MARcus TD-100 User Manual Download Page 34 | Manualshive

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33

4-5 Loss-in Weight Flow Chart ( SQ1 = 2 )

Start

Check supplying

hopper enough for next

batch of loading.

SQ15 = 0 not setting

TARE

-NET≧

Final-SP2

N

Y

SP2 output

-NET

≧

FINAL-F.Fall

SP3 output

N

Y

Batch finish

output signal

delay time

start (SQ4)

Batch finish output

signal delay time

arrived

N

Supplying

hopper gate open

Weight of supplying

bin reach to zero range

SQ15 = 1 Setting

N

Y

Y

Set the zero

band in to final

weighing

value(SQ15))

GROSS≧SP1

Supplying

hopper gate

closed

TARE

SP1 output

Y

N

Batch finish

signal output

Batch finish

output signal

time start

(SQ6)

Batch finish

condition,

stabilized or

not(SQ5)

Weight stabilized

or not

SQ5 = 1

instable

SQ5 = 0

stabilized

N

Y

Batch finish output

signal reach time

Closed batch

finish signal

N

SQ6 = 0

SQ6 = 1 ~ 25.5

Y

over

Y

N

SP1

L/C

L/C

SP2

SP3

Receiving bin

Weighing hopper

Supplying bin

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Summary of Contents for TD-100

Page 1: ...TD 100 USER MANUAL ...

Page 2: ...Lo Output Flow Chart 34 4 7 Normal Batching Built in Program Flow Chart SQ 01 4 35 4 8 Loss in Weight Built in Program SQ 01 5 36 4 9 Hold Mode SQ 01 6 37 4 9 1 Hold Mode Flow Chart 38 4 9 2 Hi OK Lo Comparison 39 4 10 Totalizing ACCU Auto Transmit 39 CHAPTER 5 INTERFACE 40 5 1 Serial Input Output Interface Built in 40 5 2 BCD Parallel Output Interface OP 02 48 5 3 Analogue Current Output Interfac...

Page 3: ...ing 61 6 3 5 EEPROM Memory Testing 61 6 3 6 Option Interface Card Testing 61 APPENDIX I DESCRIPTION OF 7 SEGMENT CHARACTERS 63 APPENDIX II FUNCTION TABLE 64 APPENDIX III MODBUS DATAADDRESS TABLE 73 APPENDIX VI MODBUS DATAADDRESS TABLE 74 ...

Page 4: ...g the instrument housing NOTE There are no user serviceable parts inside To install the optional interface cards it is necessary to disconnect the mains power supply and fit a yellow green earth bonding cable to the rear panel Before turning the power on ensure the supply voltage is within the DC24V The operating ambient temperature range is 10oC 40oC 14 F 104 F ...

Page 5: ...y in the signal voltage value mV V directly via the keyboard no need to apply any weight to calibrate the system Display load cell output voltage mV V for future maintenance Adjustable filter Built in RS232C bi directional interface or RS485 one way serial interface Built in MODBUS RTU format Interface options OP 02 BCD parallel output interface Open collector output OP 03 16 Bit Analogue output i...

Page 6: ...t Number of transactions in the total Indication icons ZERO Zero Indication MD Unstable weight Indication GROSS Gross weight Indication NET Net weight Indication Kg Weighing Units Kg g Weighing Units g lb Weighing Units lb t Weighing Units t The indicator is supplied with suitable labels to customise the icon displays Refer to GEF 06 GEF for the various options available Weighing Units Weighing Un...

Page 7: ...6 1 2 Rear Panel Terminal Block 12Way Terminal Block 1st DC 24V 2nd DC 0V 3rd FG 4th TXD DA 5th RXD DA 6th SG 7th EXC 8th SEN 9th SEN 10th EXC 11th SIG 12th SIG ...

Page 8: ...In the normal operation it puts the indicator in standby mode or escape Entering standby mode All of the display except ZERO symbol and serial data output are disabled Escape from standby mode Re power on mains for normal operation When parameter setting it moves the flashing digit left In the normal mode it performs a Zero operation When parameter setting it moves the flashing digit right In the ...

Page 9: ...8 1 6 Dimensions UNIT mm ...

Page 10: ...C See 6 2 1 for details Clear zero point compensation and tare value Turn the power on and press and keys during self testing sequence and then press 2 ZERO See 6 2 2 for details Clear setpoint parameter setting Turn the power on and press and keys during self testing sequence and then press two times 3 SPO See 6 2 3 for details Value of zero point voltage mV V Turn the power on and Press and then...

Page 11: ... mode Decreases the number of the flashing digit Moves the flashing digit one space to the left Moves the flashing digit one space to the right Saves the configuration Quits set up mode Escape Increases the number of the flashing digit ...

Page 12: ...e Weight comparison procedures 07 SQ Function Setting Procedures With weight displayed press and hold the key Then press G E F 0 1 R S 1 0 1 B C D 0 1 A N L 0 1 O U T 0 1 S Q 0 1 01 GEF 02 RS1 03 BCD 04 ANL 05 IN 06 OUT I N 0 1 See 5 1 for details See Function Setting 2 2 for details See 5 2 for details See 5 3 for details See 5 4 for details See Chapter 4 for details See 5 4 for details ...

Page 13: ...in memory Exit Escape Function Parameter code G E F 0 1 Digital Filter I G E F 0 2 Digital Filter II G E F 0 3 Lock keypad function G E F 0 4 FUNC function setting G E F 0 5 F1 function setting G E F 0 6 Front panel indication setting first G E F 0 7 Front panel indication setting second G E F 0 8 Front panel indication setting third G E F 0 9 Front panel indication setting fourth G E F 1 0 Terms ...

Page 14: ...ck disable The bits and front panel key positions are related to each other 000000 1 Close lock enable GEF 04 FUNC function setting Parameter Description 0 Display Net Gross weight 1 Setpoint parameter setting 2 Tare reset 3 Manual serial parallel print output 4 Start load 5 Stop load 6 Start comparison 7 Unload command 8 Totalise weight and counts command 9 Clear totalised weight and counts 10 Ho...

Page 15: ...15 Running 16 Hold 0 GEF 07 Front panel indication setting MD 1 GEF 08 Front panel indication setting Gross 2 GEF 09 Front panel indication setting Net 3 GEF 10 Return to zero band 0 5 d 0 1 10 d 2 20 d 3 40 d 4 60 d 5 80 d 6 100 d 7 150 d 8 200 d 9 250 d GEF 11 Hold 0 Hold 0 1 Peak hold positive 1 2 Peak hold negative 3 Peak hold absolute value 4 Peak hold positive 2 GEF 12 Rate for display rewri...

Page 16: ...15 CHAPTER 3 CALIBRATION 3 1 Load Cell Connection When using a 6 wire cable to connect the load cell the SEN and SEN can be left unconnected see below diagram ...

Page 17: ...16 3 2 Parameter Setting and Calibration Flow Chart With weight displayed press and hold the key Then press ...

Page 18: ...neral calibration see 3 5 for details Entering the specification calibration see 3 4 for details Calibration process With weight displayed press and hold the key Then press Before the Linearity Calibration the General Calibration should be completed Spec Calibration General Calibration Linearity Calibration Digital calibration ...

Page 19: ...ashing digit Decrement flashing digit Move flashing point left Move flashing point right Store data in memory Exit Escape Calibration parameter code Unit Decimal Point Min Division Max Capacity Zero Range Time of Zero tracking Range of Zero tracking Investigate period of unstable Investigate range of unstable Function Zero and Tare when the weight is unstable Tare function availability when gross ...

Page 20: ...0 the zero tracking function is disabled 1 0 CSP 07 Range of zero tracking 0 9 Range of zero tracking setting value D D min division Range and time of zero tracking should be use at the same time If the range is set to 0 the zero tracking function is disabled 2 CSP 08 Investigate time in stable 0 0 5 0 sec Investigate time and range should be use at the same time If the time is set to 0 0 the inve...

Page 21: ...e the hopper After the weight is stable Press the key Five sec later Calibration complete set calibration press key Zero calibration only press key to escape after the display shows Span calibration only press key entering directly to span calibration after the display shows Please refer to error message during calibration of the display show X Increment flashing digit Decrement flashing digit Mov...

Page 22: ...age list if the display shows X Increment flashing digit Decrement flashing digit Move flashing point left Move flashing point right Store data in memory Exit Escape Use to select one of calibration points 1P 5P no setting value with setting value Press key Press key Key in the correct weight value Press key Press key Finish the 1st calibration point setting Either continue the second point calibr...

Page 23: ...lashing digit Move flashing point left Move flashing point right Store data in memory Exit Escape Either continue to display the second point value or press key to exit the linearity calibration mode Use to select one of calibration points 1P 5P no setting value with setting value Display the setting value of this calibration point Either continue to clear the second point value or press key to ex...

Page 24: ...sage list if the display shows X Example Zero Voltage 0 00036 mV V incl dead load Span Voltage 2 90000 mV V Capacity 30000 divisions Increment flashing digit Decrement flashing digit Move flashing point left Move flashing point right Store data in memory Exit Escape Zero voltage calibration Weight mV V Zero voltage ZERO Span voltage SPAN CAP Capacity Span voltage calibration Method 1 Input zero vo...

Page 25: ...age 0 1mV V or 4mV V Weight value previous weight value Actual measured weight value previous weight value Setting value 0 mV V value entered measuring range mV V value entered is too small SPAN Zero 0 mV V Displayed resolution is less than 0 10 V division ...

Page 26: ...d value in Zero band Hi OK Lo action mode Auto totalise weight counts The parameter source for weight comparison Weight comparison delay time Tare auto Discharge auto CHAPTER 4 WEIGHT COMPARISON PROCEDURES 4 1 Function Configuration Menu Item code Press the key Select the desired menu code Press the key Display shows the existing parameter code Input a new code as required Press the key Continue t...

Page 27: ...ut the batch finished signal after this delay time 0 5 SQ 05 Batch finish Condition 0 Wait until the weight is stabilized 0 1 No need to wait until the weight has stabilized SQ 06 Batch finish Output signal time 0 0 25 5 sec Batch finished output signal time If set to 0 the output signal will be off until the next batch start 1 0 Batch finish signal ON SQ 04 OFF SQ 06 Batch finish SQ 07 Number of ...

Page 28: ...unts 0 255 times Number of batch runs 0 one batch only 0 SQ 15 Set the zero band in to final weighing value 0 No setting 0 1 Setting SQ 16 Hi OK Lo 0 Comparison anytime 0 1 To compare at batch finish 2 To compare at external input signal 3 To compare at batching finish and external input signal 4 Comparison auto SQ 17 Auto totalise weight counts 0 Disabled 0 1 Enabled SQ 18 The parameter source in...

Page 29: ...t new value as required Press Display shows the existing Free Fall value setting Input new value as required Press Display shows the existing Over value setting Input new value as required Press Increment flashing digit Decrement flashing digit Move flashing point left Move flashing point right Store data in memory Exit Escape Display shows the existing Zero Band setting Input new value as require...

Page 30: ...put new value as required Press Display shows the existing Lo setting Input new value as required Press Display shows the existing LoLo setting Input new value as required Pres Display shows the existing Z band setting Input new value as required Pres Increment flashing digit Decrement flashing digit Move flashing point left Move flashing point right Store data in memory Exit Escape ...

Page 31: ...value setting Input new value as required Press Display shows the existing Zero Band setting Input new value as required Press Display show the existing Peak Ready value setting Input new value as required Press Increment flashing digit Decrement flashing digit Move flashing point left Move flashing point right Store data in memory Exit Escape ...

Page 32: ...P2 Net Final SP2 SP3 Net Final Free Fall in flight Under Net Final Under Over Net Final Over Zero Band Gross Zero Band Loss in weight signal outputs Signal Output condition SP1 Gross SP1 SP2 Net Final SP2 SP3 Net Final Free Fall in flight Under Net Final Under Over Net Final Over Zero Band Gross Zero Band ...

Page 33: ... h S Q4 S e tting Delay time arrived after batching finish output signal N Batch finish signal output Batch finish output signal time SQ6 Batch finish condition stabilized or not SQ5 Weight stabilized or not SQ5 1 instable SQ5 0 Stabilized N Y Batch finish output signal reach time Closed batch finish signal SQ6 0 SQ6 1 25 5 N Y over Y SP1 SP2 SP3 Receiving bin Weighing hopper Supplying bin Unloadi...

Page 34: ...n Weight of supplying bin reach to zero range SQ15 1 Setting N Y Y Set the zero band in to final weighing value SQ15 GROSS SP1 Supplying hopper gate closed TARE SP1 output Y N Batch finish signal output Batch finish output signal time start SQ6 Batch finish condition stabilized or not SQ5 Weight stabilized or not SQ5 1 instable SQ5 0 stabilized N Y Batch finish output signal reach time Closed batc...

Page 35: ... delay time Arrived to proceed condition comparison SQ16 2 Y Y Y Y Y Y Waiting external signal comparison JUDGING Signal in put NET LOLO JUDGING Signal in put Delay time start SQ19 JUDGING Signal in put Delay time arrived Y Y Y Y Y Y Y Y Y LOLO NET LO LO NET HI HI NET HIHI HIHI NET LO OUTPUT OK OUTPUT HI OUTPUT HIHI OUTPUT Comparison mode NET tansmit range GEF 10 LOLO OUTPUT Waiting NET value exce...

Page 36: ... lo a d in g B N N Y Y N Y Y N B R e a c h b a tc h fin ish o u tp u t sig n a l d e la y tim e B a tc h fin ish o u tp u t sig n a l B a tc h fin ish o u tp u t sig n a l tim e sta rt S Q 6 B a tc h fin ish c o n d itio n sta b iliz e d o r n o t S Q 5 W e ig h t s ta b iliz e d S Q 5 1 n o t sta b iliz e d S Q 5 0 sta b iliz e d N Y D o sc h a rg e se ttin g a u to S Q 2 1 T o a c tiv a te d isc...

Page 37: ...c tiv a te s u p p le m e n ta r y lo a d in g S u p p le m e n ta r y lo a d in g g a te o p e n tim e s ta r t S Q 8 S u p p le m e n ta r y lo a d in g g a te o p e n tim e a r r iv e d N E T U N D E R S P 3 s ig n a l o u tp u t O N A S P 3 s ig n a l o u tp u t O F F S u p p le m e n ta r y g a te c lo s e d tim e s ta r t S Q 9 S u p p le m e n ta r y lo a d in g g a te c lo s e d tim e a r ...

Page 38: ...de GEF 11 1 2 Peak hold mode with four different states GEF 11 1 2 3 4 positive peak weight 1 negative peak weight absolute value of peak weight and positive peak weight 2 The peak holds of absolute value and positive peak weight 2 both have no peak ready signal output ...

Page 39: ... OK FINAL output HI OVER output Y Y Y N N PEAK READY output ON Y Y N N N Y HOLD signal input Display keep show max of absolute weight N Y NET LO LO NET HIGH NET HIGH LO UNDER output OK FINAL output HI OVER output Y Y Y N N FNC11 0 Display keep show weight value in HOLD signal input FNC11 1 Display keep show max weight in HOLD signal input FNC11 2 Display keep show min weight in HOLD signal input F...

Page 40: ...son 4 10 Totalizing ACCU Auto Transmit With automatic totalising active SQ 17 or RS232 RS485 or BCD output set to auto transmit 1 SQ 01 1 2 4 or 5 batch loss in weight a When the weight reaches the Final weight and the batch finish signal is ON the net weight will be added to the totaliser and number of additions is incremented The RS232 RS485 and BCD outputs transmit data b When the net weight re...

Page 41: ...40 CHAPTER 5 INTERFACE 5 1 Serial Input Output Interface Built in Pin location and setting 1 Built in RS232 or RS485 PIN Function 4 TXD DA 5 RXD DA 6 SG ...

Page 42: ... The maximum connection is 10 sets of TD 100 When the Host computer has the built in terminal resist it is not necessary to have the external one When the host computer has no single SG it is acceptable to disconnect that part ...

Page 43: ...meter code Press the key Display shows the existing parameter code Input a new code as required Press the key Continue to the next function setting or press to escape Increment flashing digit Decrement flashing digit Move flashing point left Move flashing point right Store data in memory Exit Escape ...

Page 44: ...and mode 4 MODBUS RTU mode RS1 03 Transmit speed 0 600 7 57600 2 1 1200 8 115200 2 2400 3 4800 4 9600 5 19200 6 38400 RS1 04 Parity Bit length Stop Bit MODBUS mode 0 N 8 1 No parity 8 data bits 1 Stop bit 2 1 O 7 8 1 Odd parity 7 8 data bits 1 Stop bit 2 E 7 8 1 Even parity 7 8 data bits 1 Stop bit 3 N 8 2 No parity 8 data bits 2 Stop bit RS1 05 Transmit times 0 Open 0 1 1 time sec 2 2 time sec 3 ...

Page 45: ...P SP SP SP SP SP Accu Wt Over T W SP SP SP SP SP SP SP SP SP SP SP SP Accu Count T N 0 1 2 3 4 5 6 7 8 9 SP SP Accu Count over T N SP SP SP SP SP SP SP SP SP SP SP SP 3 Simple Format Gross Net or same display 1 2 3 4 5 6 7 CR LF Over load positive SP SP SP SP SP SP SP Over load negative SP SP SP SP SP SP SP 4 Setpoint 1 Simple Format Gross Net or as display 1 2 3 4 5 6 CR LF bit 7 bit 6 bit 5 bit ...

Page 46: ... load ST 53H 54H Weight stable US 55H 53H Weight unstable Status 2 GS 47H 53H Gross Weight NT 45H 54H Net Weight TR 54H 52H TARE TW 54H 57H Totalised Weight TN 54H 4EH Totalised Times Data of Weight 0 9 30H 39H Figure of weight 2BH 2DH Symbol or of weight Space 20H Over load 2EH Decimal Units Space Space 20H 20H None kg 6BH 67H kg Space t 20H 74H ton lb 6CH 62H lb Ending code CR LF 0DH 0AH Ending ...

Page 47: ...mand CR LF Slave Data CR LF RW Read current weight RT Read TARE RG Read Gross Weight RN Read Net weight RB Read current display of wt simple RH Read Gross simple RI Read Net simple RJ Read comparison situation current display of weight simple RK Read comparison situation Gross simple RL Read comparison situation Net simple RO Read comparison situation 2 RF Read prior completed weight RA Read accu ...

Page 48: ...ak value OV Write Over Error messages E1 Format command fault E2 Setting parameters over range E3 Command not recognised Indicator poling address If the indicator has an address configured in RS1 07 as 0 it will directly respond to the command If the indicator has an address configured in RS1 07 as 1 99 it will only respond to the messages prefixed the address For example The indicator poling addr...

Page 49: ...20 SG 2 1 100 21 2 100 3 4 100 22 8 100 4 1 101 23 2 101 5 4 101 24 8 101 6 1 102 25 2 102 7 4 102 26 8 102 8 1 103 27 2 103 9 4 103 28 8 103 10 1 104 29 2 104 11 4 104 30 8 104 12 1 105 31 2 105 13 4 105 32 8 105 14 Gross Net 33 Stable MD 15 Plus Minus 34 DP1 16 DP2 35 DP3 17 DP4 36 Over Normal 18 Data ready 37 Hold input 19 Equivalent Circuit Open Collector Output OP 02 1 TTL Output OP 02 2 Hold...

Page 50: ...a type 0 As display 0 1 Gross 2 Net bCd 02 Transmit mode 0 Transmit continuous 0 1 Auto transmit 2 Manual transmit bCd 03 Output Logic 0 Positive logic action 0 1 Negative logic action bCd 04 Data ready Signal logic 0 Positive logic action 0 1 Negative logic action bCd 05 OL output code 0 FFFFFF 0 1 999999 bCd 06 Data code 0 BCD Code 0 1 Hex Code Increment flashing digit Decrement flashing digit M...

Page 51: ...face OP 03 Location A Terminal 4 way C1 Ground X0 External Parallel Input ZERO V 0 10V voltage output A 4 20mA current output positive Analogue output interface specification Resolution 16 bits Current output 4 20mA Voltage output 0 10V A ...

Page 52: ... AnL 03 Weight in Lo 0 999999 When the weight reaches the value of that in AnL 03 the current voltage output is changed to that configured in AnL 05 0 AnL 04 Weight in Hi 0 999999 When the weight reaches the value of that in AnL 04 the current voltage output is changed to that configured in AnL 06 07 30000 AnL 05 Current in Lo 0 65535 10940 4mA 10940 AnL 06 Current in Hi 0 65535 54560 20mA 54560 A...

Page 53: ...101 2 IN Code 102 21 IN Code 103 3 IN Code 104 22 IN Code 105 4 IN Code 106 23 IN Code 107 5 IN Code 108 24 IN Code 109 6 IN Code 1010 25 IN Code 1011 7 26 8 27 OUT OUT 1 9 OUT OUT 2 28 OUT OUT 3 10 OUT OUT 4 29 IN Vex 11 COM 2 30 COM 2 12 31 13 COM 1 32 COM1 14 IN IN 1 33 IN IN 2 15 IN IN 3 34 IN IN 4 16 35 17 36 IN Code 1 18 IN Code 2 37 IN Code 4 19 IN Code 8 OP 05 Control I O 8 in 8 out ...

Page 54: ...2 Tare 3 Tare reset 4 Start batching 5 Stop batching 6 Discharge Command 7 Hold 8 Hold display I O reset 9 Totalise Accu Command 10 Clear totaliser Accu 11 Clear previous total Accu Value 12 Start to compare 13 Serial and parallel printer manual output 14 Net Gross 1 IN 02 Input 2 2 IN 03 Input 3 3 IN 04 Input 4 4 IN 05 Input 5 5 IN 06 Input 6 6 IN 07 Input 7 7 IN 08 Input 8 8 Increment flashing d...

Page 55: ...6 Discharge 7 Peak ready 8 Stable 9 Internal batching process running 10 Under 11 Over 12 Hi Hi 13 Hi 14 OK 15 Lo 16 LoLo 1 OUT 02 Output 2 2 OUT 03 Output 3 3 OUT 04 Output 4 4 OUT 05 Output 5 5 OUT 06 Output 6 6 OUT 07 Output 7 7 OUT 08 Output 8 8 OUT 09 The output logic of OUT 04 OUT 01 0000 positive logic 1111 negative logic 0000 OUT 10 The output logic of OUT 08 OUT 05 0000 positive logic 111...

Page 56: ...ex Vex 30 Vmax Load Varistor Load Diode EX2002 AC IN DC IN Relay 30 mA max Equivalent Circuits IN 1 IN 8 and COM 1 Input signal Open OFF Short ON Warning Don t use external power AC or DC to connect to the input terminals Input COM 1 IN 1 IN 8 EX2002 inside Ic 5mA VS ...

Page 57: ... a PLC to input various parameters depending on the configuration of SQ 01 The input variables are Final 5 digits SP2 4 digits Free Fall 3 digits or Hi 6 digits Lo 6 digits When using external thumbwheel Switches SQ 18 should be set to 1 Connection data SQ 01 1 2 4 or 5 SQ 01 3 or 6 8 4 1 2 5 C 1 4 8 4 2 C 3 8 4 1 2 C 2 8 4 1 2 C 1 8 4 1 2 C 1 36 2 18 4 37 8 19 7 10 23 10 5 10 6 10 24 10 25 8 9 11...

Page 58: ...y shows then release the key and return the calibration SW to OFF 6 2 Maintenance Function Parameters Power on the machine Press keys while the display counts back to zero Restore all parameters to their default factory values See for details 6 2 1 Clear zero compensation and tare value See for details 6 2 2 Clear batch setting value See for details 6 2 3 Display zero voltage mV V See for details ...

Page 59: ...play 3 Press key the display shows flashing 4 Confirm abort 4 1 To confirm press the key don t release it The display will then show 4 2 To abort press the key 6 2 3 Clear Batch Setting 1 During the indicator count back to zero press 2 The display shows press the F1 key to display 3 Press key the display shows flashing 4 Confirm abort 4 1 To confirm press the key don t release it The display will ...

Page 60: ...59 6 2 5 Clear Batch Setting 1 During the indicator count back to zero press 2 The display shows press the F1 key to display 3 Press the key the display shows the span voltage mV V e g 4 Press key ...

Page 61: ...r details 6 3 2 Display A D internal value display See for details 6 3 3 RS 232 serial loop back testing See for details 6 3 4 EEPROM memory testing See for details 6 3 5 Production testing use only OP 01 interface testing If OP 02 display If OP 03 display If OP 04 display If OP 05 display See for details 6 3 6 If install interface testing continuous ...

Page 62: ...s working normally If display shows the interface is not working correctly 6 3 5 EEPROM Memory Testing If the display shows it means normal If the display shows the memory is not working correctly 6 3 6 Option Interface Card Testing OP 02 BCD parallel output interface testing 1 A flashing decimal point indicates the test procedure is active 2 Program will transmit OFF ON OFF signal for each output...

Page 63: ... 4O testing 1 2 Press key to switch to the control input value OP 05 Control I O 8I 8O testing Input 1 4 signal ON OFF related to display Press key in sequence represents Output 1 8 Input 1 8 signal ON OFF related to display ...

Page 64: ...63 APPENDIX I DESCRIPTION OF 7 SEGMENT CHARACTERS Digit 7 segments letter Alphabet 7 segments letter Alphabet 7 segments letter 0 A N 1 B O 2 C P 3 D Q 4 E R 5 F S 6 G T 7 H U 8 I V 9 J W K X L Y M Z ...

Page 65: ...If the time is set to 0 0 the zero tracking function is disabled 1 0 CSP 07 Range of zero tracking 0 9 Range of zero tracking setting value D D min division Range and time of zero tracking should be use at the same time If the range is set to 0 the zero tracking function is disabled 2 CSP 08 Investigate time in stable 0 0 5 0 sec Investigate time and range should be use at the same time If the tim...

Page 66: ...ck disable The bits and front panel key positions are related to each other 000000 1 Close lock enable GEF 04 FUNC function setting Parameter Description 0 Display Net Gross weight 1 Setpoint parameter setting 2 Tare reset 3 Manual serial parallel print output 4 Start load 5 Stop load 6 Start comparison 7 Unload command 8 Totalise weight and counts command 9 Clear totalised weight and counts 10 Ho...

Page 67: ...16 Hold 0 GEF 07 Front panel indication setting next to top 1 GEF 08 Front panel indication setting next to bottom 2 GEF 09 Front panel indication setting bottom 3 GEF 10 Return to zero band 0 5 d 0 1 10 d 2 20 d 3 40 d 4 60 d 5 80 d 6 100 d 7 150 d 8 200 d 9 250 d GEF 11 Hold 0 Hold 0 1 Peak hold positive 1 2 Peak hold negative 3 Peak hold absolute value 4 Peak hold positive 2 GEF 12 Rate for dis...

Page 68: ... command mode 3 Command mode 4 MODBUS RTU mode RS1 03 Transmit speed 0 600 7 57600 2 1 1200 8 115200 2 2400 3 4800 4 9600 5 19200 6 38400 RS1 04 Parity Bit length Stop Bit MODBUS mode 0 N 8 1 No parity 8 data bits 1 Stop bit 2 1 O 7 8 1 Odd parity 7 8 data bits 1 Stop bit 2 E 7 8 1 Even parity 7 8 data bits 1 Stop bit 3 N 8 2 No parity 8 data bits 2 Stop bit RS1 05 Transmit times 0 Open 0 1 1 time...

Page 69: ...0 1 Gross 2 Net bCd 02 Transmit mode 0 Transmit continuous 0 1 Auto transmit 2 Manual transmit bCd 03 Output Logic 0 Positive logic action 0 1 Negative logic action bCd 04 Data ready Signal logic 0 Positive logic action 0 1 Negative logic action bCd 05 OL output code 0 FFFFFF 0 1 999999 bCd 06 Data code 0 BCD Code 0 1 Hex Code ...

Page 70: ...in Lo 0 999999 When the weight reaches the value of that in AnL 03 the current voltage output is changed to that configured in AnL 05 0 AnL 04 Weight in Hi 0 999999 When the weight reaches the value of that in AnL 04 the current voltage output is changed to that configured in AnL 06 07 30000 AnL 05 Current in Lo 0 65535 10940 4mA 10940 AnL 06 Current in Hi 0 65535 54560 20mA 54560 AnL 07 Voltage i...

Page 71: ... 3 3 IN 04 Input 4 4 IN 05 Input 5 5 IN 06 Input 6 6 IN 07 Input 7 7 IN 08 Input 8 8 Item Function Setting value Default Parameter Description OUT 01 Output 1 0 None 1 Zero band 2 SP1 3 SP2 4 SP3 5 Batching completed 6 Discharge 7 Peak ready 8 Stable 9 Internal batching process running 10 Under 11 Over 12 HiHi 13 Hi 14 OK 15 Lo 16 LoLo 1 OUT 02 Output 2 2 OUT 03 Output 3 3 OUT 04 Output 4 4 OUT 05...

Page 72: ...shed signal after this delay time 0 5 SQ 05 Batch finish Condition 0 Wait until the weight is stabilized 0 1 No need to wait until the weight has stabilized SQ 06 Batch finish Output signal time 0 0 25 5 sec Batch finished output signal time If set to 0 the output signal will be off until the next batch start 1 0 Batch finish signal ON SQ 04 OFF SQ 06 Batch finish SQ 07 Number of Times the supplem...

Page 73: ... SQ 14 Batching counts 0 255 times Number of batch runs 0 one batch only 0 SQ 15 Set the zero band in to final weighing value 0 No setting 0 1 Setting SQ 16 Hi OK Lo 0 Comparison anytime 0 1 To compare at batch finish 2 To compare at external input signal 3 Tocompare at batchingfinishandexternal input signal 4 Comparison auto SQ 17 Auto accu weight counts 0 Disabled 0 1 Enabled SQ 18 The parameter...

Page 74: ...e current net weight and add 1 to the totalised times 40024 40025 Totalised times of LO value 00057 Discharging 01051 Deduct the last totalised value and deduct 1 to the totalised times 40026 40027 Totalised times of OK value 00058 SP 01052 Clear the totalised value and times 00059 Hi 01053 Running 00060 Go 01054 Stop 00061 Lo 01055 Discharge starts 41000 41001 Pre tare value 00062 SP 01056 Hold m...

Page 75: ...Over 01051 Totalised the current net weight and add 1 to the totalised times 40025 40026 Totalised times of LO value 00058 Discharging 01052 Deduct the last totalised value and deduct 1 to the totalised times 40027 40028 Totalised times of OK value 00059 SP 01053 Clear the totalised value and times 00060 Hi 01054 Running 00061 Go 01055 Stop 00062 Lo 01056 Discharge starts 41001 41002 Pre tare valu...

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