WATANABE WPMZ Series Instruction Manual Download Page 100

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WPMZ Series Modbus communication instruction manual
IM-0862-02

Number of pages：１０９

・Comparative LowerLimit-Zone judgement
AL1 pattern6
・Comparative UpperLimit-Zone judgement
・Comparative LowerLimit-Zone judgement

Same as above

000FH

AL1 pattern7
・Comparative UpperLimit-Zone judgement
・Comparative LowerLimit-Zone judgement

Same as above

0010H

AL1 pattern8
・Comparative UpperLimit-Zone judgement
・Comparative LowerLimit-Zone judgement

Same as above

0011H

AL2 pattern1
・Comparative UpperLimit-Zone judgement
・Comparative LowerLimit-Zone judgement

Same as above

0014H

AL2 pattern2
・Comparative UpperLimit-Zone judgement
・Comparative LowerLimit-Zone judgement

Same as above

0015H

AL2 pattern3
・Comparative UpperLimit-Zone judgement
・Comparative LowerLimit-Zone judgement

Same as above

0016H

AL2 pattern4
・Comparative UpperLimit-Zone judgement
・Comparative LowerLimit-Zone judgement

Same as above

0017H

AL2 pattern5
・Comparative UpperLimit-Zone judgement
・Comparative LowerLimit-Zone judgement

Same as above

0018H

AL2 pattern6
・Comparative UpperLimit-Zone judgement
・Comparative LowerLimit-Zone judgement

Same as above

0019H

AL2 pattern7
・Comparative UpperLimit-Zone judgement
・Comparative LowerLimit-Zone judgement

Same as above

001AH

AL2 pattern8
・Comparative UpperLimit-Zone judgement
・Comparative LowerLimit-Zone judgement

Same as above

001BH

AL3 pattern1
・Comparative UpperLimit-Zone judgement
・Comparative LowerLimit-Zone judgement

Same as above

001EH

AL3 pattern2
・Comparative UpperLimit-Zone judgement
・Comparative LowerLimit-Zone judgement

Same as above

001FH

AL3 pattern3
・Comparative UpperLimit-Zone judgement
・Comparative LowerLimit-Zone judgement

Same as above

0020H

AL3 pattern4
・Comparative UpperLimit-Zone judgement
・Comparative LowerLimit-Zone judgement

Same as above

0021H

AL3 pattern5
・Comparative UpperLimit-Zone judgement
・Comparative LowerLimit-Zone judgement

Same as above

0022H

AL3 pattern6
・Comparative UpperLimit-Zone judgement
・Comparative LowerLimit-Zone judgement

Same as above

0023H

AL3 pattern7
・Comparative UpperLimit-Zone judgement
・Comparative LowerLimit-Zone judgement

Same as above

0024H

AL3 pattern8
・Comparative UpperLimit-Zone judgement
・Comparative LowerLimit-Zone judgement

Same as above

0025H

AL4 pattern1
・Comparative UpperLimit-Zone judgement
・Comparative LowerLimit-Zone judgement

Same as above

0028H

AL4 pattern2
・Comparative UpperLimit-Zone judgement
・Comparative LowerLimit-Zone judgement

Same as above

0029H

AL4 pattern3
・Comparative UpperLimit-Zone judgement
・Comparative LowerLimit-Zone judgement

Same as above

002AH

AL4 pattern4

Same as above

002BH

Summary of Contents for WPMZ Series

Page 1: ...WPMZ series Modbus communication instruction manual Supported module type WPMZ 5 6 Ver 1 30 Instruction manual number IM 0862 02...

Page 2: ...3 2 TRANSMISSION SWITCHING TIME 9 3 3 MESSAGE 10 3 3 1 Composition of messages 10 3 3 2 Message Contents 10 3 3 3 Types of data 10 3 3 4 Slave ID 10 3 3 5 Function code 11 3 3 6 Format Details 11 3 4...

Page 3: ...ng the system carefully read the Modbus compatible products and other equipment s instruction manuals to be used and use them correctly After reading carefully keep it and read it when you need it Usa...

Page 4: ...to collect settings and data As a Modbus master it is assumed to be a PC or Programmable Logic Controller PLC Please prepare equipment to be used for Modbus master in advance First refer to 2 Module...

Page 5: ...2 can be set only when there is no parity Signal name used Non inverted inverted Terminating resistance Approximately 120 Connected by short circuiting TERM terminals Number of connected units 31 num...

Page 6: ...de the equipment respectively Since the connector inside does not have continuity communication lines and remove the connector will be disconnected Table 2 3 Connector contents Terminal number Symbol...

Page 7: ...e which becomes the terminal equipment of the line In the case of WPMZ 5 6 connect the TERM terminals together If this product is not a terminal equipment of the line please do not set the termination...

Page 8: ...mber symbol Contents 28 31 RS485 Communication plus terminal 29 32 Communication minus terminal 30 SG Communication SG terminal 33 34 TERM Terminal resistor terminal 120 When connecting the TERM termi...

Page 9: ...sion terminal 30 SG Common terminal of communication function 31 34 NC Not connected Please do not use as relay terminal 2 4 2 Configuration diagram example The configuration example of WPMZ 5 6 is sh...

Page 10: ...llows 3 2 Transmission Switching Time In communication between master and slave idle time for 3 5 characters is required for transmission reception switching Please refer to the table below for the id...

Page 11: ...gister 04H Read input register Read only address 06H Hold register 1 word write 08H Diagnosis 0BH Read event counter 0CH Read event log 10H Holding register Continuous write 11H Read slave information...

Page 12: ...at is added in order of lower byte and higher byte 1 Function code 03H Read held register Read the parameter value of the specified address Transmission and reception format Transmission data master s...

Page 13: ...ction code 04H Address Upper 0000 270FH Lower Number of words to be read Data length 2 Upper 0001 007DH Lower Error check CRC 16 Lower 0000 FFFFH Upper Specify the number of read words in units of dat...

Page 14: ...dule Table 3 9 Function code 06H Transmission format name Transmitted data Slave ID 01 FFH Function code 06H Address Upper 0000 270FH Lower Write word data Upper 0000 FFFFH Lower Error check CRC 16 Lo...

Page 15: ...Table 3 13 Corresponding diagnostic subcode Diagnostic subcode Diagnostic name Diagnosis contents 00H Return Query Data It returns the data of the transmitted data field as it is 01H Restart Communic...

Page 16: ...s subcode 00H Return Query Data for the module with slave ID 01H An example of specifying 55AAH for write word data is shown below Transmission data master slave module Table 3 14 Function code 08H Tr...

Page 17: ...ID 01 FFH Function code 10H Start address Upper 0000 270FH Lower The number of data Upper 0002 01FEH Lower Number of bytes 01 FFH First write word data Upper 0000 FFFFH Lower Next write word data Uppe...

Page 18: ...er of the lower byte and upper byte in the error check The following is an example of generating with command data from the master device Area initialization Substitute FFFFH for CRC 16 Assign the cal...

Page 19: ...0 0 0 1 1 1 1 1 CF became 1 1 0 1 0 0 0 0 0 0 0 0 0 0 0 0 1 A001H 1 1 1 0 0 0 0 0 0 0 0 0 1 1 1 0 XOR top two rows right shift 4th 0 1 1 1 0 0 0 0 0 0 0 0 0 1 1 1 0 right shift 5th 0 0 1 1 1 0 0 0 0...

Page 20: ...0 0 0 0 0 0 0 1 1 0 0 1 0 1 0 0 0 right shift 5th 0 0 0 0 0 0 0 0 1 1 0 0 1 0 1 0 0 right shift 6th 0 0 0 0 0 0 0 0 0 1 1 0 0 1 0 1 0 right shift 7th 0 0 0 0 0 0 0 0 0 0 1 1 0 0 1 0 1 CF became 1 1 0...

Page 21: ...RC 16 Lower Upper Table 3 20 Error code contents Error code Contents Description 01H Function code defect The module received a function code that does not correspond 02H Address problem The module re...

Page 22: ...m the master to the slave module Since the data size is 4 bytes the number of read words is 2 Table 4 1 Pulse input A Acquire instantaneous display value Send name Transmitted data Slave ID 01H Functi...

Page 23: ...odule Data write AL1 simulation output instruction valid 0001H indicated value ON 0001H Since the number of words to be written is 2 the number of bytes to be written is 4 Table 4 4 Comparative output...

Page 24: ...mber of words to be written is 2 the number of bytes to be written is 4 Table 4 6 Setting permission instruction transmission name Transmitted data Slave ID 01H Function code 10H Start address Upper 0...

Page 25: ...is 2 Table 4 8 Pulse input A pattern 1 input type write transmit name Transmitted data Slave ID 01H Function code 10H Start address Upper 0BH Lower C2H The number of data Upper 00H Lower 01H Number of...

Page 26: ...Send name Transmitted data Slave ID 01H Function code 10H Start address Upper 0BH Lower B8H The number of data Upper 00H Lower 02H Number of bytes 04H Data of the first word Upper 00H Lower 00H Data...

Page 27: ...matically return to 0000H after execution 006BH Integration reset A B instruction 2 R W 0000H Disable 0001H Enable Automatically return to 0000H after execution 006CH Measurement prohibited A indicati...

Page 28: ...se output indication value 2 R W 0000H OFF 0001H ON 0516H 0545H Reserve 0546H B Pulse output indication 2 R W Pulse output A reference 0547H B Pulse output indication value 2 R W Pulse output A refere...

Page 29: ...e 0001H The lower right of the 2nd digit 0002H The lower right of the 3rd digit 0003H The lower right of the 4th digit 0004H The lower right of the 5th digit 0005H The lower right of the 6th digit 0BC...

Page 30: ...custom unit first character 0BD2H A 1 Pulse input instantaneous value auto zero time 2 R W 0 9999 0 01 Seconds 0BD3H A 1 Pulse input instantaneous value moving average 2 R W 0000 H None 0001 H 2 time...

Page 31: ...Decimal point position 2 R W Refer to Pattern1 0BFDH A 2 Pulse input instantaneous value display unit 2 R W Refer to Pattern1 0BFEH A 2 Pulse input instantaneous value display Custom unit 1st characte...

Page 32: ...isplay Custom unit 4th character 2 R W Refer to Pattern1 0C34H A 3 Pulse input instantaneous value display Custom unit 5th character 2 R W Refer to Pattern1 0C35H A 3 Pulse input instantaneous value d...

Page 33: ...splay Custom unit 6th character 2 R W Refer to Pattern1 0C68H A 4 Pulse input instantaneous value auto zero time 2 R W Refer to Pattern1 0C69H A 4 Pulse input instantaneous value moving average 2 R W...

Page 34: ...Refer to Pattern1 0C9CH A 5 Pulse input instantaneous value simple average 2 R W Refer to Pattern1 0C9DH A 5 Pulse input instantaneous value display step 2 R W Refer to Pattern1 0C9EH A 5 Pulse input...

Page 35: ...se input mantissa part of totalized value display value coefficient 2 R W Refer to Pattern1 0CD3H A 6 Pulse input mantissa part of totalized value default value 4 R W Refer to Pattern1 0CD5H A 6 Pulse...

Page 36: ...al calculation direction 2 R W Refer to Pattern1 0D09H A 7 Pulse input totalized value Decimal point position 2 R W Refer to Pattern1 0D0AH A 7 Pulse input totalized value display unit 2 R W Refer to...

Page 37: ...unit 1st character 2 R W Refer to Pattern1 0D3EH A 8 Pulse input totalized value display Custom unit 2nd character 2 R W Refer to Pattern1 0D3FH A 8 Pulse input totalized value display Custom unit 3rd...

Page 38: ...play unit 2 R W Refer to Pulse input A pattern 1 0D6FH B 1 Pulse input totalized value display Custom unit 1st character 2 R W Refer to Pulse input A pattern 1 0D70H B 1 Pulse input totalized value di...

Page 39: ...ized value display Custom unit 4th character 2 R W Refer to Pattern 1 0DA5H B 2 Pulse input totalized value display Custom unit 5th character 2 R W Refer to Pattern 1 0DA6H B 2 Pulse input totalized v...

Page 40: ...Pulse input totalized value overrun count 2 R W Refer to Pattern 1 0DDAH 0DE7H Reserve 0DE8H B 4 Pulse Input input type 2 R W Refer to Pattern 1 0DE9H B 4 Pulse input input filter 2 R W Refer to Patte...

Page 41: ...ype 2 R W Refer to Pattern 1 0E1DH B 5 Sensor power supply for line driver input type 2 R W Refer to Pattern 1 0E1EH B 5 Pulse input mantissa part of instantaneous value display coefficient 4 R W Refe...

Page 42: ...y coefficient 2 R W Refer to Pattern 1 0E53H B 6 Pulse input instantaneous unit time 2 R W Refer to Pattern 1 0E54H B 6 Pulse input instantaneous value Decimal point position 2 R W Refer to Pattern 1...

Page 43: ...taneous value display Custom unit 1st character 2 R W Refer to Pattern 1 0E89H B 7 Pulse input instantaneous value display Custom unit 2nd character 2 R W Refer to Pattern 1 0E8AH B 7 Pulse input inst...

Page 44: ...play Custom unit 4th character 2 R W Refer to Pattern 1 0EBEH B 8 Pulse input instantaneous value display Custom unit 5th character 2 R W Refer to Pattern 1 0EBFH B 8 Pulse input instantaneous value d...

Page 45: ...dication coefficient 2 R W 5 5 0EEBH A 1 Analog input Instantaneous value Decimal point position 2 R W 0000H None 0001H The lower right of the 2nd digit 0002H The lower right of the 3rd digit 0003H Th...

Page 46: ...splay Custom unit 6th character 2 R W Refer to Analog input instantaneous value display Custom unit 1st character 0EF3H A 1 Analog input instantaneous value display step 2 R W 0000H None 0001H 5 steps...

Page 47: ...ue 4 R W 0 100 000 x0 001 0F1EH A 1 Analog input linearize 7th point input value 4 R W 0 100 000 x0 001 0F20H A 1 Analog input linearize 7th point output value 4 R W 0 100 000 x0 001 0F22H A 1 Analog...

Page 48: ...eous value display Custom unit 5th character 2 R W Refer to Pattern 1 F74 H A 2 Analog input instantaneous value display Custom unit 6th character 2 R W Refer to Pattern 1 F75 H A 2 Analog input insta...

Page 49: ...value 4 R W Refer to Pattern 1 FB4 H A 2 Analog input linearize 12th point input value 4 R W Refer to Pattern 1 FB6 H A 2 Analog input linearize 12th point output value 4 R W Refer to Pattern 1 FB8 H...

Page 50: ...FFF H A 3 Analog input total calculation direction 2 R W Refer to Pattern 1 1000 H A 3 Analog input totalized value Decimal point position 2 R W Refer to Pattern 1 1001 H A 3 Analog input totalized v...

Page 51: ...h point output value 4 R W Refer to Pattern 1 104A H A 3 Analog input linearize 17th point input value 4 R W Refer to Pattern 1 104C H A 3 Analog input linearize 17th point output value 4 R W Refer to...

Page 52: ...totalized value display Custom unit 6th character 2 R W Refer to Pattern 1 108A H A 4 Analog input totalized over operation 2 R W Refer to Pattern 1 108B H A 4 Analog input linearize function 2 R W Re...

Page 53: ...g input linearize 21st point input value 4 R W Refer to Pattern 1 10DE H A 4 Analog input linearize 21st point output value 4 R W Refer to Pattern 1 10E0 H 10E9H Reserve 10EA H A 5 Analog input input...

Page 54: ...input linearize 4th point input value 4 R W Refer to Pattern 1 111C H A 5 Analog input linearize 4th point output value 4 R W Refer to Pattern 1 111E H A 5 Analog input linearize 5th point input valu...

Page 55: ...tantaneous value Decimal point position 2 R W Refer to Pattern 1 1176 H A 6 Analog input instantaneous value display unit 2 R W Refer to Pattern 1 1177 H A 6 Analog input instantaneous value display C...

Page 56: ...e 4 R W Refer to Pattern 1 11B0 H A 6 Analog input linearize 9th point input value 4 R W Refer to Pattern 1 11B2 H A 6 Analog input linearize 9th point output value 4 R W Refer to Pattern 1 11B4 H A 6...

Page 57: ...tantaneous value display step 2 R W Refer to Pattern 1 1200 H A 7 Analog input mantissa part of totalized value display coefficient 4 R W Refer to Pattern 1 1202 H A 7 Analog input exponent part of to...

Page 58: ...A 7 Analog input linearize 13th point input value 4 R W Refer to Pattern 1 1244 H A 7 Analog input linearize 13th point output value 4 R W Refer to Pattern 1 1246 H A 7 Analog input linearize 14th poi...

Page 59: ...alized value display unit 2 R W Refer to Pattern 1 128C H A 8 Analog input totalized value display Custom unit 1st character 2 R W Refer to Pattern 1 128D H A 8 Analog input totalized value display Cu...

Page 60: ...t linearize 18th point input value 4 R W Refer to Pattern 1 12DA H A 8 Analog input linearize 18th point output value 4 R W Refer to Pattern 1 12DC H A 8 Analog input linearize 19th point input value...

Page 61: ...ction 2 R W Refer to Analog input pattern 1 1316 H B 1 Analog input linearize 1st point input value 4 R W Refer to Analog input pattern 1 1318 H B 1 Analog input linearize 1st point output value 4 R W...

Page 62: ...attern 1 1368 H B 1 Analog input linearize 21st point output value 4 R W Refer to Analog input pattern 1 136A H 1373H Reserve 1374 H B 2 Analog input input range 2 R W Refer to Pattern 1 1375 H B 2 An...

Page 63: ...ut linearize 5th point input value 4 R W Refer to Pattern 1 13AA H B 2 Analog input linearize 5th point output value 4 R W Refer to Pattern 1 13AC H B 2 Analog input linearize 6th point input value 4...

Page 64: ...nstantaneous value display Custom unit 1st character 2 R W Refer to Pattern 1 1402 H B 3 Analog input instantaneous value display Custom unit 2nd character 2 R W Refer to Pattern 1 1403 H B 3 Analog i...

Page 65: ...efer to Pattern 1 143E H B 3 Analog input linearize 10th point input value 4 R W Refer to Pattern 1 1440 H B 3 Analog input linearize 10th point output value 4 R W Refer to Pattern 1 1442 H B 3 Analog...

Page 66: ...B 4 Analog input exponent part of totalized value display coefficient 2 R W Refer to Pattern 1 148D H B 4 Analog input time unit of totalized unit time 2 R W Refer to Pattern 1 148E H B 4 Analog input...

Page 67: ...input linearize 14th point input value 4 R W Refer to Pattern 1 14D2 H B 4 Analog input linearize 14th point output value 4 R W Refer to Pattern 1 14D4 H B 4 Analog input linearize 15th point input v...

Page 68: ...otalized value display Custom unit 2nd character 2 R W Refer to Pattern 1 1518 H B 5 Analog input totalized value display Custom unit 3rd character 2 R W Refer to Pattern 1 1519 H B 5 Analog input tot...

Page 69: ...oint output value 4 R W Refer to Pattern 1 1566 H B 5 Analog input linearize 19th point input value 4 R W Refer to Pattern 1 1568 H B 5 Analog input linearize 19th point output value 4 R W Refer to Pa...

Page 70: ...attern 1 15A4 H B 6 Analog input linearize 2nd point input value 4 R W Refer to Pattern 1 15A6 H B 6 Analog input linearize 2nd point output value 4 R W Refer to Pattern 1 15A8 H B 6 Analog input line...

Page 71: ...og input simple average 2 R W Refer to Pattern 1 1603 H B 7 Analog input moving average 2 R W Refer to Pattern 1 1604 H B 7 Analog input mantissa part of instantaneous value display coefficient 4 R W...

Page 72: ...Pattern 1 1638 H B 7 Analog input linearize 6th point output value 4 R W Refer to Pattern 1 163A H B 7 Analog input linearize 7th point input value 4 R W Refer to Pattern 1 163C H B 7 Analog input lin...

Page 73: ...alue display Custom unit 3rd character 2 R W Refer to Pattern 1 168E H B 8 Analog input instantaneous value display Custom unit 4th character 2 R W Refer to Pattern 1 168F H B 8 Analog input instantan...

Page 74: ...Analog input linearize 10th point output value 4 R W Refer to Pattern 1 16CC H B 8 Analog input linearize 11th point input value 4 R W Refer to Pattern 1 16CE H B 8 Analog input linearize 11th point...

Page 75: ...m 0012H k 0014H g 0016H N 0018H MN 001AH kPa 001CH hPa 001EH kJ 0020H Hz 0022H MHz 0024H mm s 0026H cm min 0028H m min 002AH m s2 002CH m3 min 002EH kg h 0030H kg m3 0032H 0034H min 0036H 0038H RH 003...

Page 76: ...calculation totalized value decimal point position 2 R W 0000H None 0001H The lower right of the 2nd digit 0002H The lower right of the 3rd digit 0003H The lower right of the 4th digit 0004H The lower...

Page 77: ...play custom unit 3rd character 2 R W Refer to Pattern 1 1730H 2 2 input calculation Totalized value display custom unit 4th character 2 R W Refer to Pattern 1 1731H 2 2 input calculation Totalized val...

Page 78: ...R W Refer to Pattern 1 1763H 4 2 input calculation instantaneous value display custom unit 5th character 2 R W Refer to Pattern 1 1764H 4 2 input calculation instantaneous value display custom unit 6t...

Page 79: ...fer to Pattern 1 178DH 5 2 input calculation Totalized value overrun count 2 R W Refer to Pattern 1 178EH 1797H Reserve 1798H 6 2 input calculation expression for instantaneous value 2 R W Refer to Pa...

Page 80: ...fer to Pattern 1 17C1H 7 2 input calculation totalized value decimal point position 2 R W Refer to Pattern 1 17C2H 7 2 input calculation Totalized value display unit 2 R W Refer to Pattern 1 17C3H 7 2...

Page 81: ...lay custom unit 5th character 2 R W Refer to Pattern 1 17E6H 8 2 input calculation Totalized value display custom unit 6th character 2 R W Refer to Pattern 1 17E7H 8 2 input calculation Totalized valu...

Page 82: ...180BH AL1 1 OffDelay 2 R W 0000H None 0001H 20ms 0002H 50ms 0003H 100ms 0004H 200ms 0005H 500ms 0006H 1s 0007H 5s 0008H 10s 0009H 20s 180CH AL1 1 OutputMode 2 R W 0000H Normal 0001H Latch 0002H OneSh...

Page 83: ...ern1 1864H AL1 4 OnDelay 2 R W Refer to Pattern1 1865H AL1 4 OffDelay 2 R W Refer to Pattern1 1866H AL1 4 OutputMode 2 R W Refer to Pattern1 1867H AL1 4 OutputLogic 2 R W Refer to Pattern1 1868H AL1 4...

Page 84: ...ern1 18D8H AL1 8 Zone lower limit ZoneJudge 4 R W Refer to Pattern1 18DAH AL1 8 Hysteresis ZoneJudge 4 R W Refer to Pattern1 18DCH AL1 8 OnDelay 2 R W Refer to Pattern1 18DDH AL1 8 OffDelay 2 R W Refe...

Page 85: ...Refer to Pattern1 194DH AL2 4 OnConditions ZoneJudge 2 R W Refer to Pattern1 194EH AL2 4 Zone upper limit ZoneJudge 4 R W Refer to Pattern1 1950H AL2 4 Zone lower limit ZoneJudge 4 R W Refer to Patte...

Page 86: ...AL2 8 OnConditions LevelJudge 2 R W Refer to Pattern1 19C1H AL2 8 Threshold LevelJudge 4 R W Refer to Pattern1 19C3H AL2 8 Hysteresis LevelJudge 4 R W Refer to Pattern1 19C5H AL2 8 OnConditions ZoneJu...

Page 87: ...er to Pattern1 1A2BH 1A35H Reserve 1A36H AL3 4 OutputDispValue 2 R W Refer to Pattern1 1A37H AL3 4 CompareMode 2 R W Refer to Pattern1 1A38H AL3 4 OnConditions LevelJudge 2 R W Refer to Pattern1 1A39H...

Page 88: ...n1 1AA1H AL3 7 OutputLogic 2 R W Refer to Pattern1 1AA2H AL3 7 OnBgColors 2 R W Refer to Pattern1 1AA3H 1AADH Reserve 1AAEH AL3 8 OutputDispValue 2 R W Refer to Pattern1 1AAFH AL3 8 CompareMode 2 R W...

Page 89: ...fer to Pattern1 1B18H AL4 3 OutputMode 2 R W Refer to Pattern1 1B19H AL4 3 OutputLogic 2 R W Refer to Pattern1 1B1AH AL4 3 OnBgColors 2 R W Refer to Pattern1 1B1BH 1B25H Reserve 1B26H AL4 4 OutputDisp...

Page 90: ...e 4 R W Refer to Pattern1 1B8AH AL4 7 Zone lower limit ZoneJudge 4 R W Refer to Pattern1 1B8CH AL4 7 Hysteresis ZoneJudge 4 R W Refer to Pattern1 1B8EH AL4 7 OnDelay 2 R W Refer to Pattern1 1B8FH AL4...

Page 91: ...fer to Pattern1 1BE5H A 5 PulseOutputSyncDigit 2 R W Refer to Pattern1 1BE6H A 5 OutputPulseWidth 2 R W Refer to Pattern1 1BE7H A 5 PulseOutputLogic 2 R W Refer to Pattern1 1BE8H 1BEDH Reserve 1BEEH A...

Page 92: ...ogic 2 R W Refer to Pulse OutputA Pattern1 1C38H 1C3DH Reserve 1C3EH B 6 PulseOutputDispValue 2 R W Refer to Pulse OutputA Pattern1 1C3FH B 6 PulseOutputSyncDigit 2 R W Refer to Pulse OutputA Pattern1...

Page 93: ...the setting is not available In the case of WPMZ5 the setting is not available 1D1CH MeasureSelect InsCalc TotCalc 2 R W 0000H OFF 0001H ON When input chB is none the setting is not available In the c...

Page 94: ...1D3AH TrendSelect InsCalc 2 R W 0000H OFF 0001H ON When input chB is none the setting is not available 1D3BH TrendSelect InsA InsB 2 R W 0000H OFF 0001H ON When input chB is none the setting is not av...

Page 95: ...1D8EH 3 LevelDisp InsB Scale UpperLimit 4 R W Refer to Pattern1 1D90H 3 LevelDisp InsCalc Scale LowerLimit 4 R W Refer to Pattern1 1D92H 3 LevelDisp InsCalc Scale UpperLimit 4 R W Refer to Pattern1 1D...

Page 96: ...0H 7 LevelDisp TotB Scale LowerLimit 4 R W Refer to Pattern1 1E12H 7 LevelDisp TotB Scale UpperLimit 4 R W Refer to Pattern1 1E14H 7 LevelDisp TotCalc Scale LowerLimit 4 R W Refer to Pattern1 1E16H 7...

Page 97: ...Refer to Pattern1 1E8CH 3 TrendDisp TotCalcScale LowerLimit 4 R W Refer to Pattern1 1E8EH 3 TrendDisp TotCalcScale UpperLimit 4 R W Refer to Pattern1 1E90H 3 TrendDisp TimeAxis 2 R W Refer to Pattern...

Page 98: ...ern1 1EFEH 7 TrendDisp TotA Scale UpperLimit 4 R W Refer to Pattern1 1F00H 7 TrendDisp TotB Scale LowerLimit 4 R W Refer to Pattern1 1F02H 7 TrendDisp TotB Scale UpperLimit 4 R W Refer to Pattern1 1F0...

Page 99: ...f input Ach and Bch are other than analog input the setting is not available 1F41H Function DOWN ARROW key 2 R W Refer to Function UP ARROW key 1F42H Function RIGHT ARROW key 2 R W Refer to Function U...

Page 100: ...Zone judgement Same as above 001AH AL2 pattern8 Comparative UpperLimit Zone judgement Comparative LowerLimit Zone judgement Same as above 001BH AL3 pattern1 Comparative UpperLimit Zone judgement Compa...

Page 101: ...Limit InsA Scale UpperLimit Same as above 0040H Level display pattern6 InsA Scale LowerLimit InsA Scale UpperLimit Same as above 0041H Level display pattern7 InsA Scale LowerLimit InsA Scale UpperLimi...

Page 102: ...A Scale UpperLimit Same as above 005DH Level display pattern5 TotA Scale LowerLimit TotA Scale UpperLimit Same as above 005EH Level display pattern6 TotA Scale LowerLimit TotA Scale UpperLimit Same as...

Page 103: ...n3 InsA Scale LowerLimit InsA Scale UpperLimit Same as above 007AH Trend display pattern4 InsA Scale LowerLimit InsA Scale UpperLimit Same as above 007BH Trend display pattern5 InsA Scale LowerLimit I...

Page 104: ...s above 0096H Trend display pattern2 TotA Scale LowerLimit TotA Scale UpperLimit Same as above 0097H Trend display pattern3 TotA Scale LowerLimit TotA Scale UpperLimit Same as above 0098H Trend displa...

Page 105: ...elect Hide all 00C8H Analog input A linearize point pattern1 Other than the setting below an error occurs 1st input point 2nd input point 20th input point 21th input point However when the both value...

Page 106: ...tern4 0004H pattern5 0005H pattern6 0006H pattern7 0007H pattern8 0067H 018FH Reserve 00C8H A Analog input instantaneous display status 2 R 0001H display value is disable 0002H over plus 0004H over mi...

Page 107: ...H display value is disable 0002H over plus 0004H over minus 0008H measurement inhibit 0010H display hold 0195H A Pulse input totalized display over count 2 R Current over count 0 999 0196H A Pulse inp...

Page 108: ...utput 2 R 0000H OFF 0001H ON 03EAH 0419H Reserve 041AH AL2 Comparative output status 2 R refer to AL1 041BH AL2 Comparative output 2 R refer to AL1 041CH 044BH Reserve 044CH AL3 Comparative output sta...

Page 109: ...and Slave Module baud rate data length stop bit parity Dose the timing of transmit and receive signals satisfy 3 2 Transmission Switching Time Dose the slave ID specified as the transmission destinati...

Page 110: ...109 The contents of this instruction manual are subject to change without prior notice WATANABE ELECTRIC INDUSTRY CO LTD http www watanabe electric co jp en Central Office 6 16 19 JINGUMAE S BUYA KU T...

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