldproper observations. So that machine doesafter completion of particular operation.
E --el
utlllsatlon lt lsSome lmportanttemperature 1stt changes to
be selected bynot remain tdle
3. system delay timing should be selected so that machine doesnot remaln idle after completion of blowing. rf this time isless then blowing timing will be terminated in between andif this timing is more then machine wiu remain idle af tercompletion of blowing.By manlpulation of Delay Blow ptn (1 9) and delay Blowlng(r' 1r) timinEs, preblow or post blow can be achleved. rft 9T11, then blowing will start before blow pin comes down. Thtsls called pre-blowing.For Cutter operation check following timings:
If 'L^7 + l.I < T4 + T5, then cutter may operate beforeclosure of mould.If T7 + TB > T4 + T5, then Cutter wiU. operate af termould closure.If T7 + 18 > T5 + T6 then cutter sill not c;:a: a:all.
4.
5.a)
b)
c)
So observe proper tlmlng for cutter cperatice.
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.
a,
6. T13 ls valid only tf bottom blow operation ls serectec. r.:esctimers have no count down display.
42
7. T3, T7, T8, L^IZ, T13, T 15, T16, .L^17, Tlg are settimers' lhat ls these timers can be set by keyboarcsetting can be seen on display but there is not countdisplay for these Hmers.
!!!,talld
down
8. Tl1, T1, T14, T2, are dlsplayed ln dlsplay set 4 ln theorder given. There ls no lndicatlon for timers no. As soorlas one is over another will start and after T14 it will stop.Display Order is as follows:Delay Blowpin (T11)Exaust (T2)
d
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,,
MACHINE SELECTIONS - MODESSystem is Provided with various types of machlne f uncticns. l -:e:.:reatures can be selected by the operator to sult lts require:-::s.These can be done using mode keys in followinE manner.1. Mode - o - station selectlon. Not valid for stngle statio::Machtne.2.. Mode -12 - Top,/Bottom Blow selection.3. Mode - 2 - Hydraullc selection
Mode - 3 - cutter setection5. Mode - 4 - Seml Auto Selection. Not valt_d.6. Mode - 5 - Searing selecHon7. liode - 7 - Moutd Memory IN8. Mode - 8 - Mould Memory Out(A) Mode - IPress key in follovring sequence.
Mode - 01 - Enter - 00 or 01.Display wlll show01 00 - Top Blowingor01 - Bottom Blowlng.After Selectlon' ls over press Enter Twlce.
{B) Mode - 2Press key ln followlng sequenceMode - 02 - ENrER - oo or o1Dtsplay wILl show02 00 Mould Locklng pressure oFF during Blori::301 Mould close and lockl.lng pressure oN cu:=; 3'-"r--:.;After selectlonurs over press enter key twice.(c) Mode - 3
Press key tn followlng sequenceMode-03-00or01or02DlsPlaY show
43
,i
Jl
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:ir
B: -0244
03 00 - Normal Cutter Operatlon01 - One slded (From A-B-A) Operation02 - One slded (From B-A-B) OperationAfter Selection press Enter key twlce.
(D) Mode - 5Press Key ln foliowtng seguenceMode * ?- - 00 - 01Display wiII show05 00 - No Seallng
01 - SeallngAfter selectlon press Enter key twlce.(E) lroae - oz
Memory IN : Press key ln the foltowing seguences.Mode - 07 - Enter 01 to 0g Enter - EnterThere are Nine Memory Locatlotn for Nine different moulds.These locations are 01 to 09. Au temperature data. sET rrand sET r, arl rlmes and Mode varues are stored ln theselocatlons. If Tlmer values are wrongly, programmed,, thenzero rlLL be entered.6. llode 9Memory out : Press Key ln the followtng seguence.Mode-09-Enter-01 +009
Enter - EnterAu remperature values (set rr, set r) Au tlmer, modes ri.!.Ibe restored from selected area and machlne wi-Ll sta::operatlon wlth these recalled values.l{ote:It ls lmportant to stores tlre present values t ' - r r:ir--"l,memory area before recalllng data froc etle: !sca*c. I =rrwls not done all ![g present data rlIL b.e lcs:-
.dtlr
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{5TEST MODE CHANNEL NUMBERS
Press key ln the followlng sequence:SYSTEM RESET - 5 - Ch.No. ENTER. Now system wlII enter in:c i=:tmode for Temperature channels as well as for Input contacts. t-rEssthe deslred Number then press Enter Key. Channel number di.ictheir data ls shown below:Ch.No.0102030405060708091011t213141516L71819202L22232425262728293031
DateTemperatureTemperatureTemperatureTemperatureTemperatureTemperatureTemperatureTemperatureSystem Zeto.System GalnAmbient AN.CLS8LS9ESN.CN.CLSsLS6LS 11B.P. UPB.P. DownBottom BlowOpen RlghtIn rlghtClose RtghtOut RlghtNCNCNCLS7
Zone tZone 2Zone 3Zone 4Zone 5Zone 6Zone 7Zone 8tt
F.
Swltchlll Hand Control,l SwltchIl
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!t6m.=E
ERROR CODES
Error codes have been provlded ln the system to-help diagnose .:loglc lnterrock farlure ln machlne operadoln. Ttrls wru hel.p th"eoperator to locate the problama[c rnput faster thereby redr.rci-n3the down tlme conslderably.Error CodesE0sE06EA7808809811EL2E13El4
DescrlptlonLS5 not pressedLS6 not pressedLS7 not pressedLS8 not pressedLS9 not pressedLSll not pressedNO I,/P CardBPD Switch not pressedEmergency Stop
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47
cARp NO.l - CPU CARD (UArX CARp)Data 40 pln FRC ConnectorPln No. 40 pln Connect,c=on dlsplay PCBsclsc2sc0RtlRLO+5VRL7cc9RL6 10 10cc 10 111RL5 t2 l2cc ll 13 13RL4 t44cc 12 155RL3 166cc 13 t77RL2 188cc 14 199
200NDcc 15 2tLRST IN 22cc 16 23 2324Cccl 25
26 26cc2 2728cc3300cc4 311322cc5 33
34cc636cc7 37
DP 38cc8 39Xote: NC - No connectlon. {0CC - CCn.l..,r. ..rein;r {U
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B u--.-D NO.2 ADH CAru) TIRING DETA (IEERXOOOUpI.S GtlD,
48
Data Back Panel34 pln, HeaterThermocoupleConnector(ptn nos)25 plnConacstorNo.2 lnsldcPLCtpln nos. )
t325l920THERMOCOUPLE t +
THERMOCOUPLE 2 + l2242l22THERMOCOUPLE 3 + 2324 ll23THERMOCOUPLE 4 + l0
222526
THERMOCOUPLE + I2L2728THERMOCOUPLE 6 + E2029301'HERI\iOCOUPLE 7 + 3132 ITGTIiERI{OCOUPLE I + 3334
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49 E-.{ECAND NO. 3 OUI'PUT CARD HIRING DETAILS
O./P No. Valves type Back Panel34 plnHCL O./PConnectorBack Pane.l60 ptn ECLtype LEDConaector
25 plnD typeConnectorNo.3 InsldePLC1. BLOWPIN UP
FAST BLOW PIN DOWN 74. 223. SEALING 4054. PRE-BLOW 5
N.C.. 235N.C.. 476
7. MOULD OPEN 108. MOULD IN 1146
+ 24 VDC !,2,L3,23,24ov !2,22,34 250
l{ote: Card No. 3 is lst output Card.
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50CARD llo. { - OUTPUT CARD IIRING DEI'AILS
E--.fa
O./f,o. v1f3es tvne Back Panel3,t Pln HCLO/P Connector Back Pane.l 25PLu60 pln ECL connestorLED Connector Xo.t IasldePIf
427. MOULD CLOSE10. MOULD OUT
2571. BLOW PIN DOWN4382. AIR BLOWING
13. PARISON CONTROL 6
9'684. CUTTER 110495. MAIN SOLENOIDtt6. LOCKING PRESSURE
+24VDC L ,2,13 ,23 ,24ov t2,22,34 t0
Note: Card No. 4 ls 2nd Output Card
ii
Jr
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5t
CAND NO.s - OUTPUT CARD TINIXG DEIAII So/PNo. Valve orContactorType
Back Panel34 plnHCL O/PConnectorBack Panel34 plnHeater tThermo-coupleConnector
BackPaneI50 plnLEI)Connector
25 plnConnectorNo.5lnsldePLCt7 HYDRAULICCONTROL 2718 BLOWER 4 45219 C,UTTER 2 19
"
20 BOTTOM LEFT OR H7 30 282t BOIA'OM RIGHT 4622 EJECI' LEFT o023 EJECT RIGITT t09l24 BLOV.'EP. 3 1l71
+24VDC 1,2,13,23 ,24ov L2,22,31 250
Note : Card Ns.5 ls 3rd Output Card
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53
Date Back Panel34 PlD ncl,VP ConnectorBack Pane.l60 Ptn LEDC.onnector
25 Ph Conr:estorNo. 7, InddePLCNIL l34
LS 8 BLOW PIN 13LS 9 MOULD IN 141E.S.EMERGENCY STOP 15N.c. 1544N.c.LS. 5 MOULD OUT 166LS. 6 MOULD OPENLS. 11 SLW DOWN t73B.P.UP L7B.P. DOWN
1965BOTTOM BLOW SWITCHOPEN RIGHTIN RIGITT{ LOSE RIGHTOU? RIGHT
HAND CONTROL T7SWITCH2111
5519
N.c.N.c.L.S.7 MOULD CLOSE 2099
57238
ov 30 60
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1
6:lr. 2.'.'-1
Tr-
J.. -.
[!!Fs,!r11u!ts+ a34!l/FLSt.i,{,/*r ttettF+
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55LED UIRINGIIfPUTS
Bt-{l
LED Data Full f166"Not ConnectedLlmlt Swltch ILlmlt Swltch 9EMERGENCY StopNot connectedNot connectedLlmlt Swltch 5Llmlt Swltch 5Llmlt Swltch 11
60 PlnConnector
143351153452l63553
NCLS8LS9ESNCNCLSsLS5L511BP4BPDBPSOPRINRCLROTRNCLS7
BPUFPDSLPRBE!(.NCOPR
INRCLROTRBPR
Blow Pin Up Swltch t7Blow Pin Down Swltch 36Bottom Blow Swltch 54Open Right Swltch 18In Rlght Swltch 37Close Rlght Swltch 55Out Rlght Switch 19No f,onnect l on 20Llmlt Swttch 7 39
OT'TPUTSBlow Pln Up Solenold 2Fast Blow Down Solenold 22gsartng 40PreBlow 3Exhaust 23No Connectlon 41Open Rght Solenoid 4In Right Solenold 24Close Right Solenold 42Out Rlght Solenold 5Blov; Pln rlght Solenotd Zs
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56Bl ow Rtght Sol enoldCutter 1 SolenoldCut t er 2 5ol enoldBottom Heater Zone zBottom Rlght SolenoldNo Connect lonEject Rlght SolenoldHeat er ZoneHeat et Zone 2Heater Zone 3Heater Zone 4Heater Zone 5Heater Zone 6Bl ower IBlower 2Blower 3Parl son Cont rolMaln SolenoldLocking Pressure
Hyd raul I cBlower 4OV for +24 V+24 Y for LED,s and Solenold
LED PLAI'E FOR BL-02
g--{:.EI-Lculcu2H7BTRNCBJRHIH2H3H4H5H6B1B2B3PCMSLPHYDB4ov+24
4326I2846
929l03048113149t23247
644
7274550
1
LS50
LS60
LS70
LS80
LS90
LS 110
ES0
BBS0
OP0IN0
CL0OT0
BPU0BPD0
OP0IN0
CL0OT0BPD0FPD0BPU0BLWn
cul0
cu20
MS10
MS20
SL0
PC0
BT0
EJ0
HI0H20
H30H40H50H70H70Hvnc
B10B20B30B40B50PRB0EX0
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57 1--=";
Card Vc2E418A15At2c10A10c6
c18420c20,.22c22424c24A26c16
ct2cl.A1{
A6
c8
BUS CARD WIRINGS
HTTRA CONNECTION FOR CARD NO.2Wlre's Colour
--
:.ll.C I:i. " A]9A15-Al7itr.C l7Al0c9A9c8
c3c2At2cL2c13cr4415c30c27c23A,23A,24c24c31432431c32429
A26
A8,
A87A5A4
A2
A1A1
From DataSensor AD59C
Card 2 Card 4
ArB I At8cto i cloA10 I Al0
A26 i A26
c14 T-Ez
o
-5 vDC Blue A32PlnkAd A30Vlolet+12 V DCDC Oranqe c28-12 V Whlte io :::In:c- r'lE*c30 f;->-f---_--E -=lE\ \-/\E+1Omr"lnruffi
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Jlr,ao,
l-3oeat-
@tilHtstrEtrEHBtrffiruEdBtrmmffiHtrffimffiffi!0o
Er^, ITT
3'oq)
19cr
Fc!
gblEoz- 
