DI-80. When Accuracy Counts

Transcription

1 DI-80 Indi cator When Accracy Conts Operation Manal 73357

2 CONTENTS 1. INTRODUCTION Display A/D Section Item Memory Environment Interface Option CONFIGURATION Dimensions External Connectors Control Panel Keyboard Keys Display Icons & Indicator Lamps BASIC OPERATION Tare Sbtraction Semi-Ato Tare Sbtraction (One Toch Tare) Digital Tare Sbtraction (Preset Tare) Gross Weight Display Weight Unit Conversion Dal Scale Fnction Accmlation Weight Hold Fnction Animal Weighing Fnction Setpoint Fnction Setpoint Vale Entry Call Item Code in Weighing Mode COUNTING OPERATION Unit Weight Entry Unit weight entry by sampling Direct Entry by nmeric keys Accmlation of Conting Reslt Call Item Code in Conting Mode PROGRAM MODE Item Memory Alphanmeric Data Entry Item Programming Memory Edition and Deletion Delete and edit a certain Item Code Erase all Item data in memory Review Item Code already in Memory Date and Time...36 APPENDIX APPENDIX I LIST OF ASCII DATA..38 APPENDIX II LIST OF TERAOKA CODE.39 2

3 1. INTRODUCTION The DI-80 series is a general prpose weighing indicator for se in a variety of weighing, check weighing, conting systems. It can operate p to two analoge scales. The DI-80 featres, in its basic configration, two scales interface, 1,000 item memory, back light LCD display with color bars, battery operation, flly isolated setpoint interface, one serial interface. For more complex application, expansion modles; bilt-in thermal printer, analoge otpt interface (will be available near ftre), and RS-232C/485 interface are available Display 7 Digits LCD display Color Weight Checker Bars 17 digits dot matrix display (5 x 8 dots) for alphanmeric display CCFL Back Light Indicators: Zero, Net/Gross, Stable, Tare, Battery Weight Base Indicator: kg, oz, g, dwt, lb and (Pcs) 1.2. A/D Section A/D Conversion Speed: 30 times per sec. (at 1mV/V) Internal Resoltion: 1/500,000 or 1,000,000 Display Resoltion: 2500d - 10,000 Excitation Voltage: 12VDC Scale Channel: Nmber of Load Cells: Remote Sensing fnction Inpt Sensitivity: 0.4mV/V to 4.0mV/V Scale Interface: Amphenol 14 pin 2 scale channels Total 8 x 350 ohm load cells in parallel configration (total load cells of scale 1 and 2) 1.3. Item Memory 1,000 item memory as standard (Expandable p to 2,000 item memory as factory option). Memory fields of item code are as follows; Parameter Max Length Programmable Character Item Code 12 or 16 Alphanmeric or Nmeric Part Nmber 12 or 16 Alphanmeric or Nmeric Part Name 20 Alphanmeric Tare Weight 5 Nmeric Unit Weight 5 Nmeric Inventory 8 Nmeric Setpoint 1 6 Nmeric Setpoint 2 6 Nmeric Setpoint 3 6 Nmeric Setpoint 4 6 Nmeric 3

4 1.4. Environment Power Spply : 9VDC to 15VDC Inpt 1.5A or 6 pcs of D size battery (Via solder bridges, Di-80 can be configred for dry cell battery drive or rechargeable battery drive.) Operating Temperatre : -10 C to 40 C Operating Hmidity : 15% to 85% RH 1.5. Interface SETPOINT INTERFACE : RS-232C INTERFACE : Max 35VDC 500mA The device to be connected can be selected by internal specification. BAR-CODE SCANNER (PSC QUICKscan 6000 series) BAR-CODE PRINTER (ELTRON LP2622 series) PC 1.6. Option OP1 BUILT IN THERMAL PRINTER The bilt-in printer modle Thermal serial dot printer (SEIKO MTP201) Paper Size : 50mm diameter (58mm width) OP2 RS-232/RS-485 Interface board Optional interface board has RS-232C interface and 2 x RS-485 interface. It can be plgged into the interface socket of the CPU board. OP3 Analoge Otpt Interface board (will be available near ftre) Optional analoge otpt board provides an analoge otpt signal with 11 bit resoltion (Max 2000d). Via jmper switch, it can be configred for crrent otpt (4-20mA) or voltage otpt (0-10V). It can be plgged into the interface socket of the CPU board. 4

5 2. CONFIGURATION 2.1. Dimensions Display Key Panel Battery Cover Bilt-in Printer (Option) 2.2. External Connectors DC Power Inpt 1) RS-232C Interface 2) Setpoint Inteface 3) RS-485 Interface (Optional RS-232C/485 Board) 3) RS-232C Interface (Optional RS-232C/485 Board) 4) Scale 1 Interface 5) Scale 2 Interface DC Power Inpt b a): 9.5± 0.5mm b): Inside (-) 2.1± 0.5mm Otside (+) 5.5± 0.5mm 1 RS-232C Interface DIN 8 Pin (Female) 2 Setpoint Otpt Interface Mini DIN 8 pin (Female) 3 RS-232/485 Interface RS-232C DIN 8 Pin (Female) RS-485 RJ45(8 Pin) 4 Scale 1 interface Amphenol 14 pin 5 Scale 2 Interface Amphenol 14 pin - + a 5

6 2.3. Control Panel Keyboard Keys ON/STAND BY KEY: Switches between the ON and Stand-by mode. MODE KEY: Switches check weighing and conting mode. (Enter program mode with RE-ZERO key.) / B/G INVENT /GROSS KEY: Switches Between Net weight and Gross weight mode. If Item data is called, display inventory data. (By internal specification setting.) Program Inventory data in Program Mode. HOLD HOLD KEY: Enable/ disable Hold Fnction Pcs SAMPLE KEY: Calclate and enter a nit weight of item by sampling in conting mode and program mode. WEIGHT UNIT KEY: Select weight nits. Pcs UNIT WEIGHT KEY: Enter a nit weight of Item(per 1000 pcs) in conting mode and program mode. SCALE KEY: Switch between platform 1 and 2 when connecting two platforms. - Contined to the next page 6

7 FEED KEY: Feed paper when sing an optional bilt in printer. SET POINT KEY: Enter Setpoint Data. T TARE KEY: Enter or clear tare vale. 0 ZERO KEY: Set the scale to zero. - DATE + PROG # IN/OUT C SUBTRACT KEY: Sbtract weight vale (a qantity of parts in conting mode) to total memory. Set the date and time in program mode. Set parts name to item data in program mode. ADD KEY: Add weight vale (a qantity of parts in conting mode) to total memory. Set set point data to item data in program mode. TOTAL KEY: Clear total memory. Print the label or receipt when printer is sed. Save the data in program mode. CODE KEY: Call p item code. Select shipping, receiving, or stocktaking mode. Set parts no data to item data in program mode. CLEAR KEY: Clear keyed-in data. DECIMAL KEY: Enter the decimal comma dring nmeric entry. 0-9 NUMERIC KEY: Enter nmeric data. 7

8 Display Icons & Indicator Lamps Checker Display Main Display nd Display INSUFF IN HOLD MEMORY SCALE 1 RECOMP OUT PROG SCALE Indicators Descriptions of Indicators 1 0 Zero Lamp Weight is stable at zero point. 2 T Tare Lamp Presence of Tare weight 3 B/G Gross Lamp Gross weight is displayed. 4 Battery Lamp Battery needs to be recharged. 5 ~ Stable Lamp Weight is stable. 6 Net Lamp Net weight is displayed. 7 Pcs Pieces Lamp 1 Qantity is displayed. 8 kg,g,oz,lb, Weight Base Main display shows weight in the indicated weight base. dwt Lamps 9 Total Lamp Total weight is displayed on the left half of sb-display. 10 Unit Weight Lamp 1 Unit weight is displayed on the left half of sb-display. 11 Unit Weight Lamp 2 Unit weight is displayed on the right half of sb-display. 12 Pieces Lamp 2 Qantity is displayed on the right half of sb-display. Triangle Indicator Lamps INSUFF Insfficient Lamp Sample weight is too small to calclate nit weight. RECOMP Recompting Lamp Unit weight may be re-compted for higher accracy. IN IN (Receiving) Lamp Add a qantity of parts to item inventory. OUT OUT (Shipping) Lamp Remove a qantity of parts from item inventory. HOLD Hold Lamp Hold Fnction is enable. MEMORY Memory Lamp Accmlation data is in memory. PROG Program Lamp Scale is in Program mode. SCALE 1 Scale1 Lamp Scale 1 is in se. SCALE 2 Scale2 Lamp Scale 2 is in se. 8

9 3. BASIC OPERATION 3.1. Tare Sbtraction Semi-Ato Tare Sbtraction (One Toch Tare) This fnction is sed for sbtracting tare vale of an empty container. 1. Check that the indicator is at 0 ~ gross zero. 2. Pt the container on ~ platform. 0,526 kg 3. Sbtract the tare. [ T ] ~ T 4. Fill container to reqired ~ weight. T Note * 2) 1,376 kg Note: 1) To clear the tare vale, press [0] then [ T ] key or remove all the weight from the platform and press [ T ] key. Note: * 2) When the optional printer is sed, the net weight will be printed by [ ] key. 31 JAN :19PM * 1,376kg 9

10 Digital Tare Sbtraction (Preset Tare) This fnction can be sed when tare weight vale is known. It is sed for sbtracting tare vale of a prefilled container. 1. Check that the indicator is at 0 ~ gross zero. 2. Enter the tare vale thogh [ 5 ], [, ] 0 ~ nmeric keys. [ 1 ], [ 5 ] i.e. 5,158kg [ 8 ] 5, Sbtract the tare. [ T ] ~ T - 5,158 kg 4. Pt filled container. ~ T 11,376 kg Note: 1) To clear the tare vale, press [0] then [ T ] key or remove all the weight from the platform and press [ T ] key. 10

11 3.2. Gross Weight Display DI-80 series can switch the display between the net weight and gross weight. 1. Enter tare vale by any mean ~ of 3.1 Tare Sbtraction. T i.e. Tare vale = kg - 5,158 kg 2. Pt weight on the platter. ~ i.e. Gross weight = kg T 14,006 kg 3. Display Gross weight. B/G ~ [/ B/G] T 19,164 kg 4. Change to Net weight ~ display. [/ B/G] T 14,006 kg Note: This fnction can be invalid by internal specification setting. (SPEC25 BIT0) 11

12 3.3. Weight Unit Conversion This fnction allows to convert the weight data in display to other weight base(s) by key operation. The convertible weight nits are different from the base nit that the scale was calibrated with. The convertible nits to each base nit and the conversion seqence when the designated key operation is done, are listed in the following table. The base nit kg lb g oz dwt The convertible nits and the seqence kg lb kg lb kg lb g oz dwt g oz dwt g oz dwt g oz dwt 1. Pt weight on the platter. ~ (i.e. Kg as base nit) 1,746 kg 2. Change to lb base. [WEIGHT ~ UNIT] 3,850 lb 3. Back to kg base. [WEIGHT ~ UNIT] 1,746 kg Note: This fnction can be invalid by internal specification setting. (SPEC12 BIT0) 12

13 3.4. Dal Scale Fnction This fnction is available only when the system has two platforms/scales. DI-80 switch the scale to be sed by pressing [SCALE] key. The active platform is indicated by indicator lamps (scale 1 and scale 2) on the display. 1. Scale 1 is sed. ~ 2. Change to scale 2. [SCALE] 0 ~ 0,00 kg 3. Back to scale 1. [SCALE] ~ 1,746 kg 13

14 3.5. Accmlation The weight data can be accmlated or sbtracted by sing [ + ] and [ - ] keys. Total net weight will be held and displayed in the indicator. When accmlation data is in memory, the nit weight conversion nor the scale change fnctions are invalid. The total data will be cleared by pressing [ ] key. 1. Pt weight on the platform. ~ 2,162 kg 2. Add the weight to total [ + ] ~ memory. total W E I G H T 2, Clear the total display by [ C ] 0 ~ pressing [ C ] key. And, remove the weight 4. Pt next weight on the platter ~ 5. Add the weight to total [ + ] ~ memory. 1,204 kg total W E I G H T 3, Contine - 14

15 6. Clear the total display by [ C ] 0 ~ pressing [ C ] key. And, remove the weight 7. Pt weight on the platter ~ Note: *1) 8. Void/ Sbtract the weight [ - ] ~ from total memory 1,204 kg total W E I G H T 2, Clear the total data. [ ] 0 ~ (Scale is back to weighing display atomatically.) Note *3) Note: *1) To view crrent total, press [ ] key. Note: 2) Total display after [ + ], [ - ] key can be cleared atomatically by specification. Note: *3) When the optional printer is sed, the transaction will be printed by [ ] key. 31 JAN :19PM + 2,162kg + 1,204kg - 1,204kg 3T 2,162kg 15

16 3.6. Weight Hold Fnction DI-80 can hold weight display for 15 seconds. By internal specification setting, the weight data can be hold at the first stabilized point or peak point. This fnction is effective when pressing [HOLD] key. This fnction is effective when the indicator lamp (HOLD) is on by pressing [HOLD] key. Weight hold at the first stable point Weight hold at peak point Display Weight Display Weight Actal Weight Actal Weight 3.7. Animal Weighing Fnction DI-80 can alter 4 different display filter levels by internal specification setting. (SPEC34 and 35) Also, DI-80 series spports the animal weighing fnction to average the in-consist weight and display the averaged weight for mch vibration and other environmental inflences. This fnction is effective by internal specification settings.(spec36) 16

17 3.8. Setpoint Fnction Up to 4 setpoint vales can be programmed by specification. The setpoint signals are otpt via the setpoint interface when the qantity or weight exceeds setpoint vales. The character of the parameter can be selected from the following selections by internal specification setting. (SPEC # 07 Bit 1 & 2) Setpoint 1 Weight Weight Qantity Qantity Setpoint 2, (&3), (&4) Weight Percentage of setpoint 1 vale Qantity Percentage of setpoint 1 vale Setpoint 1 and Setpoint 2 can be tilized as nder and over limits of filling or check weighing application. The indicator shows the nder/over stats adiovisally with color graphic display and internal bzzer. This fnction is valid when both of setpoint 1 and setpoint 2 are entered and setpoint 2 is larger than setpoint 1. The setpoint alarm for filling or check weighing application can be selected by internal specification setting. (SPEC # 17 Bit 2) SETPOINT ALARM FOR FILLING APPLICATION Intermittent bzzer will beep when the weight or qantity is between Setpoint 1 and Setpoint 2. Continos bzzer will beep when the weight exceeds setpoint 2. E.g.) SETPOINT 1 (Weight Base) = 2.500kg SETPOINT 2 (Percentage of SETPOINT 1) = 120 % No Sond Intermittent Bzzer Continos Bzzer kg 120%(3.000kg) Setpoint 1 Setpoint 2 SETPOINT ALARM FOR CHECK WEIGHING APPLICATION The bzzer will beep when the weight or qantity is ot of target limits for check weighing application by internal specification setting. Intermittent Bzzer No Sond Intermittent Bzzer kg 120%(3.000kg) Setpoint 1 Setpoint 2 COLOR GRAPHIC DISPLAY Color graphic display consists of total 15 graphic blocks. Each block shows the achievement rate to the target range. Fnctions Yellow Block shows the achievement rate to the minimm limit (setpoint 1) Green Block shows the weight stats in the target range. Red Block shows the exceed rate against the maximm weight (setpoint 2) 17

18 Setpoint Vale Entry 1. stand-by stats 0 ~ 2. Go to Setpoint Setting mode. [SET 0 ~ POINT]key SP 1 3. Enter Setpoint 1 vale and [ 2 ], [ ], 0 ~ enter the data by pressing [ 0 ], [ 0 ], [SETPOINT] key. [ 0 ], [SET i.e kg POINT]key 4. Enter Setpoint 2 vale and [ 2 ], [ ], 0 ~ enter the data by pressing [ 5 ], [ 0 ], [SETPOINT] key. [ 0 ], [SET i.e kg POINT]key SP 2 Note: 1) If the entry of setpoint 3 and 4 are reqired, repeat the same procedre for Setpoint 3 and 4. Note: 2) If Setpoint 3 and 4 are not reqired, press [SET POINT] key withot entering data. 5. Fill the prodct to the ~ container. i. e. 2,200kg 2,200 kg 6. When the weight data 0 ~ reaches to the lower set point, remove the weight. 18

19 3.9. Call Item Code in Weighing Mode This section shows how to recall item codes in weighing mode. (Item code shold be pre-programmed in program mode before the following operation.) Refer to 5. PROGERAM MODE) 1. Stand-by stats 0 ~ 2. Enter the item code. [ 1 ], [ 0 ], 0 ~ [ 0 ], [ # ] C O N E J 8 W Note: If parts name is programmed to item code, the parts name is displayed in the second display. 3. Place item on platter. ~ weight. 1,376 kg Note: * 2) C O N E J 8 W Note: 1) If setpoint data is programmed to item code, the checker display shows the weight stats. Note: * 2) When the optional printer is sed, the net weight will be printed by [ ] key. 31 JAN :19PM 100 * 1,376kg CONEJ8 19

20 4. COUNTING OPERATION DI-80 has the conting mode. To switch between weighing mode and conting mode, press [MODE] key Unit Weight Entry The nit weight can be determined by sampling or direct entry thogh nmeric keys Unit weight entry by sampling 1. Go to conting mode. [MODE] 0 ~ 0 0 Pcs Pcs 2. Place 10 samples onto the ~ platter and check INSUFF lamp is off. 0,186 kg 1 0 Pcs Pcs Note: If the sample qantity is not 10 pcs, enter the nmber of samples by nmeric key. 3. Compte a nit weight. [ Pcs ] ~ 0,186 kg Pcs Pcs Note: 1) DI-80 calclate the average nit weight by [Pcs]. To calclate the accrate nit weight, a sfficient nmber of items are reqired. Note: 2) Unit weight of item is displayed on the left half of the 2 nd display. Note: 3) Qantity is displayed on the right half of the 2 nd display. Note: 4) The indicator watches whether the weight of samples are enogh to calclate a nit weight. If sample pieces are not sfficient for accrate conting, the Insfficient lamp is lit. If calclate the nit weight with insfficient samples, the procedre 4 and 5 are reqired. The insfficient range can be selected in internal setting mode from 0.1% or 0.2% of fll scale capacity. - Contined - 20

21 4. Add the reqired samples. ~ Add kg 0 P C S Pcs Pcs Note: The additional sample qantity for accrate calclation is displayed on the left half of the 2 nd display. 5. Calclate nit weight with [ Pcs ] ~ sfficient samples. 0,149 kg Pcs Pcs 6. Cont item qantity. ~ 4,184 kg Note *4) Pcs Pcs Note *5) Note: 1) To clear nit weight data, press [ C ] key. Note: 2) If mltiple scales are connected to DI-80, it is qenerally recommended to perform the sampling operation with smaller capacity for better accracy. Note: 3) To retrn to weighing mode, press [MODE] key. Note: *4) Accracy of nit weight can be improved with more qantity than the sample qantities becase a larger sample size makes the weight variance smaller. Unit weight can be improved by [ Pcs ] key when RECOM lamp is ON. Note: *5) When the optional print is sed, the conting reslt will be printed by [ ] key. 31 JAN :19PM * 224Pcs 21

22 Direct Entry by nmeric keys 1. Go to conting mode. [MODE] 0 ~ 0 0 Pcs Pcs 2. Enter nit weight vale. [ 1 ], [ 8 ], 0 ~ [ ], [ 6 ], [ 9 ], [ 3 ] Note: The nit weight shold be 1000 pcs of items Pcs Pcs 3. Enter nit weight. [ Unit 0 ~ Weight ] Pcs Pcs 4. Place parts on the platter. ~ 2,757 kg Pcs Pcs 22

23 4.2. Accmlation of Conting Reslt In conting mode, DI-80 will accmlate the conting reslts in total memory. 1. Go to conting mode and 0 ~ enter nit weight by any means of 4.1 Unit Weight Entry Pcs Pcs 2. Place parts onto the platter. ~ 3,756 kg Pcs Pcs 3. Add the qantity to total [ + ] ~ memory. total Pcs Q U A N T I T Y Pcs Pcs 4. Clear the total display by [ C ] 0 ~ pressing [ C ] key. And, remove the weight Pcs Pcs 5. Pt parts on the platter. ~ 0,221 kg Pcs Pcs 6. Sbtract the qantity from [ - ] ~ total memory. total Pcs Q U A N T I T Y Pcs Pcs - Contine - 23

24 7. Enter the nmber of parts [ 1 ], [ 0 ], 0 ~ by nmeric key. [ 0 ], [ 0 ] (When adding or sbtracting the known qantity) Pcs Pcs 8. Add the qantity 0 ~ total pcs Q U A N T I T Y Pcs Pcs 9. Clear the total data. [ ] 0 ~ (Retrn to conting mode atomatically.) kg Pcs Pcs Note: *1) To view crrent total, press [ ] key. Note: 2) Total display after [ + ], [ - ] key can be cleared atomatically by specification. Note: *3) When the optional printer is sed, the transaction will be printed by [ ] key. 31 JAN :19PM Pcs - 146Pcs Pcs 3T 3335Pcs 24

25 4.3. Call Item Code in Conting Mode This section shows how to recall item codes in conting mode. (Item code shold be pre-programmed in program mode before the following operation.) Refer to 5. PROGERAM MODE) 1. Go to Conting Mode. 0 ~ Pcs Pcs Note: If parts name is programmed to item code, the parts name is displayed for a second in the second display. 2. Enter the item code. [ 1 ], [ 0 ], 0 ~ [ 0 ], [ # ] Pcs Pcs Note: If the nit weight is programmed to item code, the nit weight is recalled atomatically and displayed for a second display. 3. Select parts movement [ # ] 0 ~ stats Pcs Pcs Note: If Inventory qantity is programmed to item code, the inventory data is p-dated atomatically by pressing [ ] key. If yo do not se the inventory fnction, please skip this procedre. When In lamp is lit, a qantity of item is added to item inventory. When Ot lamp is lit, a qantity of item is removed from item inventory. When neither are lit, item inventory is not changed. In-Ot stats can be selected by pressing [ # ] key after calling p item code. The stats is toggled between IN, OUT, NON ADD (NO CHANGE). - Contine - 25

26 4. Place parts item on platter. ~ weight. 1,816 kg Note: 2) Pcs Pcs Note: 1) If setpoint data is programmed to item code, the checker display shows the weight stats. Note: *2) When the optional printer is sed, the transaction will be printed by [ ] key. 31 JAN :19PM 100 SCREW103 * 1449Pcs 26

27 5. PROGRAM MODE 5.1. Item Memory DI-80 series has 1000 item memory (can be expanded to 2000 item memory as factory option). Item code consists of the following data. Parameter Character Data Length Item Code Nmeric or 12 or 16 letters Note: *1) Alphanmeric Parts No. Nmeric or 12 or 16 letters Note: *1) Alphanmeric Parts Name Alphanmeric 20 letters Tare Weight Nmeric 5 digits Unit Weight Nmeric 5 digits Setpoint Nmeric 8 digits Inventory qantity Nmeric 8 digits Note: * 1) The maximm length and the programmable character can be set by specification. ITEM CODE Item code is sed as a reference code to call p item data. PARTS NO Parts No will be printed on label and transmitted to PC when connecting bar-code printer and PC. If barcode printer nor PC is not sed, yo may skip to program parts No. PARTS NAME Parts No will be printed on label and transmitted to PC when connecting bar-code printer and PC. When calling item code in operation mode, the parts name will be displayed in the 2 nd display. TARE WEIGHT Maximm length of data depends on the scale capacity and interval of yor system. If several tare container will be sed to one item code, yo may skip to store tare data to item memory. UNIT WEIGHT Unit weight can be registered by sampling or nmeric data entry in program mode. If an item is sed in weighing mode only, yo may skip to store nit weight data to item memory. INVENTORY QUANTITY Inventory qantity will be p-dated atomatically after IN/OUT operation in conting mode. If an item is sed in weighing mode only, yo may skip to store inventory data to item memory. SETPOINTS Maximm 4 setpoints can be programmed to each item code. The character of setpoint data can be selected from weight base or qantity base. 27

28 Alphanmeric Data Entry Alphanmeric data can be programmed to Item no., parts no, parts name. Yo may select the data entry by ASCII code or TERAOKA entry (two digit nmeric data) by internal spec selection. ASCII CODE ENTRY by ASCII code P 16 SCREW:CROMATE23_ A00 PARAMETER NAME: P: Parts Name n: Parts No I : Item Code ASCII DISPLAY: Shows that entry is by ASCII. POSITION OF CURSOR: These two digits shows the position of crsor. [ + ] and [ - ], to move crsor position. The example shows the crsor is at 16 th digit in part name. ASCII DATA: Entered ASCII code data is displayed. CONVERTED ALPHANUMERIC DATA: The alphanmeric data is displayed. FUNCTION KEYS IN ASCII CODE ENTRY [ C ] = Escape from Alphanmeric screen [ + ] = Move the crsor ahead [ - ] = Move the crsor back [WEIGHT UNIT CHANGE] = A [Pieces] = B [SCALE CHANGE] = C [UNIT WEIGHT] = D [SETPOINT] = E [FEED] = F [ 0 ] = 0 [ 1 ] = 1 [ 2 ] = 2 [ 3 ] = 3 [ 4 ] = 4 [ 5 ] = 5 [ 6 ] = 6 [ 7 ] = 7 [ 8 ] = 8 [ 9 ] = 9 i.e.) To enter SCREW: enter [ 5 ], [ 3 ] [ 4 ], [ 3 ] [ 5 ], [ 2 ] [ 4 ], [ 5 ] [ 5 ], [ 7 ] [ 3 ], [ A ] S C R E W : Note ) Refer to Appendix I (ASCII CODE LIST) 28

29 TERAOKA CODE ENTRY Data can be entered by TERAOKA character code. P 16 t00 SCREW:CROMATE23_ PARAMETER NAME: P: Parts Name n: Parts No I : Item Code TERAOKA DISPLAY: Shows that entry is by TERAOKA CODE. POSITION OF CURSOR: These two digits shows the position of crsor. [ + ] and [ - ], to move crsor position. The example shows the crsor is at 16 th digit in part name. TERAOKA DATA: Entered TERAOKA code data is displayed. CONVERTED ALPHANUMERIC DATA: The alphanmeric data is displayed. FUNCTION KEYS IN ASCII CODE ENTRY [ C ] = Escape from Alphanmeric screen [ + ] = Move the crsor ahead [ - ] = Move the crsor back [ 0 ] = 0 [ 1 ] = 1 [ 2 ] = 2 [ 3 ] = 3 i.e.) To enter SCREW:, enter [ 1 ], [ 9 ] [ 0 ], [ 3 ] [ 1 ], [ 8 ] [ 0 ], [ 5 ] [ 2 ], [ 3 ] [ 4 ] = 4 [ 5 ] = 5 [ 6 ] = 6 [ 7 ] = 7 [ 8 ] = 8 [ 9 ] = 9 S C R E W Note: Refer to Appendix II (TERAOKA CODE LIST) 29

30 Item Programming 1. Go to program mode. [MODE] + [RE- ZERO] ProG P L U C O U N T 0 Note) Press [MODE] key while pressing [RE-ZERO] key. Note) The 2 nd display shows the nmber of items that exist in memory. 2. Enter Item Code nmber and [ 1 ], [ 0 ], 0 ~ press [ # ] key. [ 0 ], [ # ] 3. Enter tare vale by any means 0 ~ of 3.1 Tare Sbtraction. T 8 Pcs Pcs - 0,500 kg 8 Pcs Pcs 4. Enter nit weight vale by any 0 ~ means of 4.1 Unit weight T entry. 0,056 kg 1 8, Pcs Pcs 5. Press [GROSS] key to enter [GROSS] inventory vale. InvEnt 0 30

31 6. Enter inventory qantity and [ 1 ], [ 5 ], 0 ~ press [GROSS] key. [ 0 ], [ 0 ], T [GROSS] 0,056 kg 1 8, i.e.1500pcs Pcs Pcs 7. Press [ - ] key to enter [ - ] parts no. n 00 A00 8. Enter data to parts No and [ 3 ], [ 5 ], 0 ~ press [ ] key. [ 4 ], [ 0 ], T [ 5 ], [ 4 ], 0,056 kg Refer to Alphanmeric [ 5 ], [ 2 ], 1 8, data entry. [ ] Pcs Pcs i.e. 5ATR 9. Press [ # ] key to enter [ # ] parts name. P 00 A Enter parts no and [ 5 ], [ 3 ], 0 ~ press [ # ] key. [ 4 ], [ 3 ], T [ 5 ], [ 2 ], 0,056 kg Refer to Alphanmeric [ 4 ], [ 5 ], 1 8, data entry. [ 5 ], [ 7 ], Pcs Pcs i.e. SCREW [ # ] 31

32 11. Press [ + ] key to enter [ + ] setpoint data. SP 1 pcs 12. Enter Setpoint 1 and press [ 3 ], [ 5 ], [ + ] key. [ 0 ], [ + ], SP 2 pcs i.e. 350 pcs 13. Enter Setpoint 2 and press [ 4 ], [ 0 ], [ + ] key. [ 0 ], [ + ], SP 3 pcs i.e. 400 pcs 14. Enter Setpoint 3 and press [ 5 ], [ 0 ], 0 ~ [ + ] key. [ 0 ], [ + ], T 0,056 kg 1 8, i.e. 500 pcs Pcs Pcs Note: The setpoint data can be selected from weight base or qantity base by internal specification settings. If the data is based on weight, please enter the weight vale in the procedre (Refer to 3.8 Setpoint Fnction) If the setpoint data is not reqired, skip the operation procedre Save the data to memory. [ ] ProG P L U C O U N T 1 32

33 5.2. Memory Edition and Deletion Delete and edit a certain Item Code 1. Go to program mode. [MODE] + [RE- ZERO] ProG P L U C O U N T 1 0 Note) Press [MODE] key while pressing [RE-ZERO] key. Note) The 2 nd display shows the nmber of items that exist in memory. 2. Enter Item Code to delete [ 1 ], [ 0 ], and press [ # ] key. [ 0 ], [ # ] ProG If calling the item that has C L E A R P L U? already existed in item memory, this display appears. To edit an item data. 3. Press [ # ] key. [ # ] 0 ~ T 0,056 kg The display is changed to item 1 8, programming screen. Pcs Pcs Note: * 1) Note: * 1) After changing item data, save the data by [ ] key. To clear a certain item code. 4. Clear the data by [ C ] key. [ C ] ProG P L U C O U N T 9 33

34 Erase all Item data in memory 1. Go to program mode. [MODE] + [RE- ZERO] ProG P L U C O U N T 1 0 Note) Press [MODE] key while pressing [RE-ZERO] key. Note) The 2 nd display shows the nmber of items that exist in memory. 2. Enter [ ], [ ], [ 0 ], while [ ], [ ], pressing [ RE-ZERO] key. [ 0 ], + [RE-ZERO] ProG C L E A R P L U? 3. Clear all item data. [ C ] ProG P L U C O U N T Reset Seqence Nmber to 0 1. Go to program mode. [MODE] + [RE- ZERO] ProG P L U C O U N T 1 0 Note) Press [MODE] key while pressing [RE-ZERO] key. Note) The 2 nd display shows the nmber of items that exist in memory. 2. Press [ + ] key [ + ] Note) The 2 nd display shows the existing seqence nmber in memory. SEq no 4 3. Reset Seqence No by [ 0 ] pressing [ 0 ] key SEq no 0 34

35 5.3. Review Item Code already in Memory 1. Go to program mode. [MODE] + [RE- ZERO] ProG P L U C O U N T 1 0 Note: Press [MODE] key while pressing [RE-ZERO] key. Note: The 2 nd display shows the nmber of items that exist in memory. 2. Press [ # ] key. [ # ] CH 1 A Check other item codes with [ C ] [ - ] and [ + ] key. CH 2 A Note) [ + ] key works to move to the next item code. [ - ] key works to be back to the previos item. 4. Back to the initial screen of [MODE] program mode. + [RE- ZERO] ProG P L U C O U N T

36 5.4. Date and Time 1. Go to program mode. [MODE] + [RE- ZERO] ProG P L U C O U N T 1 0 Note: Press [MODE] key while pressing [RE-ZERO] key. Note: The 2 nd display shows the nmber of items that exist in memory. 2. Press [ - ] key to display date [ - ] and time. 3. Press [ - ] key and again to [ - ] go to date entry mode. 21: 31: M O N EntEr D D M M Y Y 0 4. Enter date, month, and year [ 1 ], [ 8 ], data. [ 0 ], [ 2 ], [ 0 ], [ 0 ] EntEr i.e. 18 Feb 2000 D D M M Y Y Note: Each of two digit nmeric data represents date, month, and year. The order of Date, Time, Year (DDMMYY) can be changed by specification. 5. Press [ - ] key. [ - ] EntEr D A Y 0 - Contine - 36

37 6. Enter the day of the week. [ 4 ] EntEr i.e. Friday D A Y 4 Note: one digit nmeric data represents the day of the week as following table. Nmber Day of Week Nmber Day of Week 0 Monday 4 Friday 1 Tesday 5 Satrday 2 Wednesday 6 Snday 3 Thrsday 7. Press [ - ] key. [ - ] 8. Enter the crrent time. [ 2 ], [ 0 ], [ 5 ], [ 3 ] EntEr H H M M 0 EntEr i.e. 20: 53 D A Y Note: Each of two digit nmeric data represents hor and minte. 9. Store the data. [ ] ProG P L U C O U N T 1 0 Note: When pressing [ ] key, the internal clock starts to move from 00 second. 37

38 APENDIX I (LIST OF ASCII CODE) Code Chara. Code Chara. Code Chara. Code Chara. Code Chara. Code Chara. 20 Space P 60 ` 70 p 21! A 51 Q 61 a 71 q B 52 R 62 b 72 r 23 # C 53 S 63 c 73 s 24 $ D 54 T 64 d 74 t 25 % E 55 U 65 e & F 56 V 66 f 76 v G 57 W 67 g 77 w 28 ( H 58 X 68 h 78 x 29 ) I 59 Y 69 I 79 y 2A * 3A : 4A J 5A Z 6A j 7A z 2B + 3B ; 4B K 5B [ 6B k 7B { 2C, 3C < 4C L 5C \ 6C l 7C 2D - 3D = 4D M 5D ] 6D m 7D } 2E. 3E > 4E N 5E ^ 6E n 7E ~ 2F / 3F? 4F O 5F _ 6F o 7F 38

39 APENDIX II (LIST OF TERAOKA CODE) Code Chara. Code Chara. Code Chara. Code Chara. Code Chara. 00 Space 20 T A 21 U 41! B 22 V C 23 W 43 # D 24 X 44 $ E 25 Y 45 % F 26 Z 46 & G 27, 47 / H ( I ) J K Æ L Ä M Ø N Ö O Ã P Ê Q Á R S CR 39

40 DI-80 Limited Warranty Rice Lake Weighing Systems (RLWS) warrants that all RLWS eqipment and systems properly installed by a Distribtor or Original Eqipment Manfactrer (OEM) will operate per written specifications as confirmed by the Distribtor/OEM and accepted by RLWS. All systems and components are warranted against defects in materials and workmanship for two (2) years. RLWS warrants that the eqipment sold herender will conform to the crrent written specifications athorized by RLWS. RLWS warrants the eqipment against falty workmanship and defective materials. If any eqipment fails to conform to these warranties, RLWS will, at its option, repair or replace sch goods retrned within the warranty period sbject to the following conditions: Upon discovery by Byer of sch nonconformity, RLWS will be given prompt written notice with a detailed explanation of the alleged deficiencies. Individal electronic components retrned to RLWS for warranty prposes mst be packaged to prevent electrostatic discharge (ESD) damage in shipment. Packaging reqirements are listed in a pblication, Protecting Yor Components From Static Damage in Shipment, available from RLWS Eqipment Retrn Department. Examination of sch eqipment by RLWS confirms that the nonconformity actally exists, and was not cased by accident, misse, neglect, alteration, improper installation, improper repair or improper testing; RLWS shall be the sole jdge of all alleged non-conformities. Sch eqipment has not been modified, altered, or changed by any person other than RLWS or its dly athorized repair agents. RLWS will have a reasonable time to repair or replace the defective eqipment. Byer is responsible for shipping charges both ways. In no event will RLWS be responsible for travel time or on-location repairs, inclding assembly or disassembly of eqipment, nor will RLWS be liable for the cost of any repairs made by others. THESE WARRANTIES EXCLUDE ALL OTHER WARRANTIES, EXPRESSED OR IMPLIED, INCLUDING WITHOUT LIMITATION WARRANTIES OF MERCHANTABILITY OR FITNESS FOR A PARTICULAR PURPOSE. NEITHER RLWS NOR DISTRIBUTOR WILL, IN ANY EVENT, BE LIABLE FOR INCIDENTAL OR CONSEQUENTIAL DAMAGES. RLWS AND BUYER AGREE THAT RLWS S SOLE AND EXCLUSIVE LIABILITY HEREUNDER IS LIMITED TO REPAIR OR REPLACEMENT OF SUCH GOODS. IN ACCEPTING THIS WARRANTY, THE BUYER WAIVES ANY AND ALL OTHER CLAIMS TO WARRANTY. SHOULD THE SELLER BE OTHER THAN RLWS, THE BUYER AGREES TO LOOK ONLY TO THE SELLER FOR WARRANTY CLAIMS. No terms, conditions, nderstanding, or agreements prporting to modify the terms of this warranty shall have any legal effect nless made in writing and signed by a corporate officer of RLWS and the Byer Rice Lake Weighing Systems, Inc. Rice Lake, WI USA. All Rights Reserved. RICE LAKE WEIGHING SYSTEMS 230 WEST COLEMAN STREET RICE LAKE, WISCONSIN USA 1