Carlos Silva HIDRA CRONO Owner's manual
PLC programming manual.
HIDRA CRONO
PLC Module
p
ro
g
rammin
g
manual 16/12.2015Rev.1
HIDRA CRONO controller
PLC module programming manual
DC81225Q01
*DC81225Q01*
ENGLISH
2
How to use the manual
Each parameter is described as follows:
XX.XX.XX‐Parametername
Parameterdescription(The description may include allowable values and notes)
EXAMPLE: Represents a possible situation
FACTORYDEFAULT: Default parameters
MIN:Minimum value (X)
MAX:Maximum value (XX)
STEP:Increase (X)
AccessLevel Device ConnectionLocation
(Level required to view or change
the parameter) (Device required to view or change
the parameter) (Location to connect device)
Example
02.02.01.03‐Closedoorattempts
Setsthenumberofdoorcloseattemptsbeforeenteringblockeddoormode
FACTORYDEFAULT:10
MIN:10
MAX:20
STEP:1
Basic‐Intermediate‐Advanced‐Administrator ‐Keypad‐PC‐ Controller‐Car
Location to connect device
Without access level
(not identified)
Required Device
With access level
(Indicated)
3
INTRODUCTION.............................................................................................................................................4
GLOSSARY..............................................................................................................................................................4
Inputs..............................................................................................................................................................4
Outputs...........................................................................................................................................................4
LogicUnits......................................................................................................................................................5
Timers.............................................................................................................................................................5
Flipflops.........................................................................................................................................................5
32LOGICUNITS(UL0TOUL31)................................................................................................................................6
4TIMER(TIMER0TOTIMER3).................................................................................................................................7
8SET/RESETFLIPFLOPS(FLIPFLOP0TOFLIPFLOP7)....................................................................................................8
LISTOFTHEAVAILABLEINPUTS.....................................................................................................................9
LISTOFTHEAVAILABLEOUTPUTS................................................................................................................11
PLCMODULECONFIGURATIONMENU.........................................................................................................13
02.51–PLCFUNCTIONS.........................................................................................................................................13
02.51.01to02.51.32–UL0toUL31.............................................................................................................13
02.51.01.01to02.51.32.01–Type.............................................................................................................................13
02.51.01.10to02.51.32.10–Input1.........................................................................................................................13
02.51.01.11to02.51.32.11–Input2.........................................................................................................................13
02.51.01.20to02.51.32.20–Out..............................................................................................................................13
02.51.65to02.51.68–Timer0toTimer3...................................................................................................13
02.51.65.01to02.51.68.01–Type............................................................................................................................13
02.51.65.10to02.51.68.10–Trigger.........................................................................................................................13
02.51.65.20to02.51.68.20–Out..............................................................................................................................13
02.51.65.30to02.51.68.30–Time............................................................................................................................13
02.51.73to02.51.80–Flipflop0toFlipflop7............................................................................................14
02.51.73.01to02.51.80.01–Type............................................................................................................................14
02.51.73.10to02.51.80.10–SET..............................................................................................................................14
02.51.73.11to02.51.80.11–RESET..........................................................................................................................14
02.51.73.20to02.51.80.20–Out..............................................................................................................................14
OBJECTLESSON1........................................................................................................................................15
OBJECTLESSON2........................................................................................................................................15
OBJECTLESSON3........................................................................................................................................16
OBJECTLESSON4........................................................................................................................................16
ANNEXESANDEXAMPLES............................................................................................................................18
ANNEX1.INPUTSANDOUTPUTSAVAILABLEFORHIDRACRONO......................................................................................18
MANUFACTURER’S NOTE:
Carlos Silva SA will accept no liability for claims concerning damage or costs derived
from non-fulfilment of the indications of this manual, or giving a use beyond what is
described here.
The information contained in this document may change without warning. Except
for that allowed under the copyright laws, all reproduction, adaptation or
translation is prohibited without written permission.
®Carlos Silva is a registered trademark of Carlos Silva S.A.
HIDRAsystem is a product owned by Carlos Silva S.A.
HIDRA CRONO is a product owned by Carlos Silva S.A.
4
Introduction
Fromfirmwareversion5.0,TheHidraCronocontrollerhasanoptionalPLCfeature(Programmable
logiccontroller)toallowtheimplementationofspecialfunctionsinafastandeasyway.
Withthisnewfunctionalityitispossibletoprovidetheliftofpracticallyanyspecificfunctionofthe
buildingwithouttheneedtoaddexternalelements,spendtimeaddingadditionalwiringorexternal
elementsofcontrol
Thissoftwaremoduleisdesignedtonotaffectthenormaloperationofthelift.Becauseofthis,itis
notpossibletochangespecificfunctionsofthis.Belowareindicatedsomeexamplesofthe
possibilitiesofferedbythePLCmodule.
Glossary
Inthismanualtherearesomereferencesatsomeconceptsthatisnecessarytobeclearinorderto
understandcompletelytheoperationofthePLCsoftwaremodule
Inputs
Theinputsmaybephysicalinputs,liftstatus,temporalregistersorpermanentregisters.
ThephysicalinputsarelocatedinanyofthegeneralpurposeinputsoftheHidraCronocontroller(6
oncontroller,6oncartop,2oneachlandingmodule,8onthepitmoduleand64onMEXexpansion
modules).Afreepotentialcontactisrequiredforthistypeofinputs,forexamplekeyswitches,
pushbuttonsorrelaycontacts.
TheLiftstatusinputsaregeneratedbyHidraCronocontrollerdependingofitsstatus,forexample,if
isdefinedaninputof“inspection”thevalueofthisinputwillbe1whiletheliftisunderinspection.
AnInputoftemporalregisterisaninternalmemorypositionusedtonestvariouselements.Thistype
ofregistersdoesnotmaintaintheirvaluesafterapowerfail.Anexampleoftheuseofthisregisters
isgivenbelow.
Aninputofpermanentregisterisaninternalmemorypositionasmentionedbeforebutinthiscase,
itsvalueismaintainedduringapowerfail
Outputs
TheOutputsmaybephysicaloutputs,temporalregisters,permanentregistersorliftfunctions
Asinthecaseoftheinputs,thephysicaloutputsarelocatedonanyofthegeneralpurposeoutputs
oftheHidraCronocontroller(6onthecontroller,6oncartop,2oneachlandingmodule,8onthe
pitmoduleand64onMEXexpansionmodules)
OnController,cartop,landingmodulesandpitmodulethereare24VDC1Wmaxoutputs
OnMEXexpansionmodulesarefreepotentialoutputs(250VAC5Amax)
Anoutputoftemporalregisterisaninternalmemorypositionusedtonestvariouselements.This
typeofregistersdoesnotmaintaintheirvaluesafterapowerfail.Anexampleoftheuseofthis
registersisgivenbelow.
5
Anoutputofpermanentregisterisaninternalmemorypositionasmentionedbeforebutinthis
case,itsvalueismaintainedduringapowerfail
Theoutputsofliftfunctionallowmodifyingsomeliftoperations.Belowalistofthisfunctionsandits
explanationarelisted.
LogicUnits
ALogicunitisanelementabletoreadthevalueoftwoinputs,doalogicoperationwithbothandset
thevalueatoneoutput
Timers
Withtheactivationofaninput(trigger)anoutputisactivateddependingofitsbehaviour.
Flipflops
Aflipflopisatemporalstoredevicewithtwostates.IthasaSETinputtosettheoutputto1anda
RESETinputtoresetitsoutputto0.
6
32Logicunits(UL0toUL31)
Eachlogicunithas4parameterstoconfigure.Type,Input1,Input2andOut
TYPE:IfisconfiguredasNoUse,thislogicunitisnotused,inothercase,itcouldbeoneofthe
followingtypesanditsoperationisshownonthecorrespondingtableofthetruth
Input1Input2OutInput1Input2Out
000001
010011
100101
111110
Input1Input2OutInput1Input2Out
000001
011010
101100
111110
Input1Input2Out
000
011
101
110
Note:ThePLCmoduledoesnothavethelogicfunctionNOT.Thisfunctionmaybemadewitha
NANDorNORlogicunitwithInput1andInput2programmedwiththesamevalue
Input1andInput2:
Inputswithwhichthelogicaloperationisperformed
Out:
Resultingoutputofthelogicaloperation
7
4timer(Timer0toTimer3)
Eachtimerhas4parameterstodefineitsbehaviour:Type,Trigger,Outandtime.
Type:
0–Notenabled
1–Delayondisconnection
2–Delayonconnection
3–Pulseondisconnection
4–Pulseonconnection
5–Flashing
t
t
Trigger
t
Out
Trigger
Out
Trigger
t
Out
Trigger
Out
8
Trigger:
Inputsusedastriggerofthetimer
Out:
Outputcontrolledbythetimer
Time:
Setthetime“t”.Thistimeisadjustablebetween0.1secondsand1week
8Set/ResetFlipflops(Flipflop0toFlipflop7)
Eachflipflophas4parameterstoadjust:Type,SET,RESETandOut
Type:
0–Flipflopdisabled
1–Flipflopenabled
SET:
Whenthisinputisactivated(1)theoutputOUTisset1
RESET:
Whenthisinputisactivated(1)theoutputisresetto0.ThisinputshasprioritysoifSETandRESET
areboth1,theoutputOUTwillbe0
Out:
Outputcontrolledbytheflipflop
ttttt
Trigger
Out
9
List of the available inputs
NameoftheinputLocationDescription
C0001,C0002,C0003,C0004,C0005,C0006CartopPhysicalinput
P0001,P0002,P0003,P0004,P0005,P0006ControllerPhysicalinput
L0011,L0012,L0021,L0022,L0111,L0112,
L0121,L0122,L0211,L0212,L0221,L0222,
L0311,L0312,L0321,L0322,L0411,L0412,
L0421,L0422,L0511,L0512,L0521,L0522,
L0611,L0612,L0621,L0622,L0711,L0712,
L0721,L0722,L0811,L0812,L0821,L0822,
L0911,L0912,L0921,L0922,L1011,L1012,
L1021,L1022,L1111,L1112,L1121,L1122,
L1211,L1212,L1221,L1222,L1311,L1312,
L1321,L1322,L1411,L1412,L1421,L1422
LandingmodulePhysicalinput
E0000,E0001,E0002,E0003,E0004,E0005,
E0006,E0007,E0100,E0101,E0102,E0103,
E0104,E0105,E0106,E0107,E0200,E0201,
E0202,E0203,E0204,E0205,E0206,E0207,
E0300,E0301,E0302,E0303,E0304,E0305,
E0306,E0307
MEXexpansionmodulePhysicalinput
RT000,RT001,RT002,RT003,RT004,RT005,
RT006,RT007,RT008,RT009,RT010,RT011,
RT012,RT013,RT014,RT015,RT016,RT017,
RT018,RT019,RT020,RT021,RT022,RT023,
RT024,RT025,RT026,RT027,RT028,RT029,
RT030,RT031
InternalmemoryonCrono
controller
Temporalregister
RP000,RP001,RP002,RP003,RP004,RP005,
RP006,RP007
InternalmemoryonCrono
controller
Permanentregister
PublicServiceInternalstatusIs1iftheliftisunderpublic
service
OutofServiceInternalstatusIs1iftheliftisoutofservice
InspectionInternalstatusIs1iftheliftisunderinspection
PositioningInternalstatusIs1iftheliftispositioning
UPInternalstatusIs1iftheliftisgoingup
DOWNInternalstatusIs1iftheliftisgoingdown
TRIPInternalstatusIs1iftheliftisontravel
IDLEInternalstatusIs1iftheliftisunderpublic
serviceandidle
SSGInternalstatusIs1iftheliftisSSGisclosed
PPInternalstatusIs1iftheliftisPPisclosed
EPEInternalstatusIs1iftheliftisEPEisclosed
EPCInternalstatusIs1iftheliftisEPCisclosed
CDIInternalstatusIs1iftheliftisreadingCDI
magnet
CDPInternalstatusIs1iftheliftisreadingCDP
magnet
CVIInternalstatusIs1iftheliftisbelowCVIsignal
CVSInternalstatusIs1iftheliftisaboveCVSsignal
CPEInternalstatusIs1iftheliftisreadingCPE
magnet
DooropeningInternalstatusIs1whendooropening
DoorclosingInternalstatusIs1whendoorclosing
Doorpre‐openingInternalstatusIs1whendoorpreopening
DOPInternalstatusIs1whiledooropenpushbutton
ispressed
DCPInternalstatusIs1whiledoorclosepushbutton
ispressed
VIPInternalstatusIs1whiletheVIPswitchisON
Photocell1,Photocell2InternalstatusIs1ifthisphotocellis
intercepted
Zone3,Zone4,Zone5InternalstatusIs1ifisonzone3,4o5ofthe
landingzone
LevelingInternalstatusIs1iftheliftislevelling
RescuingInternalstatusIs1iftheliftisrescuing
CarcallsInternalstatusIs1ifthereisanycarcall
UpcallsInternalstatusIs1ifthereisanyuplandingcall
10
DowncallsInternalstatusIs1ifthereisanydownlanding
call
FullloadInternalstatusIs1iftheoverloadsensor
indicatesfullload
OverloadInternalstatusIs1iftheoverloadsensor
indicatesoverload
BlockeddoorsInternalstatusIs1ifthedoorsareblocked
UPSInternalstatusIs1iftheUPSsignalisactivated
InvertererrorInternalstatusIs1iftheinvertererrorsignalis
activated
PTCerrorInternalstatusIs1ifthereisanerrorwiththe
PTC
TempsensorerrorInternalstatusIs1ifthemachineroom
temperatureisbeloworaboveof
theallowedone
FirealarmInternalstatusIs1isthefiresignalisactivated
microSDpresentInternalstatusIs1ifthemicroSDcardis
pluggedin
HandheldconsolepresentInternalstatusIs1ifthehandheldconsoleis
connectedonthecontroller
CarlightInternalstatusIs1whenthecarlightisatON
state
Fl0,Fl1,Fl2,Fl3,Fl4,Fl5,Fl6,
Fl7,Fl8,Fl9,Fl10,Fl11,Fl12,
Fl13,Fl14,Fl15,Fl16,Fl17,Fl18,
Fl19,Fl20,Fl21,Fl22,Fl23
InternalstatusIs1whenthecarisonthatfloor.
Example:
Ifisprogrammedas“Fl4”this
inputwillbe1whenthecarison
floor4
Sun,Mon,Tue,Wed,Thu,Fri,SatInternalstatusIs1whenisthisweekdayonthe
internalrealtimeclockofthe
controller
Example:
Ifaninputisprogrammedas
“Sat”willbe1from0:00:00until
23:59:59ofeachSaturday
0h,lh,2h,3h,4h,5h,6h,7h,
8h,9h,10h,11h,12h,13h,14h,15h,
16h,17h,18h,19h,20h,21h,22h,23h
InternalstatusIs1whenisthathouronthe
internalrealtimeclockofthe
controller
Example:
Ifaninputsisprogrammedas“13
h”willbe1from13:00:00until
13:59:59everyday
11
List of the available outputs
NameoftheoutputLocationDescription
C0001,C0002,C0003,C0004,C0005,C0006Cartop24VDCphysicaloutput(1Wmax)
P0001,P0002,P0003,P0004,P0005,P0006Controller24VDCphysicaloutput(1Wmax)
L0011,L0012,L0021,L0022,L0111,L0112,
L0121,L0122,L0211,L0212,L0221,L0222,
L0311,L0312,L0321,L0322,L0411,L0412,
L0421,L0422,L0511,L0512,L0521,L0522,
L0611,L0612,L0621,L0622,L0711,L0712,
L0721,L0722,L0811,L0812,L0821,L0822,
L0911,L0912,L0921,L0922,L1011,L1012,
L1021,L1022,L1111,L1112,L1121,L1122,
L1211,L1212,L1221,L1222,L1311,L1312,
L1321,L1322,L1411,L1412,L1421,L1422,
L1511,L1512,L1521,L1522
Landingmodule24VDCphysicaloutput(1Wmax)
E0000,E0001,E0002,E0003,E0004,E0005,
E0006,E0007,E0100,E0101,E0102,E0103,
E0104,E0105,E0106,E0107,E0200,E0201,
E0202,E0203,E0204,E0205,E0206,E0207,
E0300,E0301,E0302,E0303,E0304,E0305,
E0306,E0307
MEXexpansionmoduleFreeofpotentialphysicaloutput
(Contactrating250VAC5Amax)
RT000,RT001,RT002,RT003,RT004,RT005,
RT006,RT007,RT008,RT009,RT010,RT011,
RT012,RT013,RT014,RT015,RT016,RT017,
RT018,RT019,RT020,RT021,RT022,RT023,
RT024,RT025,RT026,RT027,RT028,RT029,
RT030,RT031
InternalmemoryonCronocontrollerTemporalregister
RP000,RP001,RP002,RP003,RP004,RP005,
RP006,RP007
InternalmemoryonCronocontrollerPermanentregister
COPbuzzerLiftfunctionIfthevalueofthisoutputis1,theCar
operationpanelbuzzersounds
COPdisableLiftfunctionIfthevalueofthisoutputis1,thecar
operationpanelwillnotregistercalls
LOPdisableLiftfunctionIfthevalueofthisoutputsis1,the
landingoperationpanelswillnot
registercalls
Fl00COPdisable,Fl01COPdisable,
Fl02COPdisable,Fl03COPdisable,
Fl04COPdisable,Fl05COPdisable,
Fl06COPdisable,Fl07COPdisable,
Fl08COPdisable,Fl09COPdisable,
Fl10COPdisable,Fl11COPdisable,
Fl12COPdisable,Fl13COPdisable,
Fl14COPdisable,Fl15COPdisable
LiftfunctionIfthevalueofthisoutputis1,thecar
operationpanelpushbuttonofthis
floorwillnotregistercalls.
Example:
If“Fl01COPdisable”is1,thefloor1
caroperationpushbuttonwillnot
registeranycall
Fl00LOPdisable,Fl01LOPdisable,
Fl02LOPdisable,Fl03LOPdisable,
Fl04LOPdisable,Fl05LOPdisable,
Fl06LOPdisable,Fl07LOPdisable,
Fl08LOPdisable,Fl09LOPdisable,
Fl10LOPdisable,Fl11LOPdisable,
Fl12LOPdisable,Fl13LOPdisable,
Fl14LOPdisable,Fl15LOPdisable
LiftfunctionIfthevalueofthisoutputis1,the
landingoperationpanelofthisfloor
willnotregistercalls.
Example:
If“Fl03LOPdisable”is1,thefloor3
landingoperationpushbuttonswill
notregisteranycall
Fl00disable,Fl01disable,
Fl02disable,Fl03disable,
Fl04disable,Fl05disable,
Fl06disable,Fl07disable,
Fl08disable,Fl09disable,
Fl10disable,Fl11disable,
Fl12disable,Fl13disable,
Fl14disable,Fl15disable
LiftfunctionIfthevalueofthisinputis1,thisfloor
willbedisabledbecausetheliftwill
notserveanynewcallsanditwill
cleartheexistingones
Ecample:
If“Fl03disable”is1,thefloor3
landingandcarpushbuttonswillnot
registernewcalls
COPcallsclearLiftfunctionIfthevalueofthisoutputis1,allthe
carcallswillbecleared
LOPcallsclearLiftfunctionIfthevalueofthisoutputis1,allthe
landingcallswillbecleared
Fl0call,Fl1call,Fl2call,Fl3call,Fl4call,
Fl5call,Fl6call,Fl7call,Fl8call,Fl9call,
Fl10call,Fl11call,Fl12call,Fl13call,
LiftfunctionIfthevalueorthisoutputis1,acall
tothisfloorwillbegenerated
12
Fl14call,Fl15call,Fl16call,Fl17call,
Fl18call,Fl19call,Fl20call,Fl21call,
Fl22call,Fl23call
Example:
If“Fl3call”is1,acalltothefloor3
willbegenerated
13
PLC module configuration menu
02.51–PLCfunctions
02.51.01to02.51.32–UL0toUL31
Basic‐Intermediate‐Advanced‐Administrator‐ Keypad‐PC ‐ Controller‐Car
02.51.01.01to02.51.32.01–Type
FACTORYDEFAULT:NoUSE
Basic‐Intermediate‐Advanced‐Administrator‐ Keypad‐PC ‐ Controller‐Car
02.51.01.10to02.51.32.10–Input1
FACTORYDEFAULT:NoUSE
Basic‐Intermediate‐Advanced‐Administrator‐ Keypad‐PC ‐ Controller‐Car
02.51.01.11to02.51.32.11–Input2
FACTORYDEFAULT:NoUSE
Basic‐Intermediate‐Advanced‐Administrator‐ Keypad‐PC ‐ Controller‐Car
02.51.01.20to02.51.32.20–Out
FACTORYDEFAULT:NoUSE
Basic‐Intermediate‐Advanced‐Administrator‐ Keypad‐PC ‐ Controller‐Car
02.51.65to02.51.68–Timer0toTimer3
Basic‐Intermediate‐Advanced‐Administrator‐ Keypad‐PC ‐ Controller‐Car
02.51.65.01to02.51.68.01–Type
Setsthebehaviourofthetimer
0–Notenabled
1–Delayondisconnection
2–Delayonconnection
3‐Pulseondisconnection
4–Pulseonconnection
5–Flashing
FACTORYDEFAULT:0
Basic‐Intermediate‐Advanced‐Administrator‐ Keypad‐PC ‐ Controller‐Car
02.51.65.10to02.51.68.10–Trigger
FACTORYDEFAULT:NoUSE
Basic‐Intermediate‐Advanced‐Administrator‐ Keypad‐PC ‐ Controller‐Car
02.51.65.20to02.51.68.20–Out
FACTORYDEFAULT:NoUSE
Basic‐Intermediate‐Advanced‐Administrator‐ Keypad‐PC ‐ Controller‐Car
02.51.65.30to02.51.68.30–Time
14
FACTORYDEFAULT:0.1s
Basic‐Intermediate‐Advanced‐Administrator‐ Keypad‐PC ‐ Controller‐Car
02.51.73to02.51.80–Flipflop0toFlipflop7
Basic‐Intermediate‐Advanced‐Administrator‐ Keypad‐PC ‐ Controller‐Car
02.51.73.01to02.51.80.01–Type
FACTORYDEFAULT:NoUSE
Basic‐Intermediate‐Advanced‐Administrator‐ Keypad‐PC ‐ Controller‐Car
02.51.73.10to02.51.80.10–SET
FACTORYDEFAULT:NoUSE
Basic‐Intermediate‐Advanced‐Administrator‐ Keypad‐PC ‐ Controller‐Car
02.51.73.11to02.51.80.11–RESET
FACTORYDEFAULT:NoUSE
Basic‐Intermediate‐Advanced‐Administrator‐ Keypad‐PC ‐ Controller‐Car
02.51.73.20to02.51.80.20–Out
FACTORYDEFAULT:NoUSE
Basic‐Intermediate‐Advanced‐Administrator‐ Keypad‐PC ‐ Controller‐Car
15
Object lesson 1
Itisrequiredtoinstallanindicatorinthecontrollertoshowifthecarismovingunderinspection
Programmingforthiscase:
02.51.01.01–Type:adjustedto“AND”
02.51.01.10–Input1:adjustedto“Inspection”
02.51.01.11–Input2:adjustedto“TRIP”
02.51.01.20–Out:adjustedto“P0006”
Explanation:Thelogicunit0(UL0)isprogrammedasAND.TheoutputOUTwillbe1(ON)onlyif
Input1ANDinput2are1(ON)together
TheInput1is“Inspection”anditsvalueis1iftheliftisunderinspection
TheInput2is“TRIP”anditsvalueis1whentheliftismovingupordown
TheoutputP0006willbe1(andtheindicatorconnectedtothisphysicaloutputwillbelit)when
Input1andInput2willbe1(TheliftisunderinspectionANDismovingupordown)
Object lesson 2
Itisrequiredtoinstallafaninthecaroperationpanel.Thisfanwillworkwhenthereisanycarcall
andstopsafter10minutesofthecarbecomesidle
Programmingforthiscase:
02.51.65.01–Type:adjustedto“1”whichisdelayondisconnection
02.51.65.10–Trigger:adjustedto“Carcalls”
02.51.65.20–Out:adjustedto“C0006”
02.51.65.30–Time:adjustedto“10min”
Explanation:Thetimer0isprogrammedasadelayondisconnectionandinthismodewhenthe
input“trigger”changesto1,theoutput"OUT"issetto1.Oncethetriggerchangesto0,theoutput
OUTmaintainitsvalueduringtheadjustedtime.
Theinputtriggerisadjustedto“Carcalls”thatmeansthatthisinputwillbe1whenthereisanycar
call
TheoutputC0006willbeactivated(andthefanconnectedstartstowork)whenthereisoneormore
carcalls.Thecontrollerclearsacarcallwhenarrivesatthedestinationfloorandopensthedoor.At
thismoment,iftherearenomorecarcalls,theinput“Carcalls”becomes0andthetimerstartsto
decreaseitsvalue.
Whenitsvaluereaches0,theoutputC0006willbe0andthefanconnectedwillstop
Inspection
TRIPP0006
CarcallsC0006
Delayondisconnection
AND
Timer0
UL0
16
Object lesson 3
Inanelevatorwithfrequencyinverterwesuspectthatsometimesthedrivehasanautorestartfault.
Weneedtoconfirmthisinstallingalight‐pushbuttoninthecontroller.Itslightwillbelitonifan
invertererroroccursandremainONuntilwepushthepushbutton.
Programmingforthiscase:
02.51.74.01–Type:adjustedto“1”
02.51.74.10–SET:adjustedto“Invertererror”
02.51.74.11–RESET:adjustedto“P0005”
02.51.74.20–Out:adjustedto“P0005”
Explanation:ElFlipflop0hastheinput“SET”programmedto“Invertererror”whichvalueis1ifthe
invertererrorsignalisreadbythecontroller
IftheinputSETis1(anyinvertererrorhappens)theoutputP0005becomes1andremainsonthis
stateeveniftheinputSETchangesto0(inverterautorestart)
InordertoresetthevalueoftheoutputP0005,weneedtopressthepushbutton,thentheinput
P0005changesto1andtheFlipflopresetstheoutputP0005,thenthelightturnsoff
Object lesson 4
At5thfloorofaHotelthereareamusicbarandaconventionroom.Themusicbaropensdailyfrom
23:00pmto2:00amandtheconventionroomonlyonrequest.
Thestaffofthehotelwantstodisableautomaticallythe5thfloorwhenthemusicbarisclosed.Also
theywantakeyswitchatmainfloor(1st)toenableitwhenthereisaconventionplanned.
Theydon’twantthatanybodyhastogotoenableanddisablethe5thflooreverydayaccordingthe
openinghoursofthemusicbar
InvertererrorP0005
P0005
Flipflop0
SET
RESET
RT000
OR
UL0
23h
0h
RT001
OR
UL1
1h
L0111
RT002
OR
UL2
RT000
RT001
Fl05COPdisable
NAND
UL3
RT002
RT002
Fl05LOPdisable
NAND
UL4
RT002
RT002
17
Programmingforthiscase:
UL0:
02.51.01.01–Type:adjustedto“OR”
02.51.01.10–Input1:adjustedto“23h”
02.51.01.11–Input2:adjustedto“0h”
02.51.01.20–Out:adjustedto“RT000”
UL1:
02.51.02.01–Type:adjustedto“OR”
02.51.02.10–Input1:adjustedto“1h”
02.51.02.11–Input2:adjustedto“L0111”
02.51.02.20–Out:adjustedto“RT001”
UL2:
02.51.03.01–Type:adjustedto“OR”
02.51.03.10–Input1:adjustedto“RT000”
02.51.03.11–Input2:adjustedto“RT001”
02.51.03.20–Out:adjustedto“RT002”
UL3:
02.51.04.01–Type:adjustedto“NAND”
02.51.04.10–Input1:adjustedto“RT002”
02.51.04.11–Input2:adjustedto“RT002”
02.51.04.20–Out:adjustedto“Fl05COPdisable”
UL4:
02.51.05.01–Type:adjustedto“NAND”
02.51.05.10–Input1:adjustedto“RT002”
02.51.05.11–Input2:adjustedto“RT002”
02.51.05.20–Out:adjustedto“Fl05LOPdisable”
NOTE:Thetemporalregisters(RTxxx)areusedtonestlogicunits.Itispossibletoreadorwritea
value.Becauseofthis,atemporalregistermaybeanoutput(towriteto)andanInput(toreadit)
Explanation:
UL0isanORlogicunitanditsoutputwillbe1ifis“23h”or“0h”.Thisistruefrom23:00:00until
00:59:59everyday.Duringthistime,theoutputRT000willbe1(thisoutputisaninternalmemory
positionusedlaterbyUL2)
UL1isanORlogicunitanditsoutputwillbe1ifis“1h”orthekeyswitchinstalledon“L0111”ison.
Inotherwords,ifthetimeisbetween1:00:00amand1:59:59amorifthekeyswitchison,the
outputRT001willbe1
UL2readsRT000andRT001andmaketheORlogicoperationstoringthevalueatRT002.Withthis,
RT002willbe1everydaybetween23:00:00pmand1:59:59am,orifthekeyswitchisatONposition
UL3andUL4readstheRT002valueandmakeaNOTfunction.Ifthevalueis1,itwillbechangedto0
andvice‐versa.(ANANDlogicunitwithbothinputsprogrammedatthesamevalueisaNOTlogic
unit)
Iftheoutputs“Fl05COPdisable”and“Fl05LOPdisable”are1,thentheCOPandLOPpushbuttons
offloor5aredisabled.BecauseofthisweuseUL3andUL4tochangethevalueofRT002(remember
thatRT2is1duringtheopeninghoursofthemusicbarorifthekeyswitchisON).
18
Annexes and Examples
Annex1.InputsandoutputsavailableforHidraCrono
Signal
Example
Floor01
Floor00
19
Exampleofmenúsettings
‐IfitisrequiredtoconnectafiresignalintheFLOOR01
‐ItwillbewiredtotheFLOOR01MPmodulethatservesthatdoor,anditcanbewiredin
anyofthetwopossibleinputs.
(wirethisinput)
(Cablearenestaentrada)
‐Configurethesetupmenutoadjusttheliftcontroller.
02.10.01.04‐Mainalarmsignal
DefineswherethemainalarmsignalEN81‐73isconnected
Set…
L0122
Floor01Door02Input02
Floor02
Floor01
Floor00
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Carlos Silva
Soluciones y Sistemas Electrónicos para Control de Ascensores
Electronic Lift Control Solutions & Systems
Lösungen und Elektronische Systeme zur Aufzugsteuerung Solutions et
Systèmes Électroniques pour Contrôle des Ascenseurs
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e-mail: [email protected]
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