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CAS CI-502A, Owner'S Manual

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CAS CI-502A Owner'S Manual Download Page 25

` 

 

26

Weighing Mode 

 

(1) Zero Compensation 

 

Display or Key Used 

Scale 

Description 

1

st

 Step 

 

 

Empty 

Change in Zero 

2

nd

 Step 

☞

   

 

 

 

3

rd

 Step 

 

Empty 

Zero Compensation has been 
performed. In other words, the 
current weight is designated as 
‘0’Kg. 

 

Note 1. The possible operating range of the Zero key is from ±2% ~±100% of the maximum 

  weight. The operating range of the Zero key can be designated in F11 of the Set Mode. 

Note 2. You can specify in F10 of the set mode to only perform Zero Compensation when the   

current weight is stable or if it is possible to perform Zero Compensation when the 

 weight is unstable. 

 

(2) Select Net Weight / Gross Weight 

 

 

Display or Key Used 

Scale 

Description 

1

st

 Step 

 

Container 

Tare : 5.00 kg 

2

nd

 Step 

☞

 

 or 

 

 

 

3

rd

 Step 

 

Container 

Tare lamp is on to indicate that 
the tare has been registered by 
the indicator. 

4

th

 Step 

 

Con 

Item 

Net Weight (weight of the item): 
13.00 kg 

Summary of Contents for CI-502A

Page 1: ... 2 ...

Page 2: ...Panel Descriptions 17 Installation Connection 18 Calibration Mode 20 Weighing Mode 26 Test Mode 31 Set Mode 35 Communication Print Function 44 RS 232C Communication 45 Set External Relay Input Function Relay Function 50 Option Series 64 Hardware Set Function 65 Serial Communication RS 232C 66 Current loop 69 RS 422 RS 485 Serial Communication 70 Sealing Method 75 ...

Page 3: ...geroussituations Cautionsaredividedinto Warning and Alert whichmeanasfollows Keepthismanualinaplacewhereproductuserscanfindout afterfinishreadingit Warning means a great possibility led to the death or heavy injury when instructions are violated Alert means a great possibility led to the injury or material damage when instructions are violated ...

Page 4: ...e electricitystatic This will minimizedefect or electric shock Donotpulltheplug byits cord when unplugging Damaged cord could causeelectricshock orfire Toprevent fromfire occurring Donotplace oruse thescale nearflammableorcorrosive gas To reduce electricshockor incorrect reading Do notspill wateron the scaleor place it in humid condition Avoid placing thescalenear heatherorin directsunlight ...

Page 5: ...eratureconsistent environment Keep thescaleaway fromthe electromagneticgeneration devices This may interfere with accurate reading Our Dealers CAS feels that each of its valued customers should get the best service available Whether it s the initial installation of our product maintenance repair work or simply answering questions about our products CAS Corporation and all of itsAuthorized Dealers ...

Page 6: ...es High speed High accuracy Indicator for Industrial Use Suitable for measurement and weighing systems Easy to operate with diverse functions Simple Calibration FULLDIGITALCALIBRATION Panel type Indicator Shielded against RFI EMI Self diagnosis and self recovery functions Data recovery function during blackouts WEIGHT BACK UP Avariety of options Main Functions Saving of Date time and total data in...

Page 7: ...ital Calibration Set one automatic weight calibration Display 7Segment 3 red colored digits FND 2EA CI 502ACharacter size 20 0 H X 11 0 W mm CI 505ACharacter size 14 1 H X 8 1 W mm Key Function key 4EA Number and Function key 12 EA Division X1 X2 X5 X10 X20 X50 Below Zero Indication Negative sign Allowed Tare Range Full capacity Status lamp lamp STABLE ZERO TARE NET SP1 SP2 SP3 SP4 COMM General Sp...

Page 8: ... 9 Options Option 1 RS 422 RS 485 Interface Option 2 Analog Output V out 0 10V Option 3 Analog Output I out 4 20mA Option 4 BCD Output Option 5 BCD Input ...

Page 9: ... 10 External Appearance and Dimensions External Appearance CI 502A CI 505A ...

Page 10: ... 11 Dimensions of the Product CI 502A CI 505A ...

Page 11: ... 12 Front Panel Descriptions CI 502A CI 505A ...

Page 12: ...e is entered NET Indicates gross and net weight after setting tare SP1 Indicated when Step1 Relay ON is output SP2 Indicated when Step2 Relay ON is output SP3 Indicated when Step3 Relay ON is output SP4 Indicated when Step4 Relay ON is output COMM Indicates status of transmitting or receiving data during communication ...

Page 13: ... alternate from gross to net weight When the net weight lamp is on the displayed weight is the net weight and when the net weight lamp is off the displayed weight is the gross weight Not supported in CI 505A Used to print manually Used to indicate the maximum value of the changes in weight Peak Hole the value at the moment Sample Hold or the average weight Average Hold Used to clear the hold funct...

Page 14: ... current weight as the tare To clear this function press this key when the scale is cleared of any weight Press this key in order to enter the calibration mode Some functions may be assigned according to the purpose of utilization Set the purpose of utilization at number F18 Some functions may be assigned according to the purpose of utilization Set the purpose of utilization at number F19 Usedtoru...

Page 15: ...eck and or change the weight of Step2 Usedtocheckand orchangetheweightofStep3 When F 51 is set to 2 or 4 it is used as Step1 Free Fall Usedtocheckand orchangetheweightofStep4 When F 51 is set to 2 or 4 it is used as Step2 Free Fall Used to check and or change the lowest limit error value Low NG Used to check and or change the upper limit error value High NG Used as a Tare key When the tare is know...

Page 16: ...to F50 of the Set Mode OUPUT External relay Output 6 EA RS 232C RS 232C Serial interface Fuse Input Fuse Fuse Capacity T6AL250V LOAD CELL Load Cell Connection Port 6 wired type OPTION BCDInput BCDOutput AnalogOutput 4 20mAor0 10V RS 422 RS 485 POWER S W Power Switch Foraprecisemeasurement itisrecommendedthatyouusetheindicator CI 502A 505A approximately10minutesafterpoweringon ...

Page 17: ...xternal Note 1 When using the 4 wired type Load Cell Connect EXC and SEN to EXC terminal LoadCell Input terminal to use Connect EXC and SEN to EXC terminal LoadCell Input terminal to use Note 2 The color of the connectors may be different depending on the model and or the Load Cell manufacturer Note 3 Amaximum number of 8 similar loadcells may be used Reference 350Ω Note 4 The calculated value of ...

Page 18: ... 10000 mV 2mV 0 1Kg 500Kg 4 1 0 2uV Since the calculated value is higher than 0 2uV this weight system design does not have any problems Note 5 Internal LOAD CELLOutput Switch SW2 Turning on theA_UPS W2 in the interior of the indicator will increase the 1mV V Zero Value In the Test Mode 3 LoadCell Test Mode mV V value can be checked by pressing the Clear key Set the F02 to 1 and turn on theA_UPS W...

Page 19: ...icator and set the CAL switch to the ON position as shown in the figure above CALis at the ON position originally Close the Rear panel of the Indicator and while pressing the 3 Tare key turn on the power Calibrate Upon completion of calibration set the CALswitch to the OFF position assemble and seal If it is calibrated with the CALswitch in the OFF position SLOC will be displayed Refer to the seal...

Page 20: ..._ ___1 4 Calibrate the maximum weight to 1 4 value range If the load cell s actual curve is a straight line set the value to 1 If the load cell s actual curve is not a straight line as shown in the figure below this function is used to set multi points to compensate for the load cell s output How to enter the Calibration mode Upon specifying the number of calibration steps the display for entry in...

Page 21: ... 001 50 Key used Display Sub Display Description Save and or move to the next menu Change the value Enter a decimal d 1 d 0 2 d 0 05 d 0 001 CAL2 dIVISIon 1 kg 0 2 kg 0 05 kg 0 001 kg Note 1 The minimum division refers to the value of 1 division Note 2 The minimum division can be set from 0 001 50 The minimum division in single digit is available as 1 2 and 5 In double digits it is available as 10...

Page 22: ... key escape from Zero Calibration CAL 4 Setting Weight Step Function Setting Balance Weight during Span Calibration Range 1 99 999 Key used Display Sub Display Description Save and or move to the next menu Change the value Enter a decimal L5000 L 500 CAL 4 Set SPAn 5000 kg 500 kg Note 1 Initially 100 of the maximum weight is given but if the known weight of the balance weight is different then re ...

Page 23: ... displayed Please calibrate again after decreasing resolution Note 3 Depending on the multi calibration range set up repeat the steps of CAL4 and CAL5 CAL 6 Weight Constant Calibration Menu Without a Balance Weight Function Weight Constant Calibration Key used Display Sub Display Description Enter PIN Escape CAL mode PASS CAL 5 Con 0 98765 Enter Your PIN Note 1 This menu is displayed automatically...

Page 24: ...ISION indicating the division value EX The minimum division value 0 05 CAL3 Start the process without weight on scale After 3 beeps a Good message is displayed if normal CAL4 The maximum output value of the loadcell Input as Rated Output Voltage mV V EX For 2mV V enter as 2 00000 If entered value is normal Good PASS CAL5 Displayed in a normal progress After the display from CAL END BYE moves to th...

Page 25: ...ge of the Zero key can be designated in F11 of the Set Mode Note 2 You can specify in F10 of the set mode to only perform Zero Compensation when the current weight is stable or if it is possible to perform Zero Compensation when the weight is unstable 2 Select Net Weight Gross Weight Display or Key Used Scale Description 1 st Step Container Tare 5 00 kg 2 nd Step or 3 rd Step Container Tare lamp i...

Page 26: ...hange in Digital Filter Display or Key Used Scale Description 1 st Step Item IntheWeighingMode 2 nd Step Press key for more than 2 seconds MovestotheSetMode 3 rd Step Item Selectanumberfrom1 99 4 th Step SelectMenu 4 DigitalFilter 5 th Step Item The currentsetvalueofmenu 4 is 5 5 displays 5 number of times of averagevalue 6 th Step 7 th Step Item Change 5 to 9 9 displays 9 number of times of avera...

Page 27: ... 28 9 th Step Item MovebacktotheWeighingMode ...

Page 28: ...th Step Item Steel MovebacktotheWeighingMode Note 1 ID number can be designated from 01 99 5 Print out of the Sub total Suppose the ID number for Steel is 10 Display or Key Used Scale Description 1 st Step ChangestothedesiredIDnumber 2 nd Step EntertheIDnumberforSteel 10 3 rd Step The sub total for the specified ID numberisprinted 4 th Step The displayed value is printed out in thedesignatedprint ...

Page 29: ...ed Scale Description 1 st Step Prints out the Total Weight Value of theIDnumbersfrom1 99 2 nd Step Printedoutinthedesignatedprint out format Note 1 The print out format is as follows OVERALL TOTAL DATE 2009 07 07 TUE TIME 09 30 45 ID CODE SERIAL WEIGHT 1 12 3 300 0 kg 2 78 2 200 0 kg T ID 2 T COUNT 5 T WEIGHT 500 0 kg Note 1 After checking or specifying the sub total of the ID number to print out ...

Page 30: ...d Cell andA D Conversion Test Test 4 Serial Communication Test Test 5 Printer Test Test 6 External Relay Input Output Test Test 7 BCD Output Test Test 8 ANALOG Output Test TEST 1 Function Key Test Key Used Display Description Upper Menu Other keys Test 1 1 Pressing the keys to be tested displays the corresponding number and code to the key on the display Key List Key Number Code Key Number Code Ke...

Page 31: ...remove a weight on the scale and check if the number on the display changes accordingly If the number remains the same or is indicated as 0 check to see if the load cell is connected properly TEST 4 Function Serial Communication Test Key Used Display Description Upper Menu Other keys Test t r 05 13 Waiting to transmit or receive Transmit 5 Receive 13 Note 1 Run this test after connecting the seria...

Page 32: ...n the printer is properly connected and specified the print out is as follows Come And Success CAS Corporation http www cas co kr TEL 82 2 2225 3500 FAX 82 2 475 4669 TEST OK TEST 6 Function External Input Output Test Key Used Display Description Upper Menu External Input External Keys External Output In _ ot In3ot4 IN1 Enter External Key 1 to input number 1 OUT2 Indicates the status of the Extern...

Page 33: ... HIGH ZERO Switch HIGH ZERO HIGH Outputs the value of the Maximum Weight ZERO Outputs the value of Zero Note 1 Press key during Test 8 to repeatANALOG Output of ZERO HIGH Note 2 The value of ZERO HIGH is outputted as the values set in F71 and F72 Note 3 Use 1 5 keys to run the output test of the default values In case of setting theAnalog Output Card as 0 24mA 1 key 0 00mA 2 key 6 00mA 3 key 12 00...

Page 34: ...thA_UPS W3 ONincaseof General Tension Compression F03 0 Set upfortheweightindicationrate 0 9 FNDdisplayindicationrate 200times sec 1time sec F04 25 Set upfortheDigitalFilter 01 49 Placeswithlowlevelsofvibration high levelsofvibration F05 5 Set upfortheStabilityConditionof weight 0 9 Placeswithlowlevelsofvibration high levelsofvibration F06 5 Set upfortheAutomaticZeroTracking Compensation 0 9 Selec...

Page 35: ...ross weight netweight F23 4 SettheRS 232CBaudRate 0 8 600bps 115 200bps F24 0 SettheRS 232C outputformat 0 2 22bytes 10bytes 18bytes F25 0 SettheRS 232Coutputmode 0 7 Set8typesofoutputmodes F26 4 SetthePRINTBaudRate 600bps 115 200bps F27 3 Set thePRT outputmode Set4typesofoutputmodes F31 3 Settheoutputdataand orprintformat Set3typesofoutputdataand or6types ofprintformat F32 0 AutomaticPrintSet up ...

Page 36: ...ro Empty range 00 99 SetnearZeroinarangeof00 99 divisionunits Additional Set up Functions F60 00 SettheForcedZeroRange 00 99 00 Donotuse 99 AutomaticZeroiftheindicated weightisbelow99 F61 00 HoldOFFTime 0 0 9 9 0 0sec 9 9sec F62 0 DesignatetheCodeNumber 0 2 Fixed after1timeofweighing increaseby1 decreaseby1 F63 0 RS 232CCommunication SettheSTREAMrate 0 9 16times sec 1time sec F64 0 SettheMaximumHo...

Page 37: ...Use Low A 0 24000 4 000mA F72 20000 MaximumOutputCalibration whenAnalogOutOptionisinUse HIGH A 0 24000 20 000mA F73 1000 Maximumoutputweightvalue whenAnalogOutOptionisinUse CAPA A 0 999999 Maximumoutputat1000kg Hardware set Function F90 Datechange Year Month Day F91 Timechange Hour Minute Second F99 Initializationset up Setthefunctionsandsetvaluestodefault ...

Page 38: ...tion Set upfortheDigitalFilter Display Signification Set upRange 1 49 F04 1 49 1 Placeswithlowlevelsofvibration 49 Placeswithhighlevelsofvibration 25incaseofgeneralweighingoperation F05 Function Set upfortheStabilityConditionofweight Display Signification F05 0 Stablelampisonifthereisavariationinweightwithin0 5 divisionsinthedesignatedtime F05 5 Stablelampisonifthereisavariationinweightwithin2 5 d...

Page 39: ... of one division is set to 0 05 kg and F06 is set to 4 then F07 Function WeightBackupfunction Display Signification F07 0 DonotuseWeightBackup F07 1 Use WeightBackup reference calibration Set upRange 0 2 F07 2 Use WeightBackup reference operation Note 1 Backup status stores the initial zero status when the power is off even during power outages Therefore if there is an item on the scale when the p...

Page 40: ...Set upfortheAverageholdtime Display Signification F09 01 Calculatestheaveragevaluein0 1sec F09 30 Calculatestheaveragevaluein3sec Set upRange 01 99 F09 90 Calculatestheaveragevaluein9sec F10 Function Set upfortheoperationconditionofZerokeyandtheTarekey 0 1 Display Signification F10 0 Alwaysavailable Set upRange 0 1 F10 1 Onlyavailablewhentheweightisstable F11 Function SettheZeroRange Display Signi...

Page 41: ... Signification F11 0 Setthevaluewithin2 ofthemaximumweight astheinitialzero F11 5 Setthevaluewithin50 of themaximumweightasthe initialzero F11 1 Setthevaluewithin5 ofthemaximumweight astheinitialzero F11 6 Setthevaluewithin60 of themaximumweightasthe initialzero F11 2 Setthevaluewithin10 ofthemaximumweight astheinitialzero F11 7 Setthevaluewithin70 of themaximumweightasthe initialzero F11 3 Setthe...

Page 42: ...Refer to Table 1 Function Key Code to select the desired function F19 Function Setthepurposeforkey5 5key Display Signification Set upRange 0 29 F19 01 SettheAutomatic ManualPrint Note 1 Refer to Table 1 Function Key Code to select the desired function Table1 Function KeyCodeTable Function Name Key Code FunctionName Key Code Function Name Key Code Empty Donotuse 00 DeleteGrand Total 10 Print 20 Pri...

Page 43: ...ttheParityBit ParityBit RS 232C PRT Display Signification F21 0 DataBit8 StopBit1 ParityBit None F21 1 DataBit7 StopBit1 ParityBit evennumber Set upRange 0 2 F21 2 Databit7 StopBit1 ParityBit oddnumber Note1 F21 F22 F23areequallyapplicablein2serialcommunications RS 232C PRT F22 Function SettheCommunicationData Display Signification F22 0 Transmitdisplayedvalue F22 1 Transmitgrossweight Set upRange...

Page 44: ...K intheExtendedCommand Mode F25 1 Transmitwhenstable unstable StreamMode F25 2 Transmitonlywhenweightisstable F25 3 SimpleCommandMode F25 4 ExtendedCommandMode DonotuseBCC ERRORCHECK F25 5 TransmitweightvaluewhenIDnumberisentered KEY ChangetoIDnumbervalueatthelocationof CAS22BYTE 6 7BYTEandtransmit F25 6 UsetheIndicatorastheExternalIndicator Use18BYTE CommunicationFormat CI 502A 505AGND2 RXD2Conne...

Page 45: ...ceived itchangestheIDnumberandre sendsddPN00CRLFtothePC Note1 dd DeviceID 2byte CR 0X0D LF OX0A Ex IftheDeviceIDis10 ddis0X31 0X30 Note 2 If F25 is set to 5 transmit Device ID 1 byte as a Hex value Ex Device ID Input Signal 03 03 10 0A 99 63 PRT Communication F26 Function SetthePRTBaudRate Display Signification F26 0 600bps F26 1 1 200bps F26 2 2 400bps F26 3 4 800bps F26 4 9 600bps F26 5 19 200bp...

Page 46: ...ID Number NetWeight Format1 Date Time Weighing Number NetWeight Format2 Date Time Gross Weight Tare NetWeight 2009 07 07 TUE 12 30 46 1 ID_11 50 0kg 2 ID_12 100 0kg 3 ID_19 200 5kg 2009 07 07 TUE 12 30 46 No 1 50 0kg No 2 100 0kg No 3 200 5kg 2009 07 07 TUE 12 30 46 Gross 1000 0kg T are 0 0kg Net 1000 0kg Gross 2000 0kg T are 500 0kg Net 1500 0kg Format3 Date Time NetWeight Format4 Date Time ID Nu...

Page 47: ...ey enterthegrand total Set upRange 0 1 F33 1 Afterprintingsub totalandgrand total automaticdata initialization Note 1 Double Key If other sub total or total key is pressed within 2 seconds after pressing the Clear key F34 Function UserOutputMessage Display Signification P00 0 Donotuse Set upRange 0 1 P00 1 Use Note 1 If F34 is set to 1 the input mode for user output message will be displayed as fo...

Page 48: ... Display Signification F36 00 Donotsetprintdelaytime Set upRange 00 99 F36 49 Delayprinttoafter4 9sec F37 Function InSub totalPrint PrintMaximum MinimumandAverageValues Display Signification F37 0 Insub totalprint printweightvalue Set upRange 0 1 F37 1 Insub totalprint printmaximum minimumand averagevalues F38 Function SelectthePrintCharacters Display Signification F38 0 CP 7100 7200 PrintinEnglis...

Page 49: ... Start Stop F50 10 Zero Print Start Stop F50 11 Zero Tare ClearTare Start Stop Print Set upRange 0 12 F50 12 Zero Tare ClearTare Judgment Print Note WiththeTare ClearTarefunction tareisonlyclearedifallthecriteriaaremet Note ForcedRemovalofTareclearstarewithoutmeetingtherequiredcriteria F51 Function Select Weighing mode Relay Mode Display Sub Display Description 1 LimitMode1 Contact A outputof 4ste...

Page 50: ...ee Fall and Weighingjudgment SP1 SP2 Finish Lowest limitNG Upper limitNG Zero 5 CheckerMode1 Judgedwhenweight isstable SP1 SP2 SP3 SP4 Over Step4 Zero 6 CheckerMode2 Judgedwhenweight isstable SP1 LOW SP2 HIGH SP3 OK Lowest limitNG Upper limitNG Zero 7 CheckerMode3 Weightlevel SP1 SP2 SP3 SP4 Over Step4 Zero 8 CheckerMode4 Injection management SP1 LOW SP2 HIGH SP3 OK Lowest limitNG Upper limitNG Ze...

Page 51: ...dingtothespecifiedrangeinF57 3 T1 RefertoF52 DelaytimeofweighingFinishrelayoutput T2 RefertoF53 OperationtimeofweighingFinishrelayoutput 4 RelayOutput SP1 ONwhenthe setvalueofStep1isreached SP2 ONwhenthe setvalueofStep2isreached SP3 ONwhenthe setvalueofStep3isreached SP4 ONwhenthe setvalueofStep4isreached Finish ONafterT1 settime ONfortheduringofT2 settime NearZero F57setvalue 0rangeoutput 5 Step1...

Page 52: ...ertoF53 OperationtimeofweighingFinishrelayoutput T5 RefertoF56 Operation ON timeofWeighingNGrelayoutput 4 RelayOutput SP1 ONwhenthe setvalueofStep1isreached SP2 ONwhenthe setvalueofStep1 freefallisreached Finish OnafterT1 settime ONafterT2 settime Lowest Limit NG Upon weighing finish ON when lower than the set value of Step2 LowestLimitNG Upper Limit NG Upon weighing finish ON when higher than the...

Page 53: ...saccordingtothespecifiedrangeinF57 3 T1 RefertoF52 DelaytimeofweighingFinishrelayoutput T2 RefertoF53 OperationtimeofweighingFinishrelayoutput 4 RelayOutput SP1 ONwhenthe setvalueofStep1isreached SP2 ONwhenthesetvalueofStep2isreached SP3 ONwhenthesetvalueofStep3isreached SP4 ONwhenthesetvalueofStep4isreached Finish ONafterT1 settime ONfortheduringofT2 settime NearZero F57setvalue 0rangeoutput 5 SP...

Page 54: ...inishrelayoutput T2 RefertoF53 OperationtimeofweighingFinishrelayoutput T5 RefertoF56 Operation ON timeofweighingNG relayoutput 4 RelayOutput SP1 ONwhenthe setvalueof Step1isreached SP2 ONwhenthesetvalueofStep2 freefallisreached Finish OnafterT1 settime ONafterT2 settime LowerLimitNG ONwhensmallerthanthevalueofStep2 FreeFall LowestLimitNG Uponweighingfinish ONwhenlowerthanthesetvalue ofStep2 Lowes...

Page 55: ...setvalueinput Step4 Step3 Step2 Step1 2 NearzerooutputisaccordingtothespecifiedrangeinF57 3 T3 RefertoF54 Delaytimeofjudgment relayoutput T4 RefertoF55 Operationtimeof judgment relayoutput 4 RelayOutput SP1 NearZero StableWeight Step1 SP2 Step1 StableWeight Step2 SP3 Step2 StableWeight Step3 SP4 Step3 StableWeight Step4 AboveSP4 StableWeight AboveStep4 NearZero F57SetValue 0rangeoutput 5 SP1 4 sst...

Page 56: ...judgment relayoutput T4 RefertoF55 Operationtimeofjudgment relayoutput T5 RefertoF56 Operation ON timeofweighingNGrelayoutput 4 RelayOutput SP1 LOW ONwhentheweightisstableandbelowthesetvalueofStep1 SP2 HIGH ONwhentheweightisstableand overthesetvalueofStep2 SP3 OK ONwhentheweightisstableandinbetweenStep1 Step2 LowestLimitNG ONduringSP1Output adjustOutputTimeonT5 UpperLimitNG ONduringSP2Output adjus...

Page 57: ...input Step4 SP4 Step3 SP3 Step2 SP2 Step1 SP1 2 NearzerooutputisaccordingtothespecifiedrangeinF57 3 Eachoutputrelaywilloutputifitreachesthesetvalueoriswithintherange 4 RelayOutput SP1 Output operated inbetweenNearZeroandStep1 SP2 Output operated inbetweenStep1andStep2 SP3 Output operated inbetweenStep2andStep3 SP4 Output operated inbetweenStep3andStep4 AboveSP4 Output operated whenoverStep4value N...

Page 58: ...ment relayoutput T4 RefertoF55 Operationtimeofjudgment relayoutput T5 RefertoF56 Operation ON timeofweighingNGrelayoutput 4 ThisisthemodethatjudgesviaHoldInput 5 RelayOutput SP1 LOW DuringHoldInput ONwhenitisbelowthevalueofStep1 SP2 HIGH DuringHoldInput ONwhenitisoverthesetvalueofStep2 SP3 OK DuringHoldInput ONwhenitisinbetweenStep1 Step2 LowestLimitNG ONduringStep1Output adjustOutputTimeonT5 Uppe...

Page 59: ...relayoutput T4 RefertoF55 Operationtimeofjudgment relayoutput T5 RefertoF56 Operation ON timeofweighingNGrelayoutput 4 RelayOutput SP1 LOW DuringJudgmentInput ONwhenitisbelowthevalueofStep1 SP2 HIGH DuringJudgmentInput ONwhenitisoverthesetvalueofStep2 SP3 OK DuringJudgmentInput ONwhenitisinbetweenStep1 Step2 LowestLimitNG ONduringStep1Output adjustOutputTimeonT5 UpperLimitNG ONduringStep2Output ad...

Page 60: ...laytimeofJudgment Relayoutput 0 0 9 9 T3 Activated when F51 is set to 5 6 7 8 9 Display Sub Display Description 0 0 Nodelay 1 0 1 0secdelay Set up Range 0 0 9 9 5 5 DELAY t3 5 5secdelay F55 Function Delay Time of Judgment Relay Operation T4 Activated when F51 is set to 5 6 7 8 9 Display Sub Display Description 0 0 Nodelay 1 3 1 3secdelay Set up Range 0 0 9 9 5 5 END t4 5 5secdelay F56 Function Ope...

Page 61: ...abilized its value is indicated as O Note1 Ifyouselectthisfunction youcanautomaticallyperformzerocompensation beforere weighing whenitis underthesetvaluewithoutusing Zero key Ex Onascalewiththemaximumindicatedweightsetas120 00kg thedivisionunit valuesetas0 02kg andF60setas30 whenthestableLEDturnsONwitha massthatisupto 0 02 0 30kg thenzerocompensationwillautomaticallyoccur andtheindicatedvaluewillb...

Page 62: ...ldRange Display Signification F66 0 Whentheweightis0 Holdremovedautomatically Set upRange 0 1 F66 1 Holdremoval rangeallavailablewithHoldbutton Note1 ItisonlyapplicablewhenF08issetto1 MaximumHold F65 Function IndicateTimewhenWeightis0 Display Signification F68 0 Donotindicatetimeonthedisplay Set upRange 0 1 F68 1 Indicatetimeonthedisplaywhenweightis0 F66 Function ChangeallofStep1 4accordingtotheID...

Page 63: ... 000 4 000mA 2 V Set upRange 0 24 000 Low A L 4 015 4 015mA 2 007V F72 Function MaximumOutputCalibrationwhenAnalogOutOptionisinUse Display Signification HiGH A H10 000 10 000mA 4 16V HiGH A H20 000 20 000mA 8 33V Set upRange 0 24000 HiGH A H24 000 24 000mA 10V F73 Function MaximumOutputWeightValuewhenAnalogOutOptionisinUse Display Signification CAPA A C1000 Maximumoutputat1000kg CAPA A C2000 Maxim...

Page 64: ...9 setting is a menu that changes the entire setting for the Indicator so careful attention is required during set up F99 Function InitializationSet up Display Signification 0 DonotinitializetheIndicator Set upRange 0 1 1 InitializetheIndicator Note1 AftersettingF99to1 press keytoinitializetheIndicatortothedefaultsetting Note 2 F99 Initialization Method In the Set Mode press number 99 number 1 keyt...

Page 65: ...al Ground ㅇ 8 Carrier Detect ㅇ 20 Data Terminal Ready ㅇ 6 Data Set Ready ㅇ 4 Request to Send ㅇ 5 Clear to Send RS 232C Terminal 25 pin port Female Indicator s RS 232C Port Serial port of computer RXD2 ㅇ ㅇ 3Transmit Data TXD2 ㅇ ㅇ 2Receive Data GND2 ㅇ ㅇ 5SignalGround ㅇ 1CarrierDetect ㅇ 4DataTerminalReady ㅇ 6DataSetReady ㅇ 7RequesttoSend ㅇ 8CleartoSend RS 232C Terminal 9 pin port Female Indicator s R...

Page 66: ...t F21 Parity Bit set value Code ASCII When data is sent to computer Set at F22 Communication Data Set up Transmission Data Format set at F24 output format 22 byte of CAS DATA 8byte CR LF US Unstable GS GROSS weight Device ID Lamp condition byte Empty Unit kg t ST Stable NT NET weight OL Overload Device ID Transmit 1 byte so that the receiver can receive data selectively which indicator sent Device...

Page 67: ... 68 Weight Data 8 byte a 13 5kg 1 3 5 b 135kg 1 3 5 c 135kg 1 3 5 ...

Page 68: ...e it ismorefavorableforintermediate distancetransmissions approximately100M SetOutputMethod SameasRS 232Cabove SignalFormat SameasRS 232Cabove DataFormat SameasRS 232Cabove ConnectiontoExternalIndicatorand orOtherDevices CurrentLoopCircuitSchematic 1 20mA 0 0mA Remotedisplay Indicator 1 RxD C L1 2 RxD C L2 ...

Page 69: ... anduseacommunication purposeShieldCable over0 5Φ astheCable Recommendeddistanceforuseiswithin1 2km SetOutputMethod SameasRS 232Cabove SignalFormat SameasRS 232Cabove DataFormat SameasRS 232Cabove RS 422 RS 485 ConnectionDiagram Please refer to the PCI Card of Converter RS 422 manual for computer RS 422 and or RS 485 line PINnumbers Computer Indicator TXD 6 RXD TXD 7 RXD RXD 8 TXD RXD 9 TXD ...

Page 70: ... 10V when the indicated weight is O and 10V when it is at a maximum load 2 To adjust the output value range adjust F70 and F71 3 When using the DIGITAL MULTI METER to measure the output voltage does not allow accurate output fine tune VR Zero VR SPAN on ANALOG OUT PCB in the interior side of the Indicator Warning This ANALOG OUTPUT outputs the ANALOG value converted from the indicated weight value...

Page 71: ...imilar devices of other equipment Equivalent Circuit ADJUST 1 The default value of the unit is 4mA when the indicated weight is O and 20mA when it is at the maximum load 2 If you wish to adjust the output value range adjust F70 and F71 3 When using the DIGITAL MULTI METER to measure the output voltage does not allow accurate output fine tune VR Zero VR SPAN on ANALOG OUT PCB in the interior side o...

Page 72: ...tside by using a Photo Coupler Connector 50 PIN CONNECTOR CHAMP57 40500 Amphenol Female Input Output Signal TTLOpen Collector Output Signal Logic 1 BCDDataOutput RefertoPositiveLogic F82 BCDOutputSignal 2 Polarity Output High 3 OVER Output OVER High 4 BUSY Output BUSY High StandardAccessory Mating Connector 57 30500 Amphenol Male 1 EA BCD Output Circuit v v v Voltage 30v max Current 30mAmax Output...

Page 73: ...33 N C 9 8 101 34 N C 10 1 102 35 N C 11 2 102 36 N C 12 4 102 37 N C 13 8 102 38 N C 14 1 103 39 N C 15 2 103 40 N C 16 4 103 41 N C 17 8 103 42 High Polarity Low Polarity 18 1 104 43 High DecimalPlace 101 19 2 104 44 High DecimalPlace 102 20 4 104 45 High DecimalPlace 103 21 8 104 46 High OverLoad 22 1 105 47 PositiveOutput NegativeOutput F70 23 2 105 48 EXINPUT1 IDNumber 24 4 105 49 Busy 25 8 1...

Page 74: ... 75 Sealing Method Sealing 1 Sealing the Indicator Sealing the Load Cell Connector ...

Page 75: ...34 2 50 B 66 R 82 b 98 r 114 35 3 51 C 67 S 83 c 99 s 115 36 4 52 D 68 T 84 d 100 t 116 37 5 53 E 69 U 85 e 101 u 117 38 6 54 F 70 V 86 f 102 v 118 39 7 55 G 71 W 87 g 103 w 119 40 8 56 H 72 X 88 h 104 x 120 41 9 57 I 73 Y 89 i 105 y 121 42 58 J 74 Z 90 j 106 z 122 43 59 K 75 91 k 107 123 44 60 L 76 92 l 108 124 45 61 M 77 93 m 109 125 46 62 N 78 94 n 110 126 47 63 O 79 _ 95 o 111 End 0 ...

Page 76: ...tal sum of values from STX to prior to BCC and only transmits single digit and double digit numbers in the range of 10 s For example if the calculated Check Sum value is 1A9 then the last two characters A and 9 will be converted to ASCII and be transmitted as 41H and 39H Recommended To prevent DATA ERROR BCC is recommended for use Indicator Data Transmission Format STX 1 ID NO 2 COMMAND 4 ACK 1 BC...

Page 77: ...e Serial Number Transmit S N 6 STX ID NO RSNO 000000 BCC ETX STX ID NO RCNO BCC 93 ETX Command to transmit the Code Number Transmit Code Number 6 STX ID NO RCNO 000000 BCC ETX STX ID NO RPNO BCC A0 ETX Command to transmit the Part Number Transmit P N 2 STX ID NO RPNO 00 BCC ETX STX ID NO RTAR BCC 9A ETX Command to transmit the weight value of KEY Tare Transmit KEY Tare 6 STX ID NO RTAR 000000 BCC ...

Page 78: ...smittheStep4DATA 6 STX ID NO RSP4 000000 BCC ETX STX ID NO RUND BCC ETX CommandtotransmittheDATAof thelowestlimit TransmittheDATAofthelowestlimit 4 STX ID NO RUND 0000 BCC ETX STX ID NO ROVE BCC ETX CommandtotransmittheDATAof theupperlimit TransmittheDATAoftheupperlimit 4 STX ID NO ROVE 0000 BCC ETX DATA1 16 1 Header1 ST Stable US Unstable OL OverLoad 2 Header2 NT NetWeight GS GrossWeight 3 DATA W...

Page 79: ...convert the time of the TIMER stored in the Indicator to 12 34 56 STX ID NO WTIM WCK BCC ETX or STX ID NO WTIM NAK BCC ETX STX ID NO WSNO S N 6 BCC DD ETX ex STX 01 WSNO 123456 DD ETX Command to change the order value stored internally to 123456 STX ID NO WSNO ACK BCC ETX or STX ID NO WSNO NAK BCC ETX STX ID NO WPNO P N 2 BCC 06 ETX ex STX 01 WPNO 01 06 ETX Command to change the PART NUMBER to 01 ...

Page 80: ...hatisbeingsent STX ID NO WCNOACK BCC ETX or STX ID NO WCNO NAK BCC ETX STX ID NO WSP4 SP4 6 BCC ETX ex STX ID NO WSP4 000000 BCC ETX Commandtochange Step 4 to theDATAvaluethatisbeingsent STX ID NO WCNOACK BCC ETX or STX ID NO WCNO NAK BCC ETX STX ID NO WUND Lowest limit 4 BCC ETX ex STX ID NO WUND 0000 BCC ETX Commandtochange Lower Limit totheDATAvaluethatis beingsent STX ID NO WUNDACK BCC ETX or ...

Page 81: ...ro range has exceed the F13 intial zero range in the Set Mode Troubleshoot Check the weight on scale and change the F13 value range in the Set Mode ERROR 04 Reason for Error Akey was pressed for a long time or there is a problem in the key part Troubleshoot Do the key test in Test Mode 1 and if this message continues to appear without any actual problems contact theA S department of our company OV...

Page 82: ... Weight Calibration Menu ERROR 33 Reason for Error The output value of the load cell is too low Span is too low Troubleshoot There is a problem in the load cell or the load cell s output is too low With the current output from the load cell Weight Calibration cannot be carried out If in Zero Calibration place a cover on the scale If in Weight Calibration set a heavier balance weight ERROR 34 Reaso...

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