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Digital Weighing Indicator MI

1. 9 Strong Vibration Zero Tracking Compensation Range setting Due to external causes Temperature wind and dust there are small weight difference indicator will ignore the weight difference and display Zero For this compensation function indicator will estimate the weight difference is over the set range during fixed time period If there is large weight difference over set range within fixed time period the Zero is breaking and will find new zero point F04 5 O_O Example Max Capacity 100 00kg Digit 0 05kg F04 03 setting Zero Tracking Compensation Range 0 5 x digit x F04 set value 0 0025 x 3 0 075kg Fixed time period about 5msec Fixed time period will be effected on FO6 digital filter setting Weight Zero breaks A O Display Current weight 0 075kg 1 5 x digit Display Zero Y about 5msec Auto Zero Range setting Within the Auto Zero range weighing part is steady indicator will 00 a 11 FOS f display current weight as Zero o uu 99 If the weighing part is not Steady indicator will display current weight Auto Zero Range Set value weight unit Xx Using this function you can get the Zero value without pressing Zero key when there is remained material in the hopper within Auto Zero Range Example Max Capacity 10kg Digit 0 02kg F005 30 setting Under this setting Indicator will display Zero automatically whe
2. MI 830 850 model lt m c O A U STOP RUN STOP TARE TARE RESET F11 ZERO TARE TARE RESET HOLD TARE HOLD RESET TARE RESET D et Key Pad Setting MI 810 Model Set Value E N C ZERO SET ZERO SET ZERO SET ZERO SET WE Key Pad Setting MI 830 850 Model ZERO o o ze Teone omm om F12 e m mm w Code No Setting ICC 8 1 nese one ty one wnenever mene beh 2 Peresse one by one mens e baen Hold Off time setting only for F10 1 2 setting CES 00 99 0 0sec 9 9sec Hold function will be off J ENTER HOLD RESET T N N HOLD RESET TARE RESET e ENTER Hold Reset Hold Reset o P mE 26 Digital Weighing Indicator MI 810 830 850 Model Din Size Series m Relay Output Mode Setting only for MI 830 850 model Weighing Mode selection Normal Batch Limit DES EE a o emeren NEN RS Comparison 2 Checker 2 Relay output Mode Each weighing Mode Weighing Mode Output 3 Output2 Outputi DL A X gt 24 Digital Weighing Indicator MI 810 830 850 Model Din Size Series Weighing Mode 1 Limit Mode Weigh HIGH LOW Near Zerol RE Les diocesana I I l l l l I l l I l A E EE I l l l I A I I l l l l I l l l l I l I l I l l I l I l TARE IN Output 3 LOW Ou
3. HEX STX 1 ID 2 Command 4 Code 6 ETX 1 UU MER ASCII OZ 30 31 57 43 4E 4F 06 OMT 38 Digital Weighing Indicator MI 810 830 850 Model Din Size Series AIDA ASCII AE ENT MET HEX EST usc Hold input Dec 30 31 57 46 4F dt Op OCT AR NAM ASCII O02 30 31 57 48 52 53 O03 up B0 1UHR5 A ASCII Hold RESET Dec 30 31 57 46 Se 3535 Op OCT RU EM ASCII IA E PA HEX Start Run Input GE ASCI ZE Sr OZ 30 31 57 53 METALES HEX SAUER ASCII A ER HEX STOP Input FTSE ASCII Pave UE A LE HEX BOIWSP 1000200 9 ASCII Dec 30 31 37 53 50 31 30 30 30 32 30 20 OCT STX 1 ID 2 Command 4 Low lt SP1 gt 6 ETX 1 Low SP1 set Response ASCII value change Dec 30 31 57 IS HEX ORE rare lek ASCII Dec 30 31 57 53 50 A 30 30 30 34 20 20 OSS STX 1 ID 2 Command 4 High lt SP2 gt 6 ETX 1 High SP2 set ORUM ASCII value change HEX 39 Digital Weighing Indicator MI 810 830 850 Model Din Size Series 3 Analogue Output 0 10V Option This Option card converts weight value to Analog Voltage output 0 10V and transfers to external devices Recorder P L C controlled by voltage output 3 1 Specification Output Valtage 0 10V DC output Accuracy More than 1 1 000 As we convert Digital signal 1 30 000 accuracy to Analogue so the accuracy will be lower than Digital signal 3 2 Circuit Diagram and Pint Connection 9pin D sub Female connector O OOo Dao x
4. Max 5000 As we convert Digital signal 1 30 000 accuracy to Analogue so the accuracy will be lower than Digital signal 4 2 Circuit Diagram and Pint Connection MAX 5008 9pin D sub Female connector Oo OD E oNSoo6 O 1 e HI 5 LO terminal is not a GND so this LO terminal do not be connected with other GND terminal on other devices Xx This output is proportioned on weight calibration and outputs 4 20mA 4 3 Output Adjustment D This output is adjusted as when the weight is Zero output is 4mA and When the weight is Full capacity output is 20mA 2 If you need additional adjustment please adjust with VR1 Zero VR2 Span on the Analog Output PCB x Remark This Analog option card converts Displayed weight value Micro process data to analog value on D A Converter Digital to Analog converter This D A Converter has Max 1 4 000 accuracy so this output is not suitable for high accuracy application like more than 1 3 000 41 Digital Weighing Indicator MI 810 830 850 Model Din Size Series Chapter 8 Error and Treatment 1 TEST Mode Using several Test modes you can test indicator performance 5 1 Enter to TEST mode J ENTER Press key during sec A Display will show TEST then select each test mode with pressing key P Press en for the certain TEST mode and enter to that TEST mode P After checking or test each mode
5. Indicator 2 Feature 2 1 Isolation from the external noise 2 2 Watch dog function 2 3 Display resolution up to 1 30 000 2 4 2pcs Digital input terminal built in Zero Tare Reset 2 5 DC 12V 24V power supply Without Polarity 2 6 Data back up function 2 7 Full Automatic Calibration method 2 8 Simulating Calibration Method without Span weight 2 9 Option Rs 485 Rs 232 extra 4 20mA or 0 10V output 3 Caution 3 1 Weak for the drop damage or physical shock 3 2 Do not install heavy electric noise place 3 3 Do not install the heavy vibrating place 3 4 Avoid from the humidity or rain damage 3 5 Please Turn off the main power when make connect with other devices 4 Accessories 4 1 User Manual 5 Inquiries If you have any kinds of inquiries for this model please contact with your local agent or Head Office Head Office Migun ST co Ltd Overseas Office Migun Corporation Website http www miguncorp co kr Email info miguncorp co kr sales miguncorp co kr Digital Weighing Indicator MI 810 830 850 Model Din Size Series Chapter 2 Specification 1 Analogue Input and A D Conversion Input Sensitivity Load Cell Excitation Max Signal Input Voltage Temperature Coefficient Input Noise Input Impedance A D Conversion Method AID Resolution Internal AID Sampling Rate Non Linearity Display Resolution External 2 Digital Part 0 34V Digit DC 10V 5V 5V Max 32mV Ze
6. press NE to Exit Under TEST display press key then enter to Calibration mode TEST Modes Guide TEST 1 Check Zero Value with Digital Signal TEST 2 Key test Mode or Analogue Option Card Test Calibration Mode i Back to the TEST mode press key Display Test Mode m key to back to the other TEST Mode TEST 5 A Relay Test Mode mus key to back to the other TEST Mode Input Test Mode t key to back to the other TEST Mode Analogue Value amplification Test EIE key to back to the other TEST Mode If you installed Analogue Option card you can test Analogue output test with TEST 2 mode Please check detailed information 42 Digital Weighing Indicator MI 810 830 850 Model Din Size Series 2 Error and Treatment 2 1 Load Cell Installation Cause Treatment Remek Weight Value is unstable Weight Value is increased regular rate but not return to Zero Weight Value is increased to under Zero UN PASS display OL or UL display 1 Load cell broken 2 Load cell isolation resistance error 3 Weighing part touches other devices or some weight is on the weighing part 4 Summing Board Error 1 Load cell Error 2 Load connection Error cell Load cell Output wire SIG SIG IS switched Load cell broken or Indicator connection Error Power was ON when some weight is on the load cell 1 Load cell broken Or Indicator connect
7. 00 Max Capacity Digit Re input Standard weight value with Number keys under Max Capacity Re input Standard weight value with Number keys more than 10 of Max Capacity Check standard weight s weight with set value If there is difference between set value and real weight please re input the value set value is too small Check standard weight s weight with set value If there is difference between set value and real weight please re input the value set value is too big Check the correct value and re input Change the Max capacity digit value Ex digit 01 gt 05 Find vibration cause and remove Load cell check Load cell cable and connecting condition check 44 Digital Weighing Indicator MI 810 830 850 Model Din Size Series WARRANTEE CETIFICATION This product is passed MIGUN ST s strict quality test If there is defect of manufacturing or abnormal detection within warrantee period please contact our Agent or Distributor with this Warrantee certificate Then we will repair or replace free of charge WARRANTEE CLAUSE 1 The Warrantee period we can guarantee is one 1 year from your purchasing date 2 Warrantee Exception Clause Warrantee period is expired Any kinds of Mal function or defection caused by Modification or Repair without Migun ST s permission Any kinds of Mal function Defection or External damage caused by operator Any kinds of Mal function Defection
8. When use Weighing Mode 1 amp 2 8 is Comm Output delay time EES F24 Weighing iio ed ON delay 00 99 F25 Weighing Judge Relay ON 00 99 duration time Communication Mode setting Parity Bit selection Mode 0 1 2 Serial Communication Speed selection F30 31 F Digital Weighing Indicator MI 810 830 850 Model Din Size Series F33 DATA Transference Method 0 1 2 4 selection F35 Data Format O 1 F36 BCC selection O 1 F37 Data Transference count setting 6 Weight Unit selection F40 Communication 0 kg 1 g 2 ton F53 Average Value display selection O not use 1 99 use F54 Steady LED Status Lamp Delay time 0 Not use 1 Use setting F55 Tension and Compression setting 0 Not use JP 1 OFF 1 Use JP 1 ON Other setting Simulating Calibration Standard yy yy yy value Calibration Span value check X XX X XX X 2 F function Details Set up amp Calibration Selection key Move to Set up mode MEA key Move to Calibration mode Decimal Point Setting In No Decimal Point In 1point under Zero F01 ENNEN 2point Under Zero Ia 3point Under Zero Weight Back up selection F02 In Weight Back up Mode 23 Digital Weighing Indicator MI 810 830 850 Model Din Size Series Motion Band Range This is set Steady acceptable range of weighing part If there is vibration on weighing part you can set this function and reduce the vibration effect on weighing process O Weak vibration
9. caused by using spare part from Non Authorized Distributor or Agent Any kinds of Mal function Defection caused by not following Warnings or Cautions mentioned on this manual Any kinds of Mal function Defection caused by Force Majeur like Fire Flood Without presentation of this Warrantee Certification 3 Other Any kinds of Warrantee Certification without authorized Stamp is out of validity MIGUN ST Co Ltd 1013 2dong Lotte IT castle 550 1 ENTM MI 810 830 850 Kasan Dong Keumcheon Gu SEOUL pu K i BEEN AUTHORIZED STAMP http www migunsystem co kr Overseas Office MIGUN CORPORATION 1315 Nasung Plaza Building Gasan Dong Geumcheon Gu Seoul KOREA Email info miguncorp co kr sales miguncorp co kr http www miguncorp co kr
10. less than 1 20 000 Step 4 Measure Adjustment optimal Zero balance of Scale key to measure and adjustment Zero balance of Scale J ENTER X Before press key please make clear on the scale part E Digital Weighing Indicator MI 810 830 850 Model Din Size Series Step 5 Input Prepared Test weight value and load on the Scale SPAn Then display will show and then input prepared test weight value whenever pressing Mkasi key value will be increased Whenever pressing SRI Key you can move to the left digit Press key value will be saved UP Then display will show and then load prepared test weight unit on the scale 12 Digital Weighing Indicator MI 810 830 850 Model Din Size Series X Move to previous step press d key After a few seconds to remove the vibration effect press key Then indicator will calculate Span value and move the next step Remarks Please prepare at least 10 of Max Capacity Step 6 End Calibration and Auto Reset Calculated Span value will be displayed and automatically reset and move the normal weight indicating mode 13 Digital Weighing Indicator MI 810 830 850 Model Din Size Series 2 Simulating Calibration Without Test Weight Applicable model MI 800 series This calibration Method will be useful to make calibration more than 10ton capacity setting Guaranteed resolution will be 1 5 000 and if you need hi
11. scale part 16 Digital Weighing Indicator MI 810 830 850 Model Din Size Series Step 5 Input Max Output rate mV V value of load cell Under this step input Max Output rate mV of load cell If you installed a few pieces of load cells the connection will be parallel so the rated output of a few load cells are as same as single load cell s rated output The Output rate is stated on Test report or Label Whenever pressing key value will be increased lt Whenever pressing key you can move to the left digit Move to previous step press Press key to save new set value and move to next step 17 Digital Weighing Indicator MI 810 830 850 Model Din Size Series Step 6 End Calibration and Auto Reset Calculated Span value will be displayed and automatically reset and move the normal weight indicating mode 18 Digital Weighing Indicator MI 810 830 850 Model Din Size Series Chapter 5 Set Up 1 Set Up Set up means set the F function and make MI 800 series weighing controller will perform more accuracy Considering external internal environmental condition 2 Enter to Set up mode Applicable model MI 800 series To make more accuracy performance of Digital Weighing Indicator through this Function setting SET CAL gt display Turn on the Power with pressing Press i key to start Function Mode Step 2 Change Function No
12. DIGITAL WEIGHING INDICATOR Approved for Digital NN O H H Weigh Indicator MI 800 SERIES USER MANUAL For MI 810 MI 830 MI 850 model P Micon ST Co LTD D zio AE FASIA Digital Weighing Indicator MI 810 830 850 Model Din Size Series Contents Chapter Preface NEEN EE 3 page Chapter 2 Specification nennen nn 4 page Chapter 3 Installation nnnm mn nnn 8 page Chapter 4 Calibration e nnnm mmm nnne 9 page Chapter 5 Set Up 3 3 3 ssaa 19 page Chapter 6 F Function J nnnm 22 page Chapter 7 Interface 2sseeseseseseenmmmemrrne ren 34 page Chapter 8 Error and Treatment ccce nm nnn nnn 42 page wWarrantee 1 flip Eu du Eur Des 45 page Digital Weighing Indicator MI 810 830 850 Model Din Size Series Chapter 1 Preface 1 Introduction This MI 800 series Digital Weighing Indicator MI 810 830 850 model is 1 8 din size powerful performance for the industrial weighing system application RS 232 serial port can be expended up to 4pots easy to connect with other devices and PC In case of MI 830 850 model has 3pcs control relay output as a standard and also MI 850 model has sub display window easy to make weighing automation system Please estimated this user manual and enjoy the performance of MI 800 series digital weighing
13. ERE RETE AER HEX a PER ASCII O24 30 31 524 50 4E 4F 31 39 06 OST EE ASCII SEET ESCHER HEX TARE weight AEREE sci value 02 30 31 52 54 41 52 30 30 30 37 35 EE uno ORB ASCII 02 30 31 52 43 57 54 03 HEX BOTRCUTSTHT 00027 6kg ASCII ZB 30 30 30 32 37 ZE 36 6B 67 06 O39 Weight value STX 1 ID 2 Command 4 Status1 2 Status2 2 Symbol 1 Weight Include decimal point 7 Unit 2 ACK 1 ETX 1 Total 23 BYTE SALSA ASCII ASAAZ EI HEX Low SP1 e d ROLO LUE ASCII DATA 02 30 31 5 53 50 31 30 40 31 30 30 50 06 03 AAA ASCII OZ 30 Il be 53 AE HEX High SP2 POT Race O ASCII DATA Dec 30 31 5 55 50 32 30 40 Se 30 30 30 OE HEX 37 Digital Weighing Indicator MI 810 830 850 Model Din Size Series 2 WRITE COMMAND Start STX D End ETX L Succeed ACK Failed NAK 3 Transfer amp Response display BO1TUTAH ERENT oo OZ 30 31 57 54 41 52 03 ERENT oo SA Ad ASCII eii AS E e TALE HEX APO ASCII 02 30 31 57 54 52 53 03M OBI SEA ASCII TARE RESET Dec 10 i E TAREA HEX RU ASCII 02 30 TAE HEX SAMU KA ASCII ZERO input Dec 0 i Nd pn ARS HEX OBESSE ASCII De 30 31 57 53 4E 4F730 30 30 30 35 30 dallo STX 1 ID 2 Command 4 S N 6 ETX 1 Serial No Change AMA ASCII O2 30 31 e RS HEX OB ELI ASCII 02 30 31 57 50 4E 4F 31 39 LSS HEX STX 1 ID 2 Command 4 P N 2 ETX 1 B MEA ASCII 02 30 31 57 50 E HEO ASCII
14. This Voltage output is proportioned on weight calibration and outputs 0 10V 3 3 Adjustment This output is adjusted as when the weight is Zero output is OV and When the weight is Full capacity output is 10V If you need additional adjustment please adjust with VR1 Zero VR2 Span on the Analog Output PCB x Remark This Analog option card converts Displayed weight value Micro process data to analog value on D A Converter Digital to Analog converter This D A Converter has Max 1 4 000 accuracy so this output is not suitable for high accuracy application like more than 1 3 000 For 0 5VDC or 1 5VDC analog output please inform when you inquiry 3 4 Output Test Enter to TEST mode and select TEST mode 2 key test ZERO key input 4mA or OV output will be activated from Analogue option Card key input 12mA or 5V output will be activated from Analogue option Card key input 20mA or 10V output will be activated from Analogue option Card ENTER key input go to exit for test mode 40 Digital Weighing Indicator MI 810 830 850 Model Din Size Series 4 Analogue Output 4 20mA Option This Option card converts weight value to Analog Voltage output 4 20mA and transfers to external devices Recorder P L C controlled by voltage output 4 1 Specification Output Voltage 4 20mA output Max 2 22mA Accuracy More than 1 1 000 Temperature Coefficient 0 0196 C Max Loading Impedance
15. alue whenever press sal key 5 2 Status Lamp From Left to Right MI 810 model Steady Lamp is ON when the weight value is stable condition Zero Lamp is ON when the weight value is Zero including Tare weight Tare Lamp is ON when the TARE function is activated Auto Automatic Print Function is Activated Lamp is ON Print Lamp is not use due to the MI 800 series model has not a print mode and function Digital Weighing Indicator MI 810 830 850 Model Din Size Series Hold Lamp is ON when the Hold function is activated RTxD Lamp is ON when the Comm is activated 5 3 Status Lamp From Left to Right MI 830 850 model Steady Lamp is ON when the weight value is stable condition Zero Lamp is ON when the weight value is Zero including Tare weight Low Lamp is ON when the weight value reaches to Low set value Hi Lamp is ON when the weight value reaches to HI set value END OK Lamp is ON when the single weighing Batch is finished Hold Lamp is ON when the Hold function is activated RTxD TxD Lamp is ON when the Comm is activated 6 Key Pad Basic Function A Make current display value to Zero within the Range F08 function setting check Zero Set Reset TARE function F09 function setting check Function MI 810 model Part No Code Serial No Auto print or Manual Prin
16. electable 4 Data Bit 8 No Parity mode only Bit Stop Bit 1 Parity Bit Non Even Odd Selectable 7 Code ASCII 1 3 Data Protocol Data Format 1 Total 18byte Header Header Data 8 T 34 Digital Weighing Indicator MI 810 830 850 Model Din Size Series gt Header 1 OL OVER LOAD or UNDER LOAD ST Weight Stable US Weight Unstable gt Header 2 NT Net Weight Without TARE Weight GS Gross Weight With TARE Weight gt DATA 8 Symbol 1 Decimal Point 1 Weight 6 total 8BYTE like 000 190 2B H PLUS 2D H MINUS 20 H SPACE 2E H Decimal point gt UNIT Kg g 1 4 Data Protocol Format 2 Total 22byte um DATA 8 A L WR ID No unit gt Header 1 OL OVER LOAD or UNDER LOAD ST Weight Stable US Weight Unstable gt Header 2 NT Net Weight Without TARE Weight GS Gross Weight With TARE Weight gt ID No Function 34 setting Default No is 1 gt Lamp Status Lamp Condition pn pte bts bi biG sid bin pro gt DATA 8 Symbol 1 Decimal Point 1 Weight 6 total 8BYTE like 000 190 2B H PLUS 2D H MINUS 20 H SPACE 2E H Decimal point gt UNIT 7 Kg H 35 Digital Weighing Indicator MI 810 830 850 Model Din Size Series 2 Rs 422 Serial Interface Option RS 422 485 serial interface is more stable for electric noise effect c
17. gher resolution please make calibration with Test weight Step 1 Enter to the SET CAL mode SET CAL Pressing EE key during 5sec then display will show CAL 2 Then Press Wl key and enter to Simulation Calibration Mode with 14 Digital Weighing Indicator MI 810 830 850 Model Din Size Series Step 2 Digit Division setting A Whenever pressing key digit value will be increased as 01 02 05 10 20 50 lt Whenever pressing lE key digit value will be decreased as 50 20 10 05 02 01 Press key to save new set value and move to next step X If you want to exit this mode press BE key Step 3 Max Capacity of Load cell Under this step input Total sum of each load cell s Max Capacity Not weighing Scale The Max Capacity of load cell is stated on Test report or Label 15 Digital Weighing Indicator MI 810 830 850 Model Din Size Series If you installed 4 load cells and each load cell s Max Capacity is 500kg then you have to input 2 000kg as a Max Capacity Whenever pressing oO key value will be increased Whenever pressing key you can move to the left digit Move to previous step press MEZ key Press key to save new set value and move to next step Step 4 Measure Adjustment optimal Zero balance of Scale m Press key to measure and adjustment Zero balance of Scale X Before press key please make clear on the
18. ill be displayed F83 X X X X X X 0 0 0 0 1 0 Max Analogue Output Value setting At the set weight value analogue output will be maximized Ex Set 5000 then a weight reached 5000 20mA or 10V will be output But if you need just 3000 of Max capa you can input 3000 through this function then the weight reached 3000 gt 20mA or 10V will be output F85 X X X X X X 0 0 0 0 1 0 Simulating Calibration Standard Value Check the simulating Calibration standard value If the value is empty you can not use Simulating Calibration function F89 X X X X X X 0 0 0 0 1 0 Span Calibration Value Check the Span Calibration value Or set the new value Authorized personnel only 33 Digital Weighing Indicator MI 810 830 850 Model Din Size Series Chapter 7 Interface 1 Rs 232C Standard Installed RS 232C Serial Interface is sensitive weak for electric Noise So please isolate with AC power cable and use shield cable to reduce the electric noise effect 1 1 Connection 2 RXD Pin3 TXD 3 TXD Pin2 RXD 4 GND Pin5 GND MI 800 Series Indicator PC D Sub 9Pin 3 TXD RXD 4 GND GND MI 800 Series Indicator Remote Display 1 2 Signal Format D Type EIA RS 232C 2 Communication Method Half Duplex Full Duplex Asynchronous 3 Serial Baud Rate S
19. ion Error 2 Loading over than Max Capacity 1 Measure input output resistance of Load cell 2 Measure Load cell isolation resistance 3 Check attach point with other devices 1 Check Load cell connection 2 Measure Load cell Resistance Make wire correction Load cell Check Load cell connection Check Remove weight on the Load cell 1 Load cell Check 2 Load cell connection Check 3 Remove loaded weight over 1 Input Resistance of EX and EX i IS about 3500 4500 2 Output Resistance of EX and EXY is about 3500 3 Isolate Resistance is more than 1000 43 2 2 Calibration Process pre use Treatment Err 01 When Max capacity digit value is over 20 00 Standard weight value is over than Max Capacity Standard weight value is less than 10 of Max Capacity Amp Gain is too big Sig and Sig wire connection error Test weight is not loaded Amp Gain is too small Sig and Sig wire connection error Test weight is not loaded Under F function set value is N A model When Y Y has the value between 3 9 99 at Y YXXXX as Span value If standard weight value is less than 10 of Max Capacity When there is continuous vibration on the weighing part indicator can not process calibration any more Digital Weighing Indicator MI 810 830 850 Model Din Size Series Re input the Max Capacity less than 20
20. l Weight Part and Displayed weight of Indicator When you replace LOAD CELL or Indicator you have to do Calibration process once again Applicable model MI 700 800 series Prepare at least 10 of Max capacity of your weighing scale Step 1 Enter to the SET CAL mod SET CAL Pressing key during 5sec then display will show Or turn on the Power with pressing ES gt display CAL 1 uu key display Press key to start Calibration Mode P Remarks Go to next step with save key Back to previous step Press Digital Weighing Indicator MI 810 830 850 Model Din Size Series Step 2 Digit Division setting A Whenever pressing key digit value will be increased as 01 02 05 10 20 50 lt Whenever pressing lE key digit value will be decreased as 50 20 10 05 02 01 Press key to save new set value and move to next step X If you want to exit this mode press BE key Step 3 Max Capacity setting Determine the Max capacity of your scale 10 Digital Weighing Indicator MI 810 830 850 Model Din Size Series lt F Whenever pressing key value will be increased Whenever pressing key you can move to the left digit X Move to previous step press key Then Press Poos key to save new set value and move to next step Remarks The Max capacity cannot be exceed Max capacity of load cell Digit Max Capacity value must be
21. ms Whenever pressing EE key function No will be increased Increase up to 01 53 and return to 01 01 gel Stop increase at the desired function No press key 19 Digital Weighing Indicator MI 810 830 850 Model Din Size Series If you press key current set value will be saved If you press key one more back to the ST CAL mode Step 3 Change New set value for each Function No At the function No display input new set value with e key and ed Press IESU key to save new set value key new set value will not be saved If you don t press Step 4 Exit Function Mode P After save new set value with pressing key then press key to Function mode 20 Digital Weighing Indicator MI 810 830 850 Model Din Size Series To Exit Normal mode press e key 21 Digital Weighing Indicator MI 810 830 850 Model Din Size Series Chapter 6 F Function List 1 F Function List General Function Setting SET ENTER Fm MOTION BAND Rage setting o0 Fm ZERO TRACKING Range soting 09 Auto Zero Range setting 00 99 Digital Filter setting 01 49 select Sch Zero key operation range 0 1 2 3 4 selection F09 Tare key operation range 0 1 2 3 selection External input selection 0 1 2 3 4 Key pad setting 0 1 2 3 4 Code No setting 0 1 2 Hold Off time setting 00 99 Relay Output Mode setting Only for MI 830 850 model F12 F13 F14 F21 Weighing Mode Selection 0 1 2 3 4 5
22. n the weight is within 0 30kg Set value weight unit and Steady Monon Band Ranes RA O AP SE F03 01 NS UE NN Steady Zero Range 0 30 cir eegenen M E E ncn tics an Y 5 93 51 Motion Band Range Digital Weighing Indicator MI 810 830 850 Model Din Size Series Digital Filter setting A Frequency Filter setting value If B set value is fixed 01 0 3 A set value is large FO6 15 gt O about 200Hz sec 1 about the indicator will 49 500Hz sec response more B Buffer Filter setting value 1 9 sensitive Zero Tare key Operation mode selection lei Activate when Steady condition only popa Always activated Zero key Operation Range selection MIKA Activated within 2 of Max Capacity I Activated within 5 of Max Capacity F08 2 Activated within 10 of Max Capacity a pra f Activated within 20 of Max Capacity ENENLT TITIO RN Tare key Operation Range selection 9 rivas uti 10 Or Mex Cep 1 mammen i WEE Activated within 50 of Max Capacity EMEN Activated within 100 of Max Capacity Hold Mode selection EE Peak Hold Measure Max weight value and hold on display F10 EE Sample Hold Hold current weight until Hold Reset NENNEN Average Hold Make Average during 5sec and Hold Display External Input Selection MI 810 model 25 Digital Weighing Indicator MI 810 830 850 Model Din Size Series External Input Selection
23. ompare with other communication method using electric current difference But install isolated place from Power cable or other electric cables and wires and please use shielded cable for better performance Recommendable communication distance is about 1 2km 2 1 Connection 6 RXD TXD 7 RXD TXD 8 TXD RXD MI 800 Series Indicator PC D Sub 9Pin 9 RXD RXD 2 2 Signal Format As Same as Rs 232C Serial interface D Type EIA RS 232C 2 Communication Method Half Duplex Full Duplex Asynchronous 3 Serial Baud Rate Selectable 4 Data Bit 8 No Parity mode only Bit Stop Bit 1 Parity Bit Non Even Odd Selectable 7 Code ASCII 2 3 Data Protocol Data Format 1 Total 18byte As same as Rs 232c Serial Interface Header Header Data 8 T 2 4 Data Protocol Format 2 Total 22byte As same as Rs 232c Serial Interface Si DATA 8 NE uu ID No unit 36 Digital Weighing Indicator MI 810 830 850 Model Din Size Series gt COMMAND MODE 1 READ COMMAND Start STX D End ETX L Succeed ACK Failed NAK Ed SALSA ASCII Fe BEA os oe OO HEX B01RSNO000000 ASCII Serial No O2 30 31 52 53 4E 4F 30 30 30 30 30 30 06 O35 OB IL ASCII Oz 30 31 52 ES HEX c OBI SIS ASCII Code No O24 30 31 52 43 dk 4F 30 30 30 30 35 20 06 ES HEX SAS ASCII
24. point t3 E A Com 1 2 3 00 setting At Steady point FINISH relay output 20 setting During 2 0sec hold Steady relay 99 setting During 9 9sec hold Steady relay After current weight is reached to each set point you can set some delay time of STEADY Steady point Com 1 2 3 00 setting During the weight reaches to Empty Range 20 setting During 2 0sec Relay will be on 99 setting During 9 9sec Relay will be on 30 Digital Weighing Indicator MI 810 830 850 Model Din Size Series gm Communication Mode setting Parity Bit selection Mode Serial Communication Speed selection 115 200bps 76 800bps 57 600bps 38 400bps 28 800bps 19 200bps 14 400bps 9 600bps 4 800bps 2 400bps DATA Transference Mode selection Under F32 00 F35 00 setting only elo Stream Mode Weighing Data will be transferred continuously F32 pai Finish Mode When Finish Relay output only 1 time transferred DATA Transference Method selection F31 EN oimplex Mode Stream Mode EMEN Duplex Mode Command Mode F33 a External Display Mode Equipment No setting Equipment No setting with No key 99 01 99 settable DATA Transference Format selection F35 Ex Standard Format 2 BCC Selection Mode T eme F36 O time LLL 31 Digital Weighing Indicator MI 810 830 850 Model Din Size Series Data Transference co
25. ro 10PPM C Span 10PPM C 0 64V P P Over 10M Sigma Delta 520 000 Count 19bit Max 200times Sec 0 01 FS 1 30 000 Display Specification Segments 5 Digit RED FND Display SERIES Size 12 7mm H x7 3mm W Displ Min Division x1 x2 x5 x10 x20 x50 Ispiay Max display value 99 950 Under Zero value Minus display KE Segments 5 Digit RED FND Display Sub Display Only MI 850 Size Omm H x4 0mm W MI 810 model Zero Stable TARE AUTO PRINT Hold RTxD MI 830 850 model Green LED Display 30 Zero Stable Low High END Hold RTxD Key Function keys Zero F Set Enter 4pcs function keys 3 General Part Power Supply Operating Temperature Range Operating Humidity Range External Dimension Net Weight kg Gross Weight kg 4 Option Option No 1 Option No 2 Option No 5 DC 12 24V About 200 300mA 5C 40C Under 85 Rh non condensing 100mm W x 52mm H x 125mm L About 450g About 600g RS 422 RS 232 Standard Installation 4 20mA Analogue Output Option No 6 0 10V Analogue Output Digital Weighing Indicator MI 810 830 850 Model Din Size Series 5 Front Panel Display MiGun ST MI 810 STEADY ZERO TARE AUTO PRINT HOLD A 4 F vd NEN MEE EE NEN STEADY ZERU LOW HI HOLD TxD A ZERO F SEN 4 E s MiGunST MI 8E0 5 1 Weight Display Current Weight value will be Display In case of MI 830 model display set v
26. t Mode MI 830 850 model Low set value or HI set value check or change Save new set value T Hot key function A Increasing the set value 2 Exit for the Set Cal condition Zero Move the display position 2 Move the TEST mode from SET CAL mode Function Increasing the Function No under Function setting mode 2 Enter to Function mode from SET CAL mode 1 Start Calibration mode under SET CAL mode Press this key during 7sec Enter to SET CAL mode 2 Save new set value and move next step Digital Weighing Indicator MI 810 830 850 Model Din Size Series 8 Rear Panel 8 1 Load Cell Terminal EXC SHLD 8 2 Earth F G of DC 24V IN 8 3 Power input PWR of DC 24V IN without Polarity No positive and negative 8 4 Digital input ICOM IN1 and IN2 Function 11 check 8 5 Relay output OCOM OUT1 OUT3 Function 21 check only for MI 830 850 model 8 6 Option Analogue Output 4 20mA or 0 10V gt No 1 mA and No 4 or 5 GND RS 232C gt No 2 4 RXD TXD GND RS 422 gt No 5 9 RX RX TX TX Digital Weighing Indicator MI 810 830 850 Model Din Size Series Chapter 3 Installation 1 External Dimension 94mm 2 Panel Cutting Size 48mm lt 96mm gt Digital Weighing Indicator MI 810 830 850 Model Din Size Series Chapter 4 Calibration 1 SPAN Calibration Adjust weight balance between Real weight on the load cel
27. tput 2 HIGH Empty Weighing Mode 2 Packer Mode Weigh LOW Near Zero I l l I I l I lt I l l l l I 2 2 E RUN IN Output 3 LOW Output 2 HIGH Empty 28 Digital Weighing Indicator MI 810 830 850 Model Din Size Series Weighing Mode 3 Checker Mode 1 Simple Comparison Weight Near Zero TARE IN Near Zero lt lt e Output 3 Steady weight lt SP 1 t4 3 EZE Output 1 SP1 lt Steady weight lt SP2 gt Output 2 t4 SP2SSteady weight lt SP3 t4 Weighing Mode 4 Checker Mode 2 Simple Comparison Weight Sp3 Sp2 Spl 2 Near Zeto N 1 MC E er M TARE IN Near Zero lt Output 3 Steady weight lt SP 1 Output 1 SPI SSteady weight lt SP2 Output 2 SP2SSteady weight 29 Digital Weighing Indicator MI 810 830 850 Model Din Size Series Communication Output delay time t1 setting Under F32 01 F33 00 setting when use weighing mode 1 2 only for MI 830 850 model After current weight is reached to FINAL you can set some delay time of Comm output Steady point FINISH Relay pp Com Out5 00 setting At Steady point Comm output 20 setting After 2 0sec from Steady point Comm output 99 setting After 9 9sec from Steady point Comm output After current weight is reached to each set point you can set some delay time of STEADY Steady
28. unt setting About 40 times sec About 30 times sec About 20 times sec About 15 times sec About 10 times sec About 5 times sec About 3 times sec Weight Unit selection Communication Average Display setting CO CENE F53 NET Use 99setting average display will be a little bit slow Steady LED Status Lamp Delay time setting ICI es F54 NES Delay during 0 1 9 9sec and LED lamp will be ON Tension and Compression setting o Not Use JP1 switch OFF at main board F95 1 Use JP1 switch ON at main board and then must be re calibration 32 m Other Setting Digital Weighing Indicator MI 810 830 850 Model Din Size Series F80 X XXX XX 0 0 0 0 1 0 EMPTY Range setting You can set EMPTY Range Within set range indicator will not display current weight and just display Zero 0 000 setting When Net Zero Zero status lamp and Near Zero relay will be output 0 190 setting Within 190 Zero Status lamp and Near Zero relay will be output F81 X X X X X X 0 0 0 0 1 0 Zero Display Range Zero display range setting If you set 50 as a set value under 50 weight value will be displayed as Zero Display will show 0 to 51 directly F82 X X X X X X 0 0 0 0 1 0 Zero Deduction Value Setting Display current weight set value on the display panel If you set 50 current weight is 100 then 50w

Digital Weighing Indicator MI

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