CAS CI-150A Page 45 Owner'S Manual Download

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Menu-EXIO.02: Set Ext Input 1

Function

Set Ext Input 1

Display Part

Meaning

EIN1. 00

External In1 is zero key

EIN1. 01

External In1 is tare/tareless key

EIN1. 02

External In1 is print key

EIN1. 03

External In1 is hold key

EIN1. 04

External In1 is hold clear key

Set Range

(0~5)

EIN1. 05

External In1 is start key

Menu-EXIO.03: Set Ext Input 2

Function

Set Ext Input 2

Display Part

Meaning

EIN2. 00

External In2 is zero key

EIN2. 01

External In2 is tare/tareless key

EIN2. 02

External In2 is print key

EIN2. 03

External In2 is hold key

EIN2. 04

External In2 is hold clear key

Set Range

(0~5)

EIN2. 05

External In2 is start key

Menu-EXIO.04: Relay Reverse On/Off

Function

Relay Reverse On/Off

Display Part

Meaning

EREV. 00

Relay Reverse OFF

Set Range

(0, 1)

EREV. 01

Relay Reverse ON

Menu-EXIO.05: Set Start Delay Time for completed Relay

Function

Set Start Delay Time for completed Relay

Display Part

Meaning

Set Range

(0, 99)

ERST. 10

Delayed by 00 x 0.1 Sec

Menu-EXIO.04: Set Operating Duration Time for completed Relay

Function

Set Operating Duration Time for completed Relay

Display Part

Meaning

Set Range

(0, 99)

EROT. 10

Delayed by 00 x 0.1 Sec

Summary of Contents for CI-150A

Page 1: ...2 ...

Page 2: ...FEATURES OFCI 150ASERIES 6 TECHNICALSPECIFICATION 7 MEASURE OFAPPEARANCE 9 FRONT PANEL 10 REAR PANEL 12 INSTALLATION CONNECTION 13 TEST MODE 14 CALIBRATION MODE 17 SET MODE 25 WEIGHINGMODE 47 COMMUNICATION PIN MAP 53 APPENDIX 55 ERROR MESSAGE 65 ...

Page 3: ...4 ...

Page 4: ...5 ...

Page 5: ...o its full potential THE FEATURES OF CI 150A SERIES 1 Features High quality high accuracy Appropriate for weight and measurement system Easy operation and various options Display of 6 digit 7 segment RFI EMI screened Watchdog circuitry System restoration Weight back up Memory the weight at sudden power failure 2 Main Function Store date time and calculated data at sudden power failure Adjustable d...

Page 6: ...version speed 320 times sec Digital Part Span calibration Full Digital Calibration Single pass automatic span calibration Input noise below 0 3μVpp Input impedance over 10MΩ Display 7 Segment 6 digit Maximum capacity 999999 Division 2 5 10 20 50 Display below zero minus signal Permitted limit tare Full capacity Key Description STABLE LAMP Weight is stable TARE LAMP Tare is used NET LAMP ON NET wei...

Page 7: ...ion Power DC 9 24 V 1 5 A Size 110 W 100 D 66 H Temperature 10 40 Weight Approx 0 4 kg Power Consumption Approx 2W Option Part Option 1 RS 485 Serial Option 2 Inner Clock Option 3 Analog Out Option 4 Relay 2 Input 4 Output ...

Page 8: ...9 MEASURE OF APPEARANCE ...

Page 9: ... the weight is stable TARE lamp turn on when tare weight is stored NET lamp turn on when the current weight is NET weight HOLD lamp turn on when the weight is held while weighing moving or alive things ZERO lamp turn on when the current weight is 0 kg ...

Page 10: ...d to enter the SET mode Use this key to switch from GROSS to NET weight The annunciators and display will alternate between GROSS and NET as well In case tare weight is REGISTERED tare plus item s weight is GROSS weight and only item s weight is NET weight When the lamp turning on it means NET weight Used to enter the CALmode When you press this key the current designated printing form is printed ...

Page 11: ... ON OFF LOAD CELL Port for connecting load cell 1 EX 2 EX 3 SIG 4 SIG 5 GND DC POWER 9 24V 1 5A SERIAL RS 232C SERIAL RS 485C option A OUT Analog Out port V Out Voltage I Out Current option EXT IO External input output port option ...

Page 12: ...anufacturer s wire colors Connector Company Pin 1 EX Pin 2 EX Pin 3 SIG Pin 4 SIG Pin 5 GND CAS RED WHITE GREEN BLUE CASE KYOWA RED BLACK GREEN WHITE CASE INTERFACE RED BLACK GREEN WHITE CASE P T RED BLACK GREEN WHITE CASE BLS GREEN BLACK WHITE RED YELLOW SHOWA RED BLUE WHITE BLACK CASE SHINKOH RED BLACK GREEN WHITE CASE TMI RED WHITE GREEN BLUE YELLOW TML RED BLACK WHITE GREEN CASE TFAC RED BLUE ...

Page 13: ...TEST 3 Load cell test andA D conversion test TEST 4 Serial interface test TEST 5 Printer test TEST 6 A out test OPTION TEST 7 External input output test OPTION TEST 8 RTC test OPTION TEST 1 FUNCTION Key test KEY DISPLAY DESCRIPTION SET key next menu Other keys Perform test Key number ex In case of Zero key 1 Press the key to be test and the No of key mode should identify with code of key as the fo...

Page 14: ...ital value is changing If the digital value is fixed or zero is displayed please check the connection of load cell TEST 4 FUNCTION RS 232 RS 485 test with computer Serial port KEY DISPLAY DESCRIPTION Key Value change ZERO key Cancel SET key next menu Waiting for transmission and reception Received none Transmitted 1 Note 1 Do this test after the connection of serial port of computer and serial por...

Page 15: ...e output level of Aout is raised by 25 each time the key is pushed TEST 7 OPTION FUNCTION External Input Output test KEY DISPLAY DESCRIPTION Key Valuechange ZERO key Cancel SET key next menu I X O X I 2 O 4 Displayed in the external input section when there is an external input Push key to execute weighing external output input 2 output 4 TEST 8 OPTION FUNCTION RTC test KEY DISPLAY DESCRIPTION SET...

Page 16: ...1 Maximum capacity set CAL2 Minimum division set CAL3 Zero Span calibration CAL5 Direct calibration CAL6 Zero adjustment CAL7 Factor calibration CAL8 Gravity adjustment CAL9 Setting dual range CAL 1 CAL 1 1 FUNCTION Set Unit Set Unit kg ton KEY DISPLAY DESCRIPTION kg Unit kg Key Valuechange ZERO Key Cancel SET Key Save and next menu ton Unit ton ...

Page 17: ...n and decimal position setting Range of set value 0 001 50 KEY DISPLAY DESCRIPTION Key Valuechange ZERO Key Cancel SET Key Save and next menu 1 kg 0 2 kg 0 05 kg 0 001 kg Note 1 To end CAL2 press CANCEL key when a decimal point is set Note2 Settheexternalresolutionwithin1 30 000asthevaluebydividingthemaximum weightbytheminimumdivision Iftheexternalresolutionis1 30 000 or more Err 21 is shown Note3...

Page 18: ...ltiple points in some sections because the actual curve of load cell is not a straight line zero span Zero and Span points to interpolate weight from Load Cell Multi point Multi point mV V Real curve weight full span Multi point Ideal Multi point Multi point CAL 3 2 Function ZeroCalibration KEY DISPLAY DESCRIPTION UnLoAd Emptytheloadtrayandpressthesetupkey 1234 Thecurrentweightvalueisdisplayed Con...

Page 19: ...Ton Note1 Settheweightwithinarangeof10 100 CAL 3 4 Function WeightCalibration KEY DISPLAY DESCRIPTION LoAd Loadtheweightsetin CAL3 3 andpressthe setupkey 12345 Thecurrentweightvalueisdisplayed Confirm Stable andpressthesetupkey ZERO Key Cancel SET Key Save and next menu Spanadjustmentinprogress Note1 CAL3 3andCAL3 4arerepeatedasmanyasSTEPissetinCAL3 1 Atthistime theweightvalueshouldbesettoavaluegr...

Page 20: ...0000mV V Key Valuechange Key Digitchange ZERO Key Cancel SET Key Save and next menu 0 1000 Loadcellzero 0 1000mV V CAL 5 2 Function Direct input about the span value of loadcell Range of set value 1 99 999 KEY DISPLAY DESCRIPTION SP CAL Directspaninputmode 1 2000 Loadcellspan 1 2000mV V Key Valuechange Key Digitchange ZERO Key Cancel SET Key Save and next menu 2 0000 Loadcellspan 2 0000mV V ...

Page 21: ...2mV V CAL 7 Function Factor Calibration KEY DISPLAY DESCRIPTION NOTUSE This function cannot be used because of multi calibration FACtor Itmeansyouenteredthefactorcorrectionmode Key Valuechange Key Digitchange ZERO Key Cancel SET Key Save and next menu 12345 Thecurrentfactorisdisplayed Note 1 As this is a menu to set the weight setup with no weight general users have no need to use it Note 2 This c...

Page 22: ...r CAL 9 XXXX Setthegravityfortheproductionplace Key Valuechange Key Digitchange ZERO Key Cancel SET Key Save and next menu Gr SET 9 XXXX Setthegravityfortheplacetousetheproduct Note 1 If the gravity of the indicator production place is different from that of the place to use the gravity adjustment can be done using this function ...

Page 23: ...e is displayed and return to the CALmenu mode CAL 9 2 Function Setting the applied section for the Dual Range Range of set value 0 99999 KEY DISPLAY DESCRIPTION M 1000 Dualrangeisappliedtolessthan1000kg M 5000 Dualrangeisappliedtolessthan5 000kg Key Valuechange Key Digitchange ZERO Key Cancel SET Key Save and next menu M 10000 Dualrangeisappliedtolessthan10 000kg Note 1 If the input value is great...

Page 24: ...Buffer GEN 03 Setdigitalfilterbuffer GEN 04 Set use key lock GEN 05 SetKeyOperatingConditions GEN 06 Setstablerange GEN 07 SetAutomaticZeroTracking Compensation GEN 08 SetWeightBack up GEN 09 SetZerorange GEN 10 SetTarerange GEN 11 SetInitZero GEN 12 SetOverloadrange GEN 13 SetHoldType GEN 14 SetHoldCancelingConditions GEN 15 Setaverageholdtime GEN 16 SetAutoHoldRange GEN 17 SetAutoHoldCancelingRa...

Page 25: ...Setting 3 PRT PRT 05 SetPrintOutCondition RTC 01 SetDate 4 RTC Setting 4 RTC OPTION RTC 02 Set Time AOUT 01 A outRange AOUT 02 V out Range AOUT 03 I out Range AOUT 04 Dualoutputmode AOUT 05 MinimumweightofA out AOUT 06 MaximumweightofA out AOUT 07 AdjustzeroofA out 5 A OUTSetting 5 AOUT OPTION AOUT 08 AdjustspanofA out EXIO 01 RelayOutmode EXIO 02 Ext input 1 EXIO 03 Ext input 2 EXIO 04 RelayRever...

Page 26: ...verage filter Function AveragefilterSetting DisplayPart Meaning SetRange 1 50 Fil XX InitialValue 10 Settingthenumberofbuffersintheaveragefilter Note 1 Set based on the environment The rate of change of weight may slow Menu GEN 03 Set digital filter Function AveragefilterSetting DisplayPart Meaning SetRange 0 5 IIR XX InitialValue 0 0 Filternotuse 1 5 Filterintensity Note 1 Set based on the enviro...

Page 27: ...he weighing status Menu GEN 07 SetAutomatic Zero set Range Function AutomaticZero setRangeSetting DisplayPart Meaning SetRange 0 99 ZTR XX InitialValue 1x0 5division StabilitylampisturnedONwhenweightchangeissuchthatthe widthofchangeinagiventimeiswithinthesetvaluex0 5 division Note 1 This function automatically corrects the zero set if the weight does not exceed a set readability range within a set...

Page 28: ...mweight Menu GEN 11 Set Initial Zero Range Function InitialZeroRangeSetting DisplayPart Meaning SetRange 0 99 ZIR XX InitialValue 10 Initialzerooperateswithin ᄋᄋ oftheGrossWeight Menu GEN 12 Set Overload Range Function OverloadRangeSetting DisplayPart Meaning SetRange 0 99 OVRD XX InitialValue 9x1Digit Overweightfromthenextto0x1Digitofthemaximumweight Menu GEN 13 Set Hold Type Function HoldTypeSet...

Page 29: ...yPart Meaning SetRange 5 50 AH S XX InitialValue 10x1Digit Autoholdoperationwhenweightchangewidthislessthan setvalue x1digit Menu GEN 17 SetAuto Hold Canceling Range Function Setautoholdcancelingrange DisplayPart Meaning SetRange 2 99 AH R XX InitialValue 10 Autoholdcancelwhenweightchangewidthislargerthan setvalue Menu GEN 18 Set the use of set key Function Settheuseofsetkey DisplayPart Meaning FK...

Page 30: ...Even CPR1 2 DataBit7 StopBit1 ParityBit Odd CPR1 3 DataBit7 StopBit2 ParityBit Odd CPR1 4 DataBit8 StopBit1 ParityBit Even SetRange 0 5 CPR1 5 DataBit8 StopBit1 ParityBit Odd Menu COMM 03 Set COM1 RS 232C Baud Rate Function COM1BaudRateSetting DisplayPart Meaning CBR1 0 1 200bps CBR1 1 2 400bps CBR1 2 4 800bps CBR1 3 9 600bps CBR1 4 19 200bps CBR1 5 38 400bps CBR1 6 57 600bps SetRange 0 7 CBR1 7 1...

Page 31: ...iftheprintkeyispushed CMD1 2 Transmittedinbothstable unstablecases StreamMode CMD1 3 Transmittedonlyiftheweightisstable CMD1 4 CommandType1 CMD1 5 CommandType3 SetRange 0 6 CMD1 6 Modbusprotocol Note 1 Refer toAppendix 2 3 for command types Menu COMM 07 Set COM2 Port Function Com2PortSetting ParityBit RS485 DisplayPart Meaning CPR2 0 DataBit8 StopBit1 ParityBit None CPR2 1 DataBit7 StopBit1 Parity...

Page 32: ...mitted Menu COMM 10 COM2 Output Format Function COM2OutputFormat DisplayPart Meaning CFM2 0 22byteofCAS CFM2 1 10byteofCAS SetRange 0 2 CFM2 2 18byteFormat AND FINE Note 1 Refer to Appendix 1 for the communication format Menu COMM 11 COM2 Communication Method Function COM2CommunicationMethod RS 485 Outputmode DisplayPart Meaning CMD2 0 Dataisnottransmitted CMD2 1 Transmittedonlyiftheprintkeyispush...

Page 33: ...sWeight Tare NetWeight BPPrintForm2 FORM2 PFOM 2 PrintForm3 Date Time NetWeight BPPrintForm3 FORM3 SetRange 0 3 PFOM 3 PrintForm4 Date Time SerialNo NetWeight BPPrintForm4 FORM4 Form1 Date Time WeighingNo NetWeight Form2 Date Time GrossWeight Tare NetWeight Form3 Date Time Time NetWeight 2016 07 07 12 30 46 No 1 50 0kg No 2 100 0kg No 3 200 5kg 2016 07 07 12 30 46 Gross 1000 0kg Tare 0 0kg Net 100...

Page 34: ...Number 2 byte V06 Print count 2 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 Print count 3 byte V06 Date 10 byte V07 Time 8 byte V08 Unit kg 2 byte V09 Total Net include 9 byte ...

Page 35: ...0 Printoutonlyiftheweightvalueis PRAN 1 Printoutonlyiftheweightvalueis SetRange 0 2 PRAN 2 Printoutregardlessofwhethertheweightvalueis Menu PRT 04 Set Print Out Condition Function SetPrintOutCondition Printingcondition DisplayPart Meaning PRCS 0 ManualPrint Printedonlyiftheprintkeyispushed PRCS 1 AutomaticPrint Printedautomaticallyiftheweightvalueisstabilized SetRange 0 2 PRCS 2 FinishPrint Printe...

Page 36: ...RTC 01 Set Date Function SetDate DisplayPart Meaning NumberKey DataDesignation 10 08 17 August17th 2010 Menu RTC 02 Set Time Function SetTime DisplayPart Meaning NumberKey DataDesignation 11 30 10 30minutesand10secondspast11o clock ...

Page 37: ...ge settings are applied with priority during setting Note 2 When only using I out the V out output range must be set to 0 Menu AOUT 03 I out range setting Function I out range DisplayPart Meaning IRAN 0 I out is closed IRAN 1 4mA 20mA IRAN 2 0mA 20mA SetRange 0 3 IRAN 3 0mA 24mA Menu AOUT 04 Dual output V out I out Function Dualoutput V out I out DisplayPart Meaning DUON 0 Dualoutputdisabled SetRa...

Page 38: ...utput SetRange 0 24000 4015 4 015mA 2 007Voutput Note 1 The example is based on settings of 0 10V 0 24mA Note 2 The Micro adjustment function does not work during simultaneous output of V out and I out Menu AOUT 08 Adjust Span ofA out Function AdjusttheMaximumOutputuponUsingAnalogOutoption DisplayPart Meaning 10000 10 000mA 4 16Voutput 20000 20 000mA 8 33Voutput SetRange 0 24000 24000 24 000mA 10 ...

Page 39: ...Limit Mode EXMD 1 LimittypeCheckerMode EXMD 2 CheckerMode EXMD 3 ProgrammableMode SetRange 0 4 EXMD 4 PackerMode Set the SP Set Point in the SET MODE W Weight Limit Mode Note 1 Setvalueinputrequirement SP2 SP1 2 RelayOutput Step1 W SP1 ON Step2 W SP2 ON Finish W SP2 Stable ON Nearzero Setvalue 0rangeoutput ...

Page 40: ...41 Limit type Checker Mode Note 1 Setvalueinputrequirement SP2 SP1 2 RelayOutput LOW SP1 W ON HIGH W SP2 ON Finish OK SP1 W SP2 ON Nearzero Setvalue 0rangeoutput ...

Page 41: ...e 1 Setvalueinputrequirement SP2 SP1 2 RelayOutput LOW SP1 W ON HIGH W SP2 ON Finish OK SP1 W SP2 ON Nearzero Setvalue 0rangeoutput 3 Whenever stable each output set 4 No change the status until come back to the Zero Band ...

Page 42: ...nputrequirement SP4 SP3 SP2 SP1 SP5 SP6 SP7 SP8 2 RelayOutput Step1 W SP1 ON W SP8 OFF Step2 W SP2 ON W SP7 OFF Step3 W SP3 ON W SP6 OFF Step4 W SP4 ON W SP5 OFF 3 When it increases External output ON When it decreases External output OFF ...

Page 43: ...P2 SP1 2 T1 Start Delay Time for completed Relay T2 Operating Duration Time for completed Relay EXTIN SettheStartkey 3 RelayOutput Step1 Start ON W SP1 SP3 OFF Step2 Start ON W SP2 SP4 OFF Finish AfterStep2andT1 ONforT2 Nearzero Setvalue 0rangeoutput ...

Page 44: ...table ᆷ 2_LimittypeCheckerMode Zero LOW W SP1 HIGH SP2 W Finish OK SP1 W SP2 ᆷ 3_CheckerMode Zero LOW W SP1 HIGH SP2 W Finish OK SP1 W SP2 ᆷ 4_ProgrammableMode Step1 SP1 W ON W SP8 OFF Step2 SP2 W ON W SP7 OFF Step3 SP3 W ON W SP6 OFF Step4 SP4 W ON W SP5 OFF ᆷ 5_PackerMode Zero Step1 W SP1 SP3 Step2 W SP2 SP4 Finish ...

Page 45: ...e tareless key EIN2 02 External In2 is print key EIN2 03 ExternalIn2isholdkey EIN2 04 ExternalIn2isholdclearkey SetRange 0 5 EIN2 05 ExternalIn2isstartkey Menu EXIO 04 Relay Reverse On Off Function RelayReverseOn Off DisplayPart Meaning EREV 00 RelayReverseOFF SetRange 0 1 EREV 01 RelayReverseON Menu EXIO 05 Set Start Delay Time for completed Relay Function SetStartDelayTimeforcompletedRelay Displ...

Page 46: ...ale stores current weight as the tare weight If you press TARE key in unload condition tare setting is released Toggle key between GROSS weight and NET weight The annunciators and display will alternate between GROSS and NET as well In case tare weight is registered tare and item s total weight is G weight and only item s weight is N weight Used to print the print FORM you ve chosen in SET mode So...

Page 47: ...O Press ZERO key when the weight is stable Step 3 Empty ZERO compensation The present value is returned the display to the ZERO Note 1 It shall be in zero range to 4 or 10 of maximum capacity in Set menu of GEN 09 Note 2 Non ability in HOLD state of the weight Note 3 Non ability in setting tare ST TAR E NE T HOL D ZER O kg ST TAR E NE T HOL D ZER O kg ...

Page 48: ...and NET key is turned on Step 5 Unload Gross 0 0kg Net 200 0kg Tare function is turned on Step 6 TARE Unload If you press TARE key in unload condition tare setting is released Step 7 Unload Gross 0 0kg Net 0 0kg Tare function is turned off Note TARE Range maximum capacity Press TARE key when the weight is stable If you press TARE key in unload condition tare setting is released ST TAR E NE T HOL D...

Page 49: ... Step 2 NET GROSS Step 3 Container and Content Article Gross weight is on the display now Step 4 NET GROSS Step 5 Container and Content Article Net weight is on the display now Note GROSS annunciator appears when gross weight is on the display GROSS annunciator disappears when net weight is on the display ST TAR E NE T HOL D ZER O kg ST TAR E NE T HOL D ZER O kg ST TAR E NE T HOL D ZER O kg ...

Page 50: ...d SET key then move to menu mode In the menu use key and SET key move to 3 SP menu Display Key On platform Description Step 1 Displayed current setpoint number Step 2 Changethesetpointvalue Step 3 SET Setpointissaved Step 4 Repeat setp1 3 until end pointofmaxsetpoint 01 000 SP 1 ...

Page 51: ...52 Example 5 Print weighing data Display Key On platform Description Step 1 Article Step 2 PRINT Press PRINT key Step 3 Weighing data is printed ST TAR E NE T HOL D ZER O kg ST TAR E NE T HOL D ZER O kg ...

Page 52: ...ltage difference which are more stable for electric noises than other communication 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 Computer Indicator P RS 485 TRX N RS 485 TRX ...

Page 53: ...54 EXT Input Output Connection Option If 5 to 24 voltage applies to input terminals a signal inputs to each of terminal ...

Page 54: ...t in COMM 01 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 OL O...

Page 55: ...56 Weight Date 8 byte Byte No Example weight 1 2 3 4 5 6 7 8 13 5kg 1 3 5 135kg 1 3 5 135kg 1 3 5 ...

Page 56: ...input ddPN00CRLF InputItemNo 00 50 Changetheitemno andretransmitddPN00 CRLFtoPCuponcommandinput ddOPCRLF SameasStartKey ExecutethestartandretransmitddOPCRLF 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 hex 0x34 hex 0x35 hex if the set value is ...

Page 57: ...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 58: ...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 REGISTE...

Page 59: ...byte number of bytes in the following data FUNCTION 16 Preset multiple registers Request Addr Funcion 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 Funcion 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 byte...

Page 60: ... 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 Wh...

Page 61: ...word composing the register REGISTER DESCRIPTION Input value Saving to EEPROM ACCESS 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 H ...

Page 62: ...ut V Out range Setting 0 99999 40051 Analog Out I Out range Setting 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 40069 40080 Reserved 40053 Ext_Input Y R W 40060 Ext_Output Y R W 40062 Analog out Span Weight H Y R W 40063 ADC reserved 40064 ADC reserved 40065 ADC reserved 40066 ADC reserved 40067 ADC reserved 40068 ADC res...

Page 63: ...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 40158 40170 reserved 40171 Set Year Y R W 40172 Set Month Y R W 40173 Set Date Y R W 40174 Set Hour Y R W 40175 Set Minute Y R W 40176 ...

Page 64: ...ceed 100 oftheweighingscale capacity Setthecounterweightweighttowithinthemaximumweighing scalecapacity setinCAL1 inCAL4ofweightcalibrationmode Err24 Spanistoolow Settingthepresentresolutionisnotpossibleasthereisanissuewith theloadcellortheloadcelloutputistoosmall Resettheweight calibrationbyreducingtheresolution PCS PERCENTSampleweightistoosmall Err25 Spanistoohigh Thereisanissuewiththeloadcellort...

Page 65: ...tofuse Err09 Thecurrentweightexceedsthezero setrange InF09ofConversionModesettheactivationrange towithin2 or10 ofthemaximumcapacity Err10 Theweightofthecontainerbeingdesignated exceedsthemaximumcapacityoftheweighing scale Setthecontainerweighttobelessthanthemaximum capacity Err13 Whencalibratingtheweightthesetzero sethas beenexceeded Checkthestatusoftheloadplateandredotheweight calibrations Err15 ...

Page 66: ...67 MEMO ...

Page 67: ...68 MEMO ...

Page 68: ...69 MEMO ...

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