Matsushima MSC-01 User manual

－0－
TMSC-001E
Rev2:Dec.19,2017
INSTRUCTION MANUAL
FOR
Matsushima signal Conditioner
TYPE
MSC-01
1-8-18 Norimatsu-Higashi,Yahatanishi-ku,Kitakyushu 807-0837 Japan
Phone No.(8193)691-3731 Fax No.(8193)691-3735
http://www.matsushima-m-tech.com
E-mail [e-mail]
※The operator should read this Instruction Manual carefully and
handle the device correctly.

－1－
Table of Contents
Page
Table of Contents ・・・・・・・・・・・・・・・・・・・・・・ 1
SafetyPrecautions ・・・・・・・・・・・・・・・・・・・・・・ 2
１. Overview ・・・・・・・・・・・・・・・・・・・・・・・・・ 3
２. Specifications ・・・・・・・・・・・・・・・・・・・・・・・・
3
３. External Dimensions ・・・・・・・・・・・・・・・・・・・・・ 4
４. Names of Parts ・・・・・・・・・・・・・・・・・・・・・・・・ 4
５. Installation Method ・・・・・・・・・・・・・・・・・・・・・・
5
5- 1. Installation Method ・・・・・・・・・・・・・・・・・・・・ 5
5- 2. Remove Method ・・・・・・・・・・・・・・・・・・・・・・ 5
６. Connection Method ・・・・・・・・・・・・・・・・・・・・・・
5
6- 1. Terminal Layout ・・・・・・・・・・・・・・・・・ 5
6- 2. Connection Terminal ・・・・・・・・・・・・・・・・・・・ 6
6- 3. Operation of Contacts and LED Operations ・・・・・・・・・・ 6
6- 4. BlockDiagram ・・・・・・・・・・・・・・・・・・・・・・・ 7
７. Start-up ・・・・・・・・・・・・・・・・・・・・・・・・・・
8
7- 1. Warming-up Operation and Start-up Flow ・・・・・・・・・・・ 8
7- 2. LCD Screen and Button Operations ・・・・・・・・・・・・・ 9
８. Settings and Functions ・・・・・・・・・・・・・・・・・・・・・ 10
8- 1. Display Unit Setting ・・・・・・・・・・・・・・・・・・・・ 11
8- 2. Decimal point position Setting ・・・・・・・・・・・・・・・・ 12
8- 3. Scaling Setting ・・・・・・・・・・・・・・・・・・・・・・ 13
8- 4. No.1 Limit Setting ・・・・・・・・・・・・・・・・・・・・・ 14
8- 5. No.2 Limit Setting ・・・・・・・・・・・・・・・・・・・・・ 15
8- 6. Sensor Failure Relay Setting ・・・・・・・・・・・・・・・・ 16
8- 7. Sensor Failure Mode Setting ・・・・・・・・・・・・・・・・ 17
8- 8. Damping Setting ・・・・・・・・・・・・・・・・・・・・・・ 18
8- 9. Failure Setup. In Setting ・・・・・・・・・・・・・・・・・・ 19
8-10. Analog Output Setting（Test） ・・・・・・・・・・・・・・・・ 20
8-11. No.1 Relay Output Setting（Test）・・・・・・・・・・・・・ 21
8-12. No.2 Relay Output Setting（Test）・・・・・・・・・・・・・ 22
8-13. Equipment Failure Output Setting（Test） ・・・・・・・・・・・ 23
8-14. Sensor Failure Relay Output Setting（Test）・・・・・・・・・ 24
8-15. Parameter Reset ・・・・・・・・・・・・・・・・・・・・・・ 25
8-16. Factory Reset ・・・・・・・・・・・・・・・・・・・・・・・ 26
8-17. Language Setting ・・・・・・・・・・・・・・・・・・・・・ 27
8-18. Device information ・・・・・・・・・・・・・・・・・・・・ 28
９. Standard Factory Settings ・・・・・・・・・・・・・・・・・・・
29
10. Troubleshooting ・・・・・・・・・・・・・・・・・・・・・・・・ 30

－2－
Safety Precautions
Besure tothoroughlyread theinstructionmanual beforeusing theproducts.
Keeptheinstructionmanualinasafe,convenientlocationforfuturereference.
Allor part ofthecontentsdescribedinthismanualmaybechangedwithout anynotice.
Due to our constant striving for further improvement of products, partsor products that differ from those described in
thismanualmaybesubstituted.
WARNING(FailuretoobservethisWARNINGmaycauseafatalorseriousinjury.)
Besuretoconfirmthatanyperipheralequipmentdoesnotmovebeforeinstallationwork.
Inaddition,observe safetyrequirementsforinstallation work wherehigh-placeworkisexpected.
Besuretoturnoffthepowersourcebeforewiring,mountingandtransportationwork.(Failuretoobservethis
WARNINGmay resultinanelectric shock/injury orequipment damageduetoshort-circuit.)
Carryoutwiringworkcorrectlywithreferencetoaproperdrawing.
Never disassemblethe equipment. (FailuretoobservethisWARNING mayresultinan electricshock.)
Donotopenthecoverunderanexplosiveenvironmentalconditionwhenpowerisentered. (Failuretoobservethis
WARNINGmay resultinaninjuryorequipment damage.)
Donotplaceorstoretheequipmentinanyhostileenvironmentalplacewhereitwillbesubjectedtodirect
sunlight,rain, water droplet, hazardousgas/water,etc..
CAUTION(FailuretoobservethisCAUTIONmaycauseamoderate injuryorequipmentdamage.)
Donot usetheequipment foranypurposeotherthantheoriginalpurposeofuse.
Besuretoconfirmthespecificationof equipment andusetheequipmentwithintherangeof specification.
(Mountingconditions suchastemperature,powersource,frequency,etc.)
Makesureacorrectwiringbeforeapplyingpowersource.
Donothaveashockorstrongimpacttotheequipment.
(FailuretoobservethisCAUTIONmayresultinequipmentdamage.)
Besure toconnectnecessaryterminals(grounding,etc.).
Removeallwiringtotheequipment beforedoingelectricalweldingworkneartheequipment.
Donotforcedlybendorpulltheleadwirealsodonot useunnecessarilylongwire.
Tightenthe cover,leadoutlet,etc. properlysothatdust,rainwater,etc.donotenterinsidetheequipment.
Donotusetheequipmentunderacorrosivecondition(NH3,SO2,CI2,etc.).
Besuretotighten thecablegrandsothatouterairdoes notenterinside theequipment.
Whenapplyingpiping connectionsuchasconduit, etc. insteadof cablegrand,applyputtyorequivalentsonthecable
entrysothatouterairdoesnotenterinsidetheequipment.
IMPORTANT(indicatesnotesorinformationtohelpcustomers.)
LimitationsofWarranty:
Warrantyperiodshallbeoneyearfromthedateof delivery(ex-factory).
Anydamageofanyotherproducts that haveoccurredforuseoftheequipmentisnotcoveredbythiswarranty.
Alsoanylossinducedbyfailureormalfunctionoftheequipmentisnotcoveredbythiswarranty.
Failureormalfunctioncausedbyfollowing arenotcoveredbythiswarranty:
a. ModificationorrepairbyapartyotherthanMATSUSHIMA’sauthorizedpersonnel,orreplacement of
parts notrecommendedby MATSUSHIMA.
b. Inadequatestorage,installation,use, inspectionormaintenancethatdoes notcomplywithspecifications.
c. Causeforanyperipheralequipmentordevice.
d. Accidentbeyond control andforcemajeure (fire, earthquake,flood, riots,etc.).
LackofinstructionstoMATSUSHIMAforinformationorsafetyrequirementsthatcanbepredictedonly
bycustomers’side.
Thiswarrantyconditionsdonotlimitcustomers’legal right.
Pricefortheequipment doesnotincludeanycharge forservicessuchas commissioning,supervising, etc..
!
!
!

－3－
１．Overview
MSC-01isusedincombinationwithonetwo-wiretransmitteror4-20mADCcurrentoutputdevice.
Thisproductoutputstheinstrumentationsignalandcontactsignalof4-20mADCor1-5VDCcorrespondingto
the input currentsignal.
２．Specification
1. Type MSC-01
2. Power 85～264VAC，47～63Hz
3. Powerconsumption Approx.3W
4.
Inputsignal (※1) 4～20mADC （inputloadresistance：250Ω）
Currentlimited：3～24mADC
5.
2-wire
Sensor
power
supply
Noload 24VDC （20～28VDC）
20mALoad 18VDCormore
Short-circuitprotection Max.30mADC （Shortcircuitduration ：unlimited）
6.
Output
signal
(Isolated)
Analogoutput
4～20mADC ×１ （Loadresistance：Max.500Ω）
1～5VDC ×１
Resolution ：1uA（0.25mV）
Relayoutput
4-SPDTRelayoutput
(Limit×2，Transducerfailure×1，Sensorfailure×1) (※2)
Contactcapacity ：250V5AAC／30V5ADC
Minimumhysteresisofsetting ：0.1%
7. Display LCD
LCD digitaldisplay
Displaysettingrange ：-99999～99999
Decimalpointsettingrange ：0to 3digits after thedecimalpoint
(00000. ～00.000)
Unit:Selection( ％，ton，ｍ，ｆｔ，Pa，kPa，MPa，bar，kgf/cm2
psi，mg/m3，µg/m3，m3/h，ft3/h，t/h，kg/h
lb/h，mL/s，℃，°F，mA，Blank 《Non-display》)
LED Power （Green）×1，Limit （Yellow）×2
Fault （Red）×1，Sensorfailure （Red）×1 (※2)
8. Installation Method DIN-Rail
9. ConnectionMethod M3-Screwterminal （Tighteningtorque：0.5N・m）
10. Material Case PPO(Norylresin)
Terminalscrew Steel＋Nicoat
11. Operatingtemperature －15°C ～＋55°C
12. Operatinghumidity 30～90 ％RH （Nocondensing）
13. Protection IP20
14. Mass Approx.300g
15. Insulationresistance Inputcircuit-Outputcircuit-Powercircuit：100MΩormore/500VDC
16. Withstandvoltage Inputcircuit–Outputcircuit–Powercircuit-Earth：1500VAC 1min.
17. Accessories Terminalpin for HARTcommunication×2
（※1）Totheconnectionterminal fortwo-wiresensoror current output device,connect either ofthesedevices.
（※2）Thesensorfailureisuseful whentheconnectionequipmentcanburnoutacurrentsignalincaseofabnormality.
Table1
．
Product

－4－
３．External Dimensions ( Schematic Diagram )
４．Names of Parts
(58)【2.2835】(106)【4.1732】
(89.8)【3.5354】
20
-
M3
terminal
screw
Fig.1
．
Productexternaldimension
s
Unit:mm 【Inch】
Power
LED
（
Green
）
HARTsensorconnectionterminal
Main
unit
Limit
LED
（
Yellow
）
Equipmenterror
LED
（
Red
）
Sensorerror
LED
（
Red
）
Operationbutton
LCD
displayscreen
Fixingscrewofterminal
(M3)
Slider
T
erminal
block
Fig.2
．
Name
sofparts
※Theterminalblockcanbeattached/detachedindependently.
Whenenergizingtheproduct,besuretoconfirm thattheterminal blockis attached.
DIN-Rail

－5－
５．Installation Method
※Inanenvironment withalotofdust,metalpowder,etc.,placetheproductinadust-proofcaseand
takeheat radiationmeasures.
※Avoidvibrationsandimpactsasmuchaspossible,sincetheymaycausefailures.
※Avoiduseinaplacewheretheambienttemperatureexceedstherangeof-15°Cto+55°C(13°Fto131°F),
wheretheambienthumidityexceedstherangeof30to90%RH,orwherecondensationoccurs,sinceit
affectsthelifetimeandoperation.
InstalltheproductontheDINrailwiththeslidersidefacingdown.
5-1.Installation Method
AsshowninFigure3,hangtheupperhookontherearsideontheDINrail,andthenpushthebottompartto
installtheproduct.
5-2.RemoveMethod
AsshowninFigure4,pushdownthesliderusingaminusscrew-driver,pulloutthebottompartfromthe
DINrail,andthenremovetheequipmentfromtheDINrail.
６．Connection Method
※Donot installwires(powersupplywires,inputsignalwires,andoutputsignalwires)closetonoise
sources(switches,relay driving wires,highfrequencylines,etc.).
※Donot bindwirestogetherwiththoseinwhichnoiseorsurgeismixed,norinstallthem intothesameconduit.
6-1.TerminalLayout
Hereistheterminalnumberlayout ofthe terminal block.
1 2 3 4 5 6 7 8 9 10
11 12 13
14 15 16 17 18
19 20
①
②
①
②
③
Fig.3．DIN rail installation Fig.4．DINrailremoval
Fig.5．Terminalnumberlayout

－6－
6-2.ConnectionTerminal
（※1）ThecontactinthefigureisforpowerOFFandoperation.
（※2）ThecontactinthefigureisforpowerOFFandnon-operation.
（※3）When usinga2-wiresensor, connectittothe10(+)–20(-)terminals.
Wheninputting ananaloguesignal,connectittothe9(-)–20(+)terminals.
Connecteitheroneofthem.
6-3.Operations ofContactandLEDOperations
※TheON/OFFpointoftheLimitcontactcanbeset by%,where4mAoftheinput signalis0%and20mAis 100%.
※Theoperationof theequipmenterrorcontactis processedinternallybytheequipment.
However,youcansetthepercentagevalueforthesensorerrorcontactoperationsimilarlytotheLimitcontactor
choosetodisableitforcibly.
*1)Thesensorfailureincludes0mAinput(sensorisnotconnected).
Ｌ Ｎ COM NO NC COM NO NC － － ＋ COM NO NC COM NO NC － ＋ ＋
1 2 3 4 5 6 7 8 9 10 20 11 12 13 14 15 16 17 18 19
Name
State No.1Limit (L1) No.2Limit (L2) Devicefailure (FAULT) Sensorfailure*1) (S. Failure)
PowerON
Notinoperating
COM-NC：
Closed
LED turns OFF
COM-NC：
Closed
LED turns OFF
COM-NO：
Closed
LED turns OFF
COM-NO：
Closed
LED turns OFF
PowerON
Inoperating
COM-NO：
Closed
LED turns ON
COM-NO：
Closed
LED turns ON
COM-NC：
Closed
LED turns ON
COM-NC：
Closed
LED turns ON
PowerOFF
COM-NC：
Closed
LED turns OFF
COM-NC：
Closed
LED turns OFF
COM-NC：
Closed
LED turns OFF
COM-NC：
Closed
LED turns OFF
（※1）（※1）（※2）（※2）
Equipmentfailure
Relayoutput Sensorfailure Relayoutput Inputsignal（※3）
10-20：2-wiresensor
9-20：analoguesignal
No.1Limit
Relayoutput No.2Limit
Relayoutput Outputsignal(※4)
17-18：3～24mADC
17-19：0.75～6VDC
Powersource
85～264VAC
Fig.6．Connectiondiagram
LightON
LightOFF LightOFF
State(LED)
State(Contact) Operation Non-operation
LightOFF
Non-
Operation
LightON LightON
State(LED)
State(Contact) Non-operation
Operation Operation
ONpoint
OFFpoint
OFFpoint
ONpoint
Inputsignal Inputsignal
LimitcontactoperationandLEDoperation withlowerlimitsetting
LimitcontactoperationandLEDoperation withupperlimitsetting
Table2
．
C
ontacto
pe
ratingandLEDoperation
Fig.7．LimitcontactandLEDoperation

－7－
6-4.BlockDiagram
2
Ｎ
Relay
7
NC
NO
12
11
COM
Sensorfailure
LED
Powercircuit
COM
F
AULT
Equipmenterror
LED
NC
Relay
NO
Power
LED
COM
Ｌ
1
3
Powersource
Sensorfailure
contact
FAULT
Equipmenterror
contact
Fig.8．Blockdiagram
Voltageoutput
Currentoutput
No.
2
Limit
contact
No.
1
Limi
t
contact
19
18
17
8
13
16
15
14
6
5
4
Analog
Outputcircuit
Isolatedcircuit
Outputsignal
Conditioning circuit
Contact
Outputcircuit
Relay
Relay
No.
2
L
imit
LED
No.
1
Limit
LED
Microcomputer
C
urrent
inputcircuit
LED (Display)
Buttonoperation
249Ω
＋
＋
NC
NO
NC
NO
COM
－
20
10
9
－
＋
－
2
-
wireSensor
C
urrent
input

－8－
７．Start-up
7-1．Warming-upOperationandStart-upFlow
To stabilize the output signal, the equipment needs to be warmed up for at least 10 minutes after
power-on.
Thestart-upflowisshowninFigure9.
M
ounttheconverter
Executethewiring
Checkthewiring
Checkthepowersupply
C
heckthatnoerror
codeisdisplayed
A
djustusingthe
operationbuttons
onthefrontpanel
O
K?
O
K?
O
K?
Startmeasurement
Y
N
Y
N
Y
N
Fig.9．Start-upflow
Turnonthepower
C
heckthatthereisno
problemwithsettingvalues
N
C
hecktheerrorcode
Andsymptom
I
nformourpersons
-
in
-
chargeofthedetails
R
eturnthe
equipment.Etc.

－9－
7-2．LCDScreenandButtonOperational
PerformtheadjustmentontheLCDscreenusingtheoperationbuttonsonthefront panel.
Button Operation
ESC Cancelofsetting Backtotheprevious
menu
+ Selection ofthesetting
valueoritem
▶ Shiftofthesettingvalue
OK Confirmation ofthe
settingvalueoritem
2 5 . 0
%
Operationbuttons
LCDscreen(measuringscreen)
Menudisplay
Unitdisplay
Measurementvalue display
(Scaledisplay)
*Thedisplayedmeasurement
valuecorrespondstotheinput
signal.
Errordisplay
Itemdisplay
Menu
0
▶1.Basicsetting
2.Test
3.Reset
4.Language
5.Deviceinfo.
OK × once
(Menuscreen)
Fig.10.LCDscreenandoperationbuttons

－10－
８．Settings andFunctions
ThesettingsandhierarchyareshowninFigure11.
MeasuringScreen
Menu Basicsetup Display Displayedunit
Test
Reset
Language
Deviceinfo
Decimalpoint
Scaling
No.1 Limit
No.2 Limit
S. failurerelay
Relayoutput
Analogoutput
(
S.failuremode
)
Damping
Failuresetup.In
Settingvalue
Analogoutput
Relayoutput No.1 Limit
No.2 Limit
FAULT
Sensorfailure
Parameterreset
Factoryreset
Menu＝0
Menu
＝
1
Menu
＝
2
Menu
＝
3
Menu
＝
4
Menu
＝
5
Menu
＝
1
-
1
Menu
＝
1
-
2
Menu
＝
1
-
3
Menu
＝
1
-
4
Menu
＝
1
-
5
Menu
＝
1
-
3
-
3
Menu
＝
1
-
1
-
1
Menu
＝
1
-
1
-
2
Menu
＝
1
-
1
-
3
Menu
＝
1
-
2
-
1
Menu
＝
1
-
2
-
2
Menu
＝
1
-
2
-
3
Menu
＝
2
-
1
Menu
＝
2
-
2
Menu
＝
2
-
2
-
1
Menu
＝
2
-
2
-
2
Menu
＝
2
-
2
-
3
Menu
＝
2
-
2
-
4
M
e
nu
＝
3
-
1
Menu
＝
3
-
2
※
Password
inputisrequired
ESC
OK
＋
(Operationbuttonsandmenu
navigation)
Fig.11．Settingitemsandtheirhierarchy

－11－
8-1.DisplayUnitSetting【Menu：1-1-1】
Theitemselectsandsetsthedisplayunit.
Selectionrange：%,ton,m,ft,Pa,kPaMPa,bar,kgf/cm2,psi,mg/m3,µg/m3
m3/h,ft3/h,t/h,kg/h,lb/h,mL/s,°C, °F,mA，blank
（defaultvalue：%）
+ ×2
OK ×1
OK ×1
5 0.0
％
Menu 0
▶1.Basicsetup
2.Test
3.Reset
4.Language
5.Deviceinfo
Basicsetup 1
▶1.Display
2.Relayoutput
3.Analogoutput
(S.failuremode)
4.Damping
5.Failuresetup.In
Display 1-1
▶1.Displayedunit
2.Decimalpoint
3.Scaling
Displayedunit 1-1-1
▶＊ %
ton
m
ft
Pa
kPa
Displayedunit 1-1-1
＊%
ton
▶m
ft
Pa
kPa
Display 1-1
▶1.Displayedunit
2.Decimalpoint
3.Scaling
5 0.0
ｍ
ESC ×3
OK ×1
OK ×1
Forexample, thedisplay
Unitischangedfrom
“%”to “m”.
OK ×1
(Usethe + buttontomovethe
▶markto“m”)
(Returntotheprevious
menuscreen)
(Measuringscreen)
(Measuringscreen)
(Use ESC buttontoreturnto
the measuringscreen)
(Storingsetting)
※Ifthedesiredunit doesnotexistinthe
Displayunitoptions,select“blank”.
“blank”=Nounit
“blank”follows “mA”.
Displayedunit 1-1-1
＊%
ton
▶m
ft
Pa
kPa
ESC ×1

－12－
8-2.DecimalPointPositionSetting【Menu：1-1-2】
Thisitemsetsthedecimalpointpositionof thescaledisplayvalue.
Range of the decimal point position: No decimal point (00000.) - three decimal places (0.000)
(default value: one decimal place 0000.0)
* Note that, if you change the decimal point position after the scaling setting [section 8-3.],
the decimal point position of the scaling setting value would be changed.
If you want to change the decimal point position, it should be changed before the scaling setting.
5 0.0
％
Menu 0
▶1.Basicsetup
2.Test
3.Reset
4.Language
5.Deviceinfo
Basicsetup 1
▶1.Display
2.Relayoutput
3.Analogoutput
(S.failuremode)
4.Damping
5.Failuresetup.In
Display 1-1
▶1.Displayedunit
2.Decimalpoint
3.Scaling
Decimalpoint 1-1-2
▶0000．0
5.0 0
％
ESC ×4
OK ×1
OK ×1
OK ×1
OK ×1
+ ×1
OK ×1
Display 1-1
1.Displayedunit
▶2.Decimalpoint
3.Scaling
(The decimalpointpositionblinks.)
▶ ×3
OK ×1
Decimalpoint 1-1-2
▶0000．0
Decimalpoint 1-1-2
▶000．00
Decimalpoint 1-1-2
▶000．00
(Measuringscreen)
(Measuringscreen)
(Settingissaved)
(Use ESC buttontoreturntothe
measuringscreen.)
*Forexample,the 0000.0displayis
changedto000.00.

－13－
8-3.ScalingSetting【Menu：1-1-3】
Thisitemsetsthevaluesdisplayedwhen4mAand20mAareinputintotheequipment.
Selectionrange:-99999~+99999 (defaultvalue:4mA=0.0,20mA=100.0)
5 0.0
％
Menu 0
▶1.Basicsetup
2.Test
3.Reset
4.Language
5.Deviceinfo
Basicsetup 1
▶1.Display
2.Relayoutput
3.Analogoutput
(S.failuremode)
4.Damping
5.Failuresetup.In
Display 1-1
▶1.Displayedunit
2.Decimalpoint
3.Scaling
Scaling 1-1-3
4mA Correspond
▶4mA : 0.0
20mA Correspond
20mA : 100.0
7 5.0
％
ESC ×4
OK ×1
OK ×1
OK ×1
OK ×1
+ ×2
OK ×1
(Measuringscreen)
(Measuringscreen)
(Use ESC buttontoreturn
tothe measuring screen.)
Display 1-1
1.Displayedunit
2.Decimalpoint
▶3.Scaling
*For example,the4mA
displayischanged
from"0.0"to"50.0"
Scaling 1-1-3
4mA Correspond
▶4mA : 0.0
20mA Correspond
20mA : 100.0
Scaling 1-1-3
4mA Correspond
▶4mA : 50.0
20mA Correspond
20mA : 100.0
(Ablinking indicatesthe
item tobeset.)
▶×2
+ ×5
Scaling 1-1-3
4mA Correspond
▶4mA : 50.0
20mA Correspond
20mA : 100.0
OK ×1
※Butitisnotdisplayedinthe"+"infrontof
thescalevalueinthemonitorscreen.
(Settingissaved)

－14－
8-4.No.1Limit Setting【Menu：1-2-1】
This itemsetsthecontactoutputoperationpoint(ON/OFFpoint)oftheNo.1 Limitby%.
4mAand20mAinputsignalscorrespondto0%and100%respectively.
ThesetminimumhysteresisforONandOFFpointsis0.1%.
Settingrange:0.0 ～100.0
(defaultvalue:ONpoint →95.0%,OFFpoint →85.0% )
5 0.0
％
Menu 0
▶1.Basicsetup
2.Test
3.Reset
4.Language
5.Deviceinfo
Basicsetup 1
▶1.Display
2.Relayoutput
3.Analogoutput
(S.failuremode)
4.Damping
5.Failuresetup.In
5 0.0
OK ×1
OK ×1
+ ×1
ESC ×4
(Measuringscreen)
OK ×1 (Use ESC buttontoreturn
tothe measuringscreen. )
Relayoutput 1-2
▶1.No.1Limit
2.No.2Limit
3.S.failurerelay
(Ablinking indicates the
item tobeset.)
Use ▶and + buttonsto
changethevalueto80.0.
OK ×1 (Settingissaved)
％
(Measuringscreen)
OK ×1
No.1Limit 1-2-1
ONpoint
▶95.0 %
OFFpoint
85.0 %
*Forexample,the
ONpointischanged
from"95.0"to"80.0".
OK ×1
Basicsetup 1
1.Display
▶2.Relayoutput
3.Analogoutput
(S.failuremode)
4.Damping
5.Failuresetup.In
No.1Limit 1-2-1
ONpoint
▶95.0 %
OFFpoint
85.0 %
No.1Limit 1-2-1
ONpoint
▶80.0 %
OFFpoint
85.0 %
No.1Limit 1-2-1
ONpoint
▶80.0 %
OFFpoint
85.0 %

－15－
8-5.No.2Limit Setting【Menu：1-2-2】
This itemsetsthecontactoutputoperationpoint(ON/OFFpoint)oftheNo.2 Limitby%.
4mAand20mAinputsignalscorrespondto0%and100%respectively.
ThesetminimumhysteresisforONandOFFpointsis0.1%.
Settingrange:0.0 ～100.0
(defaultvalue:ONpoint →95.0%,OFFpoint →85.0% )
5 0.0
％
Menu 0
▶1.Basicsetup
2.Test
3.Reset
4.Language
5.Deviceinfo
Basicsetup 1
▶1.Display
2.Relayoutput
3.Analogoutput
(S.failuremode)
4.Damping
5.Failuresetup.In
5 0.0
OK ×1
OK ×1
+ ×1
ESC ×4
(Measuringscreen)
OK ×1
(Use ESC buttontoreturn
tothe measuringscreen. )
Relayoutput 1-2
▶1.No.1Limit
2.No.2Limit
3.S.failurerelay
(Ablinking indicates the
item tobeset.)
Use ▶and + buttonsto
changethevalueto94.0.
OK ×1 (Settingissaved)
％
(Measuringscreen)
+ ×1
No.2Limit 1-2-2
ONpoint
▶95.0 %
OFFpoint
85.0 %
*Forexample,the
ONpointischanged
from"85.0"to"94.0".
+ ×1
Basicsetup 1
1.Display
▶2.Relayoutput
3.Analogoutput
(S.failuremode)
4.Damping
5.Failuresetup.In
Relayoutput 1-2
1.No.1Limit
▶2.No.2Limit
3.S.failurerelay
OK ×1
No.2Limit 1-2-2
ONpoint
95.0 %
OFFpoint
▶85.0 %
OK ×1
No.2Limit 1-2-2
ONpoint
95.0 %
OFFpoint
▶85.0 %
No.2Limit 1-2-2
ONpoint
95.0 %
OFFpoint
▶94.0 %
No.2Limit 1-2-2
ONpoint
95.0 %
OFFpoint
▶94.0 %

－16－
8-6.SonsorFailureRelaySetting【Menu：1-2-3】
Thisitemselectsthesensorfailure relay operation(active/inactive) when theerrorsignalidentifiedin
5-9 “FailureSetup.In”isinput.
Selectionrange:Execution/Non –Execution(defaultvalue: Execution)
5 0.0
％
Menu 0
▶1.Basicsetup
2.Test
3.Reset
4.Language
5.Deviceinfo
Basicsetup 1
▶1.Display
2.Relayoutput
3.Analogoutput
(S.failuremode)
4.Damping
5.Failuresetup.In
5 0.0
OK ×1
OK ×1
+ ×1 ESC ×4
(Measuringscreen)
OK ×1
(Use ESC buttontoreturn
tothe measuringscreen. )
Relayoutput 1-2
▶1.No.1Limit
2.No.2Limit
3.S.failurerelay
(Settingissaved)
％
(Measuringscreen)
+ ×2
S.failurerelay 1-2-3
Relayaction
▶＊Execution
Non-Execution
*Forexample,thesettingis
changedto"Non-Execution".
+ ×1
Basicsetup 1
1.Display
▶2.Relayoutput
3.Analogoutput
(S.failuremode)
4.Damping
5.Failuresetup.In
Relayoutput 1-2
1.No.1Limit
2.No.2Limit
▶3.S.failurerelay
OK ×1
OK ×1
S.failurerelay 1-2-3
Relayaction
＊Execution
▶Non-Execution
S.failurerelay 1-2-3
Relayaction
Execution
▶＊Non-Execution

－17－
8-7.SonsorFailureModeSetting【Menu：1-3,1-3-3】
Thisitemselectshowtooutput theanalogoutputwhenanerrorinputsignalidentifiedin5-9
“FailureSetup.In”isinputintothesensor.
Selectionrange:Rawmode/Holdmode/Settingvalue(defaultvalue:Rawmode)
Settingrangeof“Settingvalue”mode:3–24mA ≪0.75–6V≫( defaultvalue:3.6mA)
Raw mode Outputsanerror input signal asitis
Holdmode Outputthelastnormalvaluewhenanerrorinputsignalisinput
Settingvalue Outputthevaluewhichis setarbitrarilywhenanerrorinputsignalisinput.
ThevalueissetinMenu 1-3-3.
5 0.0
％
Menu 0
▶1.Basicsetup
2.Test
3.Reset
4.Language
5.Deviceinfo
Basicsetup 1
▶1.Display
2.Relayoutput
3.Analogoutput
(S.failuremode)
4.Damping
5.Failuresetup.In
5 0.0
OK ×1
OK ×1
+ ×2
ESC ×4
(Measuringscreen)
OK ×1
(Use ESC buttontoreturn
tothe measuringscreen. )
S.failuremode.out 1-3
▶1.Rawmode
2.Holdmode
3.Settingvalue
Rawmode
(Settingissaved)
％
(Measuringscreen)
+ ×2
Settingvalue 1-3-3
Setvalue
▶3.6 mA
0.90 V
*Forexample,"Arbitrarysetting
mode"isselected,andthesetting
ischangedto22mA
Basicsetup 1
1.Display
2.Relayoutput
▶3.Analogoutput
(S.failuremode)
4.Damping
5.Failuresetup.In
S.failuremode.out 1-3
1.Rawmode
2.Holdmode
▶3.Settingvalue
Rawmode
OK ×1
OK ×1
Settingvalue 1-3-3
Setvalue
▶22.0 mA
0.90 V
Settingvalue 1-3-3
Setvalue
▶22.0 mA
5.50 V
Use ▶and + buttonsto
changethevalueto22.0.
Settingvalue 1-3-3
Setvalue
▶3.6 mA
0.90 V
OK ×1
Thecurrentsettingvalueisshown
Forthearbitrarysettingvalue,the
setvalueisshown.
(Ablinking indicates the
item tobeset.)

－18－
8-8.DampingSetting【Menu：1-4】
This item specifies the time constant (processing time until the output value reaches 63.2% of
the normal output value (100%)).
See Figure 12.
When the time constant is set, the normal output value forms a curve shown in Figure 12.
If the input/output signal is fluctuated, you can increase the setting value to increase the processing
time taken to reach the normal output value, so that the fluctuation of the output signal is suppressed.
Setting range: 0 - 999 s (default value: 0 s)
Times
Signallevel
100%
Time
N
ormaloutputlevel
63.2
%
Fig.12.Timeconstantandprimarydelayelement
5 0.0
％
Menu 0
▶1.Basicsetup
2.Test
3.Reset
4.Language
5.Deviceinfo
Basicsetup 1
▶1.Display
2.Relayoutput
3.Analogoutput
(S.failuremode)
4.Damping
5.Failuresetup.In
5 0.0
OK ×1
OK ×1
+ ×3
ESC ×3
(Measuringscreen)
OK ×1 (Use ESC buttontoreturn
tothe measuring screen.)
Damping 1-4
Dampingtime
▶000s
(Settingissaved)
％
(Measuringscreen)
OK ×1
Damping 1-4
Dampingtime
▶000s
*Forexample, thevalueis
set to30s.
Basicsetup 1
1.Display
2.Relayoutput
3.Analogoutput
(S.failuremode)
▶4.Damping
5.Failuresetup.In
OK ×1
Damping 1-4
Dampingtime
▶030s
Damping 1-4
Dampingtime
▶030s
Use ▶and + buttonsto
changethevalueto030s.
(Ablinking indicatesthe
item tobeset.)

－19－
8-9.FailureSetup. InSetting【Menu：1-5】
This item sets the signal level used for recognizing the input signal as error signal.
The upper and lower limits should be set.
・Fortheupperlimit,ifasignalhigherthanthesettingvalueisinput,thesignalisrecognizedas errorsignal.
・Forthelowerlimit,if asignallowerthanthesettingvalueisinput,thesignalisrecognizedaserrorsignal.
* When the input signal is 0 mA, it is recognized as "No sensor".
Setting range: Upper limit = 20 - 24 mA (default value: 20.5 mA)
Lower limit = 3 - 4 mA (default value: 3.8 mA)
Menu 0
▶1.Basicsetup
2.Test
3.Reset
4.Language
5.Deviceinfo
OK ×1
OK ×1
Basicsetup 1
▶1.Display
2.Relayoutput
3.Analogoutput
(S.failuremode)
4.Damping
5.Failuresetup.In
(Measuringscreen)
+ ×4
ESC ×3
OK ×1
(Settingissaved)
(Use ESC buttontoreturn
tothe measuringscreen. )
Failuresetup.In 1-5
Upper(20.0–24mA)
▶20.5mA
Lower(3.0–4.0mA)
3.8mA
Failuresetup.In 1-5
Upper(20.0–24mA)
▶22.0mA
Lower(3.0–4.0mA)
3.8mA
(Ablinking indicates the
item tobeset.)
Use ▶and + buttonsto
changethevalueto22.0.
OK ×1
Failuresetup.In 1-5
Upper(20.0–24mA)
▶22.0mA
Lower(3.0–4.0mA)
3.8mA
5 0.0
Failuresetup.In 1-5
Upper(20.0–24mA)
▶20.5mA
Lower(3.0–4.0mA)
3.8mA
％
(Measuringscreen)
OK ×1
*Forexample,“Upperlimit”is
setto22mA.
5 0.0
％
Basicsetup 1
1.Display
2.Relayoutput
3.Analogoutput
(S.failuremode)
4.Damping
▶5.Failuresetup.In