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CAS CI-1580, Manual

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CAS CI-1580 Manual Download Page 9

 

 

10 

4. Rear Panel Descriptions

 

 
 
 
 
 
 
 
 
 
 
 
 
 
 
 

①

 POWER 

- DC IN : As this product uses DC power supply, DC 24V   

(500mA Trans Type) can be used for this product. 

②

 OPTION  

- RS-232C (3P Connecter I/F Communications) (Basic Specifications) 
- RS-422/485 (4P Connecter I/F Communications) (Separate Option) 
- 4~20mA (0~10V) (2P Connecter I/F) (Separate Option) 

③

 EXTERNAL 

INPUT 

1 +EXC                -                Load cell connection terminal 
2 -EXC                -                Load cell connection terminal 
3 +SIG                  -                Load cell connection terminal 
4 

– SIG                  -              Load cell connection terminal 

5 SHIELD            -                Load cell connection terminal 
6 F.G                      -              Grounding 
7 PWR                  -                DC IN 24V (input regardless of polarity) 
8 PWR                  - 
9,10,11  ICOM, IN1~2(INPUT) 

– Refer to F11 set for F-Function Mode 

12,13,14,15 0COM, OUT1~3(OUTPUT)  

–  Refer to F21 set for F-Function 

Mode 

 

② 

③ 

Summary of Contents for CI-1580

Page 1: ...2 ...

Page 2: ...3 Contents 1 Introduction 4 2 Specifications 6 3 Front Panel Descriptions 8 4 Rear Panel Descriptions 10 5 Installation 11 6 Calibration 12 7 Set up 19 8 Interface 36 ...

Page 3: ... relay outputs necessary for control applicable only if there is relay out Please utilize all the functions in this product sufficiently as you can use the device properly with good knowledge of this manual before you use this product Features Measurestoscreenoffexternalnoises Built inself diagnosisandself recoveryfunctionsfromfailure Externalresolution 1 20 000 Electrostaticdatamemory 2built inex...

Page 4: ...severe electric noises Do not install the produce with direct sunlight or severe vibrations Connect the product with external peripheral devices after turning off the power switch Keep the product from water or rain Accessories Productmanual Option separateoptionforanyaddition 1EAofadaptor DC24V 500mA ...

Page 5: ...t Noise 0 6 P P Input Impedance Over10 A D conversion method A D Internal Resolution 520 000Count 19bit A D Conversion Rate 200times Sec Non linearity 0 01 FS Digital Part Display 7 Segment 5digitREDFND Charactersize 12 7 H 7 3 W mm Division 1 2 5 10 20 50 Below Zero Indication MinusSign Decimal Point 0 0 0 0 00 0 000 Status Lamp Stable Zero High Low OK Hold Comm FunctionKey ZERO TARE SET ENTER ...

Page 6: ...About500mA TransType OperatingTemperature Range 5 40 Operating Humidity Range Under 85 Rh Non condensing Product Size W 100 X H 52 X D 125 mm Product Weight About 450g Options Option 1 RS 422 485 Option 2 I OUT 4 20mA Option 3 V OUT 0 10V ...

Page 7: ...cesis displayed Display of Status STABLE Itisdisplayedwhentheweightisstable ZERO Itisdisplayedwhentheweightis 0 LOW Itisdisplayedwhentheweightisthelowlimitorless HIGH Itisdisplayedwhentheweightisthehighlimitormore OK Itisdisplayedwhentheweighingiscompleted HOLD Itisdisplayedwhiletheweightisbeingheld COMM RTxD Itisdisplayedwhiletheproductiscommunicatingwithotherdevices ...

Page 8: ...input of low limit SP1 and high limit SP2 It is used to enter the set value Special Key Operations Key Descriptions It is used to increase the numeric value It is used to finish the setting under the SET CAL status It is used to move the position of a numeric value It is used to move to TEST MODE under the SET CAL status It is usedtoincreasethe uniquenumber FXX in Equipment Set When it is pressed ...

Page 9: ...ateOption 4 20mA 0 10V 2PConnecterI F SeparateOption EXTERNAL INPUT 1 EXC Load cell connection terminal 2 EXC Load cell connection terminal 3 SIG Load cell connection terminal 4 SIG Load cell connection terminal 5 SHIELD Load cell connection terminal 6 F G Grounding 7 PWR DC IN 24V input regardless of polarity 8 PWR 9 10 11 ICOM IN1 2 INPUT RefertoF11setforF FunctionMode 12 13 14 15 0COM OUT1 3 OU...

Page 10: ...11 5 Installation External Dimension Panel Cutting Size External Dimension X mm ...

Page 11: ...o the following descriptions for each mode Press Key again after setting or confirming each mode to return to TEST1 TEST3 is exceptional Press Key to enter ST CAL TEST 1 Zeroweightvalue A D canbeconfirmed TEST 2 Operationsofeachkeycanbeconfirmed TEST 3 ModeforthespancalibrationandequipmentsetundertheSET CALmode Press Keytoreturntoeachmodeselectionfromthisstatus TEST 4 ItisDisplayTestMode Press Key...

Page 12: ...mweightasthestandardsindisplayingtheweighton theindicator Enter Span Calibration Apply the power supply while is being pressed on the front TEST appears on the display Press to display ST CAL Press to display CAL _1 and then enters the general weight mode Span Calibration Method Use Key for the progressive move Use Key for the reverse move ...

Page 13: ...a division and then move to the next step Ⅱ Step2 It is a step to set the maximum display weight Inthis CAPA is anabbreviation whichmeans themaximum displayweightthatcan be weighted intheindicator Enterthemaximum displayweightas the user desireinsteadofarandom value thatiscurrently displayed Whenever Key is pressed the number increases in 0 9 Whenever Key is pressed it moves to the left Press Key ...

Page 14: ...step to load the prepared standard counterweights on the indicator Inthis preparestandardcounterweights for 10 ormoreofthemaximumweight CAPA Whenever Key is pressed the number increases in 0 9 Whenever Key is pressed it moves to the left Press Key to check zero status and move Press Key to store the currently displayed value for counterweights Move on to the next step Proceed to Step 5 as it moves...

Page 15: ...10 20 50 Whenever Key is pressed the value decreases in the reverse order of the above values Press Key to escape from ST CAL Press Key to remember the value for a division and then move to the next step Ⅱ Step2 It is a step to set the maximum display weight writtenintheloadcell Inthis CAPA is anabbreviation whichmeans themaximum displayweightthatcan be weighted intheindicator Justenterthemaximum ...

Page 16: ...y to store the currently displayed value for counterweights Move on to the next step Proceed to Step 5 as it moves onto Step 3 of gage bar Ⅴ Step5 Aspan constant is shown on the display It enters the weight mode as C EnD is blinking and then reset While setting the weight of counterweights The spancanbemoreaccuratelyadjusted if a value fora division is1 5 000 orless preparecounterweights in 10 orm...

Page 17: ... greater than the setting value are loaded set them to the setting value 6 Err 07 The output value for the load cell is too small Check if the weight is loaded as much as it is set with the standard counterweights If the standard counterweights smaller than the setting value are loaded set them to the setting value 7 Err A Calibration judgment cannot be done due to the continuous shaking on the we...

Page 18: ...off Press 3 Key and turn on the power for TEST___ Press 3 Key for SET CAL Press CLEAR Key for F01 XX Χ is a random number How to change the unique number for F FUNCTION To change the unique number for F Function the unique number increases whenever Key is pressed once It increases to 01 53 and then returns to 01 Whenever Key is pressed the number increases in 0 9 Whenever key is pressed it moves t...

Page 19: ...make the number 3 3 Press Key to move the number on the position and then the number 0 is blinking 4 Press Key again to make the number 5 5 Press Key again to enter the Function immediately Caution Be aware that the value for the Function is stored when Key is pressed How to change the setting of F Function After entering a value to change the setting of F Function press Key to store it in the int...

Page 20: ... 1 2 3 4 13 0 CODENUMBERASSIGNING 0 1 2 14 0 HOLDOFFTIME 0 0 9 9seconds 21 1 WEIGHINGMODESELECTION 1 2 3 4 22 10 COMMUNICATIONOUTPUT DELAY TIME T1 SETTING 0 0 9 9seconds 24 10 DELAYTIMEOFRELAYOUTPUT FORTHEWEIGHINGJUDGMENT 0 0 9 9seconds 25 10 ONTIMEOFRELAYOUTPUTFOR THEWEIGHINGJUDGMENT 0 0 9 9seconds 30 0 SERIALPARITYBITSETTINGMODE NO 0 ODD 1 EVEN 2 31 7 BAUDRATEFORSERIAL COMMUNICATIONS 0 9 115200b...

Page 21: ...beenteredafterFUNCTIONisdesignated RefertoPage22HowtoenterafterassigningF Function 80 10 NEARZERO EMPTY RANGESETTING xxxxxx 81 0 ZERODISPLAYRANGESETTING xxxxxx 82 xxxxxx ZEROMINUSVALUESETTING xxxxxx 83 0 MAXIMUMANALOGOUTPUTVALUESETTING xxxxxx 85 xxxxxx INPUTOFEQUIVALENTCIRCUITVALUE xxxxxx 89 CHECKFORCALIBRATIONSPANCONSTANT x xxxxx Input IN1 IN2 Use Zero Tare TareRemoval Output OUT1 OUT2 OUT3 Use S...

Page 22: ...hen the power is turned on Therefore the weight is shown during any blackout or power off if thereisanyweighingobjectontheindicatorifthepoweristurnedon Motion Band Range Setting F03 5 0 9 Afunction to set how much the range of variations for weightperhourissetforthestablestatus 0 With less vibration weak 3 With more vibration strong It is a function tostabilize the state when the range of variatio...

Page 23: ...etvaluewithnouseof ZERO Keyoncethisfunctionisset Ex If the maximum display weight is set to 120 00Kg a division to 0 02Kg and F05 to 30 in the indicator the display value becomes 0 00Kg as the zeroing is immediately operated once STEADYLAMPON iscarriedwhiletheremainingamountexistsupto 0 02 0 30Kg Digital Filter Range F06 15 00 49 Weak Strong Morevibration Lessvibration MoreSensitive LessSensitive ...

Page 24: ...10 Setting Mode for TARE Key Operating Range F09 0 Operationswithin10 ofmaximumCAPA 1 Operationswithin20 ofmaximumCAPA 2 Operationswithin50 ofmaximumCAPA 3 Operationswithin100 ofmaximumCAPA Ex Tare Keycanbeoperatedwithin 50kgwhen themaximum weight CAPA isset to100kgand F09to 2 Hold Function Setting F10 0 Hold once todetectthemaximumweight Peak Hold 1 Hold for the currently displayed weight for Hol...

Page 25: ...ting F14 00 00 99 0 9 9seconds Applicableonlyfor1 2atthesettingofF10 Samplehold Averagehold Weighing Mode Selection F21 1 Relay out mode 1 Normal Batching Limit 2 Relay out mode 2 Programing Batching Packer 3 Relay out mode 3 Comparison mode Checker 1 4 Relay out mode 4 Comparison mode Checker 2 External Relay Output for Control RelayOutput OUT3 OUT2 OUT1 1 Limit SP1 Low SP2 High SP3 Zero 2 Packer...

Page 26: ...27 1 Weighing Mode 1 Normal Batching Limit Mode ...

Page 27: ...28 2 Weighing Mode 2 Programing Batching Packer Mode 1 ...

Page 28: ...29 3 Weighing Mode 3 Comparison Mode 1 Checker Mode1 ...

Page 29: ...30 4 Weighing Mode 4 Comparison Mode 2 Checker Mode 2 ...

Page 30: ...et Reference 00 Relayoutputduringthestableweight 01 Relayoutputafter0 1second 99 Relayoutputafter9 9seconds Delay Time of Relay Output for the Weighing Judgment F21 3 Checker Mode F24 10 01 99 The delay time to the operation of relay for judgment after the completionofweighingcanbeset Reference 01 Relayoutputafter0 1second 99 Relayoutputafter9 9seconds 1 2 3 ...

Page 31: ...32 On Time of Relay Output for the Weighing Judgment F21 3 Checker Mode F25 10 00 99 ONtimeforrelayoutputforthecompletionofweighingcanbeset Reference 01 RelayONfor0 1second 99 RelayONfor9 9seconds 1 2 3 ...

Page 32: ... 9 600bps 8 4 800bps 9 2 400bps Serial Communication Mode When F33 is set to 0 F32 0 StreamMode Continuousoutputofweightsallthetime 1 Mode during the stable time Data output at the time of stable weighing Serial Communication Mode F33 0 UnilateralTransmissionMode 1 CommandMode 2 LCDMode 4 ExternalDisplayMode Equipment Number ID NUMBER Setting F34 1 1 99 Numbertobesetforclassification Transmission ...

Page 33: ...n Communication F40 0 kg 1 g 2 ton Average Display Setting Mode F53 0 Nooperation 1 99 Operating The higher the value the slower the response time in theweightshownonthedisplay Steady LED Status Lamp Delay time setting F54 0 Nooperation 1 99 Operating Delayduring0 1 9 9sec andLEDlampwillbeON Tension and Compression setting F55 0 Nooperation JP1switchOFFatmainboard 1 Operating JP1 switch ON at main...

Page 34: ...h0 onthedisplay Zero Minus Value Setting F82 IfavalueissettoF82 thevalueminusthevaluesettozeroisdisplayed Ex if 1000isset thezerovaluedisplayedinTEST1Mode forexample thevalueof 6000isshownas5000after1000isdeductedfromthevalue Maximum Analog Output Setting F83 Maximumanalogoutputof0 10V 4 20mAcanbeset Ex If1000isset 10Vor20mAoutputisdonewhentheweightreaches1000 Equivalent Input Confirmation and Set...

Page 35: ...eusedinanycase Communication mode It can be set from F Function F30 F35 Signal Format Type EIA RS 232C Method Half Duplex full duplex asynchronous method Baud rate Optional for 2400 4800 9600 19200 38400 57600 76800 115200 Data bit 7 or 8 No Parity Stop bit 1 Parity bit Optional for Even Odd No Parity Code ASCII 1 9V LSB0 1 2 3 4 5 MSB 6 0 9V PrinterFormat Dataformat1 BasicFormat k g CR LF Header1...

Page 36: ...H SPACE 2E H Decimal point UNIT Common for data format 2 3 Kg t g Data format 2 Data 8 K g CR LF Equipment ID Set in F34 Lamp Status Display of ON OFF status in the current lamp Bit7 Bit6 Bit5 Bit4 Bit3 Bit2 Bit1 Bit0 1 Stable 1 Hold Print Gross weight Tare Zero Connection with PC Personal Computer and other devices Header1 Header2 Equipment ID Lamp Status Blank unit INDICATOR PC 9 PIN Base PERSON...

Page 37: ...herelectric wires The shield coaxcable should be usedinanycase Therecommendeddistanceinuseisthededicatedline within 1 2km Signal Format Type RS 422 485 Format ⓐ Baud Rate 2400 115200 선택 ⓑ Data Bit 7 or 8 No Parity ⓒ Stop 1 ⓓ Parity Bit Even Odd No Parity 선택 ⓔ Code ASCII 1 LSB0 1 2 3 4 5 MSB 6 0 Data Format The same asRS 232C RS 422 485 Circuit 4P Connector 6 9 Indicator PC 8 TXD RxD 9 TXD RxD 6 RX...

Page 38: ...from a remote distance connection through the communication line Noises flown in through this grounding line might lead the transmitting or receiving system to the instability For such reasons it is desirable to insulate and separate the power supply for the system from the power supply for communication line if it involves a long distant transmission or it is used under the surrounding environmen...

Page 39: ...and to transmit the Serial Number Indicator response ASCII HEX PC Indicator ASCII HEX Command to transmit the Code Number Indicator response ASCII HEX PC Indicator ASCII HEX Command to transmit thePartNumber Indicator response ASCII HEX PC Indicator ASCII HEX Commandtotransmit theweightvalue of KEYTare Indicator response ASCII HEX ...

Page 40: ...I HEX Remark STX 1 ID 2 Command 4 Status1 2 Status2 2 Symbol 1 Weight Includedecimalpoint 7 Unit 2 ETX 1 Total22BYTE PC Indicator ASCII HEX Command to transmit theLowestlimitDATA Indicator response ASCII HEX PC Indicator ASCII HEX Commandtotransmit theUpperLimitDATA Indicator response ASCII HEX ...

Page 41: ...yforTransmit Response Command description PC Indicator ASCII HEX Commandtoset the Tare Indicator response ASCII HEX PC Indicator ASCII HEX Command to set the Tarereset Indicator response ASCII HEX PC Indicator ASCII HEX Command to set the Zero Indicator response ASCII HEX ...

Page 42: ...ommand to change the PartNumber totheDATAthatisnow being transmitted Remark STX 1 ID 2 Command 4 P N 2 ETX 1 Indicator response ASCII HEX PC Indicator ASCII HEX Command to change the CODE totheDATA thatisnowbeing transmitted Remark STX 1 ID 2 Command 4 C N 6 ETX 1 Indicator response ASCII HEX PC Indicator ASCII HEX Commandtoset the Hold Indicator response ASCII HEX ...

Page 43: ...HEX Commandtoset the HoldReset Indicator response ASCII HEX PC Indicator ASCII HEX Commandto Start F21 2 PACKMODE Indicator response ASCII HEX PC Indicator ASCII HEX Comandto stop F21 2 PACKMODE Indicator response ASCII HEX ...

Page 44: ...mmandto changetheLowest limit SP1 Remark STX 1 ID 2 Command 4 LOW 6 ETX 1 Indicator response ASCII HEX PC Indicator ASCII HEX Commandto changetheupper limit SP2 Remark STX 1 ID 2 Command 4 HIGH 6 ETX 1 Indicator response ASCII HEX ...

Page 45: ...Max Analog Output Value F83 Maximumanalogoutputof0 10V 4 20mAcanbeset Ex If 1000is set theoutput of 10V or20mAis done when theweight value reaches 1000 While Key Test Mode in TEST2 in relation with the analog setting press Key for the output of 4mA or 0V press Key for the output of 12mA or 5V press Key for the output of 20mA or 10V press Key to move to Test EXIT ...

Page 46: ...47 MEMO ...

Page 47: ...48 MEMO ...

Page 48: ...49 MEMO ...

Page 49: ...50 MEMO ...

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