Milltronics CompuScale III Instruction Manual Download Page 39

PROGRAMMING CHART

PAR

      NAME

          VALUE

     VALID RANGE (F or _ = factory setting)

P0

RATE UNITS

[

]

IMP: 1(T/h),2(LT/h),3(lb/h),4(lb/min) Metric: 1(t/h),2(kg/h),3(kg/min)

P1

RATE

[

]

0.0001 to 99999 (F = 0.000)

P2

LOCAL TOTAL

[

]

1,2,or 5 x .0001,.001,.01,.1,1,10,100,or 1000 

P3

REMOTE TOTAL

[

]

1,2,or 5 x .0001,.001,.01,.1,1,10,100,or 1000 

P4

BELT SPEED

[

]

0.0001 to 99999 (F = 0)

P5

SPEED CONSTANT

[

]

0.0001 to 99999 (F = 0 for variable speed, 100 for constant speed)

P6

BELT LENGTH

[

]

0.0001 to 99999 (F = 0)

P7

TEST REFERENCE

[

]

0.0001 to 99999 (F = 0)

P8

SPAN ADJUST

[

]

0 (off), 1 (% change), 2 (material test)

P9

FACTORING

[

]

0 (off), 1(factor test reference)

P10

LOW TOTAL CUTOFF

[

]

0.0 to 100.0 (F=3.00)

P11

RATE DISPLAY DAMPING

[

]

1 to 999

P12

LOAD DISPLAY DAMPING

[

]

1 to 999

P13

SPEED DISPLAY DAMPING

[

]

1 to 999

P14

RATE OUTPUT DAMPING

[

]

1 to 999

P15

RATE OUTPUT AVERAGE

[

]

0 to 99999

P16

RATE BAR GRAPH ASSIGNMENT [

]

0 (Rate Output P14), 1 (undamped Rate), 2 (Rate Display, P11)

P17

RATE OUTPUT MIN

[

]

0 to 4095 (F = 631)

P18

RATE OUTPUT MAX

[

]

0 to 4095 (F = 3160)

P19

SPEED ADJUST

[

]

0.0000 to 99999 (F = dynamic speed)

P20

TEST REFERENCE SELECT

[

]

0 (test weight), 1 (ECAL), 2 (test chain)

P21

SENSOR TYPE

[

]

0 (LVDT), 1 (1 load cell),2 (2 load cells), 4 (4 load cells), 8 (LCPA-08)

P22

ECAL ADJUST

[

]

0 (off), 1(on), 2(adjust),  [                     ] count

P26

MULTISPAN

[

]

0 to 8 (F = 0)

P30

CALIBRATION DURATION

[

]

0.1 to 99 (whole numbers only for P31 operation, F = 1) 

P31

VERIFICATION TOTAL

[

]

0 (off), 1 (HOLD TOTAL), 2 (add to Total)

P32

VERIFICATION TOTAL RES

[

]

0 (same as P2), 1 (P2 x 1/10)

P40

BAUD RATE

[

]

300, 1200, 2400, 9600

P41

DATA TRANSMIT INTERVAL

[

]

0 to 99999 (F = 30)

P42

DATA MESSAGE

[

]

0 (off),1 (Rate),2 (Total),3 (Load),4 (Speed),5 (1,2,3,& 4),9 (System)

P43

SERIAL PRINTER

[

]

0 (off), 1 (on)

P51

RELAY 1

[

]

0 (off), 1 (Rate), 2 (Load), 3 (Speed), 4 (Fixed)
[                      ] (hi) [                     ] (lo) [                     ] (deadband) in % 

P52

RELAY 2

[

]

0 (off), 1 (Rate), 2 (Load), 3 (Speed), 4 (Fixed) 
[                      ] (hi) [                     ] (lo) [                     ] (deadband) in %

P55

100% TEST REFERENCE

[

]

0.0001 to 99999 (F = Rate (P1) / Speed (P4), display only)

P60

SOFTWARE REVISION

[

]

1.00 to 99.99 (display only)

P61

MEMORY TEST

[

]

Pass or Fail, (display only)

P63

TOTALIZER CONTACT DUR

[

]

0.025 TO 8.323 seconds (F = 1 until P1 and P3 are set)

P64

ZERO RECORD

[

]

(display only) 

P65

SPAN RECORD

[

]

(display only)

P66

SECURITY LEVEL SELECT

[

]

0(off),1(P#’s),2(P#’s,Total),3(P#’s,Zero,Span),4(P#’s,Total,Zero,Span)

P70

CLOCK/CALENDAR

[

]

hrs(0-23),min(0-59),day(1-31),month(1-12),year(00-99)

P71

TIME

[

]

HH:MM, (24 hour format, display only)

P72

DATE

[

]

YY/MM/DD format (display only)

P77

INITIAL ZERO RESET

[

]

0 (off), 1 (reset)

P80

V/F CONVERTER OUTPUT

[

]

0 to 131,000 counts, (display only)

P81

LOAD CELL A INPUT

[

]

0.00 to 50.00 mV, (display only)

P82

LOAD CELL B INPUT

[

]

0.00 to 50.00 mV, (display only)

P83

LOAD CELL C INPUT

[

]

0.00 to 50.00 mV, (display only)

P84

LOAD CELL D INPUT

[

]

0.00 to 50.00 mV, (display only)

P85

V/F CONVERTER INPUT

[

]

-1.00 to 4.00 V, (display only)

P88

INITIAL SPAN RESET

[

]

0 (off), 1 (reset)

P90

MSI NUMBER

[

]

0 (non MSI), 1 to 4 (MSI from tail pulley)

P91

POS B L/C (A+B)

[

]

0 to 131,000 counts

P92

POS B L/C (B)

[

]

0 to 131,000 counts

P93

POS A L/C (B)

[

]

0 to 131,000 counts

P94

POS A L/C (A+B)

[

]

0 to 131,000 counts

P95

LOAD CELL BALANCE

[

]

0 to 131,000 counts

P99

RESET

[

]

0 (off), 1 (Partial), 2 (Master)

P100

PARAMETER LIST

[

]

0 to 99 in groups of 10, (display only)

PL-367

8 – 1

Summary of Contents for CompuScale III

Page 1: ...COMPUSCALE III Instruction Manual PL 367 January 2001 OMPUSCALE II 33453670 Rev 1 4 INTEGRATOR R2 RATE HI R1 SPEED LO MULTI SPAN NO 1 50 0 50 100 150 TOTAL 1263957 T...

Page 2: ...n and in electronic version We encourage users to purchase authorized bound manuals or to view electronic versions as designed and authored by Siemens Milltronics Process Instruments Inc Siemens Millt...

Page 3: ...tart Up Checks 4 3 Initial Start Up 4 3 Programming General 5 1 Keypad 5 1 Parameter Entry 5 2 Direct Parameter Access 5 2 Automatic Parameter Access 5 2 Altering Parameter Values 5 3 Parameter Reset...

Page 4: ...ield Descriptions 10 3 Message Requests 10 3 Message Responses 10 4 Appendices Alphabetical Parameter Listing Maintenance and Spare Parts Maintenance Spare Parts Error Messages Trouble Shooting Figure...

Page 5: ...itional information instruction of the parameter programming feature accessed In the calibrate mode the system Zero empty belt and Span 100 material rate calibration is established A test reference te...

Page 6: ...II serial communication information APPENDICES Alphabetical Parameter List Maintenance and Spare Parts Error Messages Trouble Shooting FIGURES includes a complete set of installation and interconnecti...

Page 7: ...sor 5 15 V DC pulses 2 Hz to 10 kHz Multispan 4 contact inputs for up to 8 spans Auto Zero contact input for enable Keypad 20 key sealed membrane with tactile feedback Printer contact input for print...

Page 8: ...or equivalent Dual load cell 150 m 500 ft max 20 AWG 6 wire shielded Belden 8426 or equivalent Dual load cell 300 m 1000 ft max 20 AWG 8 wire shielded Belden 8418 or equivalent LVDT 150 m 500 ft max...

Page 9: ...cale III electronics Load cell or LVDT speed sensor rate output communication and low voltage contact wiring may be run in a common conduit separated from power and high voltage contact wiring Refer t...

Page 10: ......

Page 11: ...formed To alter the Units of Measure of a programmed CompuScale III set SW1 5 as desired then perform a Reset Refer to Parameters P99 Reset CERTIFICATION Leave SW1 contact 6 SW1 6 in the open position...

Page 12: ...uScale III is used SW2 6 of the remote CompuScale III only must be closed PORT 2 COMMUNICATION MODE Leave SW2 contact 7 SW2 7 open for normal operation or closed if a serial printer is connected to Po...

Page 13: ...d SW1 and SW2 have been set as required the POWER switch is in the OFF position Connect power to TB1 51 52 and ground to TB1 50 of the CompuScale III Ensure all connections are secure Do not operate t...

Page 14: ...ode ECAL indicates ECAL simulated rate signal is on If ECAL is off the field is blank BELT REV full belt revolutions remaining before calibration completion calibrate mode CALIB calibrate mode indicat...

Page 15: ...ed display any mode enter the program mode access parameter for entry or viewing any mode access zero calibration view current zero count any mode access span calibration view current span count any m...

Page 16: ...he AUX 1 field To view the current parameter value and auxiliary messages for the displayed parameter PARAMETER 0 is displayed in the FEATURE field 1 is displayed in the VALUE field unless previously...

Page 17: ...ate parameter values to the spaces provided on the PROGRAMMING CHART fold out b Perform a MASTER RESET P99 c Access each parameter in sequence from P0 and enter the parameter values from the PROGRAMMI...

Page 18: ......

Page 19: ...TIAL CALIBRATION REFERENCES The first calibration performed establishes the Initial Zero and Initial Span calibration references Subsequent Zero and Span calibration results are compared to these refe...

Page 20: ...LIB displayed in the CALIB field apply the Test Weight to the belt scale as described in the belt scale manual If CALIB is not displayed respond to the CompuScale III display prompts until this indica...

Page 21: ...CERTIFICATION LOCKOUT is displayed in the AUX 2 field To activate the Certified Mode close SW1 contact 6 SW1 6 after the CompuScale III is programmed and calibrated The maximum acceptable deviation be...

Page 22: ...ted so ECAL will accurately simulate material flow during future Span calibrations For best results if the new P7E value is not between 50 to 100 of the Design Rate P1 value perform an ECAL Adjust Ref...

Page 23: ...roduce the full scale Rate output F 0 0000 enter Design Rate from Design Data Sheet Range 0 0001 to 99999 P2 LOCAL TOTAL E Defines the amount of material to be totalized prior to initiating an interna...

Page 24: ...ference m or ft Per Revolution see speed sensor nameplate or consult Milltronics P6 BELT LENGTH E Defines the length of the conveyor belt which passes over the belt scale Range 0 0001 to 99999 If SW1...

Page 25: ...just not required F 1 manual enter current deviation in percent 2 automatic enter the material test results P9 FACTORING Adjusts the Test Reference value P7 of the Test Reference selected P20 After th...

Page 26: ...es provide more stabilization Press Run to instantly update the Rate display to the current rate enter desired value F 1 P12 LOAD DISPLAY DAMPING Defines the level of damping to be applied to the Load...

Page 27: ...before keying in the estimated reference value and pressing ENTER c Repeat step b as required to produce the desired minimum Rate Output Briefly press 4 increase by 10 s or 8 decrease by 1 s to fine a...

Page 28: ...d A Zero and Span calibration is not required as a result of the use of this parameter enter the actual belt speed the adjusted parameter value is automatically displayed P20 TEST REFERENCE SELECTION...

Page 29: ...otalizer values before and after adjusting ECAL To adjust ECAL a Enter the RUN mode before accessing P22 and selecting the adjust option b Press CLEAR before keying in the estimated reference value ra...

Page 30: ...or more temporary or permanent closed contacts between the TB1 COM e g TB1 37 and the following TB1 terminals O contact open C contact closed For convenience the Multispan number selection may be prov...

Page 31: ...weight portion of the Rate Unit P0 is assumed enter 0 same as the Local Total P2 value F 1 1 10 of the Local Total P2 value P40 BAUD RATE Defines the baud rate for PORT 1 data message communication T...

Page 32: ...alue which will cause the relay to de energize If a low alarm is not required set the Low Limit to 0 The Deadband is the amount by which the High and Low Limit must be exceeded above the low limit bel...

Page 33: ...Limit value Range 0 000 to 100 0 F 0 advances to Low Limit desired Low Limit value Range 0 000 to 100 0 F 0 advances to Deadband desired Deadband value Range 0 000 to 100 0 F 0 P55 100 TEST REFERENCE...

Page 34: ...cured 3 parameter values Zero and Span calibrations secured 4 parameter and Total display values Zero and Span calibrations secured P70 CLOCK CALENDAR Defines the current Time and Date to be maintaine...

Page 35: ...connected to TB1 5 6 in mV Range 0 00 to 50 00 Access to this parameter is gained when SENSOR TYPE P21 is set to 4 This feature is normally used to verify the integrity of the load cell after initial...

Page 36: ...of the conveyor When the load cell balancing procedure is completed for all MSI s of an MMI application perform a Zero and Span calibration before entering the RUN mode enter 1 MSI 1 advance to P91 F...

Page 37: ...ber selected For LCPA 08 applications leave the LCPA 08 SW3 load cell contacts in the P94 position Adjust the appropriate LCPA 08 balancing potentiometer until the P95 display value 0 5 Close all LCPA...

Page 38: ......

Page 39: ...BAUD RATE 300 1200 2400 9600 P41 DATA TRANSMIT INTERVAL 0 to 99999 F 30 P42 DATA MESSAGE 0 off 1 Rate 2 Total 3 Load 4 Speed 5 1 2 3 4 9 System P43 SERIAL PRINTER 0 off 1 on P51 RELAY 1 0 off 1 Rate 2...

Page 40: ......

Page 41: ...t speed Ensure the design Speed is maintained to display the current material rate Ensure the design Rate is not exceeded to display the current material total Observe the total value incrementing A p...

Page 42: ...peed to initiate a Span calibration When complete time dependent on programming the deviation from the span calibration is displayed if the span deviation is acceptable If the span deviation is not ac...

Page 43: ...be used to convert the Bipolar Current Loop to RS 232C The BIC II is also capable of Bipolar Current Loop to RS 422 conversion The CompuScale III RS 232 port may be connected directly to an RS 232C de...

Page 44: ...ERIAL PRINTER COMMUNICATION Two modes of serial printer operation are available The Port 1 mode similar to previous Milltronics integrator versions printout is initiated each time a dry contact is pro...

Page 45: ...racters 00 to 15 MT Identifies the message type transmitted ASCII characters 50 material flow rate 51 material load 52 belt speed 53 totalized material READING Contains the measurement value in the en...

Page 46: ...request will be in the following format som DEVICE MT READING eom Example Data ASCII Example Field Character Description som STX start of message DEVICE 00 from CompuScale III 0 MT 50 material flow r...

Page 47: ...S A A B P94 L C Balance POS A B P93 Load Cell Input A P81 Load Cell Input B P82 Load Cell Input C P83 Load Cell Input D P84 PARAMETER PARAMETER NAME NUMBER Multispan P26 Parameter List P100 Rate P1 Ra...

Page 48: ...tor batteries should be replaced annually The 3 6 Volt lithium battery located on the mother board top right corner should only be replaced while the CompuScale III power is ON The 9 Volt calibrator b...

Page 49: ...s to a function which is restricted by Security P66 Refer to Parameters P66 Security SPAN CALIB REQUIRED Attempted RUN mode operation prior to accepting an initial Span calibration Refer to Calibratio...

Page 50: ...Duration too long reduce P30 value Zero calibration deviation drifts Loose mechanical assembly tighten all bolts and clamps Material build up on belt run belt empty as long as practical before Zero Sp...

Page 51: ...178 mm 7 330 mm 13 101 mm 4 435 mm 17 1 406 mm 16 enclosure bottom plate for cable conduit entrance 11 mm dia 0 4 4 places OUTLINE and MOUNTING FIG 1 PL 367 12 1...

Page 52: ...NGS BOOK FOR RELAY SEE INSTRUCTION SN PETERBOROUGH ONTARIO MADE IN CANADA COMPUSCALE COMPUFLO MILLTRONICS SELECT VOLTAGE 100VAC 115VAC 200VAC 50 60 HZ VA VAC OPERATION 100 115 200 230 POSITION J1 FOR...

Page 53: ...ing instructions 2 Where the integrator to load cell belt scale cable exceeds 150m 500 ft A remove jumpers from Compuscale III TB1 9 10 and TB1 11 12 B run an additional shielded conductor to the junc...

Page 54: ...ructions 2 Where the integrator to load cell belt scale cable exceeds 150m 500 ft A remove jumpers from Compuscale III TB1 9 10 and TB1 11 12 B run an additional shielded conductor to the junction box...

Page 55: ...necting ther speed sensor 2 Connect Compuscale III TB1 31 to the speed sensor junction Position 2 for clockwise speed sensor shaft rotation Position 3 for counter clockwise speed sensor shaft rotation...

Page 56: ...lied to TB1 51 52 2 The Auto Zero contact must be closed when the material feed is stopped if Auto Zero calibration is desired AUTO ZERO Voltage Select prefeed activated dry contact Power Connection 1...

Page 57: ...rol devices Compuscale III TB1 48 49 R1 C1 R2 C2 POWER SOURCE CompuScale III TB1 AC Some totalizers have an internal power source Shaded area recommended for inductive load L R1 R2 20 to 30 W C1 01 to...

Page 58: ...ommunication of the other CompuScale III s FIG 8 to device current loop connection CompuScale III CompuScale III to device current loop connection CompuScale III to device RS 232 port CompuScale III t...

Page 59: ...c 1954Technology Drive P O Box 4225 Peterborough ON Canada K9J 7B1 Tel 705 745 2431 Fax 705 741 0466 www milltronics com Siemens Milltronics Process Instruments Inc 2001 Subject to change without prio...

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