Marathon-computer UNIPRO V3.5 Manual de usuario

COPYRIGHT © 1998MARATHON MONITORS INCUNIPRO v3.5Users Manual

Marathon Monitors Inc.Unipro 3.5 Process Control 1 Aug. 1997AlarmsTwo user-programmable triac alarm contacts are availabl

ProgrammingUnipro3.5Rev. 11.00December 30, 1995operatorandconveyamessage. bBRAN0000-0019

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997Specifies an"iftrue"and"iffalse"stepnu

ProgrammingUnipro3.5Rev. 11.00December 30, 1995 Programmer Alphabet Continued...OPCODE CAUXCN

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 19970-4000SetAlarm2SetpointvalueifSwitch7,Bank1 isON. IfSwitc

ProgrammingUnipro3.5Rev. 11.00December 30, 1995 EEVENT1.0-15.1TurnsanoutputON/OFF orwaitsfor aninputcondition.TheProgrammerwaitsfor anacknowledgme

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997nextstep.(.0 forOFF;.1 forON) GGOSUB0-201Allowsoneprog

ProgrammingUnipro3.5Rev. 11.00December 30, 1995callanothersubroutine.Whenasubroutineends,thecallingprogram isreloaded andrestarted atthestepfollowing

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997r isequalto thereferenceno. HTEMPS0-4000Set thetempera

ProgrammingUnipro3.5Rev. 11.00December 30, 1995DELAY2-250secInserta shortdelayinseconds. JJUMP0-201Jumpto

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997anotherprogramandcontinueexecutin

Marathon Monitors Inc.Unipro 3.5 Process Control 1 Aug. 1997Electrical ConnectionsConnections to the unit are made via fo

ProgrammingUnipro3.5Rev. 11.00December 30, 1995gatthenewprogram.TheProgrammer

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997neverreturnstotheprogramwithth

ProgrammingUnipro3.5Rev. 11.00December 30, 1995eJOPCODEunlesscalledwiththeG

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997OPCODE.AJUMP0000willreloadande

ProgrammingUnipro3.5Rev. 11.00December 30, 1995xecutethecurrentlyrunningprogra

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997m.

ProgrammingUnipro3.5Rev. 11.00December 30, 1995 Programmer Alphabet Continued...OPCODE LLIMIT

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997.05-40.00 hrsLimittheamount oftimetheProgrammershouldwaitf

ProgrammingUnipro3.5Rev. 11.00December 30, 1995usedwithanotherOPCODE.Thedata inaLIMITstatementmayalso beinterpretedasTemperature.(Referto"Effect

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997ncenumber. OOUTPUT0000to0255Set avalueto beusedfor the

Marathon Monitors Inc.Unipro 3.5 Process Control 1 Aug. 1997

ProgrammingUnipro3.5Rev. 11.00December 30, 1995 PPID0-999AllowstheProportionalBandto bealteredby theProgrammer.It isusedinconjunctionwith =OPCODE.

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997number isabovethespecifiedvalue. rRAMP.05-40.00 hrsSpe

ProgrammingUnipro3.5Rev. 11.00December 30, 1995followed byan HOPCODE. SSOAK.05-40.00hrs.Soakfor

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997aspecifiedperiodoftime.

ProgrammingUnipro3.5Rev. 11.00December 30, 1995 TTIMES0-40.00 hrsSet themastertimerto thespecifiedvalueforcountdown.If thesetvalueis 0,thetimerwil

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997 Programmer Alphabet Continued...OPCODE tTIM

ProgrammingUnipro3.5Rev. 11.00December 30, 1995EI0-40.00hrsChecktoseeifthe

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997timerisabovethespecifiedvalue.

ProgrammingUnipro3.5Rev. 11.00December 30, 1995 UUNTIL-99to99CausestheProgr

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997ammertowaituntilthepercentoutpu

Marathon Monitors Inc.Unipro 3.5 Process Control 1 Aug. 1997UNIPRO Rear PanelUNIPRO Electrical connectionsAC PowerThe UNI

ProgrammingUnipro3.5Rev. 11.00December 30, 1995treachesthespecifiedvalue.This

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997OPCODEisusedwhenitisdesiredto

ProgrammingUnipro3.5Rev. 11.00December 30, 1995knowwhenaloadisuptotemperatur

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997e.Sincethepercentoutputneededto

ProgrammingUnipro3.5Rev. 11.00December 30, 1995maintainthefurnaceatagiventem

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997peraturecanbedetermined,theload

ProgrammingUnipro3.5Rev. 11.00December 30, 1995willbeuptotemperaturewhenthep

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997ercentoutputreturnstothatvalue.

ProgrammingUnipro3.5Rev. 11.00December 30, 1995 YAUXI0000to4000Checktosee

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997iftheauxiliaryinputisabovethes

Marathon Monitors Inc.Unipro 3.5 Process Control 1 Aug. 1997Analog InputsThe UNIPRO allows for three analog inputs with t

ProgrammingUnipro3.5Rev. 11.00December 30, 1995pecifiedvalue. =PIDEQ0-99.99All

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997owstheReset,Rate,LOPOandHIPOpa

ProgrammingUnipro3.5Rev. 11.00December 30, 1995rameterstobechangedbytheProgra

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997mmer.*OnlyifprecededbyP

ProgrammingUnipro3.5Rev. 11.00December 30, 1995OPCODE. -NOP0000Nooperation.

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997(Dataisforcedto0)* Refer to NOTE at the end of this sectio

ProgrammingUnipro3.5Rev. 11.00December 30, 1995* When altering the above parameters, note that no decimalpoint appears.

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997Note:The execution of a JUMP or a GOSUB statement always l

ProgrammingUnipro3.5Rev. 11.00December 30, 1995h-TEMPII-DELAYJ-JUMPL-LIMIT

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997Symbol Table of OPCODEs Continued...DISPLAY SYMBOLPROGR

Marathon Monitors Inc.Unipro 3.5 Process Control 1 Aug. 1997UNIPRO Front Panel RemovalFind the appropriate switches by re

ProgrammingUnipro3.5Rev. 11.00December 30, 1995=-PIDEQ--NOP

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997Limit StatementsThere are various ways to force a program

ProgrammingUnipro3.5Rev. 11.00December 30, 1995o Sets the maximumtime to wait for a condition to bemet.*P No Effect*q No Effect*r ILLEGAL! An rOPCODE

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997The operation of a limit statement after the followingOPCO

ProgrammingUnipro3.5Rev. 11.00December 30, 1995H (TEMPS) A limit statementhere will cause the program to waitfor the measured temperature tocome to wi

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997A limit statement between an inquiry and a branch just set

ProgrammingUnipro3.5Rev. 11.00December 30, 1995To get the unit into the editor mode, perform the dual-keyoperation [Shift][Setpt.] The PROCESS window

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997If at any point [Enter] or [Shift] is pressed and the SET

ProgrammingUnipro3.5Rev. 11.00December 30, 1995Explanation of Programmer MessagesDISPLAY MESSAGEEDITSAVERUNHOLDEffect of Start-up Sequence on Programm

Marathon Monitors Inc.Unipro 3.5 Process Control 1 Aug. 1997UNIPRO Internal LayoutDIP Switch AssignmentsBank 0Switch # De

Maintenance and TroubleshootingUnipro 3.5Rev. 8.00November 30, 1995Alarm MessagesProgrammer alarms interrupt Manual display,as discussed in "Keyb

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997Used, in conjunction with the Programmer, for thefollowing

Maintenance and TroubleshootingUnipro 3.5Rev. 8.00November 30, 1995b. The jumpers on the events boardare improperly set. Should be configuredfor:-2 p

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997Message #97:Indicates that a subroutine is calling a subro

Maintenance and TroubleshootingUnipro 3.5Rev. 8.00November 30, 1995Status Display PageThe status display is broken into “pages” and“paragraphs” the “p

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997EA 15????LDLN????----ST AX ??SW????HST 8NOTES:---- The it

Maintence and TroubleshootingUnipro 3.5Rev. 11.00December 30, 1995Calibration ProceduresThe UNIPRO instrument is shipped completelyprecalibrated. The

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997described following the key descriptions. TheSET display s

Maintence and TroubleshootingUnipro 3.5Rev. 11.00December 30, 1995The SET display messages are shown below:Message DescriptionZ-A Zero input AZ-B Zero

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997the [Up Arrow] or [Down Arrow] key willchange the calibrat

Marathon Monitors Inc.Unipro 3.5 Process Control 1 Aug. 1997Slidewire Dead Band Offsetoffset Switch 3 Switch 4 Switch 50.

Maintence and TroubleshootingUnipro 3.5Rev. 11.00December 30, 1995Preparing For CalibrationBefore placing the UNIPRO into calibrationmode, check to be

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997Using the [Display] key, select theproper input to be cali

Maintence and TroubleshootingUnipro 3.5Rev. 11.00December 30, 1995K 32 (0) 2300 (1200)N 32 (0) 2300 (1200)NNM 32 (0) 2000 (1100)R 300 (150) 3000 (

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997To Zero the boardcalibration Turn off the powerat the sim

Maintence and TroubleshootingUnipro 3.5Rev. 11.00December 30, 1995time. Wait 5 to 10 seconds to allow the readingto record, then take it out of calib

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997 Press the [Display] key to change the SETwindow to Z-B o

Maintence and TroubleshootingUnipro 3.5Rev. 11.00December 30, 1995

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997Digital InterfacesHostCommunicationsThe Host communication

Maintenance and TroubleshootingUnipro 3.5Rev. 8.00November 30, 1995communications, and isalways in receive modeunless responding to aquestion."X&

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997 Parameter Table(0H-2FH) & (72H-79H)CHSTAT (0)-Status

Marathon Monitors Inc.Unipro 3.5 Process Control 1 Aug. 1997Each UNIPRO in a multiple instrument system must have a uniqu

Maintenance and TroubleshootingUnipro 3.5Rev. 8.00November 30, 1995(Number andStep)PRGMT (0FH) -MasterTimer Bit 15 is DIR FlagPRGRTIM (10H) -Programme

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997DACV2 (74H) -DAC2 DataALRMQ (75H) -Programmer AlarmHPOUT (

Maintenance and TroubleshootingUnipro 3.5Rev. 8.00November 30, 1995Software ever has the chance to "see" them. Therefore, thealarms had to

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997Message ProtocolFormatAlCddddDLE End of Transm

Maintenance and TroubleshootingUnipro 3.5Rev. 8.00November 30, 1995Command characterfrom the commandset tableInstrument prefixAddress of unitbased, on

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997Host Software10PRO Emulation ModeThe UNIPRO will emulate t

Maintenance and TroubleshootingUnipro 3.5Rev. 8.00November 30, 1995K k EventOutputsL l ProgramNumberM m ModeN n Program StepNumberP p ProportionalBand

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997The Events Buss allows the Controller to receive and/ortra

Maintenance and TroubleshootingUnipro 3.5Rev. 8.00November 30, 1995PasswordsIn “Setup and Configuration” the Password is introduced.Password protectio

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997panel. The new password is in effect. See “Setupand Confi

Marathon Monitors Inc.Unipro 3.5 Process Control 1 Aug. 1997Thermocouple Burnout Jumper SelectionThe thermocouple jumper

SpecificationsUnipro 3.5Rev. 11.00December 30, 1995SPECIFICATIONSAlarm OutputsAmbientTemperatureAnalogOutputsAuxiliary InputImpedanceAuxiliary InputRa

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997ProgramsPID ConstantsProportionalBandResetRateCycle TimeRe

SpecificationsUnipro 3.5Rev. 11.00December 30, 1995S:T:WeightTwo solid state relaycontacts for theprocess alarms -300 to4000. Programmeralarm provide

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997mode5.63 in. wide by5.63 in. high by8.38 in. deep0 to 85%8

SpecificationsUnipro 3.5Rev. 11.00December 30, 1995(+4)LinearChromel-ConstantanIron-ConstantanChromel-AlumelTungsten 5%Rhenium vs.Tungsten 26%Rhenium

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997GlossaryLoad LineLoad line (LdLn) is amanual offset to the

GlossaryUnipro 3.5Rev. 11. 00December 30, 1995This mode is used withslidewire feedback. Outputl is used to drive for morefeedback and Output 2 isused

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997The proportional band isbased upon a range of l000.Therefo

AppendixUnipro 3.5Rev. 0. 00November 30, 1995Appendix AHexadecimal CodeHexadecimal code is a functional,compact method of representing certainparamete

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997To convert a binary number to theequivalent hexadecimal nu

Marathon Monitors Inc.Unipro 3.5 Process Control 1 Aug. 1997Description and ApplicationsThe Marathon Monitors Inc. UNIPRO

Marathon Monitors Inc.Unipro 3.5 Process Control 1 Aug. 1997Setup And ConfigurationFront PanelThe front panel of the UNIP

AppendixUnipro 3.5Rev. 0. 00November 30, 1995Hexadecimal code is an extremely helpfulnumber representation when codingcomputer systems. Recall that m

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997Version 3.5 UNIPRO setup sheetFurnace #_________________

AppendixUnipro 3.5Rev. 0. 00November 30, 1995[Ctrl Parm]PBRESRATCYCLOPOHIPOLDLN[Alarm set]A1__A1XXA2__A2xxTON1TOF1TON2TOF2[Setpt]STPTREFTCO[Shift\Alar

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997AXMD[Shift\Ctrlparm]LLdegCSTRTAPSASEVCJCACJCBUNIT #1______

AppendixUnipro 3.5Rev. 0. 00November 30, 1995_________________________________________________________________________________________________________

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997__________________________________________________________

AppendixUnipro 3.5Rev. 0. 00November 30, 1995EALEEALFDIP switchsettingscircle ONUNIT #1UNIT #2UNIT #3UNIT #4

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997__________________________________________________________

AppendixUnipro 3.5Rev. 0. 00November 30, 1995_________________________________________________________________________________________________________

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997__________________________________________________________

Marathon Monitors Inc.Unipro 3.5 Process Control 1 Aug. 1997This 4 digit 14-segment display provides the value of the pro

AppendixUnipro 3.5Rev. 0. 00November 30, 19955 6 7 85 6 7 8___________________________________________________________________________________________

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997

Marathon Monitors Inc.Unipro 3.5 Process Control 1 Aug. 1997 Fault indicates that an open circuit is detected at the sign

Marathon Monitors Inc.Unipro 3.5 Process Control 1 Aug. 1997KeyboardThe UNIPRO keyboard consists of ten keys for operatin

Marathon Monitors Inc.Unipro 3.5 Process Control 1 Aug. 1997This key selects the Control Parameter Entermode where the Pr

Marathon Monitors Inc.Unipro 3.5 Process Control 1 Aug. 1997usually used to select which digit is to bemodified in a data

Marathon Monitors Inc.Unipro 3.5 Process Control 1 Aug. 1997usually used to selectwhich digit is to bemodified in a data

Setup and ConfigurationUnipro 3.5Unipro 3.5 Process Control 1 Aug. 1997[ControlParameter]SetupMe

Setup and ConfigurationUnipro 3.5Unipro 3.5 Process Control 1 Aug. 1997nuMENUCONMENUINPMENUAOUTMENUCOMMENUPROGpbxxxxin

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997quenceof“INA”repeatsforinputsB

Marathon Monitors Inc.Unipro 3.5 Process Control 1 Aug. 1997Two (2) control output triacs for use in single or dual contr

Setup and ConfigurationUnipro 3.5Unipro 3.5 Process Control 1 Aug. 1997andC.:thescreenrepeatsfornu

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997mbers0-8decimalandhexandhexn

Setup and ConfigurationUnipro 3.5Unipro 3.5 Process Control 1 Aug. 1997umbers9-f.Thisindicatesthatthe

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997repeatingscreenshavebeenleftout

Setup and ConfigurationUnipro 3.5Unipro 3.5 Process Control 1 Aug. 1997betweenthefirstandlastnumbers.

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997Control Parameter KeyMenu SelectionsThe following shows th

Setup and ConfigurationUnipro 3.5Unipro 3.5 Process Control 1 Aug. 1997etdisplayoptions Descriptio

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997tionalband0 to 99.99Reset0 to9.99Rate 1 to250Cycletime ins

Setup and ConfigurationUnipro 3.5Unipro 3.5 Process Control 1 Aug. 1997onpercentoutput-100 to100Lowlimitonpercentoutput-1

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997CON menu Continued...Processdisplay Setdisplay

Marathon Monitors Inc.Unipro 3.5 Process Control 1 Aug. 1997InstallationInstallation LocationThe UNIPRO instrument is des

Setup and ConfigurationUnipro 3.5Unipro 3.5 Process Control 1 Aug. 1997_XX =tp fortimeproportioning.tc fortimeproportioni

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997ms formotorwithslidewirefeedbackof forOFF /ONcontroloc for

Setup and ConfigurationUnipro 3.5Unipro 3.5 Process Control 1 Aug. 1997od forOFF /ONdualpp forpositionproportioningLOC, I

Setup and ConfigurationUnipro 3.5Unipro 3.5 Process Control 1 Aug. 1997INP menuInput A, B, or C values andactions are pro

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997hoices DescriptionLIN,Tc,Off,

Setup and ConfigurationUnipro 3.5Unipro 3.5 Process Control 1 Aug. 1997ProgLinearizationforinputA:

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997LINforlinearTc?Forthe

Setup and ConfigurationUnipro 3.5Unipro 3.5 Process Control 1 Aug. 1997rmocoupletype*OffP

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997rogforProgrammed.InputChasthree

Marathon Monitors Inc.Unipro 3.5 Process Control 1 Aug. 1997

Setup and ConfigurationUnipro 3.5Unipro 3.5 Process Control 1 Aug. 1997morechoicesL30,L50,andL100.

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997YES, NOColdjunctioncompensationactiveforinput A-999to9999I

Setup and ConfigurationUnipro 3.5Unipro 3.5 Process Control 1 Aug. 1997mmode0 to 3InputAdisplayeddecimal pointlocation fo

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997AOUT menuP

Setup and ConfigurationUnipro 3.5Unipro 3.5 Process Control 1 Aug. 1997PO,INB,P20,P2

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 19971,Analogoutput1source*REFN, PROG, TEMP,AUX-9

Setup and ConfigurationUnipro 3.5Unipro 3.5 Process Control 1 Aug. 199799to9999Analogoutput1offset

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 19970to9999Analogoutput1range

Setup and ConfigurationUnipro 3.5Unipro 3.5 Process Control 1 Aug. 1997Analog out put 2choices are the samemenu items rep

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997COM menuProcessdisplay Setdisplay

Marathon Monitors Inc.Unipro 3.5 Process Control 1 Aug. 19973. Repeat step 2 for the opposite side of the unit.4.

Setup and ConfigurationUnipro 3.5Unipro 3.5 Process Control 1 Aug. 1997tionH orF, Eor NHostcommunicationssetupand 0 to 3T

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997H orF, E orNAuxcommunicationssetup and0to3NO,YESSlave

Setup and ConfigurationUnipro 3.5Unipro 3.5 Process Control 1 Aug. 1997controllersetpoint offsetTheUNIPRO cantransfer 7sl

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 19972 = 96003 = 19.2k

Setup and ConfigurationUnipro 3.5Unipro 3.5 Process Control 1 Aug. 1997PROG menuProcessdisplay Setdisplay

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997ptionNO,YESAutostart-upNO,YESAutoprogram startNO, YESAsync

Setup and ConfigurationUnipro 3.5Unipro 3.5 Process Control 1 Aug. 1997LocklevelThemostaccessiblelevel is3, theleast is0.

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997[Cntl Parm], [Enter], [Enter],[Enter] must be pressed.

Setup and ConfigurationUnipro 3.5Unipro 3.5 Process Control 1 Aug. 1997EVTS menuProcessdisplay Setdisplayoptio

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997 DescriptionNO,YESExternaleventboardsactive1200

Marathon Monitors Inc.Unipro 3.5 Process Control 1 Aug. 1997On subsequent removals and installations the rearpanel can be

Setup and ConfigurationUnipro 3.5Unipro 3.5 Process Control 1 Aug. 19970 to 4 Eventspartitioninternal0 to16Externalanalo

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997through 15respectively.XXX Externalanalogboardmodulelinea

Setup and ConfigurationUnipro 3.5Unipro 3.5 Process Control 1 Aug. 1997All thermocouple displays have TC X format where X

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997[Alarm Set] keyThe [Alarm Set] key also sets someparameter

Setup and ConfigurationUnipro 3.5Rev. 8.00November 30, 1995ayoptions DescriptionSeenotesAlarm1mode.Selectswhichvariable, type

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997ofalarm,andwhether directorreverseacting.Seenotesbelow.-99

Setup and ConfigurationUnipro 3.5Rev. 8.00November 30, 1995Alarm1 turnondelaytime inseconds.0 to250Alarm1 turnoffdelaytime inseconds. At this point,

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997D This isDIRECToperation foralarm actuation(i.e. the cont

Setup and ConfigurationUnipro 3.5Rev. 8.00November 30, 1995programmed setpoint is at 0.80, the alarmwill trigger at 0.90 and 0.70.)DEV Alarm actuation

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997[SETPT] keyParameter entry under the [Setpt] key isthe sam

Marathon Monitors Inc.Unipro 3.5 Process Control 1 Aug. 1997Three types of Proportional control are:1. Time-Proportioning

Setup and ConfigurationUnipro 3.5Rev. 8.00November 30, 1995ayoptions Description-999 to9999Control loopsetpoint.Thelocation of

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997thesetpoint willbeautomatically setbasedon thecontrol loop

Setup and ConfigurationUnipro 3.5Rev. 8.00November 30, 1995accessed bythehostcomputersystem.

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997

OperationUNIPRO 3.5Rev. 11.00December 30,1995OPERATIONOnce installation and setupand configuration are complete,the day to day operation needs ofthe U

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997 Correct the problem or do whatthe programmed alarm indic

OperationUNIPRO 3.5Rev. 11.00December 30,1995SETPOINT PARAMETERSDisplay Parameters DescriptionStpt Setpoint The SETdisplay window linerepresents

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997PROG/AUTO/MAN The Operation Mode for controlof programs is

OperationUNIPRO 3.5Rev. 11.00December 30,1995Either the percent ON time(time-proportion) or valve position(position proportion) is displayedin the SET

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997PROGRAM OPERATIONSRunning a Program1. Press [PROG/AUTO/MAN

Marathon Monitors Inc.Unipro 3.5 Process Control 1 Aug. 1997more details). The output control is based on 0 to 99% of th

OperationUNIPRO 3.5Rev. 11.00December 30,1995Press the [PROG/AUTO/ MAN] key until theAuto or Man LED is flashing, indicating aprogram is in HOLD. Ret

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997Restarting a Program From HOLD1. Press [PROG/AUTO/MAN] UNT

OperationUNIPRO 3.5Rev. 11.00December 30,1995the data in the SET display is invalid for theOPCODE shown. Use the [arrow keys] to enter thecorrect dat

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997To Exit the Editor Without Saving the Program1. Press [Set

OperationUNIPRO 3.5Rev. 11.00December 30,1995 After all characters are as wanted, press the[ALARM SET] key to place the value inmemory and exit,or p

ProgrammingUnipro3.5Rev. 11.00December 30, 1995ProgrammerOperationsIntroduction toProgrammingTechniquesThe UNIPRO Programmeruses a step/OPCODEapproach

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997Description of OPCODEsThe following "alphabet" l

ProgrammingUnipro3.5Rev. 11.00December 30, 1995 AALARM0001-007980-83*MESSAGE

MMI Product DocumentationUnipro 3.5 Process Control 1 Aug. 1997#Soundanddisplayalarmtosummon