Manual instruction - WLX, WTX balances
Contents
1. COMPUTER DBYF solder side view Nw o signals from scale pin5 GND pin3 TX DATA 6 pin2 RX DATA Connections balance computer PRINTER DB25 M Solder side view O solder side view O 9 Signals from scale pin5 GND pin3 TX DATA 6 pin2 RX DATA e 00000 oooo O Connection cable scale printer EPSON KAFKA printer Din 5 plug Signals from printer 6 oV GND pin 3 6 6 RxD pin 1 e Solder side view SCALE DB9 F female connector Signals from scale GND pin 5 TxD pin 3 RxD pin 2 Solder side view Connection cable scale printer KAFKA 55 22 TRANSMISSION POTOCOL 22 1 Some basic information e The communication protocol has been designed for exchanging information between RADWAG scales and external devices via RS 232C e The communication protocol has been designed in the form of request response messages e Scales always respond after receiving a command or automatically after completing a command e Using the set of commands you can fetch some information from scales or influence the operation of the device E g It is possible to Identify the scale Collect weighing results Keyboard control Display control Changes of variables Other External software have to assure not sending the next command without receiving the answer for the previous one 22 2 Transmission parameters e Scales are equipped in RS 232 bidirectional a2. MO Basic weighing a 1 M1 Parts counting gt Y M2 Checkweighing 49 M3 Filling amp M4 Percent Parts counting setup V 7 MS Animalweig 4 01 Units weight gt 1 000g gt M6 Densit 02 Recall sample O3 Storesample 04 Checkweighing ON a 05 Filling ON m 06 Statistic OFF 0 Run Counting pieces main menu Set standard mass and press the ENTER or select 07 Start and press the F Functions to count details are activated Parts counting 14 01 26 APW 1 000 WGH 105 43 _ EB 105 pcs 10096 Counting pieces display view APW Singular piece mass g WGH Allpieces mass on the pan pcs Mark for counting pieces Return to weighing Y e Press the e and display shows list of all functions e Select MO Weighing Press the display show stage of weighing 30 18 1 2 Counting through determine singular element mass from the standard batch Start the procedure of counting pieces in accordance with p 18 1 1 it does not matter which mass in the field 01 Select 07 Start and press the key F In the counting pieces function press the key Units Dialog window appears on the display Select the batch quantity fields 01 04 or write it in 05 Standard Parts counting 14 04 33 APW 1 000 WGH 105 43 Parts counting setup Mib 01 01 Sample size 02 Sample size Sample size Sample size 100 Sample 25 free Counting pieces with using standard batch Then press the F key
3. b Stage Si Liquid p Procedure C Temperature MEASUREMENT OF DENSITY a Density of liquid V Float volume 50 Statistic variables in all modes apart from basic weighing n The measurement number X Average value S Sum m Min value M Max value D Difference between max and min value 96s Standard deviation Ar Variation factor Variable in all modes which value depends on the mode V Mass in current unit Value connected to work mode e g counting pieces for mode Counting pieces or deviation from standard mass in for mode Deviation Special characters used to create special printouts Single character c CR LF r CR n LF t Tabulator s skip to next string 10 End of the printout Each text Text 1 89 Text 80 can include max 8 characters letters digits special characters spaces To write a long sentence create it using 8 character texts User can use special characters to include variables dependly on own necessities Example 1 Max mass cannot be higher than 11 250 g If user write this sentence uses 46 characters grouped in adjacent lines of the text Set up following texts and write 8 characters in each of them untill the sentence finishes 51 Text Parameter number 1 2 3 4 5 6 7 8
4. sample002 3 0000 g 003 tabletkaCa 1 0000 g 004 sample004 1 0000 g 005 sample005 1 0000 g sample006 1 0000 g sample007 1 0000 g Automatic Correction of Preciseness record in date base Select the field and write names of weighed elements Press the Enter record name and Enter record value Next to name singular piece mass should be introduced It can be remembered using 02 Recall sample 32 18 1 3 Select an item from the database Active function of counting pieces as it is shown on below scheme Y 15 03 04 MO Basic weighing AT M1 gt Parts counting 32 Y M2 Checkweighing PP M3 Filling M4 Percent Parts counting setup 2 MS Animalweid M4 gt 01 Units weight 1 000g M6 02 __ Recall sample O3 Storesample 04 Checkweighing 05 Filing 06 Statistic 07__ Run Parts counting setup Recall sample M1 02 001 sample001 1 0000 002 sample002 3 0000 003 p tabletkaCa _ 1 0000 004 sample 004 n 005 sampleoos Parts counting setup sampleo06 M1 gt 01 Units weight 1 000g sample 007 02 Recallsample O3 Storesample 04 Checkweighing NIE 05 Filing NIE Statistic NIE Run Browsing of the database of items Select piece form date base Start counting pieces 18 2 Checkweighing The sample is weighed precisely when the limits of weighing are settled The process is shown side graphs and controlled 33 The function ac
5. 0 1s function RS Standard Standard enabled disabled disabled disabled disabled disabled disabled disabled disabled disabled disabled disabled disabled disabled disabled enabled enabled enabled enabled enabled enabled enabled 08 SQC 1 enabled 09 Statistics 1 enabled P9 Globals 01 ID setting sees function 02 ID autoprint 0 off 03 Beep 1 enabled 04 Language ees function 05 Backlight 1 on 06 Contrast sassa function 07 Screenserver 0 enabled 08 Balance ID 214493 09 Software rev MBTe31 10 Par Printout Wd aes function 11 Par receive sees function 12 Factory deff ss function 13 Password 0 Parameters in user s menu are e functional for particular activity e g the balance calibration e selectable selects one of few values from the balance memory e noted changes sets in the balance memory e g Date time user number texts 7 2 Menu graphic version Press the key to display main menu of the balance Select the submenu whose contents is displayed after pressing the key Bb dB 1i msgz 472 Setup 13 48 14 P1 Calibration z P2 GLP 15 03 04 Setup PS Date Time P1 gt 01 Ext calibr Sates function P4 Readout 02 User calibr x xx function IT P5 RS 282 03 Print report 1 on P6 Printouts P7 Units u N N EK XN JA fa 1 1 Va 5 6 1 P 8 e 6 View of balance m
6. Format 12 hours is diffrentiated by placing letters PM or AM on printouts 03 Time With F key enter parameter 03 Time setting according to below scheme 15 03 04 P3 01 Date format 0 DA MO YR 02 Time format 0 24 hour 03 Time j J eecirtt function 04 Dale 4 tid 05 Disp time 06 Disp date Hours b ii Minutes Submenu Date Time time setting Set cursor next to value which os to be changed Hour Minute Second Confirm choice pressing F key Using keys Pes and n change values e e select value MZ Hours 11 Minutes 1 Seconds 34 ee select hours minutes seconds Submenu Date Time time setting steering keys 21 Confirm set value last changed digit will stop pulsing Above activities repeat for next values After setting new values of time press ENTER key Balance will return to submenu P3 Date Time and hour displayed on upper bargraph will change 04 Date With F key enter parameter 04 Date setting According to previous description 03 Time set current date After date setting return to weighing mode with changes saving in menu 15 03 04 P3 gt 01 Date format 0 DA MO YR 02 Timeformat 0 24hour 8 Time function 04 Dale 05 Disp time 06 Disp date 13 55 14 Y N N Submenu Date Time date setting 05 Disp time For setting 1 YES on upper bargraph time will b
7. 13 FUNCTIONS CONNECTED WITH RS 232 USE User can set parameters needed for correct communication of balance with computer or printer gt 15 03 04 P1 Calibration 1 P2 GLP P3 Date Time 15 03 04 Y P4 Readout P5 gt 01 b Baud rate 1 4800 P5 p RS 232 O02 Parity 0 none P6 Printouts O3 Databits 2 8bits 2 P7 Units 04 Stopbits 1 1bit 05 Handshake 0 none Auto print Interval 10 quse z Submenu RS 232 setting Transmission parameters 01 Speed of transmission 0 2400 1 4800 2 9600 3 19200 02 Parity 0 no 1 see 2 dont see 03 Date bits 1 7 bis 2 8 bits 04 Stop bits 1 1 bit 2 2 bits 05 Transmission control 0 no 1 RTS CTS 2 XON XOFF 06 Automatic printout 0 no 1 constance 2 with breakes 3 for stable 07 Interval Interval it is defined how often balance sends indications through RS 232 port It is counted on base on form for the parameter x 0 1 s time yestu interval Value from 1 to 9999 can be written 08 Min mass Give value 09 Print stable 0 no 1 yes 10 Pause Intervals between following variables sent through RS 232 port After setting appropriate parameters return to weighing mode with saving changes 25 14 PRINTOUTS This function is used to configure standard and non standard printouts see chapter 19 15 SETTING ACCESSIBILITY OF WEIGHT UNITS In this group of parameters user declares measure
8. 19 Text 10 M a x i m a 20 Text 11 m a s S c a 21 Text 12 n o t e x c e 22 Text 13 e d t h e V 23 Text 14 a I u e 1 1 24 Text 15 2 5 0 g Example 2 Zaklad Mechaniki Precyzyjnej RADWAG Date Time Load mass kK KKK lt present work mode gt Nale y wej w ustawianie kolejnych tekst w i wpisywa po osiem znak w w ka dym z nich a zako czymy wpisywanie wydruku Text Parameter number 1 2 3 4 5 6 7 8 25 Text 16 Z a k a d M 26 Text 17 e c h a n i k i 27 Text 18 P r e c y z y 28 Text 19 j n e j R A 29 Text 20 D Ww A G c D 30 Text 21 a t e 96 d c 31 Text 22 T i m e 32 Text 23 t r n L o 33 Text 24 a d m a S S 34 Text 25 96 N c 35 Text 26 C 5 A i S I 36 Text 27 g n a t u r e i 37 Text 28 38 Text 29 c 9 id F ig T 39 Text 30 P 52 Method of entering texts e from the balance desk Move up through digits letters and sings by 1 Move down through digits letters and sings by 1 Determine sign to change and move right if the key is pressed flashing sign is moved in right direction If no sign is written this keys makes space in the text Determine sign to change and move lef after this key is pressed flashing sign is cancelled Confirm the text GD GC 5 e from a PS 2 PC keyboard Press F2 to enter main menu Press F3 to set parameters indications next
9. 3 Types of transmission gt 22 4 Transmission characteristics sess 22 4 1 Types of printouts uester nennen nnne nennen tnnt 22 4 2 Continuous transmission ds 22 4 3 Continuous transmission with pauses sse 58 22 4 4 Stable result transmission 58 22 4 5 Survey of automatic printouts 59 22 5 Command and response syntax 60 22 5 1 Command syntax 60 22 5 2 Hespornse Syntax ern rte n RASSE RARE CER eT ZES 60 22 6 List of commands computer balance ssssseeeeeeeenneennene 61 23 UNDER FLOOR WEIGHING mad 24 TECHNICAL PARAMETERS eese nennen ntnnnnn ntn eze az aaze aaa tnn s ennnen ennnen nnan 65 24 1 WLX series 24 2 WTX series RE 25 ERROR MESSAGES Oz RECZ ESA cco ccc een ZE aaa dee 66 1 INTENDED USE The balances are used to do precise measurements in laboratories It is possible to do the zero function in all measure range The balance weights in following units EN EUI 1 te iar Heg i coustom t I m icn I mom eias ERI This units available for verified balance only Measure units Apart from weighing in various measure units the balance also counts pieces weights filling percent weights animals determines liquids and solids density formulation creates statistics Measure units and particular functions can
10. FASTEST 02 Threshold 10 DIV O8 Autostart ON 04 Statistics OFF 05 Run Y gt DL e Weighing animals display view 38 External setting FILTR THRESHOLG AUTO START STATISTICS RUN Decides how fast final stable result is received the faster filter the shorter time of measurement Value in actual scale intervals is value the result must be below The result of weighing must be smaller than value of actual scale intervals in order to do following automatic measurement Automatic start up following measurements Statistics counting for particular subjects Start measurements 18 6 Density of solids and liquids In additional equipment of analytical balances there are Specific Gravity Measurement Kit Specific Density Measurement Kit 1 2 3 4 5 6 7 8 9 10 11 12 Beaker stand Pan stand Float Beaker Thermometer clamp Thermometer String Float hook Top pan String Bottom pan Attachmenis 39 18 6 1 Density of liquids Basic component during measure solids of liquids is glass float It has precise determined capacity which is stamped on the float hook Write password to balance memory before the measurements During the measurement of liquid density mass of glass float in the air is compared to its mass in the liquid The result is presented on the display automatically after its counting by the balance program The result can be sent through RS 232 to printer
11. Formulation setup M7 gt 01 Hints ON 02 Autoprint OFF 03 Number of items 4 04 Formula gt 05 Formula printout 06 Statistics OFF 07 Run Y gt Recipes internal setting After set the parameter at YES the balance displays names and singular components mass recorded in the parameter 04 Recipe on the graphic display After set the parameter at YES the balance sends value on printer or computer through RS port after confirmation mass of each component User determines quantity of components the mixture should include max 20 characters After set this parameter following submenu is displayed In this submenu user can write names not more than 10 characters and set standard mass of each component in the mixture This function prints composition of the mixture on connected printer There are names and setting of particular component and total contents of the mixture 41 06 Statistics Switch on YES or switch off NO statistic calculations 07 Run Run work modes Recipes Notice Calculation statistics refers only to total mass of prepared mixtures Display main view 6 7 3 4 5 Formulation component 1 IC 20 Formulation functions Mass which is currently on the pan Stable measurement designator Function name Settled mass of the weighed ingredient in the parameter 04 Recipe Sum of weighed ingredients of the mixture which are in memory of the balance Quantity of weig
12. K 12 30 C1 K 30 60 C2 K 60 120 C2 K 6 12 kg 12 30 kg 30 60 kg 60 120 kg Readability 0 1 0 2 g 0 2 0 5 g 0 5 1 g 12g Notice WLX series of scales are offered as non revified 24 2 WTX series 0 6 1 5 A2 1 5 3 A2 3 6 A2 Repeatability 1 2g 65 25 ERROR MESSAGES Error Message No Description Checksum error 1 1 Errors during date transmission A D Error 1 2 Converter error Exceed range 2 2 Exceed max measure range of the balance Exceed range 2 3 Exceed max measure range of the balance A D Null 2 4 No divisions from the converter A D Full 2 5 Exceed max value converter intervals Tara Zero 2 6 Exceed admissible tare or zero value above the range Exceed admissible tare value for the Tara above the range 2 8 balances Zero above the range 2 9 Exceed zero range for the balances To high start mass start the balance up Result gt 4 Max 2 10 with load on the pan Difference between determined calibration 5 mass and calibration mass recorded in the Resulta Too Max 2m balance memory higher than difference gt 1 Singular mass value in counting pieces Pieces 0 SE function less than actual scale interval Mass on the pan during determining mass Piece lt 10 Div 3 1 of singular piece in the function of counting pieces less than 10 actual scale intervals Value of reference mass in the function Ref lt 1000 Div 3 2 deviations is less than 1000 current scale
13. Measure unit g Work mode N OA GD Ligowo 46 19 TYPES OF PRINTOUTS 19 1 Standard printout The are 2 types of printouts First is a standard printout It comprises a result of weighing and all variables which have attribute YES in GLP submenu In User and Project fields names should be written 15 03 04 P1 Calibration P2 gt GLP 15 03 04 Setup P3 Date Time P2 2b 01 User Nowak P4 Readout f y P5 RS 232 r 02 Project AKY 54 i 03 Time print 1 on P6 Printouts 1 P7 Units 04 Date print Pion 05 gt User print 0 off 06 Project print 0 off 07 Idprint 0 Declaration of variables to printout submenu GLP Example of standard printout Date 13 09 2004 Time 16 30 50 User Id Nowak Project Id tabletka Balance Id 117436 Last calibration 09 09 2004 12 23 automatic calibration Diff 0 001g 13 829 g Example of standard printout Question mark before the load mass means that the result is not stable 47 19 2 Non standard printout Procedure of creating non standard printouts e User can create 4 printouts e give the number of the text which starts the printout e g Printout 1 Start 1 and text number which finishes the printout e g Printout 1 Stop 40 In this case texts from 1 to 40 are printed e And then write text in the lines 1 40 It is recommended to use PC keyboard what is simpler and faster way e Non standard
14. Printout number This function selects number of non standard printout which is printed after pressing PRINT button User can choose Standard result of weighing and declared changes in GLP menu are printed option YES Printout No 1 Printout No 2 Printout No 3 Printout No 4 Memory number Indicate what type of printout is sent to the balance memory It is possible to send non standard printout from the texts to printer computer text 1 text 80 and the standard printout to the balance e g Date time result of weighing 49 19 2 1 Inscribing texts Variables in all modes and with the same values Printout of single character N Current net mass in basic unit d Current date St Current time 96i The balance number R The program number Pause P The Project number U The user number F Current function name work mode C Date and time of last calibration K Type of last calibration l Deviation of last calibration 961 Code 1 962 Code 2 963 Code 3 964 Code 4 965 Code 5 6 Code 6 Variables dependent on the active work mode Variable Description Mode where the variable is active W mass of 1 piece COUNTING PIECES H Top threshol opithresnoig WEIGHING L Down threshold Z Standard mass DOSAGE B Reference mass DEVIATIONS A Filter WEIGHING ANIMALS
15. printouts can overlap each other Printout 1 Start 1 Printout 1 Stop 40 Printout 2 Start 20 Printout 2 Stop 40 Notice During manual writing give all special characters as CRLF tabulator etc 15 03 04 P1 Calibration R A a 15 03 04 Setup Y ad ie P6 01 Printout mem eem Hy function ps 02 b Printout dest 0 Rs P6 b Print its 03 Printout No 0 standard 2 p7 Ue 04 Pr mem No 0 standard 05 Pr 1 start 1 06 Pr 1 stop 1 1 07 Pr 2start Menu printouts the function activation Non standard printout can include e Variable related to work mode and other necessities mass date Project No e Constant texts inscribed in user menu e Non standard printout can include not more than 640 characters recorded as 80 texts 8 characters each from the parameter Text 1 to Text 80 User can design 4 non standard printouts 48 Non standard printouts internal setting Printouts memory This function shows the level of memory filling enables printing and cancelling printouts kept in the balance memory 15 03 04 Setup Free memory 100 00 Printouts No 0 Sat PO mu e QQ Memory printouts display view Ep Printout destination According to setting the printout can be sent to RS232 port immediate printout The balance memory registration RS 232 port and the balance memory immediate printout with registration
16. the standard printout and calibration report For variables User and project name max 8 alphanumerical characters enter names with balance keyboard or with PS 2 keyboard For remaining fields select digits e 0 no do not print during report e 1 yes print during report Main view of GLP parameters 15 02 08 P1 Calibration P2 gt GLP 15 02 08 P3 Date Time P2 gt Setup P4 Redaout 2901 User P5 RS 232 02 b Project Iv P6 Printouts 03 Time print 1 on P7 Units 04 Date print 1 on 05 User print 1 off 06 Project print 1 off gt J 07 ld print Q Y gt gt GLP submenu 11 TIME AND DATE SETTING Balances have a real time clock which can be modified Enter menu group lt P3 Date Time gt according to the below scheme ae 15 03 04 P1 calibration sA 15 03 04 Setup Y P4 Beene P3 gt 01 Dateformat 0 DA MO YR 02 Time format O 24 hour PS RS 232 03 Time verre rene function AES 04 Date PZD function P7 Units 05 p Disp time ij on 06 Disp date Date Time submenu 01 Date format Has doublestate choice according to below dependance 1 dateformat Month Day Year 0 dateformat Day Month Year After choice of appropriate value confirm with ENTER key 20 02 Time format Has doublestate choice according to below dependance 1 time format 12 hours 0 time format 24 hours After choice of appropriate value confirm with ENTER key
17. TARE THE BALANCE IMMEDIATELY TI CRLF SWITCH CONSTANCE TRANSMISSION OFF IN BASIC INTERVAL CO CR LF SWITCH CONSTANCE TRANSMISSION IN BASIC INTERVAL C1 CR LF SWITCH CONSTANCE TRANSMISSION OFF IN ACTUAL INTERVAL CUO CR LF SWITCH CONSTANCE TRANSMISSION ON IN ACTUAL INTERVAL CU1 CR LF NUMBER OF THE BALANCE NB CR LF RANGE OF WEIGHIGN FS CR LF PROGRAM VERSION RV CR LF WRITE OR CHANGE DATE IN THE BALANCE PD CR LF the balance sends settled date or the date is changed WRITE NEW OR CHANGE TIME IN THE BALANCE PT CR LF the balance sends settled time or this time is changed WRITE ACTUAL WORK MODE PM CR LF SEND SETUP PS CR LF all balance setup is sent printout of the parameters SOUND SIGNAL BEEP B CR LF sound beep is switched on 62 Function Command Function Command Function Command Function Command Function Command Function Command Function Command Function Command Function Command Function Command Function Command Function Command Function Command Function Command Function Command Function Command SEND LAST ERROR CODE ER CR LF last order of the error is sent DISPLAY STRING DS CR LF signs are show on the display CANCELL STRING CS CR LF cancels string and restores previous state of the display DISPLAY HEADLINE DH CR LF sinus are displayed in top headline of the display CANCELL HEADLINE CH CR LF cancels information in the top h
18. User s Manual Manual number LTI 01 08 03 08 A Precision balances WLX series e WTX series MANUFACTURER OF ELECTRONIC WEIGHING EQUIPMENT RADWAG 26 600 Radom Bracka 28 Street POLAND phone 48 48 38 48 800 phone fax 48 48 385 00 10 Sales Department 48 48 366 80 06 www radwag pl MARCH 2008 2 ROD 9 10 SETTING OF PRINTOUTS CONTENTS FOR GLP PROCEDURES m 11 TIME AND DATE SETTING sees neenetnn tentes tnn denean anuis nanana tner ata asa assa aaa Table of contents INTENDED USE 5 ctrere a ecgctaesseenessauyeerstucuabuevendedersidstuesetenceded 5 PRECAUTIONARY MEASURES 11 cc erere re cr rere einn annnm nna zacz ntna tms case we annu aena 5 WARRANTY CONDITIONS szczescie cacy rozy wody nerit cue Ea YE Zo s aeuo iac Pare re aia 6 UNPACKING OF THE BALANCE 6 4 1 WTX series 11111111111 6 4 2 WLX series 7 GETTING STARTED 7 5 1 Conditions of appropriate use nennen rennen 7 5 2 Time of warming Up assess asza rere ar nee e ra eni oie da di nta eine nro debeo 8 5 3 Balance levelling vis BALANCE DESCRIPTION cheese e aeae o aeaea pa pan aen 8 6 1 Graphic display tien irr RE A a E A 8 6 2 KOYDO AIA HT ATE T A A S T 9 6 3 Connecting SOCKels 5 EA rrr rie toi e ep e Hr eerie em dei eiae trcs 9 USER MENU 10 7 1 Overvi
19. a aa naa ana aaa ana az aaa aaa sanata asa asas aaa 18 1 Counting pieces of the same mass 18 1 1 Counting pieces after writing piece mass 18 1 2 Counting through determine singular element mass from the standard batch 31 18 1 3 Select an item from the database eueeee eee aaa aaa ia 33 18 2 Gheckweighing eski ng eie RR eidem A AE WE 33 18 3 Filling s 18 4 Percents 36 18 5 Weighing animals 18 6 Density of solids and liquids 39 18 6 1 Density of liquids 40 18 6 2 Density of solids eintreten inertes 40 187 Eormulatiof s cce Grze trece tact er ec oreste A o AE ERR hace FERE ERE SA 40 18 8 Statistics 19 TYPES OF PRINTOUTS 2 s ssssassaesanas aan oaa aaa na anam aaa anawa taa aS rass aa A 44444 ERAS Mama daa ads AAA 19 1 Standard printout 5 5 needed meo iem eene 19 2 Non standard printout i 19 2 1 Inscribing texts ueeue eee aaa aaa aaa enne 19 2 2 Select non standard printouts sse 53 20 ADDITIONAL ID S eren 1 54 21 COOPERATION WITH PRINTER OR COMPUTER 55 21 1 Connections epit id 22 TRANSMISSION POTOQGOQL ierant sacz wara ao wd cue kane OO aaaeaii 22 1 Some basic information ccecceeeeceeseceeseeeeeeeeeeeeeceeeeaecaeeeeesaeseeeeseeeeeeesneteaeeeeneeeaeeaes 22 2 Transmission parameters 22
20. and follow orders presented on the display 1 2 Parts counting 14 12 33 APW 5 2282 WGH 52 279 Parts counting 14 12 35 APW 5 1837 WGH 72 574 14 4 100 Display with APC function 1 Single piece mass 2 Allelements mass 3 APC automatic correction of preciseness function 31 Display shows quantity of pieces which are on the pan 10 pieces If less than currently counted quantity is added mass of a single piece is corrected In this case APW 5 2282 to 5 1837 From this moment following pieces are counted in relation to single mass This way mass of singular piece can be determined on base of batch standard The are four conditions of APC Automatic Correction of Preciseness in the balance software 1 quantity of pieces after adding must be higher than it was previously 2 quantity of pieces after adding must be less than twice quantity which was on the display before adding 3 actual quantity must be in tolerance 0 3 of the total value 4 the result must be stable If user decides that batch quantity is enough singular piece mass must be introduced into the balance memory after pressing the key F confirm value 15 04 04 Parts counting 14 12 35 APW 5 1837 WGH 72 574 Parts counting setup Mi 01 Units weight 5 1837 g 02 Recallsample b 03 Store sample 04 Checkweighing R Parts counting setup gt Store sample M1 M1 001 sample001 1 0000 g 002
21. be inaccessible for user It is possible to adapt the balance to individual needs and access functions and units which are necessary at this moment It is possible to define accessible or no accessible in user menu and it is described in further part of the manual 2 PRECAUTIONARY MEASURES A B Please read carefully this user manual before and use the device according to its intended use If the device is about to operate in a strong electrostatic field e g printing houses etc it should be connected to the earthing Connect it to the clamp terminal signed il 3 WARRANTY CONDITIONS A B RADWAGi is obliged to repair or change those elements that appears to be faulty because of production and construction reason Defining defects of unclear origin and outlining methods of elimination can be settled only in participation of a user and the manufacturer representatives RADWAG does not take any responsibility connected with destructions or losses derives from non authorized or inappropriate not adequate to manuals production or service procedures Warranty does not cover e Mechanical failures caused by inappropriate maintenance of the device or failures of thermal or chemical origin or caused by atmospheric discharge overvoltage in mains or other random event e Inappropriate cleaning Loss of warranty appears after e Access by an unauthorized service e Intrusion into mechanical or electronic construc
22. ccurate balance indications software AUTOZERO function was introduced Task of this function is automatic control and correction of balance zero indication 23 12 4 Autozero If the function is active following results in declared periods of time are compared e g each 1s If these results differs at less value than declared range AUTOZERA e g 1 interval the balance sets to zero automatically and tm and gt 0 lt appears on the display If the AUTOZERO function is active each measurement starts at precise zero every time In special cases this function disturbs in the measurements e g when the load is put on the pan very slowly pouring substance In this case correcting system of zero indication can correct also indication of real load mass AUTOZERO is switched on and off in the parameter P4 03 12 5 Last digit To ensure appropriate comfort of operating with balance user determines depending on needs if last digit of mass indication is to be displayed and in which states of balance One of the below values can be set e never e always e when stab For verified balance option 1 always is set without possibility of changing 12 6 Negative Possibility to change displaying mode negative effect dark background light signs 12 7 Automatic tare This function is useful for quick determining net mass of weighed goods when tare values are different for each weighings see chapter 8 3 of this manual 24
23. e displayed for setting 0 NO time will not be displayed 06 Disp date For setting 1 YES on upper bargraph date will be displayed for setting 0 NO date will not be displayed 29 12 SETTING THE PARAMETERS User by means of appropriate setting of parameters from menu group P4 Readout gt can adjust the balance to existing operating conditions filter and one s expectations refreshing autozero last digit displaying 15 03 04 P1 Calibration E E f 15 03 04 Y eae P4 b 015 Filter 8 normal P5 RS232 r 02 Median filter 3 normal Pe Printouts O3 Disprefresh 0 2s 2 P7 Units 04 Autozero 1 on 05 Lastdigit 1 always 06 Negative Ol no 07 Aut tare Q x Submenu Readout internal settings 12 1 Filter For perfect conditions filter can be set as very fast however if conditions are bad vibrations draughts filter should be set as slow or as very slow Effectiveness of filter operating is different for weighing range Filter works slower in time of reaching the final result however stronger when mass gets to set range of filter operating parameter range of filter operating available only in service menu user do not have access to it 12 2 Median filter Task of median filter is to eliminate single big disturbances By setting digital value determines speed of filter operating For zero option filter operating is off 12 3 Setting of autozero operating To ensure a
24. eadline CANCELL HEADLINE DF CR LF displays signs in the bottom headline ERASE HEADER CF CR LF erases an inscription in lower bargraph PERFORM INTERNAL CALIBRATION CL CR LF LOCK THE KEYPAD KL CR LF UNLOCK THE KEYPAD KU CR LF TURN OFF THE KEYPAD ECHO EO CR LF turns off sending the codes of pressed keys TURN ON THE KEYPAD ECHO E1 CRLF TURN OFF THE SCALE O0 CRLF TURN ON THE SCALE O1 CRLF TURN OFF AUTOZERO A0 CRLF TUN ON AUTOZERO A1 CRLF Any command that is not listed but is terminated with lt CR gt lt LF gt will cause the scale response ES lt CR gt lt LF gt 63 23 UNDER FLOOR WEIGHING For scales with 165 x 165mm platforms can weigh underslinged loads hanged under the balance floor In case of using this function remove the hole plug made of plastic placed in the balance floor a suspension can be seen in the hole It is standard equipment Mount an appropriate hook for hanging loads hook is non standard equipment 1 The suspense cannot be rotated revolved or tampered in any way because of direct connection with the weighing mechanism of the balance 2 All the additional elements like pan string etc should be tarred TARE 3 Balances with 300 x 300mm or 410 x 410mm platforms do not have the under floor weighing mechanism 64 24 TECHNICAL PARAMETERS 24 1 WLX series WLX WLX WLX WLX T 6 12 C1 R 12 30 C1 R 30 60 C2 R 60 120 C2 R e m WLX WLX WLX WLX 6 12 C1
25. ely command completed E error of execution of a command e g incorrect parameter value Additionally when the parameter is a weighings result STATUS can be space ASCII 32 dec stable result non stable result error result over the range error result below the range lt gt i 22 6 List of commands computer balance Function RESET INTERFACE Command R CR LF zero actual orders restore factory setting Function SEND ALL COMMANDS FROM THE BALANCE Command PC CR LF all recorded information in commands in the balance program are sent from the balance Function SEND THE RESULT IN BASIC UNIT Command S CR LF result is sent from the balance in basic interval after stability Function SEND RESULT IN BASIC UNIT IMMEDIATELY Command SI CRLF Function SEND THE RESULT IN ACTUAL INTERVAL Command SU CR LF result in current unit is sent from the balance after stability 61 Function Command Function Command Function Command Function Command Function Command Function Command Function Command Function Command Function Command Function Command Function Command Function Command Function Command Function Command Function Command Function Command Function Command SEND RESULT IN ACTUAL INTERVAL IMMEDIATELY SUI CR LF ZERO THE BALANCE Z CRLF set the balance to zero after it reaches stability ZERO IMMEDIATELY ZI CR LF TARE WHEN STABLE T CRLF
26. enabled P8 P Modes 02 Checkweighing enabled P9 Globals 03 Filing enabled Percent enabled Animal enabled Density enabled 7 Formulation enabled D D Work modes setting Every operation mode can be enabled disabled separately 17 OTHER PARAMETERS User can set parameters have influence on work with balance in group of the parameters P9 Others e g beep signals etc Enter submenu group lt P9 Others gt according to 7 3 01 ID Setting It includes 6 digits 6 codes which can be used during printouts for product specification operator batch etc 02 ID autoprint For the option YES all digit codes are printed for option NO the codes are not printed 27 03 Beep Beep signal for pressing keys 04 Language Selection of languages According to software versions last letter in software version e or w following languages are accessible e language versions w language versions Polish Polish English English Czech Italian German German Dutch Dutch Russian French 05 Backlight Switch on off the backlight 06 Contrast Changes contrast after entering this function a window appears by means of keys on the balance contrast on the display can be changed 07 Screen server If the screen server is switched on displayed values disappear after settled time and if displayed value of the measurement does not change 08 Balance Id It is only information ab
27. enu 12 Number of main menu Choice of function marker Name of function Name of currently performed activity Number of submenu Name of submenu Attribute of submenu Value referring to attribute O NOGAGOND lt Press the key Selected menu appears on the display Select what will be changed in this submenu activate Select through keys presented on the drawing above Press the key Reaction of the balance e Activity of the balance e g the balance calibration is done from submenu described as Function e Attribute activation for submenu which is indicated digit flashing means the value can be changed and some characters can be written 7 3 Navigating within the menu User moves in the menu by e the balance keyboard e PS keyboard 7 3 1 By means of balance keyboard Exit to one step higher level to menu Entering parameter edition Moving cursor downwards Moving cursor upwards Qe Cy Gda P Confirmation of introduced values Esc 6 Cancellation of changes menu exit 7 3 2 By means of PC keyboard Every operation that can be made from the level of the balance keyboard Has its equivalent on the PC keyboard level TN T ES EJ n IB n AI Tl Ed BOWE Enter m o e Move to the balance menu Selects work mode Selects measure unit PRINT TARE Move up Move to level up Sets selected parameter Move down Co
28. ew of parameters 10 7 2 Menu graphic version 12 7 3 Navigating within the menu essesseeeeeeeeneneneeenne nennen nennen nennen 13 7 3 1 By means of balance keyboard ssssssssseseeeeeeenrenneenrenenns 13 7 3 2 By means of PC keyboard 14 7 4 Return to weighing 315 WEIGHING 15 8 1 Tarting iem 16 8 2 Manual inscribing of tare value ou cece eee eee aaa aaa aaiaan 16 8 3 AUTOMATIC iare ne etre O A Ot ty 17 8 4 Zeroing 18 8 5 Functions of keys 18 BALANCE CALIBRATION 12 SETTING THE PARAMETERS eeseeesssee eese an nnns snae az aa aaa atn atn ata asa assa aaa 12 1 Eiltet in A A 12 2 Median filter 12 3 Setting of autozero operating 12 4 Autozero nosses 12 5 Last digit 12 6 Negative x 12 7 AutomitiC tare acia tacet n tat ceo ii n e o e i IR Le C te diva Dn Ld 13 FUNCTIONS CONNECTED WITH RS 232 USE eese tnatnanes 14 PRINTOUTS sese aazaaa ana tente ann tnana 15 SETTING ACCESSIBILITY OF WEIGHT UNITS 16 SETTING ACCESSIBILITY OF WORK MODES 17 OTHER PARAMETERS 2 2 2 a eaneaneanaar oaza ana an ana aaa ana aaa aaa aaa sna sna saa daas a snas 18 USING WORK MODES eneanan san aa ann an nan
29. heckweighing OFF Filing OFF Statistics ON Run gt e LZ 84 9400 gaj z REF 55 0007 WGH 46 720 Percents cooperation with the functions Percentage value relation of the load on the pan to reference mass Stable measurement designator Function name REF reference mass WGH mass on the pan Graph which presents weighing range where the weighing range is Statistics N 0 no measurements Active function dosage load mass between 90 11096 NDNA UNS After measurements e g 10 quantity of measurements N 10 user can see results of statistics of made measurements 37 Enter work mode Select the parameter 05 Statistics Pressing the F key and enter the parameter 05 Statistics Select the parameter 02 Results Enter function of showing statistics results After pressing the ENTER statistics result can be printed Return to statistics submenu and higher levels key ESC Reference 02 Decimal places 4 PLACES O3 Checkweighing OFF 04 Filling OFF 05 Statistics gt ON 06 Run e Percents cooperation with other functions Statistics Percent setup Statistics M4 gt 05 gt 01 Statistics gt ON 02 Results O3 Clear 18 5 Weighing animals Weighing animals 15 03 04 15 08 22 MO Basic weighing M1 Parts counting Y M2 Checkweighing M3 Filling M4 Percent MS gt Animal weighing M6__ Densit Animal weighing setup M5 01 Filter
30. hed ingredients in the recipe Name of weighed component Side graphs Information how much left to gain settled component is presented on these graphs u ARAGON NO 90 110 110 101 DDnL gi 0 119095 90 99 Graphs automatically scaled 42 Procedure of preparing mixtures according to recorded components and their mass in the balance memory Write names and components mass in the parameter 04 Recipe Remember about the dependences e there cannot be more than 10 signs e confirm each name by the ENTER key and write mass which will be in the mixture M7 gt 01 Receptury Hints 02 Auto print ON 03 Number of items 4 04 Formula 05 Formula printout Statistics ON Run Y e n gt Q press Enter Formulation setup _ Formula M7 04M 001 item 01 8 000 g 002 litem 02 12 000 g 003 gt skladnik 3 1 16 000 g 004 i item 04 45 000 g 005 I item 05 I 1 000 g 007 item 07 1000 Y Cr a Declared recipes e total mass of the mixture together with the container cannot be bigger than max capacity of the balance e there cannot be more than 20 ingredients in the mixture e Write quantity of ingredients in the parameter 03 Quantity of ingredients cannot be higher than 20 pcs e The program records mixture contents in order they were introduced in the parameter 04 Recipes If user enters 10 ingredients in the parameter 04 Recipes and set 8 for quant
31. ibr 03 Print report P2 GLP 01 User 02 Project 03 Time print 04 Date print 05 User print 06 Project print 07 Id print 08 Last cal print P3 Date Time 01 Date format 02 Time format 03 Time 04 Date 05 Disp Time 06 Disp Date P4 Readout 01 Filter 02 Median filter 03 Disp refresh 04 Autozero 05 Last digit 06 Negative ke eR RR RE o RR RR RK Nowak Jan AR 65 04 0 oOooooo O UVW 10 function function on off off off off off off DA MO YR 24 hours function function on on normal normal 0 1s on always no 07 Aut tare P5 RS 232 01 02 03 04 05 06 07 08 09 10 Baud rate Parity Data bits Stop bits Handshake Auto print Interval Min mass Print on stab Pause P6 Printout 01 02 03 04 05 06 07 08 13 14 Printout mem Printout dest Printout No Pr mem No Pr 1 start Pr 1 stop Pr 2 start Pr 2 stop String 1 String 2 92 String 80 P7 Units 01 02 03 04 05 06 07 08 09 10 11 12 13 14 15 16 Grams Kilograms Pounds Ounces Ounces troy Carats Dwt Taele Hk Taele S Taele T Momms Grains Newtons Tical e Custom Custom factor P8 Work modes 01 02 03 04 05 06 07 Parts Counts Checkweighing Filling Percent Animal Density Formulation O AR OO lt PO 20000 ooo0o00000005057070505005 mer 11 no 9600 none 8 bits 1 bit none none 0 1s 10d enabled
32. intervals Above the range 3 3 The parameter value above the range Faulty value 4 1 Blocked DRH 4 2 Overwite error 43 Errors during date transmission i to sprinter or computer Party error 4 4 Frame error 4 5 Stopped transmission 61 Exceed admissible time during for an CTS operation e g zero 66 MANUFACTURER OF ELECTONIC WEIGHING EQUIPMENT R A DW G ZMP RADWAG 26 600 Radom Bracka 28 Street POLAND Tel 48 48 38 48 800 tel fax 48 48 385 00 10 Selling departament 48 48 366 80 06 www radwag com Cai DIN EN ISO 9001 2000 CERTIFICATE NO 71 100 C206
33. ity of components the program finishes preparation of the mixture after weighing 8 components 43 The balance program creates mixture in order of recorded ingredients in the parameter 04 Recipes and starts from the ingredient 1 and finishes at settled ingredient in the parameter 03 Quantity of ingredients If the documentation is printed set the parameter 02 Automatic printout at 1 YES After confirmation of each ingredient key UNITS their mass are printed on connected printer or computer Procedure Set the parameter 01 Prompts at 1 YES Enter function Recipes by pressing the ENTER key Tare container mass Weight first ingredient mass in the WGH Press the UNITS key Mass of ingredient 1 is recorded in the balance memory The information on the display changes ingredient 2 mass WGH IC 1 SUM e Information on the display is settled do zero e Repeat it for all ingredients e After weighing the last ingredient and write its mass to the balance memory the UNITS key total mass of mixture and prompts to following steps are displayed Procedure of making mixtures without recording components and their mass date in the balance memory If documentation of a prepared mixture is printed set the parameter 02 Printout at 1 YES If mass of each component is confirmed key UNIITS each mass with their names is printed on connected printer or computer Set the parameter 01 Prompts at the value 0 NO Enter functi
34. n be set in parameters The intended use of this printout is for slip printers so it doesn t have a starting characters and the length can vary from 18 to 20 characters Standard length is 18 characters but if the parameter digit marking has been enabled the length increases to 20 characters because additional brackets are printed e g 58 383 kg 38 3 kg 3 83 kg It can be set in Settings Factory digit marking Frame format space sign space mass space unit CR LF Sign Mass Unit space for positive values for negative values 9 characters justified to the right 3 characters justified to the left This type of printouts can be enabled in parameters Settings RS 232 Aut print when stab Setting the Min mass is possible in Settings RS 232 Min mass Notice The result is printed in current unit 22 4 5 Survey of automatic printouts unit CR LF ili sign mass pace uni CALE 2022 1 Continuous SEE AE sign 21 2 Wit interv AS A AE sign 3 When stab sPacel sign space mass space A 59 Stability character space if stable if not stable if an indication over the range v if an indication below the range Sign space for positive values for negative values Mass 9 characters justified to the right Unit 3 characters justified to the left Command 3 cha
35. nd RS485 one direction from the scale to an external device e Possibile interface settings Parameter Setting Baud rate 2400 4800 9600 19200 Parity Even odd None Data bits 7 8 Stop bits 1 2 Flow control cannot be used in HX No RTS CTS XON XOFF 56 22 3 Types of transmission Scales with MCB X XX program use two different ways of transmission e Continuous transmission or automatic printout RS 232 and RS 485 e of request response messages request messages via RS 232 and response messages via RS 232 or RS 485 22 4 Transmission characteristics 22 4 1 Types of printouts There are 3 types of automatic printouts in the scale provided it is not a retail scale and the DRH parameter in factory parameters is not enabled Notice If the parameter DRH is set to 1 this parameter is locked for edition but it is possible to start continuous transmission by using a RS232 command Settings RS 232 Aut Printout No Name Description 0 No Request response 1 Contin Continuous transmission 2 With int Continuous transmission with the time pause between the subsequent printouts The pause is set in the next parameter in the menu 3 When stab Printouts are automatically generated after each stable measurement over min mass next parameter The next printout can be generated when the result achieves the value below the Min mass and again
36. nfirm changes Cancel and leave function without changes 14 7 4 Return to weighing Introduced changes in settings will be saved after return to weighing mode with procedure of saving changes After introducing all changes in parameters settings press several times ESC key When display indicates message choose one of two options ENTER save changes ESC without saving 8 WEIGHING Following conditions must be fulfilled to get reliable results is s Stable temperature Stable ground Proper parameters for external conditions Before measurements load the pan and check if the balance show precise zero displayed 0 in down left corner of the display only if the parameter P4 06 Autozero gt has the value 1 yes and check if the measurement is stable mua is displayed in right up corner of the display If the balance does not show zero press the key If the conditions are unfavourable no stable result lines appear on the display After settled time the balance returns to weighing mode without set up to zero In this case wait until the conditions stabilize and press Esc again By the Units key select measure unit Put the load on the pan and after stabilization read out the result If measure unit user wants to use is not displayed during pressing the Units key check if it has access attribute The indication can be set to zero many times Sum of loads noted in the balance memory cannot be highe
37. on Recipes by pressing ENTER Tare container mass to the balance memory Pour ingredient 1 to the container in relation to information about a mixture Press the UNITS key Mass of ingredient 1 is recoded in the balance memory The information on the display changes IC21 SUM The indication is set to zero Press the key Units Repeat it for all ingredients of the mixture After writing last component press the gt 0 T lt Procedure of making mixtures is finished Sum of mixture is kept on the display 44 Statistics counting Statistics counting relates only to making mixtures particular ingredient mass is not included in the counting If user performs statistic counting in this work mode Enter the parameter 06 Statistics Cancel previous results of statistic counting Set the parameter 01 Statistics to YES Enter work mode for preparing mixtures Perform measurement series Enter the parameter 06 Statistics again Enter the parameter 02 Results To print results press the PRINT key O NOJGAWND 18 8 Statistics Activation 15 03 04 M2 Checkweighing M3 Filling M4 Percent MS Animal weighing M6 Density M7 Formulation M8 Statistics 15 22 13 Statistics setup M8 b 01 Clear gt 02 Sum ON 03 Mean ON 04 Min ON 05 Max ON 06 Difference 07 Std Dev Statistics function activation Results of previous statistics should removed after the functi
38. on activation It is performed by the option M8 01 Cancel gt All statistic date are updated after writing a next measurement to the balance memory Following measurements are written to series after a load is put on the pan stabilization of the result measure unit is displayed and pressing ENTER 45 User decides what statistic data are presented on the graphic display during measurements by setting their activity in the submenu of work mode values which are set for YES are active Regardless to setting YES NO during final result the key UNITS the printout contains full statistics N 5 quantity of weights SUM 161 121g allingredients total mass X 32 224 g average mass of weighed ingredients MIN 20 486 g min mass MAX 35 578 g max mass D 15 092 g difference between Max Min SDV 6 581g standard deviation RDV 20 4 variation factor 2 3 11 4 15 03 04 Statistics 15 22 43 N 14 SUM 481 335 MIN 20 486 MAX 35 581 SDVz4 013 RDV 11 67 Statistics display for series of measurement Mass on the pan Measurement number in measurement series Sum of all weighed ingredients in measurement series Average mass of weighed ingredients in the series Mass of the lightest ingredient in measurement series Mass of the heaviest ingredient in measurement series Difference between the lightest and the heaviest ingredient in a measurement series Value of calculated standard deviation Value of variation tactor
39. or computer after pressing PRINT key 18 6 2 Density of solids Density of solids can be determined in one of 3 different liquids e WATER distilled water e ALCOHOL spirit 100 0 1 at 20 C e OTHER other liquid with known density Measurement of density of solids is based on comparison sample mass in air weighed on top pan to the same sample mass in the liquid on bottom pan The programme counts density of sample and displays it on the display The result can be sent through RS 232 to printer or computer after setting the key PRINT Precise description of measurements performance and setting is the manual of Specific Gravity Measurement Kit 18 7 Formulation This function is used to make mixtures according to recipes This function is recommended to use for pharmacy The balance memorises single ingredient mass and sum of weighed ingredients Following data are presented on the display in this work mode 1 load mass on the pan 2 present weighed ingredient name max 10 characters 3 mass which should be measured for actual weighed component WGH 40 4 quantity of ingredients that are weighed in the mixture IC 5 components mass already weighed SUM The function activation 15 03 04 M3 Filling M4 Percent 01 Hints 02 Auto print 03 Number of items 04 Formula 05 Formula printout M1 Paris counting M2 Checkweighing Animal weighing Density 15 08 22
40. osage display view Mass which should be added Graphs Function name TR reference value mass which has been declared WGH mass on the pan O06 l0 35 18 4 Percents This function compares load mass to standard mass which value should be given The result of this operation is displayed in percentages Following functions dosage weighing statistics can cooperate with deviation function Activation of the function 15 03 04 MO Basic weighing M1 Parts counting M2 Checkweighing M3 Filling M4 b Percent MS Animal weighing Reference r 55 000 g eae 02 Decimal places 4 PLACES 03 Checkweighing OFF 04 Filing OFF 06 Statistics 06 Percents activation of the function Display view WGH 20 006 36 3700 Percents display 1 Percentage value proportion of the mass on the pan and standard mass Function name REF reference mass WGH mass on the pan AUN 36 Cooperation of the deviations with other functions During activation of the function set option YES for parameters M4 03 04 05 Select field START and start work e After setting function Dosage YES give up and down stage as 96 values e After setting function Dosage YES give the mass value in 96 e After selecting Statistics select field Cancel and cancel previous statistics and change the attribute NO into attribute YES Confirm this option and press the key Enter Reference 55 000 g Decimal places 4 PLACES C
41. out factory number of the balance 09 Software rev It is information about program number of the balance 28 10 Par printout If the function is active the balance parameters in user menu are printed User gives numbers of the parameters which should be printed 15 03 04 Setup 13 57 45 P SN Stat 1 01 e Stop 9 13 AP Print setup E 5 R SS Submenu others printing settings 11 Par receive If the functions are activated all parameters of the balance are received through RS 232 After reception the balance informs user how many parameters are accepted how many are changed how many were declared incorrectly and how many were not accepted by the software Printing and reception of the parameters is very easy and fast procedure of introducing new setting After printing actual parameters to file in the computer user changes the parameters very fast and without any problems User sends new corrected setting to the balance software After these changes the balance accepts new set up User must know all parameters and computer operation very well 18 USING WORK MODES 18 1 Counting pieces of the same mass It can be done after write singular piece mass e Write singular piece mass e Determine singular piece mass on base of standard quantity e Element selection from date base 29 18 1 1 Counting pieces after writing piece mass Start function of counting pieces Y L 15 03 04 y
42. over it 22 4 2 Continuous transmission Results are transmitted in basic units Transmission can be disabled enabled using RS232 command C1 CR LF Switch on continuous transmission in basic unit CO CR LF Switch off continuous transmission in basic unit 57 Or using the parameter settings RS 232 Aut printout continuous Frame format 1 2 3 4 5 6 7 15 16 17 18 19 20 21 S I space stability space sign mass space unit CR LF Stability character space if stable if not stable if an indication over the range v if an indication below the range Sign space for positive values for negative values Mass 9 characters justified to the right Unit 3 characters justified to the left Command 3 characters justified to the left Notice The frame length is constant 21 characters 22 4 3 Continuous transmission with pauses Continuous transmission with pauses allows users to determine the time interval between the subsequent frames in the parameter interval His type of printouts can be enabled only in parameters Settings RS 232 Aut printouts with interv The frame format is the same as in basic simple transmission The interval is set in Setting RS 232 Interval 22 4 4 Stable result transmission The scale automatically generates after each stable result separated by a stable result below the Min mass that ca
43. playing previous value for main balance or displayed mass will not change Notice Balance zeroing determines a new zero point treated by balance as precise zero Zeroing is possible only in stable states of the indication 8 5 Functions of keys ml Y amp Select field digit to change D yt D Cy Change value of selected field Confirm value Esc Canceling 9 BALANCE CALIBRATION To ensure very high accuracy of weighing periodical entering to memory correction factor of balance indication referring to standard mass is required it is so called balance calibration The procedure of calibration can be performed only by authorized services of the manufacturer m 4 1 usyz wyz Set p 13 48 14 P1 Calibration P2 GLP 15 03 04 Setup PS Date Time P1 gt 01 Ext calibr itis function P4 Readout 02 User calibr function P5 RS 232 03 Print report 1 on P6 Printouts PZ Units l B E ML F i X w 1 Internal setting of calibration Main menu number Cursor Group of parameters Status bar Parameter number Parameter name Parameter value Parameter description O NOGAGOND lt Notice In verified scales calibration can be accessed from the user s menu Calibration should be performed with no load on the pan 10 SETTING OF PRINTOUTS CONTENTS FOR GLP PROCEDURES P2 GLP his group of parameters allows to enable disable printing some variables on
44. r than max capacity Between following measurements do not unplugged the balance The balance should be switched off by the ON OFF key After pressing the key again the balance is ready to work without warm stabilization 8 1 Tarring For determining net mass place on the pan package of load and when indication is stable press E key Weighing 13 47 14 291 9 J Tarring display view 1 TARE signature NET is being displayed 2 stable result signature Tarring can be performed repeatedly in the whole balance weighing range Using tare function pay attention not to exceed the maximum weighing range After removing the load and package display will indicate mass equal to mass of tare with minus sign Notice Tare value is not stored in balance memory and is deleted after disconnecting from mains 8 2 Manual inscribing of tare value Inscribing the tare value in weighing mode e Inscribe a tare value in a display format e g if a basic unit is kg with a division 0 005kg and you want to enter 1 05kg as a tare value inscribe it as 1 050 e After pressing the first digit you can see an editing field in the last line 13 47 14 Inscribing tare value display view 1 TARE value entered 2 stable measurement pictogram 3 inscribed tare value 16 e Press T key e You will see the tare value with sign on the display e Tare value can be inscribed any time during weighing Notice Use poin
45. racters justified to the left 22 5 Command and response syntax 22 5 1 Command syntax e All commands are terminated with CR LF ASCII 13 dec 10 dec e Commands can include a parameter or not Overall format ID CR LF example of a command without a parameter ID PARAMETER CR LF example of a command with a parameter where ID command 1 4 characters space ASCII 32 decimal PARAMETER string of ASCII characters Texts have to be inscribed within a quotation marks Spaces are not elements of the syntax placed only for better readability 22 5 2 Response syntax Response can include parameters or not and additionally can signalise errors After receiving an appropriate command scales response immediately with Immediate response Acknowledge of receiving a command Accepting of a received command Not accepting of a received command 60 Overall format ID STATUS CR LF example of a command without a parameter ID STATUS PARAMETER CR LF example of a command with a parameter ES CR LF error detected or not listed command where ID command 1 4 characters space ASCII 32 dec STATUS one character that outlines the response status or a status of the scale Different possibilities A incase of commands that cannot be completed immediately command accepted correct command but cannot be executed at that moment D incase of commands that cannot be completed immediat
46. t for decimal fractions 8 3 Automatic tare This function is useful for quick determining net mass of weighed goods when tare values are different for each weighings It is accessible in P4 Readout gt parameters group Enabling function e 15 03 04 P1 Calibration zs GLP 15 03 04 Setup Y E ND P4 b 01 Filler 8 normal 02 Median filter 3 normal P5 RS232 03 Disp ret 0 2 PS Printouts isp refresh I 2s 2 P7 Units 04 Autozero I 1 on 05 Lastdigit I 1 always 06 Negative 0 no l 6 6 Automatic tare enabling Aut tare After setting an appropriate value of the parameter return to weighing 7 4 of this manual The way of operation e Press ZERO button when the pan is empty e Puta package on the pan e After stabilizing tarring is performed Net designator is displayed in the top left corner of the display Put an article on the pan The display shows the net mass of the article Unload the pan Indication returns to zero Put the next package and the cycle repeats 8 4 Zeroing For zeroing display indication press gt lt key Indication will return to zero and display will indicate a graphic signature in left lower corner gt 0 lt Zeroing of indication is possible only in range of 2 of maximum capacity currently displayed balance platform If zeroed value is bigger than 2 of maximum capacity display will indicate error message and return to dis
47. tion of unauthorized people e Removing or destroying protection stickers The detailed warranty conditions one can find in warranty certificate Contact with the central authorized service 48 48 384 88 00 ext 106 or 107 4 UNPACKING OF THE BALANCE 4 1 WTX series Cut open tape protecting the box Take out the balance of factory package and place it on a stable base Take out all components and assemble them according to below drawings 4 2 WLX series Unpack and put the scale on a flat even stable surface far away from sources of heat and then e Remove transport protections e Install the weighing pan according to the drawing below 5 GETTING STARTED 5 1 Conditions of appropriate use e Place balance on a stable and flat table or free from vibrations e Bbalance should not be exposed to draughts and sudden air movements e Balance should be placed in room of stable temperature and humidity e Balance should be placed far from heat sources e If static electricity influence balances indications its base should be earthed Earthing clamp is in the back part of balance base e Balances should be levelled according to a level condition indicator to guarantee the appropriate weighing accuracy 5 2 Time of warming up To do the measurements correctly level the scale Take the pan off carefully without rapid pulls and hits and turn the legs in order to level the balance air bubble should be place in the cen
48. tivation 15 03 04 MO Basic weighing M1 Parts counting M2 gt Checkweighing M3 Filing PZA M4 Percent M5 Animal weig M6 Densit 15 05 12 Checkweighing setup M2 gt 01 Low limit 4 000 g 02 High limit 60 000 g 03 Statistics Checkweighing the function activation Display view Checkweighing Hl 60 000 DIF 20 420 LO 4 000 m 52 420 00 Checkweighing display view Result Bargraph Function name Difference between mass of weighed load and middle of tolerance field HI LO Value of low lo and hi high limit Graphs which presents weighing range A0 0 M The balance program checks if the values are correct and Remember to set the parameter 02 Higher threshold firstly AN if they are in measure range 34 If settled values of the parameters are incorrect the balance shows command about error and returns to setting parameters without changes 18 3 Filling During dosage pouring load mass is filled up till the settled mass is reached Before the procedure set the standard mass which is upper stage of the dosage Activation of the function 15 03 04 MO Basic weighing M1 Partscounting M2 Checkweghing M3 P Filling M4 Percent M5 Animalweig M6 Densi Filling setup M3 01 Target weight 60 000 g 02 Statistics OFF 03 Run Dosage activation of the function Display view TR 60 000 WGH 52 430 7 570 g Z x E D
49. to group P6 Printouts and press F2 to enter menu group and then select parameter Press F2 to activate the procedure of writing the text By means of keyboard write the text max 8 signs and confirm by Enter Repeat this procedure for the rest of the texts Description of the computer keyboard is in the 7 3 2 of this manual 19 2 2 Select non standard printouts If printout as STANDARD is chosen printout will only contain weighing result and variables declared in GLP menu If one wants to print own non standard printout choose type of printout 1 4 give beginning and end of printout 53 20 ADDITIONAL ID S 6 additional digital codes can be inscribed 6 digits each They can be used while creating non standard printouts see 19 2 1 Weighing 13 57 20 0 05 15 03 04 ID1 0 ID2 243165 ID3 0 1D4 0 IDS 0 1D6 0 A Y p a k a oot gt a select code The keys introducing the values in the menu t select field digit to change Y change value of selected field confirm value 3 JD cancelling Additional codes inscribing 54 21 COOPERATION WITH PRINTER OR COMPUTER To send indication on the display with measure units to the computer or printer press the key PRINT The speed of transmission 9600 bit s is settled automatically If external instrument has different baud rate change the baud rate in the balance menu see p 13 of the manual 21 1 Connections
50. tre of level condition indicator 1 2 1 correct levelling 2 incorrect levelling 5 3 Balance levelling Before performing measurements wait until balance reaches temperature stabilization It is so called warm up time It takes about 15 minutes For weighing instruments that have been stored in low temperatures e g during winter the warm up time is about 2 hours 6 BALANCE DESCRIPTION 6 1 Graphic display Weighing 13 47 14 im 0 00 Graphic display Load mass Measure unit The result is stable Line of max range of the balance Work mode Date Time ZERO indication O NOGAGOND lt 6 2 Keyboard Each key is dual function key Particular function can be done through User also can move in the balance menu Zeroing Function key Changes measure units Sends information to external instrument PRINT or confirms parameter value or function ENTER Y iS Selects the work mode 4 Tarring 6 3 Connecting sockets Sockets of the WTX Power adapter socket Add display connector RS 232 port PS keyboard connector RS 485 port Power supply OON Sockets of the WLX 1 Add display connector 2 PS 2 port 7 USER MENU 7 1 Overview of parameters Sockets of the WLX 1 Power supply 2 RS 232 port User s menu comprises 9 groups of parameters signed by P Below you can see listed groups and parameters P1 Calibration 01 Ext calibr 02 User cal
51. units which are 4 accessible for operators directly after pressing the key 6 All units which value of the parameters is set up at 1 yes are accessible from the level of toggling between units For units described as 09 Taele Hk 10 Taele S 11 Taele T there are following relations e lfall of them have attribute 1 yes the balance show only first of them 09 Taele Hk e lf the measurement is done in units 11 Taele T set the attribute 0 no for two previous Enter group of the parameters P7 Units according to the figure below 15 03 04 Setup 13 48 14 5 P3 Date Time sa P4_ Readout 15 03 04 Setup P5 RS 232 P7 01 Grams x anablaud P6 Printouts 02 Kilograms x Q disabled B R 03 Pounds 1 enabled EJ Modes 04 Ounces x 90 disabled w 05 Ounces troy 0 disabled 06 Carats vewawr wnldsisghlag k 07 _Dwt 0 disabled Units of measure setting Notice For verified scales DRH enabled users can weigh in grams or in kilograms Pressing the Units key do not effect changing the unit although they are set to YES in parameters 26 16 SETTING ACCESSIBILITY OF WORK MODES In P8 parameters group users can declare work modes that are accessible directly under the Mode key during operation 13 57 24 15 03 04 P3 Date Time P4 Readout P5 RS232 P6 Printouts 15 03 04 13 57 28 P7 Units P8 gt 01 b Parts cout
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