Dini Argeo 3590EXT series User Manual
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Dini Argeo 3590EXT series User Manual

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See also: Technical Manual
USER MANUAL
WEIGHT INDICATOR
E-AF09: PROGRAM VERSION FOR DYNAMIC OR STATIC
AXLES WEIGHING WITH INPUT/OUTPUT FUNCTION
3590EKR, 3590EXP, 3590EXT, CPWE, CPWET series indicator
E-AF09_02_13.01_EN_U

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  • Page 1 USER MANUAL WEIGHT INDICATOR E-AF09: PROGRAM VERSION FOR DYNAMIC OR STATIC AXLES WEIGHING WITH INPUT/OUTPUT FUNCTION 3590EKR, 3590EXP, 3590EXT, CPWE, CPWET series indicator E-AF09_02_13.01_EN_U...

  • Page 2: Table Of Contents

    INDEX 1. INTRODUCTION ................................... 4 2. MAIN TECHNICAL SPECIFICATIONS ..........................5 3. INSTALLATION ..................................7 4. FRONT PANEL KEYS ................................ 12 5. DISPLAY FUNCTIONS ............................... 19 6. SCALE ZERO FUNCTION ..............................25 7. TARE FUNCTIONS ................................25 8. MULTIRANGE AND MULTIDIVISION FUNCTION ......................27 9.
  • Page 3 12. DATABASE ACCESS PASSWORD ..........................37 13. WEIGHING PROCEDURES .............................. 37...
  • Page 4 14. PRINTOUTS ..................................71 15. OTHER FUNCTIONS ................................ 76 DECLARATION OF CONFORMITY ............................82 WARRANTY ................................... 82...

  • Page 5: Introduction

    1. INTRODUCTION WARNING MUST NOT BE OPENED BY THE USER DISCONNECT THE POWER SUPPLY With the 6V rechargeable battery version, it has to be completely (12 hours) in the first installation of the recharged instrument; we RECOMMEND disconnecting the battery if the instrument is not going to be used for more than 30 days.

  • Page 6: Main Technical Specifications

    2. MAIN TECHNICAL SPECIFICATIONS 3590E CPWE CPWET µ µ minimum 3590E: CPWE: 3590E: CPWE: CPWET: 3590EXP 3590EXT CPWET: 3590EXT CPWE:...
  • Page 7 2.1 ACCESSORIES AVAILABLE 2.2 SYMBOLS USED Below are the symbols or texts used in the manual to recall the reader’s attention and on the instrument to recall the user’s attention “TECH.MAN.REF.” THE INSTRUMENT’S DANGEROUS VOLTAGE PARTS AND THE PARTS THE USER CAN ACCESS HAVE BEEN ELECTRICALLY INSULATED.

  • Page 8: Installation

    3. INSTALLATION 3.1 CPWE DRILLING TEMPLATE, CASE AND DIMENSIONS DRILLING TEMPLATE DIMENSION: 187,5mm x 91,5mm Figure 1...
  • Page 9 3.2 3590E CASE AND DIMENSIONS 3.2.1 ABS MODEL NOTE: If the identification plate is supplied separately (therefore not attached to the indicator), it is advisable to attach it to the indicator, in order to be able to identify the instrument. Figure 2 –...
  • Page 10 3.2.2 STAINLESS STEEL MODEL NOTE: If the identification plate is supplied separately (therefore not attached to the indicator), it is advisable to attach it to the indicator, in order to be able to identify the instrument. Figure 3 – Measurements and dimensions in mm...
  • Page 11 3.3 CPWET CASE AND DIMENSIONS NOTE: If the identification plate is supplied separately (therefore not attached to the indicator), it is advisable to attach it to the indicator, in order to be able to identify the instrument. Figure 4 – Measurements and dimensions in mm...
  • Page 12 3.4 POWER SUPPLY TO POWER TO RECHARGE Version with rechargeable battery BATTERY FEATURES THE BATTERY MUST BE SUPPLIED DIRECTLY FROM THE MANUFACTURER. NOTE: it is advisable to completely recharge it (12 hours) in the first installation of the instrument; we RECOMMEND disconnecting the battery if the instrument is not going to be used for more than 30 days.

  • Page 13: Front Panel Keys

    3.7 TURNING ON PRINTER IN ENERGY SAVING MODE Premise: SEtuP >> SEriAL >> CoMPrn >> PWrPrn “EXt.oFF” “PWrint”, (TECH.MAN.REF) ENTER Prn – on 4. FRONT PANEL KEYS 3590E: CPWE:...
  • Page 14 CPWET 4.1 FUNCTION OF THE KEYS << F.KEYS >> C/DEL TARE/ ZERO << 0.PErC >> Fn/ENTER << F.Keys >> 2nd F...
  • Page 15 ./HELP . , ; : # < > \ | ” % & / ( ) = ? ^ ’ [ ] { } << F.Keys >> NUMERIC TARE KEYBOARD 15.3 CALCULATOR...
  • Page 16 4.2 "2ndF" KEY: SECOND FUNCTION OF THE KEYS 2ndF 2ndF 2ndF 2ndF 2ndF 2ndF 2ndF 2ndF 2ndF 4.3 ENTERING ALPHANUMERIC TEXT TAKE NOTE: Function of the keys (nuM) (ChAr) ChAr The last writing mode selected is stored by the instrument. SHIFT ./HELP .
  • Page 17 4.4 DISABLING THE KEYBOARD To lock the keyboard To unlock the keyboard NOTE: TECH.MAN.REF. 4.5 HELP MENU HELP F1:302 CUSTOMER DATABASES << F.Keys >> << EN.KEYS >> 4.6 INDICATOR CONNECTED TO REMOTE KEYBOARD  2ndF TARE...
  • Page 18 << F.KEYS >> TECH.MAN.REF. NOTE: 4.7 REMOTE CONTROL << inF.rEd >> (TECH.MAN.REF.) NOTE: The infrared remote controls are for indoor use only. 4.7.1 “19-KEY” INFRARED REMOTE CONTROL KEYBOARD KEY OR FUNCTION EMULATED F1…F3 NUMERIC KEYS TARE / ZERO / MODE / PRINT /...
  • Page 19 4.7.2 “6-KEY” RADIO REMOTE CONTROL << inF.rEd >> (TECH.MAN.REF.) ./HELP << inF.rEd >> (TECH.MAN.REF.) << inF.rEd >> (TECH.MAN.REF.)

  • Page 20: Display Functions

    5. DISPLAY FUNCTIONS 1.000kg 3590E 1.000kg CPWE/CPWET...

  • Page 21: Status Indicators

    5.1 WEIGHT ZOOM (available only on CPWE and CPWET models) << ZOOM.W >> 5.2 STATUS INDICATORS FUNCTION POWER 0    T    START STOP W1 W2 W3...
  • Page 22 SYMBOLS FUNCTIONS ON THE LCD DISPLAY SYMBOL ON LCD DISPLAY FUNCTION << En.KEYS >> 2nd F 5.3 BATTERY LEVEL INDICATION << bt.LEVEL >>...
  • Page 23 RECHARGE PHASE: COMPLETED RECHARGE: NOTES: 5.4 DISPLAYED DATA 3590E: EXAMPLES VISUALISATION WITH ELEMENT WITH ELEMENT SELECTED NOT SELECTED CUS MAT CUS MAT 1000kg 1000kg CPWE: VISUALISATION WITH NON ACTIVE WEIGHT ZOOM VISUALISATION EXAMPLES WITH ELEMENT WITH ELEMENT SELECTED NOT SELECTED 1.000kg...
  • Page 24 VISUALISATION WITH ACTIVE WEIGHT ZOOM VISUALISATION EXAMPLES WITH ELEMENT WITH ELEMENT SELECTED NOT SELECTED VEH T 1.000 5.4.1 LCD DISPLAY CUSTOMIZATION (ONLY FOR 3590E INDICATORS) TECH.MAN.REF. ™ MAT.: MATERIAL 1 CUS.: CUSTOMER 1 VEH.: TRUCK 1 TARE 0.000 kg 2ndF...
  • Page 25 5.5 MESSAGES OF THE INSTRUMENT 5.5.1 INSIDE THE SET-UP OR MENU OR AT START-UP MESSAGE DESCRIPTION Error S X Cell Y Err. – 98 C.Er. – 8.03 C.Er. – 36 CALIBRATION ERROR Er – 37 / alternately with No.Cal CALIBRATION ERROR Err.

  • Page 26: Scale Zero Function

    5.5.2 IN WEIGHING MESSAGE DESCRIPTION NON VALID OR UNSTABLE WEIGHT NO ZERO CROSS OR INSTABILITY *** POWER OFF *** OVERLOAD Maximum Capacity. UNDERLOAD - OUT CAPACITY ! - ZERO TARE CLEAR PRN-ON GROSS LOCK UNLOCK ENTER=RETRY ENTER C=CANCEL PRINTOUT PRINTER ERROR: CHECK THE CTS! USER - PRESS KEY 6.
  • Page 27 NOTE 7.2 CALCULATED MANUAL TARE 15.3 CALCULATOR 7.3 TARE CANCELLATION To cancel unloaded TARE TARE. NOTE: 7.4 LOCKED/UNLOCKED TARE In case of SEMIAUTOMATIC TARE, the net weight before the scale unloading may also be 0. In case of MANUAL TARE, the net weight before the scale unloading must be of at least 2 stable divisions. DISPLAY MEANING LoCK...

  • Page 28: Multirange And Multidivision Function

    8. MULTIRANGE AND MULTIDIVISION FUNCTION The multi range functioning NOTE: only by passing the gross zero of the scale The multidivisional functioning without passing by the scale zero NOTE: (TECH.MAN.REF ). 9. DISPLAY OF METRIC DATA (inFO) NOTES: To display the metric data: 2ndF 10.

  • Page 29: Database

    ENTER NOTE: • • • (TECH.MAN.REF.) • QUICK MODIFICATION OF AN INPUT TEXT << F.kEyS >> 11. DATABASE 11.1 CUSTOMER DATABASE can be protected by a password ACCESS KEYS MENU ► Edit ► Delete ► Customer Database Research ► ► ►...
  • Page 30 • "DESCRIPTION 2" • "DESCRIPTION 3" NOTE: the “DESCRIPTION 2” and “DESCRIPTION 3” fields request can be disabled (see F.ModE >> dtb >> En.C.FLd step, TECH.MAN.REF.) 11.1.2 MODIFICATION ENTER 11.1.3 CANCELLATION ENTER 11.1.4 PRINTING ENTER all the memory storages in the database just the memories which have been handled of all the pairs and of the single weighs carried out)
  • Page 31 of all the pairs and of the single weighs carried out) 11.1.5 SELECTION / DESELECTION CUS MAT SELECT ENTER << F.KEYS >> TECH.MAN.REF. CUSTOMER XXX SELECTED CUS MAT DESELECT 2nd F DESELECT CUSTOMER? << F.KEYS >> TECH.MAN.REF. 2nd F ALSO THE MATERIAL AND THE VEHICLE DESELECT ALL THE ITEMS? ENTER...
  • Page 32 11.1.6 ENTRY, MODIFICATION AND QUICK SELECTION OF CUSTOMER 000 ENTER NOTES the last temporary entry made will always 11.1.7 ALPHABETICAL RESEARCH << F.KEYS >> TECH.MAN.REF. ENTER 11.1.8 HELP ./HELP 11.2 MATERIALS can be protected by a password KEYS ACCESS MENU ►...
  • Page 33 ENTER • "DESCRIPTION 1" • "DESCRIPTION 2" NOTE: the “DESCRIPTION 2” field request can be disabled (see F.ModE >> dtb >> En.M.FLd step, RIF.MAN.T.). 11.2.2 MODIFICATION ENTER ENTER 11.2.3 CANCELLATION ENTER 11.2.4 PRINTING ENTER all the memory storages in the database just the memories which have been handled of all the pairs and of the single weighs carried out)
  • Page 34 11.2.5 SELECTION / DESELECTION CUS MAT SELECT << F.KEYS >> TECH.MAN.REF. CUS MAT DESELECT 2nd F DESELECT MATERIAL? << F.KEYS >> TECH.MAN.REF. 2nd F ALSO THE CUSTOMERS AND THE VEHICLES DESELECT ALL THE ITEMS? ENTER NOTE: deselect automatically the memory storage TECH.MAN.REF.) 11.2.6 ENTRY, MODIFICATION AND QUICK SELECTION OF MATERIAL 000...
  • Page 35 ENTER NOTES the last temporary entry made will always 11.2.7 ALPHABETICAL RESEARCH << F.KEYS >> TECH.MAN.REF. ENTER 11.2.8 HELP ./HELP 11.3 VEHICLES can be protected by a password KEYS ACCESS MENU ► Edit ► Delete ► Vehicles Research ► Database ►...
  • Page 36 NOTE: the “DESCRIPTION” and “TARE” fields request can be disabled (see F.ModE >> dtb >> En.V.FLd step, TECH.MAN.REF.). 11.3.2 MODIFICATION ENTER 11.3.3 CANCELLATION ENTER 11.3.4 PRINTING ENTER all the memory storages in the database just the memories which have been handled of all the pairs and of the single weighs carried out) of all the pairs and of the single weighs...
  • Page 37 11.3.5 SELECTION / DESELECTION CUS MAT SELECT << F.KEYS >> TECH.MAN.REF. CUS MAT DESELECT 2nd F DESELECT VEHICLE? << F.KEYS >> TECH.MAN.REF. 2nd F ALSO THE MATERIALS AND THE CUSTOMERS DESELECT ALL THE ITEMS? ENTER NOTE: deselect automatically the memory storage TECH.MAN.REF.) 11.3.6 ENTRY, MODIFICATION AND QUICK SELECTION OF VEIHCLE 000 ENTER...
  • Page 38 the last temporary entry made will always 11.3.7 ALPHABETICAL RESEARCH << F.KEYS >> TECH.MAN.REF. ENTER 11.3.8 HELP ./HELP 12. DATABASE ACCESS PASSWORD F. ModE >> dtb.PWd TECH.MAN.REF. uSEr To access the complete menu • uSEr • • 13. WEIGHING PROCEDURES 13.1 GENERAL DESCRIPTION OF THE SYSTEM Manual Automatic...
  • Page 39 13.2 SIMPLE AXLES WEIGHING F.ModE >> totAL >> In.out diSAbL (TECH.MAN.REF.). 13.2.1 MANUAL AXLE WEIGHING F.ModE >> totAL >> AXLE W “MANUAL”. DYNAMIC FN/ENTER SET FILTER ? READING WEIGHT 3590E WEIGH AXLE 2? ENTER=YES C=NO CPWE: WEIGH AXLE 2 ? ENTER=YES C=NO 3590E WEIGH AXLE 2?
  • Page 40 XXXXX ENTER; 3590E: LED display LCD display WEIGH AXLE 3 ? ENTER=YES C=NO CPWE: total WEIGH AXLE 3 ? ENTER=YES C=NO 3590E: LED display LCD display CUS MAT 0 kg CUS MAT 0 kg CPWE XXXXX total XXXXX...
  • Page 41 13.2.2 AUTOMATIC STATIC AXLE WEIGHING F.ModE >> totAL >> AXLE W “STATIC” DYNAMIC FN/ENTER SET FILTER ? F.Mode >> total >> StA.CFG (See the TECHNICAL MANUAL) ”Min.Wei” ”Stab.tm” “tiME W” ”Skip B.” “Skip E.” ”Err.En” ”Tim.Out” 3590E CUS MAT WAITING AXLE 1 CPWE XXXXX WAITING AXLE 1...
  • Page 42 CPWE AXLES: 1 TOT: YYYYY UM YYYYY 3590E AXLES: 1 TOT: YYYYY UM CPWE XXXXX AXLES: 1 TOT: YYYYY UM XXXXX YYYYY << Min.Wei>> << tiME W >> 3590E WAIT AXLE 2 TOT: YYYYY UM CPWE XXXXX WAIT AXLE 2 TOT: YYYYY UM XXXXX YYYYY UM...
  • Page 43 3590E WAIT AXLE 3 TOT: YYYYY UM CPWE total WAIT AXLE 3 TOT: YYYYY UM 3590E AXLES: 2 TOT: YYYYY UM AXLES: 2 TOT: YYYYY UM CPWE XXXXX AXLES: 2 TOT: YYYYY UM total AXLES: 2 TOT: YYYYY UM XXXXX YYYYY UM...
  • Page 44 13.2.3 AUTOMATIC DYNAMIC AXLE WEIGHING F.ModE >> totAL >> AXLE W (RIF.MAN.T.) “dYnAMi” MANUAL STATIC FN/ENTER SET FILTER ? F.Mode >> total >> DYN.CFG (See the TECHNICAL MANUAL) ”Min.Wei” ”n.SMPLS” “tiME W” ”Skip B.” “Skip E.” ”Err.En” “SPEEd” ”Tim.Out” “PL.Widt” 3590E CUS MAT WAIT AXLE 1...
  • Page 45 3590E AXLES: 1 TOT: YYYYY UM CPWE AXLES: 1 TOT: YYYYY UM YYYYY <<Min.Wei>> <<tiME W>> 3590E WAIT AXLE 2 TOT: YYYYY UM CPWE XXXXX WAIT AXLE 2 TOT: YYYYY UM XXXXX YYYYY UM...
  • Page 46 DYN.CFG >> SPEED 3590E WAIT AXLE 3 TOT: YYYYY UM CPWE total WAIT AXLE 3 TOT: YYYYY UM 3590E AXLES: 2 H km/h TOT: YYYYY UM AXLES: 2 H km/h TOT: YYYYY UM CPWE XXXXX AXLES: 2 H km/h TOT: YYYYY UM total AXLES: 2 H km/h...
  • Page 47 13.3 INPUT-OUTPUT AXLE WEIGHING to the lowest available ID F.ModE >> totAL >> In.out ENABLE” (TECH.MAN.REF.). F.ModE >> totAL >> WEi.MEM. always consequential F.ModE >> totAL >> Pro.LSt ENABLE 13.3.1 MANUAL AXLE WEIGHING F.ModE >> totAL >> AXLE W “MANUAL” DYNAMIC FN/ENTER SET FILTER ?
  • Page 48 3590E WEIGH AXLE 2? ENTER=YES C=NO CPWE WEIGH AXLE 2 ? ENTER=YES C=NO 3590E WEIGH AXLE 2? ENTER=YES C=NO CPWE XXXXX WEIGH AXLE 2 ? ENTER=YES C=NO XXXXX ENTER; 3590E WEIGH AXLE 3? ENTER=YES C=NO WEIGH AXLE 3? ENTER=YES C=NO...
  • Page 49 CPWE total WEIGH AXLE 3 ? ENTER=YES C=NO print WEIGH AXLE 3 ? ENTER=YES C=NO 3590E CUS MAT CUS MAT CPWE XXXXX tot.in XXXXX F.ModE >> totAL >> WEi.MEM Wei.Cod (TECH.MAN.REF.). Procedure 1) Directly type in the ID code and press F7 2) Press F7: one enters the menu of the “open”...
  • Page 50 ENTER F.ModE >> totAL >> WEi.MEM PLAtE (TECH.MAN.REF.). Procedure OUTPUT PLATE abc C 1) Enter the License Plate number and press ENTER 2) Press ENTER: one enters the menu of the “open” input weighs CM884FK 995kg ENTER 3590E WEIGH AXLE 2? ENTER=YES C=NO CPWE WEIGH AXLE 2 ?
  • Page 51 CPWE XXXXX WEIGH AXLE 2 ? ENTER=YES C=NO XXXXX ENTER; 3590E WEIGH AXLE 3? ENTER=YES C=NO WEIGH AXLE 3? ENTER=YES C=NO CPWE total WEIGH AXLE 3 ? ENTER=YES C=NO print WEIGH AXLE 3 ? ENTER=YES C=NO 3590E CUS MAT CUS MAT CPWE XXXXX...
  • Page 52 tot.out XXXXX 13.3.2 AUTOMATIC STATIC AXLE WEIGHING F.ModE >> totAL >> AXLE W “STATIC” DYNAMIC FN/ENTER SET FILTER ? F.Mode >> total >> StA.CFG (See the TECHNICAL MANUAL) ”Min.Wei” ”Stab.tm” “tiME W” ”Skip B.” “Skip E.” ”Err.En” ”Tim.Out” 3590E ENTRY WEIGH CUS MAT WAITING AXLE 1 CPWE...
  • Page 53 XXXXX 3590E AXLES: 1 TOT: YYYYY UM CPWE AXLES: 1 TOT: YYYYY UM YYYYY 3590E AXLES: 1 TOT: YYYYY UM CPWE XXXXX AXLES: 1 TOT: YYYYY UM XXXXX YYYYY 3590E WAIT AXLE 2 TOT: YYYYY UM CPWE XXXXX WAIT AXLE 2 TOT: YYYYY UM...
  • Page 54 XXXXX YYYYY UM 3590E WAIT AXLE 3 TOT: YYYYY UM WAIT AXLE 3 TOT: YYYYY UM CPWE total WAIT AXLE 3 TOT: YYYYY UM print WAIT AXLE 3 TOT: YYYYY UM 3590E AXLES: 2 TOT: YYYYY UM AXLES: 2 TOT: YYYYY UM...
  • Page 55 CPWE XXXXX AXLES: 2 TOT: YYYYY UM tot.in AXLES: 2 TOT: YYYYY UM XXXXX YYYYY UM F.ModE >> totAL >> WEi.MEM Wei.Cod (TECH.MAN.REF.). Procedure 1) Directly type in the ID code and press F7 2) Press F7: one enters the menu of the “open” input weighs: 995kg ENTER F.ModE >>...
  • Page 56 ENTER 3590E CUS MAT WAITING AXLE 1 CPWE XXXXX WAITING AXLE 1 XXXXX 3590E AXLES: 1 TOT: YYYYY UM CPWE AXLES: 1 TOT: YYYYY UM YYYYY 3590E AXLES: 1 TOT: YYYYY UM...
  • Page 57 CPWE XXXXX AXLES: 1 TOT: YYYYY UM XXXXX YYYYY 3590E WAIT AXLE 2 TOT: YYYYY UM CPWE XXXXX WAIT AXLE 2 TOT: YYYYY UM XXXXX YYYYY UM 3590E WAIT AXLE 3 TOT: YYYYY UM WAIT AXLE 3 TOT: YYYYY UM CPWE total WAIT AXLE 3...
  • Page 58 3590E AXLES: 2 TOT: YYYYY UM AXLES: 2 TOT: YYYYY UM CPWE XXXXX AXLES: 2 TOT: YYYYY UM tot.out AXLES: 2 TOT: YYYYY UM XXXXX YYYYY UM 13.3.3 AUTOMATIC DYNAMIC AXLE WEIGHING F.ModE >> totAL >> AXLE W “STATIC” DYNAMIC FN/ENTER SET FILTER ? F.Mode >>...
  • Page 59 3590E ENTRY WEIGH CUS MAT WAITING AXLE 1 CPWE XXXXX ENTRY WEIGH XXXXX WAITING AXLE 1 XXXXX DYN.CFG >> SPEED <<Min.Wei>> <<DIN.CFG>> (TECH.MAN.REF.) 3590E AXLES: 1 TOT: YYYYY UM CPWE AXLES: 1 TOT: YYYYY UM YYYYY <<Min.Wei>> <<tiME W>>...
  • Page 60 3590E WAIT AXLE 2 TOT: YYYYY UM CPWE XXXXX WAIT AXLE 2 TOT: YYYYY UM XXXXX YYYYY UM DYN.CFG >> SPEED 3590E WAIT AXLE 3 TOT: YYYYY UM WAIT AXLE 3 TOT: YYYYY UM CPWE total WAIT AXLE 3 TOT: YYYYY UM print WAIT AXLE 3 TOT: YYYYY UM...
  • Page 61 CPWE XXXXX AXLES: 2 H km/h TOT: YYYYY UM tot.in AXLES: 2 H km/h TOT: YYYYY UM XXXXX YYYYY UM F.ModE >> totAL >> WEi.MEM Wei.Cod (TECH.MAN.REF.). Procedure 1) Directly type in the ID code and press F7 2) Press F7: one enters the menu of the “open” input weighs: 995kg ENTER F.ModE >>...
  • Page 62 CM884FK 995kg ENTER 3590E CUS MAT WAITING AXLE 1 CPWE XXXXX WAITING AXLE 1 XXXXX DYN.CFG >> SPEED <<Min.Wei>> <<DIN.CFG>> (TECH.MAN.REF.) 3590E AXLES: 1 TOT: YYYYY UM CPWE AXLES: 1 TOT: YYYYY UM YYYYY <<Min.Wei>> <<tiME W>>...
  • Page 63 3590E WAIT AXLE 2 TOT: YYYYY UM CPWE XXXXX WAIT AXLE 2 TOT: YYYYY UM XXXXX YYYYY UM DYN.CFG >> SPEED 3590E WAIT AXLE 3 TOT: YYYYY UM WAIT AXLE 3 TOT: YYYYY UM CPWE total WAIT AXLE 3 TOT: YYYYY UM print WAIT AXLE 3 TOT: YYYYY UM...
  • Page 64 AXLES: 2 H km/h TOT: YYYYY UM CPWE XXXXX AXLES: 2 H km/h TOT: YYYYY UM tot.out AXLES: 2 H km/h TOT: YYYYY UM XXXXX YYYYY UM <<i.o.SEL>> TECH.MAN.REF. 13.3.4 NOTES ON THE INPUT WEIGHING • • F.MODE >> DTB >> ABIL.V INPUT PLATE •...
  • Page 65 13.3.5 NOTES ON THE OUTPUT WEIGH • SINGLE WEIGH • By entering an ID code not yet linked to a weigh, • By entering the ID code of an already executed weigh, WEIGH ALREADY DONE, CONTINUE? ENTER • By entering an incorrect license plate or not linked to a weigh, •...
  • Page 66 3590E CUS MAT 1000kg CPWE XXXXX 1.000kg XXXXX 13.3.7 DELETING ALL THE INPUT MEMORY STORAGES << F.KEYS >> TECH.MAN.REF. Sure? ENTER 13.4 FUNCTIONS OF THE AUTOMATIC AXLE WEIGHING CYCLE (STATIC OR DYNAMIC) 13.4.1 CANCELLING OF THE CYCLE “Sure?” ENTER...
  • Page 67 13.4.2 ERRORS ON THE AUTOMATIC AXLES WEIGHT ACQUISITION <<ERR.EN>> = ENABLE 3590E Visualizations AXLE ACQUISITION ERROR <<SPEED>> AXLE ACQUISITION ERROR AXLE ACQUISITION ERROR AXLE ACQUISITION ERROR AXLE ACQUISITION ERROR AXLE ACQUISITION ERROR 3590E Visualizations AXLE ACQUISITION ERROR AXLE ACQUISITION ERROR AXLE ACQUISITION ERROR AXLE ACQUISITION...
  • Page 68 13.4.3 RESET OF THE ERROR AXLE IN THE DYNAMIC CYCLE (<< F.KEYS >> TECH.MAN.REF. 13.4.4 MANAGING AN INPUT FOR THE CYCLE START/END ZERO F.Mode >> total >> StA.CFG >> tiME W “Aut.cyc” TECH.MAN.REF. 13.4.5 MANAGING THE OUTPUTS 13.4.6 PAUSE AXLES CAPTURING (<<...
  • Page 69 13.5 SETTING AXLES SO THAT THESE ARE NOT TOTALISED <<SKIP B>> <<SKIP E>> TECH.MAN.REF. • << F.KEYS >> TECH.MAN.REF. ENTER • << F.KEYS >> TECH.MAN.REF. ENTER The set values in weighing phase are not saved in a permanent manner, but are substituted with each start-up from the values set in the setup.
  • Page 70 13.7 REENABLING THE WEIGH F.ModE >>rEACt. (TECH.MAN.REF.). WEIGHT NOT PASS. BY 0 OR INSTAB. ENTER=TRY AGAIN C=CANCEL F.Mode >> totAL >> t.ModE (TECH.MAN.REF.) 13.8 WEIGHT THRESOLDS FOR EXECUTING THE WEIGH • << F.KEYS >> TECH.MAN.REF. ENTER • << F.KEYS >> TECH.MAN.REF.
  • Page 71 NOTES: 13.10 PROGRESSIVES 13.10.1 PROGRESSIVE DIGITS << F.KEYS >> TECH.MAN.REF. NOTE: 13.10.2 TICKET PROGRESSIVE << F.KEYS >> TECH.MAN.REF. 13.10.3 LOT PROGRESSIVE << F.KEYS >> TECH.MAN.REF. ENTER.

  • Page 72: Printouts

    14. PRINTOUTS SIMPLE PRINTOUT without executing the input/output weigh or single weigh. F.ModE rEACt (TECH.MAN.REF.). F.ModE rEACt TECH.MAN.REF. SIMPLE AXLE WEIGHING REPORT TOTALIZATION FIRST AXLE TOTALIZATION NEXT AXLE ENTER AXLE TOTAL INPUT AXLE WEIGHING REPORT TOTALIZATION FIRST AXLE TOTALIZATION NEXT AXLE ENTER AXLE TOTAL AND INPUT AXLE WEIGHING END...
  • Page 73 OUTPUT AXLE WEIGHING REPORT TOTALIZATION FIRST AXLE TOTALIZATION NEXT AXLE ENTER AXLE TOTAL AND OUTPUT AXLE WEIGHING END REPORT OF THE INPUT/OUTPUT WEIGHING WITH PRESET TARE TOTALIZATION FIRST AXLE TOTALIZATION NEXT AXLE ENTER AXLE TOTAL AND END OF THE IN./OUT. AXLE WEIGHING WITH PRESET TARE CUSTOMER TOTAL 2nd F S.F.08...
  • Page 74 MATERIAL TOTAL 2nd F S.F.09 of all the pairs and of the single weighs carried out) of all the pairs and of the single weighs carried out) VEHICLE TOTAL 2nd F S.F.10 of all the pairs and of the single weighs carried out) of all the pairs and of the single weighs carried out) PARTIAL TOTAL...
  • Page 75 14.1 LINKING OF THE FORMATS TO THE PRINT FUNCTIONS 200, << F.KEYS >> TECH.MAN.REF. SEtuP >> SEriAL >> Prn.FMt TECH.MAN.REF.) Print function Linked format Print function Linked step S.F. S.F. S.F. S.F. S.F. S.F. S.F. S.F. S.F. S.F. S.F. S.F. S.F.
  • Page 76 TO LINK THE FORMAT: • << F.KEYS >> TECH.MAN.REF. S.F. 01 • S.F. • ENTER • • ENTER. NOTE: 14.1.1 QUICK LINKING OF THE FORMATS << F.KEYS >> TECH.MAN.REF. << F.KEYS >> TECH.MAN.REF CODE QUICK LINKING FUNCTION PRINT FUNCTION TO QUICK LINK THE FORMAT: •...

  • Page 77: Other Functions

    14.3 REPETITION OF THE LAST EXECUTED PRINTOUT 2nd F NOTE: 14.4 DEFAULT PRINTING FORMATS SEtuP >> SEriAL >> dEF.Prn (TECH.MAN.REF.) NOTE: 15. OTHER FUNCTIONS 15.1 DIAGNOSTIC PERIPHERALS << F.KEYS >> TECH.MAN.REF. A.O. 10.000 kg STATUS DESCRIPTION (A.O) (OUT) (IN) (Tx Rx) 15.2 COM DATA DIAGNOSTIC <<...
  • Page 78 NOTE: ./HELP 15.3 CALCULATOR << F.KEYS >> TECH.MAN.REF. • ADDITION • MULTIPLICATION • SUBTRACTION TERMINATE THE OPERATION: TYPE PRESS ENTER: TYPE PRESS TARE: PRESS 2nd F: 15.3.1 HELP FUNCTION . /HELP 15.4 DISPLAY OF NET WEIGHT WITH SENSITIVITY X 10 (for testing use during calibration) NOTES: 15.5 SETTING DATE / TIME ⇒...
  • Page 79 15.6 SET-POINT FUNCTION SEtuP outPut >> r.ConF (TECH.MAN.REF) SEtuP outPut r.ModE NORMAL FUNCTIONING MODE SEtuP outPut >> r.ModE SETPOINT ON THE GROSS WEIGHT Functioning with hysteresis rL.iSt iSt.on << F.KEYS >> TECH.MAN.REF. ENTER, ENTER ENTER, ENTER Functioning without hysteresis rL.iSt setoff NOTES Splint...
  • Page 80 SET POINT ON THE NET WEIGHT GROSS WEIGHT AT ZERO NET WEIGHT AT ZERO INSTABILITY TOTALISATION F.mode >> rEACt TECH.MAN.REF. SET POINT ON THE PARTIAL TOTAL SET POINT ON THE GENERAL TOTAL SET POINT ON THE GRAND TOTAL SETPOINT ON THE NEGATIVE NET WEIGHT Functioning with hysteresis rL.iSt iSt.on...
  • Page 81 Functioning without hysteresis rL.iSt iSt.oFF the access to the " S.1 oFF " parameter is inhibited. INPUT/OUTPUT WEIGHT ACQUISITION rEACt TECH.MAN.REF.) INTERVAL OF THE AUTOMATIC ACQUISITION AUTOMATIC AXLE WEIGHT ACQUISITION ERROR CONTROL LIGHT EXAMPLE OF FUNCTIONING WITH A CONTROL LIGHT: •...
  • Page 82 SETPOINT ON THE AXLE TOTAL EXCLUSIVE FUNCTIONING MODE SEtuP >> outPut >> r.ModE EXCLuS Example: RELAY SETPOINT ACTIVATION RANGE...

  • Page 83: Declaration Of Conformity

    DECLARATION OF CONFORMITY www.diniargeo.com WARRANTY AUTHORISED SERVICE CENTRE STAMP...

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3590ekr series3590exp seriesCpwe seriesCpwet series

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