load line 3 digital weight indicator user manual
Contents
1. 260 227 g SS bbs nsn SEA ENE ENE La 237 zd FRONT VIEW BACK VIEW TYPE PLATE IDENTIFICATION AND TYPE PLATE FOR EXAMPLE MULTI INTERVAL E ce dip e T T Me Power x s E J J TUNAYLAR iac x MULTIRANGE rena O NAYA val awe ra Ee Model Load Line 3 uw S NGLE wrerva E ow o seme MULTI RANGE meae ue emer uera PROTECTION SEALS LEAD e TUNAYLAR SINGLE INTERVAL Min rower Ce Model risum 2 50 60 Ha 019963 GED Sarai sx NN PROTECTION SEALS ADHESIVE LABEL 51 KM LL3E 002 TYPE POA 146 85 kg2. Firm Name D14 D13 D12 D11 D10 D9 D8 07 06 05 D4 D3 D2 01 D14 D13 D12 D11 D10 D9 D8 07 D6 05 D4 D3 D2 D1 CH Ticket No N 0 SP SP SP SP SP 06 ps 04 D2 D1 Date Time D6 D5 D4 D3 02 Di SP sp sp D4 D3 D2 D1 CH Code 0 D E SP SP 07 06 D5 D4 D3 D2 D1 Weight G H T SP D6 ps D3 D2 1 SP D2 D1 CH Standard Data Transmit Shape 2 Net Weight Firm Name D14 D13 D12 D11 D10 D9 D8 07 06 D5 D4 D3 D2 01 D14 D13 D12 D11 D10 D9 D8 07 06 05 D4 D3 01 Ticket No N 0 SP SP SP SP SP 06 ps D2 D1 Date Time D6 D5 D4 D3 02 Di SP sp sp D4 D3 D2 CH KM LL3E 002 38 D E SP SP D7 06 05 D4 D3 D2 D1 CH Gross Weight B R SP SP SP D6 05 D4 03 D2 01 SP D2 pi Weight TIA SP SP SP 06 05 04 03 D2 D1 SP D2 pi Net Weight N E T SP SP SP SP 06 D5 04 D3 D2 01 SP D2 SP Space D6 D5 D4 D3 D2 D1 Data CH chr 13 Standard Ticket Exa
3. 19 6 2 3 Manual ZERO xs amaa 19 6 2 4 Initial ZERO 20 6 2 5 Gain Rate yakama al 20 6 2 6 Internal Filter iier iei ka a dara Ya da 20 6 2 7 Digital E RN e 20 6 2 8 Standstill Detection Interval as 20 6 2 9 Standstill Waitlng sus ine sama vini ss 20 6 2 10 Tare Request M dE cn ENTRIES 20 6 3 P3 CONFIGURATION nna salk imi a 21 cm E epu RR 21 6 3 2 Division Interval d asians aaa aa 21 1 KM LL3E 002 6 4 6 5 6 6 6 7 6 3 3 DecimalPointPlace1l 21 6 3 4 Capacity 2 semeri d k email ac ay s r mi al 21 6 3 5 Division Interval 22 6 3 6 Decimal Place 2 esent kan sike 22 6 3 7 22 6 3 9 Decimal SiN Type usse cue nione ARES 22 6 3 9 OVEN OA ala ke 22 CALIBRATION 5656s eoo ade emi epin aa 23 6 4 1 Calibration With dete n ederet 23 6 4 2 Calibration ecu sirin asa ae tens 24 6 4 3 Gravity A
4. SSBBBEDOE RE uneer LOAD 3 DIGITAL WEIGHT INDICATOR USER MANUAL D TUNAYLAR 5 1 GENERAL FEATURES 4 2 TECHNICAL SPECIFICATIONS 5 3 CERTIFICATES petias uve ere B RR a be 6 3 1 Directives Standards aies asas 6 4 A IKLAMALAR siye onan SE as E 7 4 1 Subjects To Considered During Setup Operating 7 Tuus 7 4 2 NotesConcermningProductEndoflife 9 5 GENERAL VIEW sese sine kes sa enne sie adana na on du sa eee nics 10 Deda K 10 5 21 KG 10 Dds Status Sigtidls 13 6 CONFIGURATION AND CALIBRATION MENUS 14 61 Bire GENERAL Beze retta 17 6 1 1 Purpose of USE 2005 eet Bae ure RR dark 17 6 1 2 Type of USC aradi piso hase saeua asi 17 6 1 3 Default Values sesi esee enu Bana sz naasia 17 6 2 2 PARAMETERS 55 5 eso both o Aad cats 19 6 2 1 AUTO ZETO iicet t amala 19 6 2 2 Auto Zero Waiting Time
5. CODE PART NAME TN LL3MA MAINBOARD TN LL3AN ANALOG CARD TN LL3MB KEYPAD TN LL3DI DISPLAY TN LL3IO LOGICAL INPUT OUTPUT CARD TN LL3SP SERIAL PORT CARD TN LL3AB SERIAL PORT CARD TN LL3LG6 MIC 6 LOAD CELL INPUT CONNECTOR TN LL3LC LOAD CELL FILTER CARD TN LL3AD12V ADAPTOR 12V DC TN LL3BG3 F MIC 3 POWER SUPPLY INPUT CONNECTOR FEMALE TN LL3BG3 M MIC 3 POWER SUPPLY INPUT CONNECTOR MALE 14 LL3 MODEL OPTIONS CODE STRUCTURE LOAD LINE 3 Exampe CTA ABCDEF Ly TOA MODBUS ALIBI MEMORY DAC 04 08 COM 2 RS232 if O then exist Others if 0 then no exist if 1 then I O 4 if 1 then exist if 2 then I O 8 LOAD LINE 3 CTA 011100 Left to right Com2 non exist I O 4 exist DAC exist Alibi Memory exist Modbus no exist RF no exist 55 KM LL3E 002 KM LL3E 002 56 D Tunaylar Bask l Sanayi ve Ticaret A Ak aburgaz Mah 88 Sok No 7 Esenyurt STANBUL T RK YE TUNAYLAR Tel 0212 886 39 00 pbx Fax 0212 886 39 15 www tunaylar com tunaylarGtunaylar com
6. MA Geom MT EA 2 172 238 FRONT VIEW MULTI INTERVAL j Wr 7 E Tees MULTI RANGE S NGLE INTERVAL cus 5 Mn 0 YY PROTECTION SEALS LEAD BACK VIEW IDENTIFICATION AND TYPE PLATE FOR EXAMPLE af vox Tees MULTI INTERVAL NALAR fian rah thavoc Soom del le haw soa MULTI RANGE ve lend ne LI M 0019963 GED Production Year Seratno E ew ice TUNAYLAR Max 2W 50 50 H Seri no A PROTECTION SEALS ADHESIVE LABEL KM LL3E 002 52 227 106 92 52 kg Feo 170 FRONT VIEW BACK VIEW tj GE CO CO COE C Bane TYPE PLATE dp WI Tat zi e MULTI RANGE i 1 va MULTI INTERVAL SINGLE INTERVAL
7. Re nene rans 30 KM LL3E 002 6 8 8 OUT sein ia tk hei AAA 31 6 8 1 Disable Enable sa alamamak 31 6 8 2 Range scs jane e ES 31 6 8 3 WY Ie 31 6 8 4 danua aa rn elnare m a a a elalem desta 31 6 8 5 Calibrati O sinin UE 31 6 9 P9 DISPLAY nn ats Be anlama Mae 32 6 9 1 Internal Count Display seat exitus 32 6 9 2 Calibration Value D Sp AY riae Ionen nitum nen 32 6 10 PTO SJEND 20446 uasa ar eR ERRORES ERE UIS edo QR 33 Ze FUNCTIONS ER af eh ri e i a E ERA 34 ALIBI MEMORY AND REPORTING 36 9 SERIAL COMMUNICATION PROTOCOL 37 9 1 Continuous Data se laleli a 37 9 2 TranstnlE veride irana mamak rb pea 38 9 3 Master Slave xanim a 41 10 ERROR MESSAGES three nre ie Er maki yy ra era me 42 11 CABLE CONNECTIONS ve mez ai s saa laa e ES yle a 44 1115 Load Cell senesine tos aee ge xs 45 11 2 derle
8. GD 5 1 9 MULTI RANGE SINGLE INTERVAL PROTECTION SEALS PROTECTION SEALS LEAD ADHESIVE LABEL Power ws C Eo z 7 sera M pxowses GID Production Year Max ew Min xa havoc Sm 5 ma Facies Te cra 53 KM LL3E 002 eov 215 Load Line 3 kg ECKEN 01 s Q e ox 1S S k 2 a Fee wl Cg 8 154 LE ABI m COVER N W ae KM LL3E 002 54 13 PART LIST
9. bil l 46 11 3 RS485 Serial Conhectlon euren daa isa 47 11 4 Analog Output assassins adda aiia ii RR a Sex 47 11 5 Inputs OUtpLts cuis ores exco a A 48 11 6 MODBUS RTU ssi seres ss ia as E REY E SER 49 117 POWEPSUDD YA nem siya nm am cR 50 12 DRAWINGS amp SEALING PLANS 51 13 PART LIST seen esat eR ES FETU EYE 55 14 LU3MODELOPTIONSCODESTRUCTURE 55 3 KM LL3E 002 1 GENERAL FEATURES Load Line 3 is a digital weight indicator using the latest Sigma Delta A D tech nology and providing fast and accurate weighing It can be used in a very di versified set of weighing applications owing to its technological design which is appropriate to national and international standards Load line 3 can be used even in very hard environmental conditions because of its stainless steel construction practical and easy usage features Beside to its weighing abilities load line 3 also provides additional functions which will be very useful for you Easy to Use Load Line 3 provides easy and quick programming and usage opportunities with the user friendly and block structure menu High speed and accuracy 100 times ADC conversion speed per second and 24 bit 16 000 000 internal counting value Weighing range selection Single and
10. MEER m EE P3 2 2 P34 2 P3 5 P3 6 gt o ce n ALTERNATIVES EXPLANATION P3 0 Capacity 1 0000000 Enter maximum capacity of the first weighing range If single interval is selected at menu P4 1 this will be the Maximum Capacity of the scale Division Ac 1 Scale s division interval verification Interval 1 21072 scale interval for weighing range 1 5 5 If P1 0 purpose of use is selected as Verifica 4 10 approved number of divisions can not tion Scale 51 20 exceed 3000 Interval 6 gt 50 7 100 For non approved applications you 8 200 can select up to 50 000 divisions 9 500 P3 2 Decimal 0 no point 0 This option is to select place of deci Point mal point for weighing range 1 Place 1 2 XXXX XX 4 XX XXXX P373 Capacity 2 0000000 Enter maximum capacity of the sec ond weighing range 21 KM LL3E 002 P3 4 Division duct 1 Scales division interval verification Interval 2 2E scale interval For weighing range 2 35 If P1 0 purpose of use is selected as Verifica 4 10 approved case of number divi tion Scale 5 20 sions bigger than 3000 the indicator Interval 650 will give an error 74100 8 200 If purpose of use is selected non ap 9 500 proved the division interval can be selected any value BSS Decimal 0 no point 0 This option is t
11. III Aprroved Division 7 500 d Single and Multi Interval Certificates 2009 23 EC OIML R76 CE Display Status Indicatons 7 Digit 14 mm VFD Display Stand still Zero Numeric Tara Net Pcs and Weight Range symbols Keypad Membran type 20 functional alpha numeric touch sense keys A D Converter Speed 24 Bit Delta Sigma 10 ms 6 25 100 Hz Signal Range 0 imvV V 3mV V Input Voltage 0 33 Internal Resulation Division 1 16 000 000 Internal Conversions Display up to 80 000 Linearity amp Temp Co efficient 9o 0 0015 FS lt 2 ppm C Loadcell Excitation 5 VDC Loadcell Connection Min 1 unit 43 75 ohm Max 8 units 350 ohm 25 units 1100 ohm Serial Communication RS232 Power Supply Operation Temperature 12 VDC 5 max 109C 40 C 85 RH Housing Aluminium Cast Standart Stainless Steel Option Protection Class IP 54 IP 65 Model LL3 CTA LL3 CTC LL3 POA LL3 TOA Size amp 227x98x170mm 215x154x158mm 250x92x191 mm 227x92x170 mm Weight 2kg 1 5 kg 2kg 1 7 kg Sizes with Package amp 330x210x120mm 330 210 120 330x210x120mm 330X210X120mm Weight 2 8 kg 2 3 kg 2 8 kg 2 5 kg OPTIONS Communication 1 x RS232 1 x RS422 485 MODBUS Ethernet TCP Wireless Communication RF Analog Output 0
12. is selected 1st input will be used as tare button 2nd input will be used as zero button and 3rd input will be used as print button If 0 is selected outputs will not be set while weight is returning back to zero un til zero is displayed If 1 is selected outputs will be set as soon as weight is smaller than related set point value KM LL3E 002 28 6 7 P7 Peripheral Equipments P1 GEN PAR P4 CAL SER 7 E reno fa EE ET EHE SYMBOL _ ALTERNATIVES This value shows minimum weight Load for qu B e value at which pinter outputs can be Printer 2 50 taken Enter number of blank rows from top Format Top number of blank characters from left left and blank rows at the end Bottom Note Each of above values must be between 1 to 255 B72 LLL LL Fields on the ticket can be defined by Fields using the following formula Ticket no x 1 Firm Name x 2 Date Time x 4 Code x 8 Weight x 16 Barcode x 32 You must put 1 for the fields you want to include to the ticket and put O for others Then calculate above formula and enter it to P7 2 29 KM LL3E 002 Example If you want only ticket no and weight fields on the ticket then result of the formula will be equal to 1 1 0x2 0 4 0x8 1x16 0x32 17 You must
13. 10 V 0 20mA 4 20 mA Digital Input Output Optoizole 4 inputs 5 VDC PNP Logic 4 TTL 1 A 24 VDC or 0 5 A 125 VAC relay outputs Alibi Memory 2MB 105 000 Records 5 KM LL3E 002 3 CERTIFICATES 3 1 Directives and Standards 2009 23 EC Non automatic Weighing Instrument Directive NAWI EN 45501 OIML R76 2004 108 EC Electromagnetic Compatibility Directive EMC EN 55022 1998 2 Class EN 61000 3 2 2000 61000 3 3 1995 A1 EN 45501 1992 1993 61000 4 2 1995 1 2 61000 4 3 2002 1 61000 4 4 1995 1 2 61000 4 11 1994 1 2006 95 Low Voltage Directive LVD 3 2 Certificates EC Type Approval Certificate No DK 0199 63 Notified Body Delta Danish Electronics light amp Acoustics EMC Test Certificates No 708 Notified Body Delta Danish Electronics Light amp Acoustics OIML Certificate of Comformity No R76 1992 DK3 11 02 Notified Body The Danish Accreditation and Metrology Fund KM LL3E 002 4 1 SUBJECTS TO CONSIDERED DURING SETUP OPERATING AND MAINTENANCE Mounting The instrument is suitable for table or panel mounting see drawings for details of different types Please observe the Required environmental conditions as given in technical Specifications Dismantling When removing the housing covers or other protecting parts li
14. 5 3 CONTINUOUS DATA TRANSMIT P6 2 OUTPUT SET WEIGHTS P5 4 MANUAL DATA TRANSMIT Bex SNe P6 3 INPUT OPERATING P5 6 ADDRESS P5 7 MODBUS P7 PERIPHERALS P8 ANALOG OUT P9 DISPLAY 930 MIN LOAD FOR PRINTER P8 0 ENABLE DISABLE P9 0 INTERNAL COUNT DISPLAY P8 1 RANGE EKET PORMAT P9 1 CALIBRATION VALUE P7 2 TICKET FIELDS P8 2 DISPLAY P7 3 TICKET LANGUAGE P8 3 MODE bor PADER TYDE P8 4 CALIBRATION KM LL3E 002 16 6 1 P1 General P2 PAR P3 CON P4 CAL P5 SER P6 INO P7 PRP P8 ANA P9 DIS P1 1 a Multi Range H Single Interval D Multi Interval SYMBOL ALTERNATIVES DEF EXPLANATION P1 0 Purpose of Use PAST Single Interval Multi Range Multi Interval P1 2 Default Values 1 Non Approved 2 Approved 0 Hd 2 2 If non approved mode is se lected indicator adjustments can be changed without any restrictions In approved mode the data input will only be ac cepted if they are convenient to EN45501 standard You can select the operation type of the indicator from this menu Select 0 for single Interval 1 for Multi Range and 2 for Multi Interval This option is used to return all of indicators parameters back to their factory default values KM LL3E 002 Factory default values are as follows GENERAL P1 0 2 P1 1 0 pi2 P2
15. again Check the contents of the consignment for completeness and note whether any damage has occurred during transport If the contents are incomplete or if there is damage immediately inform us in order to facilitate the repair or replacement of the instrument Parts provided with your device are as follows Adaptor 5 MIC 6 Connector for load cell Serial Communication Cable B User Manual KM LL3E 002 8 4 2 Notes Concerning Product End of Life The crossed out wheeled bin on the product means that at the product end of life it must be taken to separate collection or to the reseller when a new equivalent type of equipment is purchased The adequate differentiated refuse collection in having the product recycled helps to avoid possible negative effects on the environment and health and supports the recycling of the materials of which the equipment is made The unlawful disposal of the prod uct by the user will entail fines foreseen by the current regulations 9 KM LL3E 002 5 GENERAL VIEW 5 1 Front Panel Load Line 3 Cy TUNAYLAR d 1 kg aa 306 NET Pcs fe PT F 1 OP G EA ES EZ 5 2 Buttons PT Button is used for preset tare entry during PT PRESET weighing provided that 4 TARE Weight display is standstill condition Indicator is not in set up mode failure mode If it is pushed one more time device will go back t
16. changes confirmed by enter button use Esc button to go back to main menus from sub menus P1 0 0 Esc gt P1 GEN In order to exit from programming and calibration menus go to End menu and press Enter button During SAVE message press Enter button in order to save differences or use Esc button to exit without saving END Calibration Sequence Summary 1 Close calibration jumper 21 for P2 P3 2 Go through steps P1 P8 and select END open calibration jumper 21 3 Close and seal the weight indicator housing as described in this manual 15 KM LL3E 002 GENERAL P2 PARAMETERS CONFIGURATION P1 0 PURPOSE OF USE P2 0 AUTO ZERO TRACKING P3 0 CAPACITY 1 P2 1 AUTO ZERO TIME e P1 1 SINGLE INTERVAL m MULTI RANGE MUL INTERVAL P3 2 DECIMAL POINT PLACE 1 P2 3 INITIAL ZERO P3 3 CAPACITY 2 P1 2 DEFAULT VALUES P2 4 LOAD CELL GAIN RATE P3 4 DIVISION 2 P2 5 INTERVAL FILTER P3 5 DECIMAL POINT PLACE 2 P2 6 DIGITAL FILTER P2 7 STANDSTILL DETECT INT 93 6 WEIGHING UNIT STANDSTILL IME P3 7 DECIMAL POINT P2 9 TARE ENABLE P3 8 OVERLOAD P4 CALIBRATION P5 SERIAL COMM P6 INPUT OUTPUT P4 0 WEIGHT CALIBRATION F0 P6 0 OUTPUT OPERATING TYPE P5 1 BAUD RATE FOR COM1 P4 1 SELF CALIBRATION P6 1 OUTPUT ASSIGNING P5 2 BAUD RATE FOR COM2 P4 2 GRAVITY PARAMETERS
17. electrical ly isolated from the instrument 2 through opto isolators 1 TRANSISTOR RELAY OUTPUT OUTPUT The logic outputs are provid edon a 4 relays the rate of ri each contact is 1A 24Vdc or 6 0 5A 125 Vac Each output is free programmable 5 TRANSISTOR RELAY OUTPUT OUTPUT 1 TRANSISTOR RELAY OUTPUT OUTPUT pg Il 12 1 TRANSISTOR RELAY OUTPUT OUTPUT 11 6 MODBUS RTU 1 5 1 ecco G ON gt 6 9 6 9 COM 1 MODBUS COM 2 MODBUS PIN DESCRIPTION PN DESCRIPTION 2 RXD SHLD BODY RTS CTS RS 485B SHLD BODY e e Note Any of serial communication interface can be used by selecting from P5 7 parameter 49 KM LL3E 002 11 7 Power Supply PIN NO DESCRIPTION 1 12VDC 2 0 VDC The power supply wire must be grounded and must be channelled separately from other supply wires with different voltages from the load cell wires and the logic input output wires Supply voltage 12VDC 50 60 Hz The instrument is grounded for practical reasons therefore check the presence of valid ground protection KM LL3E 002 50 12 DRAWINGS amp SEALING PLANS
18. enter 17 P73 Ticket 0 Turkish 0 Select language which will be used to Language 1 English explain fields on ticket P7 4 Ticket 0 Standard 0 Ka t tipini se iniz Paper Type 1 Sticker KM LL3E 002 30 6 8 P8 Analog Out FT md 2 SYMBOL ALTERNATIVES EXPLANATION Disable 0 You can enable or disable Analog Out Enable 1 If Analog Out is enabled it works con tinously within the range given in P8 1 P8 1 Range por 5 Select weight range which analog out will work Analog out will not be ac tive if the current weight value is not in this range Min and Max Weight values P8 2 Type 0 0 Select one of three analog out operat ing types 2 0 20mA 4 20mA 0 10V P8 3 Mode 0 0 Select work mode as Brut 0 or 1 Net 1 P8 4 Calibration This part is used to calibrate Analog Output First enter zero value and then maximum value Calibration will provide more accurate analog output value 31 KM LL3E 002 6 9 P9 Display P1 GEN P2 PAR P3 CON P4 CAL P5 SER P6 INO P7 PRP P8 ANA END P ad SYMBOL _ ALTERNATIVES DeF EXPLANATION P9 0 Internal You can change display type from Count weight display to internal count dis Display play by pressing Enter button at P9 0 Esc button can be used to exit P9 1 Calibration Calibration value shows number of in Value ternal counts per one verifica
19. range It lights when weight value is smaller than Maxi Indicate 2 weighing range It lights when weight value is bigger than Maxi 13 KM LL3E 002 6 CONFIGURATION AND CALIBRATION MENUS In order to enter P1 General P2 Parameters Configuration and Calibr ation menus calibration jumper must be closed e Press F button to enter configuration and calibration menus when FUNC message is appeared press Enter button F 2 i FUNC 7 PASS down P1 GEN P2 PAR v em After PASS message is displayed write password and press Enter TII DEF ABC JKL You can use PT and buttons in order to stroll between main menus up or P2 PAR P1 GEN Use Enter button in order to enter sub menus of any of the main menus P1 GEN P1 0 1 Again you can use PT and buttons in order to stroll between sub menus P1 0 P1 1 P1 1 P1 0 Press Enter button in order to start changing a parameter Change it by using PT F buttons and save it by pressing Enter button P1 0 1 P1 0 3X ZW P1 0 Dig P1 0 KM LL3E 002 14 During data entry menus T and PT buttons are used to move cursor one step right or left 3k00000 030000 sem E y 3400000 After
20. 3 Serial data baud rate is adjustable between 300 600 1200 2400 4800 9600 19200 38400 Data length is 8 bits and there is no parity Data will be sent only after standstill condition is reached Order of bytes in each package is as follows ss EEE se wereer 5 SB Start Byte 1 Byte Chr 2 A Status Word 1 Byte A 0 Always 1 A 1 1 for Net A 2 1 for Preset Tare A 3 1 for Zero A 4 Not used A 5 Always 1 A 6 1 for Negative A 7 Not used B Status Word 2 1 Byte B 0 Always 1 1 for manual print B 2 Always 0 B 3 Always 0 B 4 Always 1 B 5 Always 1 B 6 Always 0 B 7 Always 0 C Status Word 3 1 Byte 0 If there is decimal point 1 If there is 1 character after point Cz2 If there is 2 character after point Cz3 If there is 3 character after point 4 If there is 4 character after point SP Space 1 Byte WEIGHT 1 Displayed Weight Value 6 Byte B6 B5 B4 B2 B1 BO MSB LSB 37 KM LL3E 002 WEIGHT 2 CH CK ST 9 2 Character 1 Byte Tare Weight 6 Byte B6 B5 B4 B2 MSB Chr 3 Checksum 1 Byte LSB ASCII totals of bytes between SB and CH with respect to Mod 256 Stop Byte 1 Byte Chr 13 Manual Data Transmit Standard Data Transmit Shape 1 Gross Weight
21. C Internal Filter Digital Filter Standstill Detection Interval Standstill Waiting Time Tare Request 0 Disable 0 1 Yol 2 955 3 10 4 9620 akal 64 2 2 4 x4 8 x8 16 x16 32 X32 64 x64 0 100 sps 3 1 50 sps 2 25 5 5 3 5 25 SPS 4 6 25 sps 0 iptal 0 1 last 2 sps 2 last 4 sps 3 last 8 sps 4 last 16 sps 5 last 32 sps ile 1 2 2e 3 32 4 4e 5 58 0 0 sec 2 1 0 5 sec 2 1 sec 3 1 5 sec 4 2 sec 0 Dara Enable 0 1 Dara Disable Select range which will be zeroed dur ing start up Select gain rate of mV signal coming from load cells Select 64 for 1 mV V load cells Select 64 or 32 for 2mV V load cells Select 64 32 or 16 for others 1 2 4 and 8 are dedicated for special applications Select filter level against sudden im pacts Select filter level against external fac tors and noises The average of measurements are calculated based on selected values If the difference between consecu tive weight values is smaller than this value standstill signal will light after the time period selected at P2 8 is elapsed Select time period will be elapsed before standstill signal lights if the consecutive weight values are smaller than P2 7 Tare button can be enabled o r disa bled KM LL3E 002 20 6 3 P3 Configuration SYMBOL v P1 GEN P2 PAR P4 CAL P5 SER P6 INO P7 PRP P8 ANA P9 DIS END
22. ERIC 5 9 WXYZ Total Button is used to reach reports for the re cords saved Into alibi memory up to 105 000 records After pressing this button REPORTS message will be seen you can select one of 1 2 3 4 buttons in order to complete reporting See reporting sec tion for details Print button is used to print weighing result or save it into alibi memory computer This button is disabled if continuous data transmit mode is active please see serial communication section Pressing to this button causes to print provided that e Indicator output manual output has spondingly be activated e weight display is in standstill condition e Weight vaule is greater than min printable amount selected before e Indicator is not in set up mode or in failure mode G N button is used to display gross and net values during weighing Owing to this button gross vaule can be seen without loosing tare and preset tare values After five seconds display will return back to net mode Enter button is used to enter programming and calibration menus and to make selection among alternatives It is also used as Yes button for question messages Esc button is used to go back to upper menus from sub menus It can be used to exit without changing parameters It is also used as cancel button for question messages 10 numerical buttons are used to enter numerical or alphanumerical data entry as in mobile ph
23. PARAMETERS P2 0 0 P2 1 4 P2 2 1 2 3 0 2 4 64 2 5 P2 6 0 P2 7 1 P2 8 2 2 9 0 P3 CONFIGURATION P3 0 P3 1 1 P4 CALIBRATION P4 0 P4 1 P4 2 P5 SERIAL COMM P5 0 1 5 1 9600 P5 2 9600 5 3 0 P5 4 0 5 5 1 P5 6 001 5 7 0 P6 INPUT OUTPUT P6 0 0 P6 1 P6 2 P6 3 0 P6 4 P7 PERIPHERALS P7 0 0 7 1 7 2 7 3 0 4 0 P8 ANALOG OUT P8 0 0 P8 1 P8 2 0 P8 3 0 P8 4 P9 DISPLAY P9 0 P9 1 P10 END KM LL3E 002 18 6 2 P2 Parameters HEHE HE e e e e e Ce 6 e C fe gt P3 CON P4 CAL P5 SER P6 INO P7 PRP P8 ANA P9 DIS gt 4 END E name per P2 0 Auto Zero 0 Disable 0 Weight vaules smaller than the se Tracking ile O 25e lected value will be set automati 2 0 56 cally to zero 3 0 75e 4 1e 5 1 25 6 1 5 7 1 75e 8 2e P2 1 Auto Zero 0 0 sec Time which be elapsed before Waiting 13 10 5 auto zero is activated Time 2 1 sec 3 1 5sec 4 2 sec P2 2 Manual 1 902 1 Select maximum load range that Zero 2 9020 can be manually zeroed by pushing 3 Full Capacity zero button 19 KM LL3E 002 R215 P2 4 2 5 2 6 R217 P2 8 2 9 Initial Zero Load Cell Gain Rate AD
24. TION SIGNAL 1 SUPPLY SUPPLY SUPPLY 2 SENSE 4 SENSE 3 SIGNAL SIGNAL 4 SIGNAL SIGNAL 5 SENSE SENSE SENSE 6 SUPPLY SUPPLY SHLD BODY BODY SUPPLY 45 KM LL3E 002 11 2 Serial Connections In order to create the serial connection use a shielded cable making sure that only one of the two shield ends is grounded If the cable has more conductors than those used connect the free conductors to the shield The serial connection wire must be a maximum of 15 metres long EIA RS 232 C standards in addition to which it is necessary to adopt the RS422 interface th at the instrument can be equipped with The cable must not be channelled with other cables i e outputs connected to re mote switches or power supply wires but must follow its own route The PC used for the connection must conform to the EN 60950 standard 1 PIN NO DESCRIPTION PIN NO DESCRIPTION 2 RXD 2 RXD 3 TXD 3 TXD 5 GND 5 GND SHLD BODY 7 RTS 8 CTS SHLD BODY COM1 2 3 2 LOAD PC PC LINE 3 3 2 PRINTER d 3 3 PRINTER ETC ETC 5 5 7 9 Pin 9 Pin 9 Pin 25 Pin COM2 2 3 2 3 3 2 3 2 PC LOAD LOAD LINE 3 5 5 io LINE 3 5 7 iu 7 7 7 4 8 8 8 5 L 9 Pin 9 9 25 KM LL3E 002 46 11 3 5485 Serial Connection The serial connection cable must be suitable for Rs485 serial communicat
25. ailed report To do that press code button and enter code number Weighing TOTAL message will appear You can print weighing totals Totals Based for all of the codes you defined before by pushing Enter button On Codes If you want to exit without printing use Esc button All Records ALL message will appear You can print all of the records in Deleting Weighing Records the alibi memory by pushing Enter button If you want to exit without printing use Esc button DELETE message will appear If you press Enter button all of weighing records in the alibi memory will be printed and deleted Serial number ticket number will also be zeroed You must clean alibi memory if maximum capacity is reached otherwise device will not send data to serial port You can exit without deleting records by pushing Esc button Standard Report Examples 010104 10 18 DETAILED RAPOR CODE 22 10mm SAC 010104 10 20 ALL RECORDS CODE S NO BRUT DARA NET S NO BRUT DARA NET 10mm SAC 000001 13000kg 2000kg 11000kg 000001 13000kg 2000kg 11000kg NPI260 000002 15000kg 5000kg 10000kg 000002 15000kg 5000kg 10000kg NPI160 000003 17000kg 010104 10 22 TOTAL REPORT CODE BRUT DARA NET NPI260 33000kg 9000kg 24000kg NPI160 55000kg 7500kg 47500kg KM LL3E 002 36 9 SERIAL COMMUNICATION PROTOCOL 9 1 Continuous Data Transmit Each package has 21 bytes and starts with Chr 2 and ends up with Chr 1
26. ase 4 90A 9 ANdNI 1 OQAZL t axy 2 g 79 sz SIVT3Y OlLdO 8 zi 1 zd 6 3090 IVNV ve Woo d 1 1 or e i aN zc Sivisuoudo E iind AGOS Agog Ado8 quus 4 02 swisWoudo ve no 2 E SNIS SN3S 9 ut 9 1ndNI 4 8 ZLNO 9 SNIS dans s i aem BE wo s M NSIS TWNOIS a SIVISU DILdO VZLNO v NOS CNNOIS CNNOIS Il A LIndNI sivimsoudo pes EN z b 17 st Woo 2 AlddNs 5 12 ut gano VHNO 1 Gu 318 2 9 mevo ON ONINV3W Tu2avoi Tu2 avoi indino na no SLNANI 0 1 T T DEE ard t 254 HE ul 4 ai 1 FU O a ads il 1 Pau 3 atl i e An 4 1 anano andino i HOLSISNVHL T MN 1 T E i AoE py J yg TTT ee eg i 25 BELL T 2 BOAT M pem V mese idu wee CAE oom sivi A
27. cceleration cocer etn their Rak aaa 24 P5 SERIALCOMMUNICATION 25 6 5 Alibi yi san lela dm a DR le 25 65 2 1 2 rai eke mai 25 6 5 3 PortsforContinuousDataTransmit 26 6 5 4 PortsforManualDataTransmit 26 6 5 5 Slave eec see ders eaa es 26 AGONESS sister ella a ik NE 26 6 5 7 MODBUS senim alla eec iter se al 26 P6 INPUTS OUTPUTS sesi ses r air b e e eril re ra azad bns 27 6 6 1 Output Operating aaa efa 27 6 6 2 Output ASSIGN net dada et 28 6 6 3 Output Set Point Weights inst aa amme elemani 28 6 6 4 Input Operating aaa ede 28 5 een RENE 28 P7 PERIPHERAL EQUIPMENTS cese enr Eae an 29 6 7 1 Minimum Load for PrinterTicketFormat 29 6 7 2 Ticket ie oiii sami asama eae ak ai 29 627222 Ticket Fields ia ka Ki ie renders 29 6 7 3 Ticket Eangulage eatenus dinimi 30 6 7 4 Ticket Paper Type Siza
28. d row Piece Counting First of all put a few of items you want to count on the scale and select this function COUNTIN mes sage will appear Press Enter button and write num ber of pieces on the scale then press enter button again Number of pieces will be seen on display and pcs signal will light Now you can put all of items you want to count Use Esc button in order to exit from this function x10 Viewing Ent 10 message will appear If you press Enter but ton verification scale interval will be divided by 10 and device will be 10 times more sensitive X10 view ing will last 5 seconds Peak Hold Hold message will appear press Enter button in or der to use this function Enter maximum flow value of the material and press Enter button If weight vaule is suddenly reduced more than this value device will catch peak point and will display it First digit starting from left will show H letter mean ing hold Use Esc button in order to exit 35 KM LL3E 002 8 ALIBI MEMORY AND REPORTING 1 Detailed Report Based On Active Code 2 Weighing Totals Report Based On Codes All Records Report M M M M ait Delete Records in Alibi Memory Detailed DETAIL message will be seen you can print weighing records Weighing for active code by pushing enter button You can exit by pushing Report Based On Esc button You have to select code number for which you want Active Code to get det
29. ds znoo noo andino andino sia zh 1 Pai S1nd1no 0 1 44 KM LL3E 002 11 1 Load Cell Connection The load cell cable must not be channelled with other cables i e outputs connected to remote switches or power supply wires but must follow its own route Any cable extensions must be carefully shielded respecting the colour codes and using the same type of wire as that supplied by the manufacturer The extension connections must be soldered or connected through support terminal blocks or the joint block supplied separately The load cell wire must not have more conductors than those effectively used 4 or 6 In the case of a 6 conductor wire of which only 4 are used excitation and signal and connect the sense wires to the respective polarities of the excitation wires A maximum of eight 350 ohm load cells can be connected to the instrument in par allel The load cell excitation voltage is 5 Vdc and is protected against a temporary short circuit 6 Wire PIN NO DESCRIPTION CABLE SIGNAL CONNECTION 1 SUPPLY SUPPLY 2 SENSE SENSE SENSE 3 SIGNAL SIGNAL 4 SIGNAL SIGNAL SIGNAL 5 SENSE SENSE 6 SUPPLY SUPPLY SENSE SHLD BODY BODY SUPPLY 4 Wire PIN NO DESCRIPTION CABLE CONNEC
30. e indicator SB Address SaaS ST SB Chr 2 Address Chr 1 Status Bytes Chr 68 Chr 78 Chr 71 ST Chr 13 As soon as the indicator take these bytes it will send data to master device via the ports which are dedicated as slave This communication can be done through RS 232 or RS 422 485 It is possible to connect up to 32 indicators Data struc ture is as follows SB Address Record Date Time Weight CK ST SB Start Byte Address 1 Byte Address Info Record 06105104103102101 Date 0605 0403 D2D1 Time 0403 0201 Weight 0605 D4 D3 D2 D1 CK Checksum ST Stop Byte 41 KM LL3E 002 10 ERROR MESSAGES Error 1 Error 2 Error 3 Error 4 Error 6 Error 7 Error 10 Error 11 ADC Conversion Error Restart the device and call our firm if error message appears again Signal Failure Signals are oppositely connected Correct it Weak Signal Check calibration parameters especially P2 4 load cell gain rate must be selected as x64 and steel construction of the scale Division number is more than 3000 Check maximum capacity and verification scale intervals Initialization Error Restart device Be sure that load is still while the device is opening Ca
31. fferent inputs to each of outputs as shown in P6 1 27 KM LL3E 002 6 1 Output Assign P672 Output Set Point Weights P6 3 Input Operating Type P6 4 Application Type 0 Disable 0 1 Standard 2 External Buttons 0 Filling 1 Level Measuring You can assign different inputs to each of outputs First of all select output number and press enter button Then write respective inputs you want to assign by using the following formula Inputi x 1 Input2 x 2 Input3 x 4 Input4 x 8 Press Enter button to go next one You dont have to enter all of 4 outputs you can exit at any time by using Esc button Example if output 1 is assigned to in puts 1 and 3 select output 1 Out 1 and press enter button Then write the result of following formula 1x1 0x2 1x4 0x8 06 You can define 4 different set point weights Enter set weight values by using numerical buttons and then press Enter button to go next one You dont have to enter all of 4 set values you can exit at any time by using Esc button Example if displayed weight value brut or net is smaller than set point 1 output 1 will be open till it exceeds set point 1 As so on as weight value is greater than or equal to set point 1 output 1 is closed You can select operating type of the set point inputs If 0 disable is selected inputs will be disabled If 1 standard is selected inputs will be enabled If 3 external buttons
32. ions with two twisted pairs and relative protective shielding The cable must not be channelled with other cables i e outputs connected to remote switches or power supply wires but must follow its own route The PC used for the connection must conform to the EN 60950 standard Com 2 Optional PIN NO DESCRIPTION 6 RS485 A 9 RS485 B SHLD BODY PC PRINTER LOAD LINE 3 REMOTE DISPLAY 9 Pin 9 Pin 11 4 DAC Optional 1 13 0000000000000 oC eso 23 24 PIN NO DESCRIPTION 23 ANALOG OUTPUT 24 AGND SHLD BODY 47 KM LL3E 002 11 5 Inputs Outputs 1 13 V 00000000000 Q 000000000000 14 25 PIN NO DESCRIPTION PIN NO DESCRIPTION 1 OUT 1A 14 OVDC 2 COM 15 INPUT 1C 3 OUT 1B 16 INPUT 1D 4 OUT 2A 17 INPUT 2C 5 COM 18 INPUT 2D 6 OUT 2B 19 INPUT 3C 7 OUT 3A 20 INPUT 3D 8 COM 21 INPUT 4C 9 OUT 3B 22 INPUT 4D 10 OUT 4A 23 11 COM 24 12 OUT 4B 25 13 12VDC SHLD BODY Inputs The logic inputs are electrically iso lated from the instrument through opto isolators Use the shortest possible connection wire The inputs are active when a volt age of 5 Vdc is applied PNP logic In order to activate a logic input it is necessary to close the rela tive terminal supplied by external power 5V KM LL3E 002 48 Outputs 1 3 The logic outputs are
33. libration Weight Error Calibration Weight must be greater than or equal to 10 of maximum capacity Parameter Error Check all parameters Incorrect Calibration Password Check your calibration password and then try again Calibration Jumper Does not Exist Attach calibration jumper C alibration jumper must be attached in order to enter some of pro gramming and calibration parameters Date Time Error Check date and time parameters KM LL3E 002 42 12 Serial Port Ports selected for continuous and manual data Selection Error transmit must not be the same There is no mV signal coming to the device Erronda check load cell connection Not If you meet with one of error messages given above please implement relevant instructions or call one of our authorized services 43 KM LL3E 002 11 CABLE CONNECTIONS Ast gt es AGOS qus Tw Ls g 1 E 1 vu 00 1NdLNO NC Dy 9 qus ut ux vie ANALNO SIV 38 Nd UND s 1 x z ax
34. ll be saved into alibi memory KM LL3E 002 34 Date DATE message will appear Press enter button to see and change date date format is dd mm yy Time HOUR message will appear Press enter button to see and change time time format is hh mm Preset Tare Recording TARE 1 message will appear Use PT and F buttons to reach tare number which you want to enter and then press Enter button Then write preset tare value by using keypad After that SAVE message will appear Use Enter button to save it into non volatile memory Preset Tare Calling Firm Name Entry TARE 1 message will appear Use PT and F buttons to reach tare number which you want to select and then press Enter button Preset tare will be active and net value will be seen on the display You can exit and return back to gross display by TARE 1 message will appear Use PT and F buttons to reach tare number which you want to select and then press Enter button Preset tare will beactive and net value will be seen on the display You can exit and return back to gross display by pushing PT button FIR 1 message will appear Press Enter button and write alphanumerical Firm name You can define 4 different firm names whose each of them can have m a ximum of 7 characters These fields will be used in printing if firm name field is selected in ticket fields first two of them will be combined to form 1st row and other two will form 2n
35. mples XYZ COMPANY 0212 886 39 00 NO 000250 01 01 2004 16 15 CODE BRUT 22 NPI160 00250 5 kg Standard Transmit Shape 1 Not at P7 PRPH menu XYZ COMPANY 0212 886 39 00 NO 000250 01 01 2004 16 15 CODE BRUT TARE NET 22 NPI160 00250 5 kg 00100 0 kg 00350 5 kg Standard Transmit Shape 2 You can modify or change ticket format by using parameters 39 KM LL3E 002 Serial Data Receive It is possible to use serial port as full duplex You can use serial port to implement some key functions like zero tare and print To do that it is enough to send just one byte to the device Detailed information is given below Zero When ascii code 90 of Z first letter of Zero is sent to device it will automatically zero displayed weight value Tare When ascii code 84 of T first letter of Tare is sent to device it will automatically keep displayed weight value as tare and net value will be displayed If you send same value one more time device will return back to gross display Print When ascii code 80 of P first letter of Print is sent to device it will send data to printer KM LL3E 002 40 9 3 Master Slave Communication If the ports are configured in slave mode two way and full duplex communica tion is possible To do that first of all each weight indicator must be addressed In order to take data from Slave ports the following characters must be send to th
36. multi range weighing selection function on demand Anti Wibration Filter Programmable digital and sudden load filter levels Self Calibration Electronic calibration without requiring any load for industrial applications Control Inputs Outputs Free programmable optional 4 1 0 input output card Optoisolated 5 V DC PNPlogic input TTL 1 A 24 V DC or 0 5 125 V AC relay output option Analog Output 0 20 mA 4 20 mA or 0 10 V analog output option allows communication for automation systems like PLC and other devices Alphanumeric Code Input Selectable product type or customer code memory and Coding in the mobile phone logic in alphanumeric character input Tare Numeric Tare Memory 20 pcs numeric tara memory which can be defined by the user beside the manual tare Alibi Memory Optional alibi memory allows storing 105 000 records including weighing num ber gross tare and net weight information Reporting A detailed report according to the codes or total weighing report Printer Connection Labeling Trough RS232 data output connection Load Line 3 can print ticket stick label and barcode by connecting thermal ribbon dot matrix and barcode type printers Ticket label desing Turkish English Language option Additional Functions Simple piece counting peak hold dynamic weighing automatic filling and tolerance control mode operation options KM LL3E 002 4 2 TECHNICAL SPECIFICATIONS Accuray Class
37. o gross display mode Additionally this button is used for strolling upward direction between programming and calibration menus Tare button is used to keep displayed weight vaule as T TARE tare After pushing it net value will be seen on the display If KM LL3E 002 10 0 CODE FUNCTION SET TO ZERO CODE Weight is positive Weight display is standstill condition Indicator is not set up mode or in failure mode If it is pushed one more time device will go back to gross display mode Additionally It is also used to move cursor right during alphanumerical or numerical data entries F Button is used to enter functions and set up menus Also it is used for strolling downward direction between programming and calibration menus Zero button is used to make displayed weight val ue zero In order to set weight to zero conditions given below must be satisfied e Weight display is in standstill condition e Tare is reset e Gross weight is in previously selected manual zero range e Indicator is not in set up mode or in failure mode It is also used to move cursor left during alpha numerical or numerical data entries Code button is used to define new codes or to dis play previously entered codes Enter code number beetwen 01 99 you want to define After that enter code by using buttons on keypad 11 KM LL3E 002 gt TOTAL PRINT GROSS TO E ENTER Esc 0 NUM
38. o select place of deci Point 1 mal point for weighing range 2 Place 1 2 3 4 XX XXXX P3 6 Unit 1 kg il Select weighing unit which will be dis 2 l played and printed on the ticket Decimal 1 point 1 Select sign type if decimal vaules are Sign Type 2 comma used P3 8 Overload 0 0 2 Select overload value which can 1 1 displayed after full scale capacity 2 9 3902 It is selected as 72 for approved applications KM LL3E 002 22 6 4 4 Calibration No Load Add Load P1 GEN P2 PAR Lc Cap P3 CON Lc Sens Gr Cal s reno cm SYMBOL ALTERNATIVES DEF P4 0 Calibration Note Maximum capacity and division With interval values must be set before Weight starting calibration process After No Load message appears make sure that scales platform is empty and press Enter button Device will show BUSY message Add Load message will appear Put calibration weight on scales platform min 10 of full scale preferably close to maximum capacity and press Enter button Then write this cali bration weight value via keypad and press Enter button Device will display BUSY message again After calibra tion is completed main menu will be seen on display After calibration with weight process is implemen
39. ones They activate respective functions if they are used after F button For more information please see additional functions section KM LL3E 002 12 5 3 Status Signals gt gt STANDSTILL 40 PRESET TARE NET Pcs PrEcEs ss PEAK HOLD NA RANGE 1 aA RANGE 2 Standstill signal shows that the load on the platform does not move It lights up as soon as motion is anymore detected within the initially set range and time If the differ ence between consecutive weight values is smaller than the value selected in P2 7 then this signal will light after the time selected at P2 8 is elapsed Zero signal shows that there is no load on the scale It lights as soon as the actual gross weight is equal to zero If it doesn t lights when there is no weight on the scale it means there is the amount of deviation at zero If desired this deviation can be reset via the set to zero button Preset fixed tare signal will start to light after pushing PT key and it will light during preset tare entry by using numerical buttons Net signal will light during net weight value is seen on display lights up as soon as having tared by pressing tare or preset tare button Pieces counting signal will light if pices count ing function is activated First digit of the display starting from left will show H signal while peak hold weight vaule is being displayed Indicate 1 weighing
40. rankfurt 9 810 m s Glasgow 9 816 m s Havana 9 788 m s Helsinki 9 819 m s Kuwait 9 793 m s Lisbon 9 801 m s London Greenwich 9 812 m s Los Angeles 9 796 m s Madrid 9 800 m s KM LL3E 002 24 6 5 P5 Serial Communication e o 2 ullullu N 2 a U a a 9 a o E H H E H H H H H EMME 2 9 0 SYMBOL NAME _ ALTERNATIVES DER EXPLANATION P5 0 Alibi 0 Disable 1 Alibi memory can be enabled or dis Memory 1 Enable abled Capacity of alibi memory is 105 000 records When this capacity is exceeded device will not send se rial data until records in alibi memory is deleted 1 300 9600 Select baud rate of communication Baud Rate 600 Ports 1 1200 2400 4800 9600 19200 38400 5 2 Port 2 300 9600 Select baud rate of communication Baud Rate 600 Ports 2 1200 2400 4800 9600 19200 38400 25 KM LL3E 002 BSS Ports for 0 Disable 0 Select port names for continuously Continuous 1 transmitting data data protocol is giv Data 2 Com2 en in later sections Transmit 3 4 1 2 5 1 3 6 Com 2 3 7 Com 14243 P5 4 Ports for 0 Disable 0 Select port names for manually trans Manual Data 1 Comi mitting data data protocol is given in Transmit 2 Com2 later sections 3 Com 1 2 Alibi memory reports can be
41. taken through this parts PSS Slave Port 0 Disable 1 Device can be used as slave or master 1 1 Select port names which will be used 2 Com2 as slave ports 3 Com 3 4 Com 142 5 Com 143 6 Com 215 7 COM 23 P5 6 Address 9 001 Max of 32 indicators can be ed through RS 485 Enter device s address information here If this value is left as zero then the slave port will not work properly MODBUS 0 Disable 0 Select port number which will commu protocol 1 1 nicate with MODBUS protocol 2 Com2 3 Com 3 4 Comi 2 5 Com 1 Com3 6 2 Com3 7 Comi 2 Com 3 KM LL3E 002 26 6 6 P6 Inputs Outputs mz P6 3 A A GE SYMBOL _ ALTERNATIVES DEF EXPLANATION P6 0 Output 0 Disable 0 You can select operating type of each Operating 1 Net Values of outputs Type 2 Brut Values 3 Inputs If O disable is selected relevant output will be disabled If 1 net is selected respective out put will be closed when net weight value is greater than set point weight entered at P6 2 If 2 brut is selected this time brut values will be compared with set point weights If 3 inputs is selected output will work with respect to inputs meaning that if one of the inputs is active then respective output will be active you can assign di
42. ted grav ity acceleration values will be zeroed 23 KM LL3E 002 4 1 Self Calibration P4 2 Gravity Accelera tion This method is used to calibrate the device without calibrated weigh ts You must enter number of load cells Lc No capacity of load cells Lc Cap mi llivolt signal Lc Sens and to let the device sense the dead load of the scale No Load Finally press Enter button device will show BUSY message Note Self calibration can be used only for not legal for trade applications Gravity acceleration parameters make it possible to compensate the weight difference between the place in which the instrument is calibrated GR CAL and the place in which the instrument will be used GR USE due to differ ent gravity acceleration Gravity acceleration values must be between 9 770000 and 9 840000 Enter these two parameters by using keypad starting from left and press enter button After that the weight calibration is automatically corrected Gravity values at some places are as follows Istanbul 9 803 m s Ankara 9 798 m s Izmir 9 800 m s Adana 9 798 m s Amsterdam 9 813 m s Athens 9 800 m s Auckland NZ 9 799 m s Bangkok 9 783 m s Birmingham 9 813 m s Brussels 9 811 m s Buenos Aires 9 797 m s Calcutta 9 788 m s Chicago 9 803 m s Copenhagen 9 815 m s Djakarta 9 781 m s F
43. tion scale Display interval i e slope of calibration line KM LL3E 002 32 6 10 10 End rT 4 P6 INO P8 ANA P9 DISP Tee EXIT WITHOUT SAVE ESC SAVE EXIT WITH SAVE SYMBOL ALTERNATIVES DEF END End or Exit In order to exit from programming and calibration menus select End and press Enter button Then Save message will appear you can save changes permanently by pushing En ter button 33 KM LL3E 002 7 FUNCTIONS F Press first 4 and then desired numeric button for all of these parameters CODE Code Entries i 4 Date 5 42 Hour Time 3 Preset Recording F Preset Tare Callin 9 F Firm Name Entr 4 JKL y F Piece Countin 4 MNO g F x10 Viewin n PORS 9 Peak Hold Code Entries Enter code number you want to define and press Enter button Enter message will appear press enter button and write code data for the by using keypad then again press Enter button in order to confirm You can enter letters and other alphanumerical caharacters by pushing more times to buttons like in mobile phones You can use tare button to go right and zero button to go left Each code must be at most 7 characters long Repeat this procedure more times to enter more codes If you do not want to save codes press Esc button again The latest code which you enter will be the active code and wi
44. ve parts or terminals will be exposed Therefore set ting up the instrument must be performed only by trained personnel who are aware of risks Earthing The instrument has to be earthed according to latest safety requlations which are valid locally Electrostatically Sensitive Components This instrument contains electrostatically sensitive compo nents Therefore repair of electrostatically sensitive assem blies or Components must be carried out only by qualified personnel at workstations protected against electrostatic discharge 7 KM LL3E 002 Other Instructions Check network voltage and especially protective earthing line before oper ating the terminal Do not turn on the indicator before load cell cable connector is connected Do not Disconnect load cell or serial port connectors while the indicator is operating In order to operate the indicator properly it must be connected to a socket which have earthing Prevent device from direct sunshine Keep it away from heat sources like sto ve m Do not make hard push to the buttons on the keypad do not use pencil screwdriver or other sharp tools You can use little moist soft and hairless gland in order to clean the device Prevent the device from water leaps If water or any other liguid is spilled on the device disconnect all of electricity connections and dry it After be ing sure that the device is dried you can start to operate it
Download Pdf Manuals
Related Search