M-system MXAB User manual

MXAB
P. 1 / 4EM-1747 Rev.6
5-2-55, Minamitsumori, Nishinari-ku, Osaka 557-0063 JAPAN
Phone: [phone] Fax: [phone] E-mail: [e-mail]
ANALOG BACKUP STATION
(front congurable) MODEL MXAB
INSTRUCTION MANUAL
BEFORE USE ....
Thank you for choosing M-System. Before use, please check
contents of the package you received as outlined below.
If you have any problems or questions with the product,
please contact M-System’s Sales Office or representatives.
■PACKAGE INCLUDES:
Signal conditioner (body + base socket) ...................... (1)
■MODEL NO.
Confirm Model No. marking on the product to be exactly
what you ordered.
■INSTRUCTION MANUAL
This manual describes necessary points of caution when
you use this product, including installation, connection and
basic maintenance procedures.
POINTS OF CAUTION
■CONFORMITY WITH EC DIRECTIVES
•ThisequipmentissuitableforuseinaPollutionDegree
2 environment and in Installation Category II, with the
maximum operating voltage 300V.
Basic insulation is maintained between the signal input,
outputandpowerinput.Priortoinstallation,checkthat
the insulation class of this unit satisfies the system re-
quirements.
•Altitudeupto2000meters
•Theequipmentmustbemountedinsideapanel.
•Insertanoiselterforthepowersourceconnectedtothe
unit.  TDK-Lambda Noise Filter Model MZS-1206-33 or
equivalent is recommended.
•Theactualinstallationenvironmentssuchaspanelcon-
figurations, connected devices and connected wires may
affect the protection level of this unit when it is integrated
in a panel system. The user may have to review the CE
requirements in regard to the whole system and employ
additional protective measures to ensure CE conformity.
■POWER INPUT RATING & OPERATIONAL RANGE
•Locatethepowerinputratingmarkedontheproductand
confirm its operational range as indicated below:
Rating100–240VAC:85–264V,47–66Hz,approx.10VA
 Rating12–24VDC:10.8–26.4V,approx.3.5W
 Rating110VDC:85–150V,approx.3.5W
■UNPLUGGING THE UNIT
•Beforeyouremovetheunitfromitsbasesocketormount
it, turn off the power supply and input signal for safety.
■ENVIRONMENT
•Indooruse
•Whenheavydustormetalparticlesarepresentintheair,
install the unit inside proper housing with sufficient ven-
tilation.
•Donotinstalltheunitwhereitissubjectedtocontinuous
vibration.Donotsubjecttheunittophysicalimpact.
•Environmentaltemperature mustbe within-5 to+55°C
(23to131°F)withrelativehumiditywithin30to90%RH
in order to ensure adequate life span and operation.
■WIRING
•Do not install cables (power supply, input and output)
close to noise sources (relay drive cable, high frequency
line, etc.).
•Do not bind these cables together with those in which
noisesarepresent.Donotinstalltheminthesameduct.
■AND ....
•Theunitisdesignedtofunctionassoonaspowerissup-
plied, however, a warm up for 10 minutes is required for
satisfying complete performance described in the data
sheet.
COMPONENT IDENTIFICATION
INSTALLATION
Detachtheyellowclampslocatedatthetopandbottomof
the unit to separate the body from the base socket.
■DIN RAIL MOUNTING
Set the base socket so that its
DINrailadaptorisatthebot-
tom.Positiontheupperhook
at the rear side of base socket
onthe DIN rail andpushin
the lower.  When removing
the socket, push down the
DIN rail adaptor utilizing a
minus screwdriver and pull.
■WALL MOUNTING
Refer to “EXTERNAL DI-
MENSIONS.”
Clamp
(top & bottom)
DIN Rail
35mm wide
Spring Loaded
DIN Rail Adaptor
Shape and size of the base socket
are slightly different with various
socket types.
Body
Connection Diagram
Specifications
Base Socket

MXAB
P. 2 / 4EM-1747 Rev.6
5-2-55, Minamitsumori, Nishinari-ku, Osaka 557-0063 JAPAN
Phone: [phone] Fax: [phone] E-mail: [e-mail]
FRONT VIEW & PROGRAMMING
■PROGRAMMING PROCEDURE
1) PressITEMUPorDOWNkeyuntilITEMdisplayindicates“01”.
2) PressDATAUPorDOWNkeyandchoose“2”onDATAdisplay.
  1 :Dataindicationonly.
  2 :Allparametersaremodiable.
3) Press ITEM UP or DOWN key until ITEM display shows the
ITEM No. you need to change.
4) PressDATAUPorDOWNkeyandchooseaDATANo.orvalue
youneedonDATAdisplay.
5) Repeat above 3 and 4.  (Entered data is stored 1 sec. after the
operation has been complete.)
6) PressITEMUPorDOWNkeyuntilITEMdisplayindicates“01”.
7) PressDATAUPorDOWNkeyandchoose“1”onthedisplay.
8) PressITEMUPorDOWNkeyuntilITEMdisplayindicates“P”.
DATAdisplayshowsprocessinput.Youcannowcheckdataset-
ting by choosing ITEM No.
Note:DONOTpressUPandDOWNkeyssimultaneously.
PL4
PL3
PL2
PL1
DATA
ITEM
DATA
ITEM
ITEM No. Display
DATA UP-DOWN Keys
ITEM No. UP-DOWN Keys
DATA Display
DOWN LED
UP LED
STOP LED
Polarity LED
ITEM
MDF.
DATA CONTENTS DEFAULT
CODE
 P N/A -9999–9999 Inputdisplayinengineeringunit(assetinITEM08/09) ---
 01  1,2,3 Modicationcode 1 :Dataindicationonly. 1
     2 :Allparametersaremodiable.
3 :Only ITEM 33 is modifiable.
 02 N/A 0,1,10,20 Statusindication(“0”isnormallyindicated.) ---
0 : Normal
1 : E2PROMerror
     10:PVoverrange(outof-9999to9999)
20 : Output overrange
     (outof-15to115%orbetweenitem31and32)
 03/L 2 -15.0–115.0 Inputindicatedin%withITEM01DATA1(oftherangesetinITEM27/28) ---
    LooptestoutputwithITEM01DATA2(‘L’isindicatedasITEMNo.)
    (UseDATAUP/DOWNkeytosettheoutputsignal.)
 04 2 -99.99–99.99 Inputzeroadjustment(%)(neadj.ofthevaluesetinITEM27) 0.00
 05 2 -99.99–99.99 Inputspanadjustment(%)(neadj.ofthevaluesetinITEM28) 0.00
 06 2 -99.99–99.99 Outputzeroadjustment(%)(neadj.ofthevaluesetinITEM29) 0.00
 07 2 -99.99–99.99 Outputspanadjustment(%)(neadj.ofthevaluesetinITEM30) 0.00
 08 2 -9999–9999 Displayrangescaling0%*10.0
 09 2 -9999–9999 Displayrangescaling100%*1100.0
 10 2 0,1,2,3 Decimalpointposition 0 :____ 1
     1 :___._
     2 :__.__
     3 :_.___
 11 2 0,1,2,3,4,5 Movingaverage(samplingcycle:10msec.) 1
    0:No1:5samples2:8samples3:12samples4:20samples5:36samples
 12 2 0–12 Responsetime 12:Approx.100sec.(0–90%) 1
    DecreasingDATAby1incrementcutstheresponsetimebyhalf.
 13 2 0,1 MANUALcontrolmode   0
    0:Tracebackmode;Goesbackthepreset‘trace-backtime’
    1:Fixedvaluemode;Holdsthepreset‘initialvalueinMANUALmode’
 14 2 -15.0–115.0 InitialvalueinMANUALmode -15.0
 15 2 0–20 Trace-backtime(sec.)   0
 16 2 0,1–100 Transitionspeed(%/sec.)  0
    (FortrackingthenewinputwhenswitchedfromMANUALtoAUTOmode)
    0:CASoperationisrestoredwithoutgoingthroughthetransitionresponse
    whenMANcommandisOFF.
 17 2 0,1 Outputstoredatthelossofpower 1
    0:Disable1:Enable
 18 2 -15.0–115.0 Initialvalueatstart-up   -15.0
    (Effectivewhen‘Outputstoredatthelossofpower’isdisabled.)
 19 2 1–999 UP-DOWNkeyresponsetime(0–100%,sec.) 20
20 2 0, 1 Transition response time 0
0 :
Disable;ResponseisdeterminedonlybyUP/DOWNkeyresponsetimesetting.
    1:Enable;Responseincreasesgraduallyfrom0%totheUP-DOWNkey
response time setting.

MXAB
P. 3 / 4EM-1747 Rev.6
5-2-55, Minamitsumori, Nishinari-ku, Osaka 557-0063 JAPAN
Phone: [phone] Fax: [phone] E-mail: [e-mail]
ITEM
MDF.
DATA CONTENTS DEFAULT
CODE
 21 2 0,1–60 Power-savingmode 0 :Continuousdisplay 10
     1–60:Timebeforedisplayturnedoff(minutes)
 24 2 0,1 DOWNinputlogic 0 :TrueatLOWorShortcircuit 0*2
     1 :TrueatHIGHorOpencircuit
 25 2 0,1 UPinputlogic 0 :TrueatLOWorShortcircuit 0*2
     1 :TrueatHIGHorOpencircuit
 26 2 0–3 STOPinputlogic 0 :AUTOmodeatLOWorShortcircuit 2*2
      (InputupdatinghaltedatSTOP)
     1 :AUTOmodeatHIGHorOpencircuit
      (InputupdatinghaltedatSTOP)
     2 :AUTOmodeatLOWorShortcircuit
     3 :AUTOmodeatHIGHorOpencircuit
 27 2 -1.00–1.00 InputcodeS1 0%inputvoltage(V)*3-1.00
 28 2 -1.00–1.00  100%inputvoltage(V)*31.00
 27 2 -10.0–10.0 InputcodeS2 0%inputvoltage(V)*3-10.0
 28 2 -10.0–10.0  100%inputvoltage(V)*310.0
 27 2 -30.0–30.0 InputcodeS3 0%inputvoltage(V)*3-30.0
 28 2 -30.0–30.0  100%inputvoltage(V)*330.0
 29 2 -1.00–1.00 OutputcodeV1 0%outputvoltage(V)*4-1.00
 30 2 -1.00–1.00  100%outputvoltage(V)*41.00
 29 2 -10.0–10.0 OutputcodeV2 0%outputvoltage(V)*4-10.0
 30 2 -10.0–10.0  100%outputvoltage(V)*410.0
 29 2 0.0–20.0 OutputcodeZ1 0%outputcurrent(mA)*44.0
 30 2 0.0–20.0  100%outputcurrent(mA)*420.0
 31 2 -15.0–114.9 Loweroutputlimit   -15.0
 32 2 -14.9–115.0 Upperoutputlimit   115.0
 33 3 0,1 Resetallsettings*50
 34 N/A --- ROMversion   ---
*1:OftherangesetinITEM04/05.ITEM08<ITEM09.
*2:UsethedefaultsettingwhencombiningwiththeST/STL.
*3:ITEM27<ITEM28.*4:ITEM29<ITEM30.
*5:PressDATAUPkeyandchooseDATA1.Double-clickDATADOWNkey.ThedisplayshowsDATA0aftertheinitializationis
complete.
■SELECTING INPUT RANGE
[E.G.]-5.0to5.0VDC
1) ProgramMode
 Set ITEM 01 – DATA 2 to turn the unit into Program
Mode.
2) 0%InputVoltage
 ChooseITEM27–DATA-5.0.
3) 100%InputVoltage
 ChooseITEM28–DATA5.0.
4) Monitor Mode
 Set ITEM 01 – DATA 1 to turn the unit into Monitor
Mode.
5) PVIndication
 PressITEMUPorDOWNkeyuntilITEMdisplayindi-
cates“P”.
■SELECTING OUTPUT RANGE
[E.G.]-10.0to0.0VDC
1) TurntheunitintoProgramMode.
2) 0%OutputVoltage
 ChooseITEM29–DATA-10.0.
3) 100%OutputVoltage
 ChooseITEM30–DATA0.0.
4) Turn the unit into Monitor Mode.
5) SettoITEMP.
■DISPLAY RANGE SCALING
[E.G.]PVdisplayrange-10.0to10.0modiedtoshow-6500
to350
1) TurntheunitintoProgramMode.
2) DecimalPointPosition
 ChooseITEM10–DATA0.
3) 0%ScalingValue
 ChooseITEM08–DATA-6500.
 (Negative [–] range is identied with the PL1 turned
on.)
4) 100%ScalingValue
 ChooseITEM09–DATA350.
5) TurntheunitintoMonitorMode.
6) SettoITEMP.
■RESET ALL SETTINGS
Returning the unit into the factory-default settings.
1)
TurntheunitintoResetMode.ChooseITEM01-DATA3.
2) Call up the Reset menu.
 ChooseITEM33–DATA1.(PressDATAUPkey.)
3) Resetting Enable
 Double-clickDATADOWNkey.DATA0isdisplayedaf-
tertheinitializationiscomplete.
4) Turn the unit into Monitor Mode.
Ifnecessary,gotoMovingAverageandotheradjustments.
Set the unit to Monitor Mode other than for programming.
OPERATION IN DEFAULT SETTING
• When the STOP signal from the computer is ON:
TheMXABtracksthecomputerinput.
• When the STOP signal from the computer is OFF:
TheMXABholdsthevaluejustbeforetheOFFsignal.
The output signal can be increased or decreased manually
bygivingUPorDOWNsignalsON.IfbothUPandDOWN
signals are ON, the output remains held.

MXAB
P. 4 / 4EM-1747 Rev.6
5-2-55, Minamitsumori, Nishinari-ku, Osaka 557-0063 JAPAN
Phone: [phone] Fax: [phone] E-mail: [e-mail]
TERMINAL CONNECTIONS
Connect the unit as in the diagram below or refer to the con-
nection diagram on top of the unit.
CHECKING
1) Terminal wiring: Check that all cables are correctly con-
nected according to the connection diagram.
2) Powerinputvoltage:Checkvoltageacrosstheterminal
7–8withamultimeter.
3) Input:Checkvoltageacrosstheinputterminals5(+)–6
(–) with a multimeter.
4) OutputatSTOPsignalOFF:Theoutputdoesnottrack
the input signal.
5) Outputload:Checkthattheloadresistancemeetsthe
described specifications.
ADJUSTMENT PROCEDURE
Useasignalsourceandmeasuringinstrumentsofsufcient
accuracy level. Turn the power supply on and warm up for
more than 10 minutes.
1) Reset all setting.
2) TurntheunitintoProgrammode.
3) Simulate0%inputandadjustthePVdisplaytoshow0.0
(ITEM 04).
4) Simulate100%inputandadjustthePVdisplaytoshow
100.0(ITEM05).
5) Simulate0%inputagainandcheckthePVdisplay.
6) WhenthePVvalueischanged,repeattheaboveproce-
dure3)–5).
7) Simulate0%inputandadjusttheoutputto0%(ITEM
06).
8) Simulate 100% input and adjust the output to 100%
(ITEM07).
9) Simulate0%inputagainandchecktheoutput.
10 )Whentheoutputvalueischanged,repeattheabovepro-
cedure7)–8).
11 )Return the unit into Monitor mode.
MAINTENANCE
Regular calibration procedure is explained below:
■CALIBRATION
Warmuptheunitforatleast10minutes.Apply0%,25%,
50%, 75% and 100% input signal.  Check that the output
signal for the respective input signal remains within accu-
racydescribedinthedatasheet.Whentheoutputisoutof
tolerance, recalibrate the unit according to the“ADJUST-
MENTPROCEDURE”explainedearlier.
EXTERNAL DIMENSIONS & TERMINAL ASSIGNMENTS unit: mm (inch)
80 (3.15)
50 (1.97) 103 (4.06)
132 (5.20)
20
(.79)
• When mounting, no extra space is needed between units.
5678
21 1110
[3.3 (.13)]
80 (3.15)
35.4 (1.39)
40 (1.57)
50 (1.97)
7.8 (.31)
CLAMP
(top & bottom)
DIN RAIL
35mm wide
2–4.5 (.18) dia.
MTG HOLE
25 (.98) deep
11–M3.5
SCREW
39
4
1
7U(+)
V(–)
8
POWER
+
–
OUTPUT
2
+
–
INPUT
5
6
From COMPUTER
3
4
10
11
UP 9
From SOFT-TERMINAL
DOWN
COM
STOP
Effective only
in MAN mode