CAS CI-400 Series Owner'S Manual Download

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SPECIFICATIONS

Output

Precision

Max. Impedance

V-OUT

0~10V(DC)

Over 1/1000

I-OUT

0~24mA

Over 1/1000

500Ω MAX

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V-out Equivalent Circuit

▶

I-out Equivalent Circuit

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V-out output puts out Analog voltages(0~10V) proportional to the signal input displaying the weight

※

I-out output is adjusted so as to be 4 mA when the weight display is 0, and 20 mA when it is the

maximum load,

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Lo(-) terminal is not GND, it should not be connected to GND line or body GND of of some other

equipment or similar apparatus

▶

Adjust F4-01, F4-02 if the range of the output values needs to be adjusted.

Summary of Contents for CI-400 Series

Page 1: ... 2 ...

Page 2: ...eroussituations Cautionsaredividedinto Warning and Alert whichmean asfollows Keepthismanualin aplacewhereproductuserscanfindout afterfinish readingit 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 3: ...ndingmight causefailureor electricshockuponelectricleak Do not damage process excessively jerk bend ortwistthe powercord It might damage the powercordto causefire orelectricshock Keep anycombustible sprayorfire sourceaway It might causefire Do not spray water to the outside of the product oruseit inanyhumid place It might deterioratetheinsulationof electric parts that can cause the electric shock ...

Page 4: ... use theproductataplacewith sudden temperature changes or severe vibrations It might causetheweighingerroror failure Do not installthe produceataplacewiththe excessive electromagnetic wave It might causethewrongweighing 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...

Page 5: ... Installation Connection 18 3 1 Loadcell Connection 18 4 Weight Setup Calibration Mode 20 4 1 Weight Setup Calibration Menu 21 4 2 How to Seal the Indicator Sealing 30 5 Weighing Mode 31 6 Test Mode 35 7 Set Mode 40 8 OPTION 93 8 1 Relay In4 Out6 93 8 2 Analog Out 95 8 3 BCD OUT 97 8 4 BCD IN 99 9 Serial Communication 101 9 1 RS 232C Port Connection 101 9 2 Current loop 102 9 3 RS 422 RS 485 Seria...

Page 6: ...tions and various external interfaces which is designed to comply well with special requirements in a variety of industrial fields under strong and beautiful designs in appearance In addition it is designed for the user friendly programs for the easier use of indicator by any user with the built in message display functions to help users understand the product Please use the product right and suff...

Page 7: ...re 1 2 Main Functions Storedate timeandcalculateddataatsuddenpowerfailure V ariousspecificationonweightconversionspeed Digitalfilterfunction V ariousprinterconnection RS 232CSerialprinter Tareweightsettingwithkeys Storageofmeasuredtimes SetPointinput highest lowestlimitinput Externalinput4relay CI 405 CI 407 Externaloutput6relay CI 405 CI 407 Userscansetthedesirousmax weightandadivisionfreely Cont...

Page 8: ...bit A Dconversion speed 350 rounds Sec Non straightness 0 01 FS 1 4 Digital and Display SpanCalibration Full DigitalCalibration Singleautomatic span Calibration Display 7 Segment3 DigitsRed FND2EA Font 11 W X20 H mm 7 Segment3 DigitsRed FND8EA CI 405 407 Font 4 W 8 H mm Key Number Keyand Function Key 15 EA Division X1 X2 X5 X10 X20 X50 DisplayBelowZero minus Tare Subtraction Full capacity Sign for...

Page 9: ... Specification Standard 1 RS232 Interface Port1 Port2 Standard 2 Current Loop Interface Standard 3 External Input Input4 1 7 Option Specification Option 1 AnalogV out 0 10V orI out 4 20 mA Option 2 BCDOut Option 3 BCDIn Option 4 RelaymoduleType1 Input 4 Output 6 Option 5 RS 422 485 Interface Ensuretoaffirmbeforepurchasingtheproductsincetheremaybealimitationfortheoptionmodulethatcanbeused depending...

Page 10: ...11 2 Specifications in Appearance 2 1 External Dimension ...

Page 11: ... entered G N Indicates gross and net weight after setting tare AUTO Indicated when the Data Print out is Automatic during Stable Weight PRINT Indicated during data transmission to an External Print communication Port HOLD Indicated when operating the hold function RX Indicates status of receiving data during communication TX Indicates status of transmitting data during communication ...

Page 12: ...is 0 TARE Indicated when tare is entered G N Indicates gross and net weight after setting tare SP1 Indicated when Step1RelayONisoutput SP2 Indicated when Step2RelayONisoutput SP3 Indicated when Step3RelayONisoutput SP4 Indicated when Step4RelayONisoutput COMM Indicatesstatusoftransmittingorreceivingdataduringcommunication ...

Page 13: ... 0 TARE Indicated when tare is entered G N Indicates gross and net weight after setting tare SP1 Indicated when Step1RelayONisoutput SP2 Indicated when Step2RelayONisoutput SP3 Indicated when Step3RelayONisoutput FINISH Indicated when FINISH RelayONisoutput COMM Indicatesstatusoftransmittingorreceivingdataduringcommunication ...

Page 14: ...the weight withthelampindicator Usethewhenweighingwiththecontainer Pressthekeytosavethecurrentweightasthecontainerweight Toremovethecontainerpressthekeywhentheloadboardisempty Pressthekeytoprintthecurrentlydesignatedpowerformat Usewhencheckingthesubtotalvalue partialaggregate Usewhencheckingthetotalvalue aggregate Usetochangetheproductnumber Usetoinputtheitemcode ...

Page 15: ...16 UsetochangetheSetPoint Usewhenweighingamovingobject Usetoenterthemenumode Canbecustomizedtosuittheneeds Editor Key It enters 0 9 in the input numeric mode Usewhendeletingallinput Usetoenterthemenumode ...

Page 16: ...Loadcell C L Current loop Interface Port RS 232 Serial Interface Com Port COM1 COM2 RS 422 485 Serial Interface Com Port RS 422 485 AC INPUT AC 100 240 V 50 60 Hz ara available FUSE T0 5AL250V OPTION When Option in Use please connect EXT INPUT ExternalInputPort INPUT 4 ...

Page 17: ...SEN and connect EX with SEN Note 2 Wire color can be different depending on the load cell s manufacturer or it s model Relationship between the load cell output and input sensitivity The input sensitivity of this product is maximum 0 2 uV digit or more The following equation should be satisfied upon the system design Pin No Pin Function Color 1 EXC RED 2 EXC WHITE 3 SIG GREEN 4 SIG BLUE 5 SHIELD 6...

Page 18: ... 10 Kg Applied voltage of load cell 5V 5 000 mV According to the equation 5000 mV 2 mV 0 1 Kg 500 Kg 4 0 5 0 2 uV As the calculated value is greater than 0 2 uV this weight system design has no problem Note 3 It can check the mV V value in the testmode3 Applied voltage of load cell x Output voltage of load cell x Value of a division 0 2 uV Rated capacity of load cell x Number of load cell ...

Page 19: ...o the actual weight in displaying weights How toAccess to the Weight Setup Mode Remove the blot on the rear panel and connect both of CAL pin check picture below And turn on the power supply and push the key same time you can access to weight setup mode Press the key in the weight setup mode to return to weighing mode ...

Page 20: ... 9 Setting dual range CAL1 CAL1 1 Function Setting Unit Unit Range of set value 1 3 Used key Display Descriptions Using numeric keys Enter Unit Set Cancel 1 kg Unit kg 2 ton Unit ton 3 gram Unit g CAL1 2 Maximum capacity calibration Function Setting MaximumValue Range of set value 1 99 999 Used key Display Descriptions Usingnumerickeys Entermaximumweight Set Cancel C 10000 Max value 10000 kg C 10 ...

Page 21: ... d 0 01 Minimum division 0 01 kg d 0 1 Minimum division 0 1 kg d 1 Minimum division 1 kg d 10 Minimum division 10 kg Reference1 When CLEARispressedwithdecimalpointcalibrated CAL2 isexited Reference 2 For external exploded view set within the value of maximum capacity divided by the readability 1 30 000 Iftheexternalexplodedviewisgreaterthan 1 30 000 Err20 willbedisplayed Reference3 Thedecimalpoint...

Page 22: ...ed to compensate the load cell power by calibrating multipoints in a particular sector when the actual curve od the load cell is not linear like it is in the figure below CAL3 2 Function Zero Calibration Used key Display Descriptions Set Cancel UnLoAd Emptythe load tray and press the setup key 1234 The current weight value is displayed Confirm Stable and press the setup key Zeroing in progress Ref...

Page 23: ...libration Used key Display Descriptions Set Cancel LoAd Load the weight set in CAL 4 3 and press the setup key 12345 The current weight value is displayed Confirm Stable and press the setup key Span adjustment in progress Reference1 Repeat CAL3 3 and CAL3 4 accordingtothenumberofSTEPssetin CAL3 1 Atthisinstance theweightvaluemustbesettobegreaterthanthepreviousvalues Reference2 Ifthespancalibration...

Page 24: ... the weight setting mode Number multi calibration number W 100 00 100 00 unit Kg or Ton W 0 10 0 10 unit Kg or Ton Reference1 Setthecounterweightwithin10 100 ofthemaximumcapacity CAL4 3 Function Weight Calibration Used key Display Descriptions Set Cancel LoAd Load the weight set in CAL 4 3 and press the setup key 12345 The current weight value is displayed Confirm Stable and press the setup key Sp...

Page 25: ...utvalue Set Cancel ZE CAL Direct zero input mode 0 0000 Loadcell zero 0 0000 mV V 0 1000 Loadcell zero 0 1000 mV V CAL5 2 Function Direct input about the span value of loadcell Range of set value 1 99 999 Used key Display Descriptions Usingnumerickeys Entertheoutputvalue Set Cancel SP CAL Direct span input mode 1 2000 Loadcell span 1 2000 mV V 2 0000 Loadcell span 2 0000 mV V ...

Page 26: ...edwithouterror advanceto CAL 1 CAL7 Factor Calibration Function Factor Calibration Used key Display Descriptions Usingnumerickeys Settheweightfactor Set Cancel Push when entering a decimal print NOTUSE This function cannot be used because of multi calibration FACtor It means you entered the factor correction mode 12345 The current factor is displayed Reference 1 This menu is for weight calibration...

Page 27: ...e gravity for the place to use the product Reference1 Ifthegravitybetweentheindicatorproductionlocationandthelocationofuseisdifferent gravitycanbe correctedusingthisfunction CAL9 Dual range setting CAL9 1 Function Setting Dual Range Range of set value 0 1 Used key Display Descriptions Settheusestatusfordualfunction Set Cancel DUAL 0 Dual range function is not used DUAL 1 Dual range function is use...

Page 28: ...sing numeric keys Enterdualvalues Set Cancel M 1000 Dual range is applied to less than 1000kg M 5000 Dual range is applied to less than 5 000kg M 10000 Dual range is applied to less than 10 000kg Reference 1 If the input value is greater than the maximum capacity ERR SET will be displayed and will return to the CAL menu mode ...

Page 29: ... 30 4 2 How to Seal the Indicator Sealing ...

Page 30: ...etween 1 99 of the maximum weight Operating range for the zero key is designated in Menu No F1 15 Note 2 Menu No F1 14 designates whether to perform zero function only if the current weight is stabilized or even when it is unstable 2 Tare function used when weighing using a container Maximumtare settingrange maximumcapacity Display Part or Used Keys Load Plate Description Step1 TarePlacement State...

Page 31: ...ription Step1 PressID key Step2 ProductNumber 1 Step2 Change the productnumber Step3 Item number issaved 4 Item number changing Display Part or Used Keys Load Plate Description Step1 PressItemcode key Step2 Item Code 1 Step2 Change the item number Step3 Item number issaved ...

Page 32: ...ointvalue Step3 Setpointissaved Step4 Repeat step1 3 until end pointof maxsetpoint 6 Subtotal Print The product number of the steel reinforcement is assumed to be 10 Display Part or Used Keys Load Plate Description Step1 Select the item number code as 10 Step2 PushNo 5 Subtotal key Step3 The subtotal value of item No 10 is printed in the designatedform ...

Page 33: ...enu number F3 03 7 Total Print Display Part or Used Keys Load Plate Description Step1 PushNo 6 Total key Step2 Sumofallsubtotalinformation itemNos 0 99isprintedasin thedesignatedform Reference 1 The print format is designated as below GRAND TOTAL DATE 2012 1 2 TIME 10 30 ID 10 COUNT 123 TOTAL 12350 0 kg Reference 2 The subtotal DATAis automactically or manually deleted based on the menu number F3 ...

Page 34: ... turned on while pressing key in the front of the indicator Push the key in the test mode to return to weighing mode Test Menu 1 11 1 Key Test 2 Display Test 3 AD Test 4 Communication Test 5 Print Test 6 External Input output Test OPTION 7 A OUTTest OPTION 8 BCD IN Test OPTION 9 BCD OUTTest OPTION 10 Memory Test 11 RTC Test OPTION ...

Page 35: ...s any key to test the number and code for the key are displayed on the screen Key List Key No Code Key No Code Key No Code F1 28 3 3 8 8 F2 29 4 4 9 9 F3 30 5 5 0 0 1 1 6 6 CLEAR 27 2 2 7 7 ENTER 30 TEST 2 Display Test Function Display Screen Test Used key Display Descriptions Cancel NextMenu All LED lamp is on ...

Page 36: ...ence 1 Run this test while the communication program in the computer ex Hyper Terminal is executing after connecting a serial port in the computer to the serial port on the back Reference 2 Send 1 from the computer keyboard check whether or not 1 is received properly on the indicator s screen and then check whether or not 1 is received properly on the computer after pressing 1 from the indicator s...

Page 37: ...t IO Option Card is mounted TEST 7 A OUT Test OPTION Function A Out Test Used key Display Descriptions NextMenu Otherkeys Test 25 P The output level of Aout is raised by 25 each time the key is pushed Reference 1 This test operates only if Analog out Option Card is mounted TEST 8 BCD IN Test OPTION Function BCD IN Test Used key Display Descriptions NextMenu Otherkeys Test IN XX When BCD In is dete...

Page 38: ...igit by 1 Reference 1 This test operates only if BCD out Option Card is mounted TEST 10 Memory Test Function Memory Test Used key Display Descriptions NextMenu ROM OK ROM NG Display EEPROM status TEST 11 RTC Test OPTION Function RTC Test Used key Display Descriptions NextMenu SEC XX XX Displaying the progress of seconds SEC Reference 1 Press key to reset seconds SEC ...

Page 39: ...use F1 06 Set stable range F1 07 SetAutomatic Zero Tracking Compensation F1 08 Set Weight Back up F1 09 Set Hold Type F1 10 SetAverage Hold time F1 11 Set Hold Canceling Conditions F1 12 SetAutomatic Hold Starting Conditions F1 13 SetAutomatic Hold Canceling Conditions F1 14 Set Key Operating Conditions F1 15 Set Zero range F1 16 Set Tare range F1 17 Set Init Zero F1 18 Overload range F1 19 Set us...

Page 40: ...te F2 10 Set COM2 Out Data F2 11 Set COM2 Output Format F2 12 Set COM2 Output mode F2 13 Set RS 422 485 Port Setting F2 14 Set RS 422 485 Baud Rate F2 15 Set RS 422 485 Out Data F2 16 Set RS 422 485 Output Format F2 17 Set RS 422 485 Output mode Classification Menu SubMenu 3 Print Function 3 PRINT F3 01 Print Type F3 02 Print Form F3 03 Manage Print Data F3 04 Print Line Feed F3 05 Print Head Mess...

Page 41: ...Menu 6 Relay Setting 6 EXT All models F6 01 Set Ext Input Standard CI 405 CI 407 F6 02 Set Ext Input Option F6 03 Relay Out mode F6 04 F_RelayDelayStarttime F6 05 F_RelayDelayOperating F6 06 C_RelayDelayStarttime F6 07 C_RelayDelayOperating CI 405 F6 08 NG_RelayDelayoperating F6 09 RelayOperatingRange F6 10 DelayTimeofStart F6 11 RestartDelaytime F6 12 StartCondition_Pack_M1 CI 407 F6 08 NG_RelayD...

Page 42: ...checking the changed value to return to the previous mode Menu F1 02 Set average filter Function AveragefilterSetting SetRange 1 50 DisplayPart Meaning 1 02 XX InitialValue 10 Settingthenumberofbuffersintheaveragefilter Reference 1 Set based on the environment The rate of change of weight may slow Menu F1 03 Set Low Pass Filter Function LowPassFilterSetting DisplayPart Meaning SetRange 0 1 1 03 XX...

Page 43: ...changeinagiventimeiswithinthesetvaluex0 5division Reference 1 This function verifies the stable status when the weight fluctuation does not exceed 0 5x the readability setting within the set time Reference 2 The number should be made large and small for high vibration and low vibration environments respectively to quickly stabilize the weighing status Menu F1 07 SetAutomatic Zero set Range Functio...

Page 44: ...rageholdtimeSetting SetRange 00 99 DisplayPart Meaning 1 10 XX InitialValue 30 Averagevaluewithinthesetvaluexseciscalculated Menu F1 11 Set Hold Canceling Conditions Function HoldCancelingConditionsSetting SetRange 0 2 DisplayPart Meaning 1 11 00 Holdiscanceledwhenitbecomeszero 1 11 01 HoldiscanceledwhenHoldkeyisentered 1 11 02 HoldiscanceledwhenHoldlesskeyentered Menu F1 12 Set Automatic Hold Sta...

Page 45: ...ange Function ZeroKeyRangeSetting SetRange 1 99 DisplayPart Meaning 1 15 XX InitialValue 10 Zerooperatesuptowithin ㅇㅇ ofthemaximumweight Menu F1 16 Set Tare Key Range Function TareKeyRangeSetting SetRange 1 100 DisplayPart Meaning 1 16 XX InitialValue 100 Tareoperatesuptowithin ㅇㅇ ofthemaximumweight Menu F1 17 Set Initial Zero Range Function InitialZeroRangeSetting SetRange 1 99 DisplayPart Meanin...

Page 46: ...nt 4 key 1 20 11 F1 Key used as the Set Point 5 key 1 20 12 F1 Key used as the Set Point 6 key 1 20 13 F1 Key used as the Start key 1 20 14 F1 Key used as the Stop key Menu F1 21 Set F2 Key Use Type Function F2 Key Use Type Setting SetRange 0 14 DisplayPart Meaning 1 21 00 F2 Key used as the tare tare cancelling key 1 21 01 F2 Key used as the total net weight key 1 21 02 F2 Key used as the Hold ke...

Page 47: ... 22 06 F3 Key used as the Tare cancelling key 1 22 07 F3 Key used as the Set Point 1 key 1 22 08 F3 Key used as the Set Point 2 key 1 22 09 F3 Key used as the Set Point 3 key 1 22 10 F3 Key used as the Set Point 4 key 1 22 11 F3 Key used as the Set Point 5 key 1 22 12 F3 Key used as the Set Point 6 key 1 22 13 F3 Key used as the Start key 1 22 14 F3 Key used as the Stop key Menu F1 23 SetNearZero ...

Page 48: ...ference 1 When set to 0 data is transferred in real time Menu F2 03 Set COM1 Port Function Com1RS 232CPortSetting SetRange 0 5 DisplayPart Meaning 2 03 0 DataBit8 StopBit1 ParityBit None 2 03 1 DataBit7 StopBit1 ParityBit Even 2 03 2 DataBit7 StopBit1 ParityBit Odd 2 03 3 DataBit7 StopBit2 ParityBit Odd 2 03 4 DataBit8 StopBit1 ParityBit Even 2 03 5 DataBit8 StopBit1 ParityBit Odd Menu F2 04 Set C...

Page 49: ... 232C Outputmode SetRange 0 8 DisplayPart Meaning 2 07 0 Dataisnottransmitted 2 07 1 Transmittedonlyiftheprintkeyispushed 2 07 2 Transmittedinbothstable unstablecases StreamMode 2 07 3 Transmittedonlyiftheweightisstable 2 07 4 CommandType1 2 07 5 CommandType2 2 07 6 CommandType3 2 07 7 Transmittedonly uponcompletionsignal 2 07 8 Modbusprotocol Reference 1 Refer toAppendix 2 3 and 4 for command typ...

Page 50: ... 10 Set COM2 Out Data Function COM2RS 232COutDataSetting SetRange 0 2 DisplayPart Meaning 2 10 0 Displayedvalueistransmitted 2 10 1 GrossWeightistransmitted 2 10 2 Netweightistransmitted Menu F2 11 COM2 Output Format Function COM2RS 232COutputFormat SetRange 0 3 DisplayPart Meaning 2 11 0 22byteofCAS 2 11 1 10byteofCAS 2 11 2 18byteFormat AND FINE 2 11 3 22byteofCASwithrelaystatus Reference 1 Refe...

Page 51: ...eference 1 Refer toAppendix 2 3 and 4 for command types Menu F2 13 Set RS 422 485 Port Function RS 422 485PortSetting SetRange 0 5 DisplayPart Meaning 2 13 0 DataBit8 StopBit1 ParityBit None 2 13 1 DataBit7 StopBit1 ParityBit Even 2 13 2 DataBit7 StopBit1 ParityBit Odd 2 13 3 DataBit7 StopBit2 ParityBit Odd 2 13 4 DataBit8 StopBit1 ParityBit Even 2 13 5 DataBit8 StopBit1 ParityBit Odd Menu F2 14 S...

Page 52: ... 16 3 22byteofCASwithrelaystatus Reference 1 Refer to Appendix 1 for the communication format Menu F2 17 RS 422 485 Communication Method Function RS 422 485CommunicationMethod Outputmode SetRange 0 8 DisplayPart Meaning 2 17 0 Dataisnottransmitted 2 17 1 Transmittedonlyiftheprintkeyispushed 2 17 2 Transmittedinbothstable unstablecases StreamMode 2 17 3 Transmittedonlyiftheweightisstable 2 17 4 Com...

Page 53: ...rm5 Date Time ItemNo NetWeight BPPrintForm5 FORM5 3 02 5 PrintForm6 Date Time SerialNo NetWeight BPPrintForm6 FORM6 Form1 Date Time Serial No Item No NetWeight Form2 Date Time WeighingNo NetWeight Form3 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 Gr...

Page 54: ...te V06 Print count 3 byte V07 Date 10 byte V08 Time 8 byte CAS BPSeries Printer Protocol Parameter Description Data Length V00 Gross Weight 7 byte V01 Tare Value 7 byte V02 Net Weight 7 byte V03 Net omit for bar code 6 byte V04 Item Number 2 byte V05 Item Name 10 byte V06 Print count 3 byte V07 Date 10 byte V08 Time 8 byte V09 Unit kg 2 byte V10 Total Net include 9 byte V11 Preset Tare 7 byte ...

Page 55: ...eASCIIcode32to0thdata 18 255 TheendhastobemeantbydesignatingASCIIcode255nextto thelastdata number settings coordinate increase coordinate decrease input complete Reference 1 This function adds the desired content to the print format e g company name phone number Reference 2 Coordinates capable of being designated are from 0 to 71 From these the 0th data determines whether to print the additional c...

Page 56: ...07 1 Printoutonlyiftheweightvalueis 3 07 2 Printoutregardlessofwhethertheweightvalueis Menu F3 08 Set Print Out Condition Function SetPrintOutCondition Printingcondition SetRange 0 1 DisplayPart Meaning 3 08 0 Printedonlyiftheprintkeyispushed 3 08 1 Printedautomaticallyiftheweightvalueisstabilized Menu F3 09 Print Count Number Function PrintCountNumber SetRange 0 1 DisplayPart Meaning 3 09 0 Fixed...

Page 57: ...gAnalogOutoption SetRange 0 24000 DisplayPart Meaning 10000 10 000mA 4 16Voutput 20000 20 000mA 8 33Voutput 24000 24 000mA 10 0Voutput Menu F4 03 Maximum weight ofA out Function MaximumOutputWeightValueuponUsingAnalogOutoption SetRange 0 Maxweight DisplayPart Meaning 1000 2000 Initialvalue Maxweight Maximumoutputat1000kg Maximumoutputat2000kg Menu F4 04 BCDOutType Function BCDOutType SetRange 1 2 ...

Page 58: ...SetDate NumberKey DataDesignation DisplayPart Meaning 10 08 17 August17th 2010 Menu F5 03 Set Time Function SetTime NumberKey DataDesignation DisplayPart Meaning 11 30 10 30minutesand10secondspast11o clock Menu F5 04 Set Password Function SetPassword SetRange 0 1 DisplayPart Meaning 5 04 0 Passwordentryisnotuseduponenteringthesettingmode 5 04 1 Passwordentryisuseduponenteringthesettingmode Functio...

Page 59: ...ge 0 9 DisplayPart Input1 Input2 Input3 Input4 6 01 0 ZERO TARE TARE_C PRINT 6 01 1 ZERO TARE C HOLD HOLD_C 6 01 2 ZERO TARE C I SUM PRINT 6 01 3 ZERO HOLD HOLD_C PRINT 6 01 4 ZERO I SUM G SUM PRINT 6 01 5 ZERO TARE TARE_C G N 6 01 6 ZERO TARE C VERDIC PRINT 6 01 7 ZERO PRINT START STOP 6 01 8 START STOP HOLD G N 6 01 9 TARE PRINT START STOP TARE_C Tare Clear TARE C Toggle key Tare Tare Clear HOLD...

Page 60: ..._C PRINT 6 02 1 ZERO TARE C HOLD HOLD_C 6 02 2 ZERO TARE C I SUM PRINT 6 02 3 ZERO HOLD HOLD_C PRINT 6 02 4 ZERO I SUM G SUM PRINT 6 02 5 ZERO TARE TARE_C G N 6 02 6 ZERO TARE C VERDIC PRINT 6 02 7 ZERO PRINT START STOP 6 02 8 START STOP HOLD G N 6 02 9 TARE PRINT START STOP TARE_C Tare Clear TARE C Toggle key Tare Tare Clear HOLD_C Hold Clear G N Gross Net change key ...

Page 61: ...4 SP5 SP6 0_LimitMode1 Step1 Step2 Step3 Step4 1_LimitMode2 Step1 Step2 Step1 FallValue Step2 FallValue UpperLimit FallValue LowerLimit FallValue 2_PackerMode1 Step1 Step2 Step3 Step4 3_PackerMode2 Step1 Step2 Step1 FallValue Step2 FallValue UpperLimit FallValue LowerLimit FallValue 4_CheckerMode1 Step1 Step2 Step3 Step4 5_CheckerMode2 Step1 LOW Step2 HIGH 6_CheckerMode3 Step1 Step2 Step3 Step4 7_...

Page 62: ...1 Step2 HIGH SP2 W Step3 OK SP1 W SP2 Lower LimitNG Z W SP1 Upper LimitNG SP2 W Zero 6_CheckerMode3 Step1 Z W SP1 Step2 SP1 W SP2 Step3 SP2 W SP3 Step4 SP3 W SP4 Above Step4 SP4 W Zero 7_CheckerMode4 Step1 LOW Z W SP1 Step2 HIGH SP2 W Step3 OK SP1 W SP2 Lower LimitNG Z W SP1 Upper LimitNG SP2 W Zero 8_CheckerMode5 Step1 LOW Z W SP1 Step2 HIGH SP2 W Step3 OK SP1 W SP2 Lower LimitNG Z W SP1 Upper Li...

Page 63: ...ec Lastsfor00x0 1Sec Menu F6 06 C_Relay Delay Start Time Function SetStartDelayTimeforDecisionRelay T3 SetRange 0 99 DisplayPart Meaning 6 06 0 InitialValue 0x0 1Sec Delayedby00x0 1Sec Menu F6 07 C_Relay Operating Duration Function SetOperatingDurationTimeforDecisionRelay T4 SetRange 0 99 DisplayPart Meaning 6 07 20 InitialValue 20x0 1Sec Lastsfor00x0 1Sec Menu F6 08 NG_Relay Operating Duration Fu...

Page 64: ...sed Relay Type_I Function SetDelaytimeofstart SetRange 0 99 DisplayPart Meaning 6 10 10 InitialValue 10x0 1Sec Delayedby00x0 1Sec Menu F6 11 Restart Delay Time Function SetRestartdelaytime T6 SetRange 0 99 DisplayPart Meaning 6 11 10 InitialValue 10x0 1Sec Delayedby00x0 1Sec Menu F6 12 Start Condition_Pack_M1 Function StartconditionofPackermode1 SetRange 0 1 DisplayPart Meaning 6 12 0 Relaystartop...

Page 65: ...ghingFinishrelayoutput T2 RefertoF6 05 OperationtimeofweighingFinishrelayoutput 3 RelayOutput Step1 ONwhen SP1 Weight Step2 ONwhen SP2 Weight Step3 ONwhen SP3 Weight Step4 ONwhen SP4 Weight Finish ONafterT1 settime ONfortheduringofT2 settime NearZero F1 23setvalue Weight 0rangeoutput 4 StatuslampinthefrontpanelisoperatedinthesamemannerastheRELAYoutput ...

Page 66: ...eofweighingFinishrelayoutput T5 RefertoF6 08 Operation ON timeofWeighingNGrelayoutput 3 RelayOutput Step1 ONwhen SP1 SP3 Weight Step2 ONwhen SP2 SP4 Weight Finish OnafterT1 settime ONafterT2 settime LowestLimitNG ONwhenWeight SP2 SP6 UpperLimitNG ONwhen SP2 SP5 Weight NearZero F1 23setvalue Weight 0rangeoutput 4 StatuslampinthefrontpanelisoperatedinthesamemannerastheRELAYoutput ...

Page 67: ...ayoutput T2 RefertoF6 05 OperationtimeofweighingFinishrelayoutput 3 RelayOutput Step1 OFFwhen SP1 Weight Step2 OFFwhen SP2 Weight Step3 OFFwhen SP3 Weight Step4 OFFwhen SP4 Weight Finish ONafterT1 settime ONfortheduringofT2 settime NearZero F1 23setvalue Weight 0rangeoutput 4 StatuslampinthefrontpanelisoperatedinthesamemannerastheRELAYoutput ...

Page 68: ...ofweighingFinishrelayoutput T5 RefertoF6 08 Operation ON timeofweighingNGrelayoutput 3 RelayOutput Step1 OFFwhen SP1 SP3 Weight Step2 OFFwhen SP2 SP4 Weight Finish OnafterT1 settime ONafterT2 settime LowestLimitNG ONwhen Weight SP2 SP6 UpperLimitNG ONwhen SP2 SP5 Weight NearZero F1 23setvalue Weight 0rangeoutput 4 StatuslampinthefrontpanelisoperatedinthesamemannerastheRELAYoutput ...

Page 69: ...relayoutput T4 RefertoF6 07 Operationtimeof judgment relayoutput 3 RelayOutput Step1 ONwhenNearZero Weight SP1 Step2 ONwhenStep1 Weight SP2 Step3 ONwhenStep2 Weight SP3 Step4 ONwhenStep3 Weight SP4 AboveSP4 ONwhenSP4 Weight NearZero F1 23setvalue Weight 0rangeoutput 4 StatuslampinthefrontpanelisoperatedinthesamemannerastheRELAYoutput ...

Page 70: ...output T5 RefertoF6 08 Operation ON timeofweighingNGrelayoutput 3 RelayOutput Step1 LOW ONwhenWeight SP1 Step2 HIGH ONwhenSP2 Weight Step3 OK ONwhenSP1 Weight SP2 LowestLimitNG ONduringStep1Output adjustOutputTimeonT5 UpperLimitNG ONduringStep2Output adjustOutputTimeonT5 NearZero F1 23setvalue Weight 0rangeoutput 4 StatuslampinthefrontpanelisoperatedinthesamemannerastheRELAYoutput ...

Page 71: ...outputifitreachesthesetvalueoriswithintherange 3 RelayOutput Step1 ONwhenNearZero Weight SP1 Step2 ONwhenStep1 Weight SP2 Step3 ONwhenStep2 Weight SP3 Step4 ONwhenStep3 Weight SP4 AboveStep4 ONwhenSP4 Weight NearZero F1 23setvalue Weight 0rangeoutput 4 StatuslampinthefrontpanelisoperatedinthesamemannerastheRELAYoutput ...

Page 72: ...eighingNGrelayoutput 3 ThisisthemodethatjudgesviaHoldInput 4 RelayOutput Step1 LOW DuringHoldInput ONwhenWeight SP1 Step2 HIGH DuringHoldInput ONwhenSP2 Weight Step3 OK DuringHoldInput ONwhenSP1 Weight SP2 LowestLimitNG ONduringStep1Output adjustOutputTimeonT5 UpperLimitNG ONduringStep2Output adjustOutputTimeonT5 NearZero F1 23setvalue Weight 0rangeoutput 5 Statuslampinthefrontpanelisoperatedinthe...

Page 73: ...NGrelayoutput 3 ThisisthemodethatjudgesviaJudgmentInput 4 RelayOutput Step1 LOW DuringJudgmentInput ONwhenWeight SP1 Step2 HIGH DuringJudgmentInput ONwhenSP2 Weight Step3 OK DuringJudgmentInput ONwhenSP1 Weight SP2 LowestLimitNG ONduringStep1Output adjustOutputTimeonT5 UpperLimitNG ONduringStep2Output adjustOutputTimeonT5 NearZero F1 23setvalue Weight 0rangeoutput 5 Statuslampinthefrontpanelisoper...

Page 74: ...ntimeofweighingFinishrelayoutput T5 RefertoF6 08 Operation ON timeofweighingNGrelayoutput 3 RelayOutput Step1 ONwhen SP1 SP3 Weight Step2 ONwhen SP2 SP4 Weight Finish OnafterT1 settime ONafterT2 settime LowestLimitNG ONwhen Weight SP2 SP6 UpperLimitNG ONwhen SP2 SP5 Weight NearZero F1 23setvalue Weight 0rangeoutput 4 StatuslampinthefrontpanelisoperatedinthesamemannerastheRELAYoutput ...

Page 75: ...layoutput T5 RefertoF6 08 Operation ON timeofweighingNGrelayoutput T6 RefertoF6 11 Restartdelaytimeafterfinishoutput 3 RelayOutput Step1 ONwhen SP1 SP3 Weight Step2 ONwhen SP2 SP4 Weight Finish OnafterT1 settime ONafterT2 settime LowestLimitNG ONwhen Weight SP2 SP6 UpperLimitNG ONwhen SP2 SP5 Weight NearZero F1 23setvalue Weight 0rangeoutput 4 Statuslampinthefrontpanelisoperatedinthesamemannerasth...

Page 76: ...elayoutput T5 RefertoF6 08 Operation ON timeofweighingNGrelayoutput T6 RefertoF6 11 Restartdelaytimeafterfinishoutput 3 RelayOutput Step1 ONwhen SP1 SP3 Weight Step2 ONwhen SP2 SP4 Weight Finish OnafterT1 settime ONafterT2 settime LowestLimitNG ONwhen Weight SP2 SP6 UpperLimitNG ONwhen SP2 SP5 Weight NearZero F1 23setvalue Weight 0rangeoutput 4 Statuslampinthefrontpanelisoperatedinthesamemannerast...

Page 77: ...er LimitNG Setting Value 2_Loss in weight Step1 Step2 Fall Upper LimitNG Lower LimitNG Setting Value 3_1 Step Feeding 2 Step Discharging Mode_1 Step1 Step2 Fall Upper LimitNG Lower LimitNG Setting Value 4_1 Step Feeding 2 Step Discharging Mode_2 Step1 Step2 Fall Upper LimitNG Lower LimitNG Setting Value 5_2 Step Feeding 1 Step Discharging Mode Step1 Step2 Fall Upper LimitNG Lower LimitNG Setting V...

Page 78: ...ng Mode_1 Step1 Step2 Step3 LowerLimit NG Upper LimitNG Zero 4_1 Step Feeding 2 Step Discharging Mode_2 Step1 Step2 Step3 Finish Error Zero 5_2 Step Feeding 1 Step Discharging Mode Step1 Step2 Step3 Finish Error Zero 6_3 Step Discharging Mode_1 Step1 Step2 Step3 Finish Error Zero 7_3 Step Discharging Mode_2 Step1 Step2 Step3 Finish Error Zero 8_2 Step Feeding 2 Step Discharging Mode_1 Step1 Step2 ...

Page 79: ...TimeforDecisionRelay SetRange 0 99 DisplayPart Meaning 6 06 0 InitialValue 0x0 1Sec Delayedby00x0 1Sec Menu F6 07 C_Relay Operating Duration Function SetOperatingDurationTimeforDecisionRelay SetRange 0 99 DisplayPart Meaning 6 07 20 InitialValue 20x0 1Sec Lastsfor00x0 1Sec Menu F6 08 NG_Relay Delay Start Time Function SetStartDelayTimeforDecisionRelay SetRange 0 99 DisplayPart Meaning 6 08 0 Initi...

Page 80: ...ight range 6 9 2 Relayisoperatingin weight range Menu F6 11 Delay Time of Start Function SetDelaytimeofstart SetRange 0 99 DisplayPart Meaning 6 10 10 InitialValue 10x0 1Sec Delayedby00x0 1Sec Menu F6 13 Start Condition_Pack_M1 Function StartconditionofPackermode1 SetRange 0 1 DisplayPart Meaning 6 13 0 Relaystartoperatingisonlyzerorange 6 13 1 Relaystartoperatingisalways ...

Page 81: ... UpperLimitNG SP6 LowestLimitNG SP7 Final 2 NearzerooutputisaccordingtothespecifiedrangeinF1 23 3 RelayOutput Step1 ONwhen SP7 SP1 Weight Step2 ONwhen SP7 SP2 Weight Step3 ONwhen SP7 Fall Weight LowestLimitNG ONwhen Weight SP7 SP6 UpperLimitNG ONwhen SP7 SP5 Weight NearZero F1 23setvalue Weight 0rangeoutput 4 StatuslampinthefrontpanelisoperatedinthesamemannerastheRELAYoutput ...

Page 82: ...ingFinishrelayoutput T2 RefertoF6 05 OperationtimeofweighingFinishrelayoutput T5 RefertoF6 09 Operation ON timeofweighingNGrelayoutput 5 RelayOutput Step1 OFFwhen SP7 SP1 Weight Step2 OFFwhen SP7 SP2 Weight Step3 OFFwhen SP7 SP3 Weight Finish OnafterT1 settime ONduringT2 settime Error Whenweighingiscompleted Weight SP7 SP6 or SP7 SP5 Weight ONfortheduringofT5 settime NearZero F1 23setvalue Weight ...

Page 83: ...mitNG SP7 Final 3 NearzerooutputisaccordingtothespecifiedrangeinF1 23 4 RelayOutput Step1 ONOFFwhen SP7 SP1 DischargeWeight Step2 ONOFFwhen SP7 SP2 DischargeWeight Step3 ONOFFwhen SP7 SP3 DischargeWeight LowestLimitNG ONwhen DischargeWeight SP7 SP6 UpperLimitNG ONwhen SP7 SP5 DischargeWeight NearZero F1 23setvalue Weight 0rangeoutput 5 StatuslampinthefrontpanelisoperatedinthesamemannerastheRELAYou...

Page 84: ...accordingtothespecifiedrangeinF1 23 4 T1 RefertoF6 04 DelaytimeofweighingFinishrelayoutput 5 RelayOutput Step1 ONwhen SP1 Weight Step2 ONwhen SP7 SP2 DischargeWeight OFFafterT1 settime Step3 ONwhen SP7 SP3 DischargeWeight OFFafterT1 settime LowestLimitNG ONwhen DischargeWeight SP7 SP6 UpperLimitNG ONwhen SP7 SP5 DischargeWeight NearZero F1 23setvalue Weight 0rangeoutput 6 Statuslampinthefrontpanel...

Page 85: ...rtoF6 05 OperationtimeofweighingFinishrelayoutput T5 RefertoF6 09 Operation ON timeofweighingNGrelayoutput 5 RelayOutput Step1 ONwhen SP1 Weight OFFWhenstartinput Step2 ONWhenstartinput OFFwhen SP7 SP2 DischargeWeight Step3 ONWhenstartinput OFFwhen SP7 SP3 DischargeWeight Finish OnafterT1 settime ONduringT2 settime Error Whenweighingiscompleted DischargeWeight SP7 SP6 or SP7 SP5 DischargeWeight ON...

Page 86: ... RefertoF6 05 OperationtimeofweighingFinishrelayoutput T5 RefertoF6 09 Operation ON timeofweighingNGrelayoutput 5 RelayOutput Step1 ONwhen SP1 Weight OFFWhenstartinput Step2 ONwhen SP2 Weight OFFWhenstartinput Step3 ONWhenstartinput OFFwhen SP7 SP3 DischargeWeight Finish OnafterT1 settime ONduringT2 settime Error Whenweighingiscompleted DischargeWeight SP7 SP6 or SP7 SP5 DischargeWeight ONforthedu...

Page 87: ...ingFinishrelayoutput T4 RefertoF6 08 DelaytimeofweighingNGrelayoutput T5 RefertoF6 09 Operation ON timeofweighingNGrelayoutput 5 RelayOutput Step1 ONWhenstartinput OFFwhen SP1 DischargeWeight Step2 ONWhenstartinput OFFwhen SP2 DischargeWeight Step3 ONWhenstartinput OFFwhen SP3 SP8 DischargeWeight Finish OnafterT1 settime ONduringT2 settime Error Whenweighingiscompleted DischargeWeight SP7 SP6 or S...

Page 88: ...oF6 05 OperationtimeofweighingFinishrelayoutput T4 RefertoF6 08 DelaytimeofweighingNGrelayoutput T5 RefertoF6 09 Operation ON timeofweighingNGrelayoutput 5 RelayOutput Step1 ONwhen SP1 DischargeWeight Step2 ONwhen SP2 DischargeWeight Step3 ONwhen SP3 SP8 DischargeWeight Finish OnafterT1 settime ONduringT2 settime Error Whenweighingiscompleted DischargeWeight SP7 SP6 or SP7 SP5 DischargeWeight ONfo...

Page 89: ...ordingtothespecifiedrangeinF1 23 4 T1 RefertoF6 04 DelaytimeofweighingFinishrelayoutput T2 RefertoF6 05 OperationtimeofweighingFinishrelayoutput 5 RelayOutput Step1 OFFwhen SP1 Weight Step2 OFFwhen SP2 Weight Step3 ONWhenstartinput OFFwhen SP3 DischargeWeight Step4 ONWhenstartinput OFFwhen SP4 SP8 DischargeWeight Finish OnafterT1 settime ONduringT2 settime NearZero F1 23setvalue Weight 0rangeoutpu...

Page 90: ...l SP9 DischargeFall 3 NearzerooutputisaccordingtothespecifiedrangeinF1 23 4 T1 RefertoF6 04 DelaytimeofweighingFinishrelayoutput T2 RefertoF6 05 OperationtimeofweighingFinishrelayoutput 5 RelayOutput Step1 ONwhen SP1 SP8 Weight Step2 ONwhen SP2 Weight Step3 ONwhen SP3 DischargeWeight Step4 ONwhen SP4 SP9 DischargeWeight Finish OnafterT1 settime ONduringT2 settime NearZero F1 23setvalue Weight 0ran...

Page 91: ... 92 Standard External Input Connector Pin Information ExtInPinMap Pin No Signal 1 ExtIn1 2 ExtIn2 3 ExtIn3 4 ExtIn4 5 InCommon GND ...

Page 92: ... 10 40 Connector TerminalBlock 12Pin Item Specification ContactData Resistance Initial Max 100mΩat6VDC 1A Contactrating 1A 24VDC 0 5A 120VAC MaxSwitchingV oltage 60VDC 120VAC Life Mechanical Min20X106 Operations Electronical atcontactrating Min200X103 Operations 0 5A 120VAC Min500X103 Operations 1A 24VDC ...

Page 93: ... 94 Connection of Input Output Input AContact Output AContact ...

Page 94: ...log Out CN2 Pin Map Pin No Signal 1 I OUT 2 V OUT 3 GND 4 NC 5 SHILED General V Out0 10V I Out0 20mA I Out0 24mA I Out4 20mA Fixing FlexibilitySetting Operatingtemperaturerange 10 40 Connector_TerminalBlock 5Pin ...

Page 95: ...t Circuit V outoutputputsoutAnalogvoltages 0 10V proportionaltothesignalinputdisplayingtheweight I outoutputisadjustedsoastobe4mAwhentheweightdisplayis0 and20mAwhenitisthe maximumload Lo terminalisnotGND itshouldnotbeconnected to GNDlineorbodyGNDofofsomeother equipmentorsimilarapparatus AdjustF4 01 F4 02iftherangeoftheoutputvaluesneedstobeadjusted ...

Page 96: ...ITX_1 DIGITX_2 1 2 3 4 8 7 6 5 General Operatingtemperaturerange 10 40 Connector_DB 36Pin CHAMP57 40360 Amphenol Female TheParallelBCDoutistheinterfacethatindicatestheweightindisplayasBCDcode TheInnercircuitofinput outputcircuitiselectronicallydisconnectedbyphotocoupler ...

Page 97: ...2nd Digit 2 101 24 6th Digit 2 105 7 2nd Digit 4 101 25 6th Digit 4 105 8 2nd Digit 8 101 26 6th Digit 8 105 9 Ground GND 27 High Gross Low Net 10 Ground GND 28 High Low Weight 11 3th Digit 1 102 29 High Overload 12 3th Digit 2 102 30 N C 13 3th Digit 4 102 31 Dot Position 101 14 3th Digit 8 102 32 Dot Position 102 15 4th Digit 1 103 33 Dot Position 103 16 4th Digit 2 103 34 N C 17 4th Digit 4 103...

Page 98: ... 8 4 BCD IN CN2 Connection Diagram General Operatingtemperaturerange 10 40 Connector_D SUB 9Pin Female UsercanchangingtheItemcodethroughBCDIncard TheInnercircuitisdisconnectedelectronicallybyphotocoupler ...

Page 99: ... 100 CN2 Pin Map Pin No Signal Pin No Signal 1 1st Digit 1 100 5 2nd Digit 1 101 2 1st Digit 2 100 6 2nd Digit 2 101 3 1st Digit 4 100 7 2nd Digit 4 101 4 1st Digit 8 100 8 2nd Digit 8 101 9 Ground GND ...

Page 100: ...Ready ㅇ 6 Data Set Ready ㅇ 4 Request to Send ㅇ 5 Clear to Send RS 232C Connector 25pin port Female RS 232C Port of CI 400 Serial port of the PC RXD ㅇ ㅇ 2Receive Data TXD ㅇ ㅇ 3Transmit Data GND ㅇ ㅇ 5SignalGround ㅇ 1CarrierDetect ㅇ 4DataTerminalReady ㅇ 6DataSetReady ㅇ 7RequesttoSend ㅇ 8CleartoSend RS 232C Connector 9 pin port Female RS 232C Port of CI 400 Serial port of the PC ...

Page 101: ...P Printer RS 232 Port 9 2 Current loop CurrentLoopInterfacehasstrongerresistancetoelectricnoisethantheRS 232CInterface therefore it ismorefavorableforintermediate distancetransmissions approximately100M Output Method Format SameasRS 232Cabove Current Loop Connect Diagram Remote Display Indicator Receive Data C L 1 Signal Ground C L 2 ...

Page 102: ...methods In addition the AC power cable or other electric wires should be placed separately and the shield cable 0 5Φ or more dedicated to communications should be applied the recommended use distance is within 1 2km Output Method Format SameasRS 232Cabove RS 422 RS 485 Connect Diagram Computer Indicator TXD RXD TXD RXD RXD TXD RXD TXD Computer Indicator P RXD N RXD TXD TXD ...

Page 103: ... ID is set in F20 Lamp Status Byte Bt7 1 Bt6 Stable Bt5 1 Bt4 Hold Bt3 Printer Bt2 Gross Weight Bt1 Tare Bt0 Zero Point 10 Bytes for CAS Data 8bytes CR LF 18 Bytes forAND Data 8 bytes CR LF US Unstable GS GrossWeight Unit kg t ST Stable NT NetWeight OL Overload 22 Bytes for CAS Relay status Data 8 bytes CR LF US Unstable GS GrossWeight DeviceID LampStatusbyte relay Unit kg t ST Stable NT NetWeight...

Page 104: ...105 Weight Date 8 byte Example weight Byte No 1 2 3 4 5 6 7 8 13 5kg 1 3 5 135kg 1 3 5 135kg 1 3 5 ...

Page 105: ...getheitemno andretransmitddPN00 CRLFtoPCuponcommandinput ddOPCRLF SameasStartKey ExecutethestartandretransmitddOPCRLF toPCuponcommandinput ddEMCRLF SameasStopKey ExecutethestopandretransmitddEMCRLF toPCuponcommandinput dd Device ID ASCII Code 0 30 hex 0 31 hex if the Device ID is 01 00000 00 Set value for upper limit lower limit upper limit fall lower limit fall ASCII Code 0x30 hex 0x30 hex 0x33 h...

Page 106: ...turnthereceived D ID S 4 0 0 0 0 0 CR LF 4thStepvalue Returnthereceived D ID S 5 0 0 0 0 0 CR LF Highlimitvalue Returnthereceived D ID S 6 0 0 0 0 0 CR LF Lowlimitvalue Returnthereceived D ID H E 0 0 0 0 0 CR LF Setpointcode 00 99 Returnthereceived D ID 00 99 CR 0 13 LF 0 10 Format 1 PC send set point all data to indicator NT 580A 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 D ID H A SetPoint...

Page 107: ...33 1 49 A 65 Q 81 a 97 q 113 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 7...

Page 108: ... bit sent first Parity bit setting instrument setting Stop bit setting instrument setting MODBUS SUPPORTED FUNCTIONS From the commands capable of being used in the Modbus RTU protocol only the following are used in communication management with the instrument Other commands may not be accurately interpreted and may cause error or shutdown the system Function Explanation 03 0x03 READ HOLDING REGIST...

Page 109: ... byte number of bytes in the following data FUNCTION 16 Preset multiple registers Request Addr Function Add Reg 1 No reg No bytes Val Reg 1 Val Reg 2 2 bytes A 0x10 0x0000 0x0002 0x4 0x0000 0x0000 CRC Total bytes 7 2 No register 2 Reply Address Function Add Reg 1 No reg 2 bytes A 0x10 0x0000 0x0002 CRC Total bytes 8 No registers number of modbus register to be read start at address 1 register No b...

Page 110: ...t can be inferred that a communication error has occurred If the data strings have been accurately received but cannot be executed an exceptional response is required The contents are as follows Exceptional response Address Function Code 2bytes A Funct 0x80 CRC CODE DESCRIPTION 1 Invalid or unsupported function ILLEGAL FUNCTION 2 When the stated data address cannot be used ILLEGAL DATA ADDRESS 3 W...

Page 111: ... word composing the register REGISTER DESCRIPTION Input value Saving to EEPROM ACCES S 40002 Type of instrument R 40008 GROSS WEIGHT H R 40009 GROSS WEIGHT L R 40010 NET WEIGHT H R 40011 NET WEIGHT L R 40014 Raw AD Data_H R 40015 Raw AD Data_L R 40017 Set point 1 H 0 99999 Y R W 40018 Set point 1 L 0 99999 Y R W 40019 Set point 2 H 0 99999 Y R W 40020 Set point 2 L 0 99999 Y R W 40021 Set point 3 ...

Page 112: ...ng 0 99999 40052 Analog Out Dual Out range Setting 0 99999 40060 ADC Speed 0 99999 Y R W 40062 AD Filter Size 0 99999 Y R W 40063 Set Low pass filter 0 OFF 1 ON Y R W 40064 Order of Low pass filter 2 4 Y R W 40065 Cut frequency of Low pass filter 1 100 Y R W 40066 Set Band stop filter 0 OFF 1 ON Y R W 40067 High cut Frequency of Band stop filter 1 100 Y R W 40068 Low cut Frequency of Band stop fil...

Page 113: ...R W 40087 Overload range 0 9 Y R W 40088 reserved 40089 Zero Tare Gross Net Hold Tare Clear Hold Clear 1 Zero 2 Tare 3 Gross Net 4 Hold 5 Tare Clear 6 Hold Clear Y W 40090 reserved 40151 Device Number Y R W 40152 Comm transmit time Y R W 40153 COM1 s parity bit Y R W 40154 COM1 s Baudrate Y R W 40155 COM1 s output data Gross Net Y R W 40156 COM1 s output format Y R W 40157 COM1 s output mode Y R W...

Page 114: ...115 40173 Set Date Y R W 40174 Set Hour Y R W 40175 Set Minute Y R W 40176 Set Second Y R W 40177 Set use Alibi memory Y R W 40178 40199 reserved ...

Page 115: ...toexceed 100 oftheweighingscale capacity Setthecounterweightweighttowithinthemaximumweighing scalecapacity setinCAL1 inCAL4ofweightcalibrationmode Err24 Spanistoolow Settingthepresentresolutionisnotpossibleasthereisanissuewith theloadcellortheloadcelloutputistoosmall Resettheweight calibrationbyreducingtheresolution PCS PERCENTSampleweightistoosmall Err25 Spanistoohigh Thereisanissuewiththeloadcel...

Page 116: ...entofuse Err09 Thecurrentweightexceedsthezero setrange InF09ofConversionModesettheactivationrange towithin2 or10 ofthemaximumcapacity Err10 Theweightofthecontainerbeingdesignated exceedsthemaximumcapacityoftheweighing scale Setthecontainerweighttobelessthanthemaximum capacity Err13 Whencalibratingtheweightthesetzero sethas beenexceeded Checkthestatusoftheloadplateandredotheweight calibrations Err1...

Page 117: ... 118 MEMO ...

Page 118: ...119 MEMO ...

Page 119: ... 120 MEMO ...

Page 120: ...121 ...

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