mas modbus instructions flygt us and register...

MAS MODBUS Instructions

and Register Table Flygt US

1

SUMMARY This document is intended to provide a MODBUS mapping for Revision 3 of the MAS711 unit.

TABLE OF CONTENTS VERIFYING MAS711 UNIT COMPATIBILITY ..............................................................................................1 USING A 2X READ FUNCTION.........................................................................................................................5 USING A 3X READ FUNCTION.........................................................................................................................8 USING A 4X READ FUNCTION.......................................................................................................................36 APPENDIX A: TROUBLESHOOTING A MODBUS CONNECTION .........................................................64

VERIFYING MAS711 UNIT COMPATIBILITY First, ensure you are using Revision 3 of the protocol; otherwise these mappings will not apply to your system. To do this, use the Web tool and verify the following setting:

If you do not have the latest firmware revision for the MAS711, contact the Flygt Monitoring and Control team to get a copy of the update file. NOTE: You will need Java Standard Edition 1.60 build or higher (available at http://java.sun.com/) to run the firmware update program.



2

Commands dedicated for bit addressing area ("input/coil"-parameters) 8 bits of data are packed into each byte in the answer, starting from initial bit address in the request, and any additional bits to fill up the last answer byte are set to zero. #01 = "Read coils". #02 = "Read discrete inputs" (NOTE: identical function as command 01). Commands dedicated for register addressing area ("holding register"-parameters) #03 = "Read holding registers".

All registers are implemented with 16 bit address resolution Registers are handled and counted as words (2 bytes). The smallest parameter element size in the register addressing area is one word (2 bytes).

#04 = "Read input registers"

All registers are implemented with 16 bit address resolution Registers are handled and counted as words (2 bytes). The smallest parameter element size in the register addressing area is one word (2 bytes).

#06 = "Write single register". #16 = "Write multiple registers". The following exception codes can be generated 01 = "Illegal function". 02 = "Illegal data address". 03 = "Illegal data value". 06 = "Slave device busy" (configurable usage).

Reading from an unmapped area gives 0-values (no exception code is generated). Writing to an unmapped area is ignored (no exception code is generated). Reading from a non-readable parameter gives 0-values (no exception code is generated). Writing to a non-writeable parameter is ignored (no exception code is generated). If a parameter is readable, but the read fails for some other reason (internal error?), exception

code “Illegal Data Value” is generated (should not happen). If a parameter is writeable, but the write fails for some other reason (e.g. syntax error),

exception code “illegal data value” is generated. Reading or writing outside the 64k Modbus address area gives exception code "Illegal Data

Address". For register addressing, specifying "Number Of Registers" less than 1 or "Number Of

Registers" greater than 122 gives exception code "Illegal Data Address". For bit addressing, specifying "Number Of Bits" less than 1 or "Number Of Bits" greater than

1960 (i.e. 245 bytes) gives exception code "Illegal Data Address". You cannot begin or end reading or writing in the middle of a parameter element that consists

of multiple words; exception code "Illegal Data Address" is then given. Parameter elements in a text (string) parameter, i.e. lines, should be padded with SPACE (20h) to full length when writing.



3

When reading, each line is padded with SPACE (20h) to full length. Numeric parameter elements (int, long etc.) are sent with MSB first (big endian). The Modbus command itself (start address, number of registers etc.) is also sent with MSB first (big endian), except for the CRC-checksum, which is sent with LSB first (little endian), according to the Modbus standard. Q = Question.

A = Answer. Exc = Exception code.

id = MAS communication address (slave). addr = Start address (big endian).

regs = Number of registers (big endian).

bits = Number of bits (big endian).

bytes = Byte count.

value = Data value (big endian).

mask = Data bitmask.

crc = Cyclic redundancy checksum (little endian). <:1> = Item size is 1 byte. <:2> = Item size is 2 byte. <:N> = Item size in number of bytes, according to the content of bytes. #01: "Read coils" N = size according to bytes = (bits + 7) div 8 Q: <id:1>,<0x01>,<addr:2>,<bits:2>,<crc:2> A: <id:1>,<0x01>,<bytes:1>,<mask:N>,<crc:2> Exc: <id:1>,<0x81>,<exc:1>,<crc:2> #02: "Read discrete inputs" N = size according to bytes = (bits + 7) div 8 Q: <id:1>,<0x02>,<addr:2>,<bits:2>,<crc:2> A: <id:1>,<0x02>,<bytes:1>,<mask:N>,<crc:2> Exc: <id:1>,<0x82>,<exc:1>,<crc:2> #03: "Read holding registers" N = size according to bytes = regs * 2 Q: <id:1>,<0x03>,<addr:2>,<regs:2>,<crc:2> A: <id:1>,<0x03>,<bytes:1>,<value:N>,<crc:2> Exc: <id:1>,<0x83>,<exc:1>,<crc:2> #04: "Read input registers"

N = size according to bytes = regs * 2



4

Q: <id:1>,<0x04>,<addr:2>,<regs:2>,<crc:2> A: <id:1>,<0x04>,<bytes:1>,<value:N>,<crc:2> Exc: <id:1>,<0x84>,<exc:1>,<crc:2> #06: "Write single register" Q: <id:1>,<0x06>,<addr:2>,<value:2>,<crc:2> A: <id:1>,<0x06>,<addr:2>,<value:2>,<crc:2> Exc: <id:1>,<0x86>,<exc:1>,<crc:2> #16: "Write multiple registers" N = size according to bytes Q: <id:1>,<0x10>,<addr:2>,<regs:2>,<bytes:1>,<value:N>,<crc:2> A: <id:1>,<0x10>,<addr:2>,<regs:2>,<crc:2> Exc: <id:1>,<0x90>,<exc:1>,<crc:2>



5

USING A 2X READ FUNCTION (0 = Not Active, 1 = Active) 8 bits of data are packed into each byte in the answer, starting from initial bit address in the request, and any additional bits to fill up the last answer byte are set to zero.

2001 Reset (event) 2002 Watchdog reset (B alarm) 2003 FLASH error (B alarm) 2004 EEPROM error (B alarm) 2005 EEPROM init (event) 2006 RAM error (B alarm) 2007 Ethernet error (B alarm) 2008 Program error (B alarm) 2009 Clock error (B alarm) 2010 File upload error (B alarm) 2011 New program (event) 2012 Email error (reserved) (B alarm) 2013 Email test (reserved) (event) 2014 Pump memory communication error (B alarm) 2015 Pump memory EEPROM error (B alarm) 2016 Pump memory different dataplate (B alarm) 2017 Power analyzer communication error (B alarm) 2020 Operator panel communication error (B alarm) 2021 Service request (B alarm) (B alarm) 2022 Database erased (event) 2050 Pump Running indication 2051 Acknowledge/Reset alarm and module events

(RESET) 2060 Pump Blocked 2061 A Alarm Present 2062 B Alarm Present 9000 Leak. stator housing Short circuit (ohm) / Broken circuit

(mA)

9001 Leak. stator housing Very low 9002 Leak. stator housing Low 9003 Leak. stator housing High 9004 Leak. stator housing Very high 9005 Leak. stator housing Broken circuit (ohm) / Short circuit

(mA) 9008 Leak. junction box Short circuit (ohm) / Broken circuit

(mA) 9009 Leak. junction box Very low 9010 Leak. junction box Low



6

9011 Leak. junction box High 9012 Leak. junction box Very high 9013 Leak. junction box Broken circuit (ohm) / Short circuit

(mA) 9016 Leak. insp. chamber / Leak. water in oil Short circuit (ohm) / Broken circuit

(mA) 9017 Leak. insp. chamber / Leak. water in oil Very low 9018 Leak. insp. chamber / Leak. water in oil Low 9019 Leak. insp. chamber / Leak. water in oil High 9020 Leak. insp. chamber / Leak. water in oil Very high 9021 Leak. insp. chamber / Leak. water in oil Broken circuit (ohm) / Short circuit

(mA) 9024 Temp stator ph 1�3 Short circuit (ohm) / Broken circuit

(mA) 9025 Temp stator ph 1�3 Very low 9026 Temp stator ph 1�3 Low 9027 Temp stator ph 1�3 High 9028 Temp stator ph 1�3 Very high 9029 Temp stator ph 1�3 Broken circuit (ohm) / Short circuit

(mA) 9032 Temp stator ph 1 Short circuit (ohm) / Broken circuit

(mA) 9033 Temp stator ph 1 Very low 9034 Temp stator ph 1 Low 9035 Temp stator ph 1 High 9036 Temp stator ph 1 Very high 9037 Temp stator ph 1 Broken circuit (ohm) / Short circuit





(mA) 9056 Temp main bearing Short circuit (ohm) / Broken circuit

(mA) 9057 Temp main bearing Very low



7

9058 Temp main bearing Low 9059 Temp main bearing High 9060 Temp main bearing Very high 9061 Temp main bearing Broken circuit (ohm) / Short circuit

(mA) 9064 Temp support bearing Short circuit (ohm) / Broken circuit

(mA) 9065 Temp support bearing Very low 9066 Temp support bearing Low 9067 Temp support bearing High 9068 Temp support bearing Very high 9069 Temp support bearing Broken circuit (ohm) / Short circuit

(mA) 9072 Vibration Short circuit (ohm) / Broken circuit

(mA) 9073 Vibration Very low 9074 Vibration Low 9075 Vibration High 9076 Vibration Very high 9077 Vibration Broken circuit (ohm) / Short circuit

(mA) 9080 Pump Current Input (MAS) / Pump Current Input

(Power Analyser) / Run Input (MAS) Short circuit (ohm) / Broken circuit (mA)

9081 Pump Current Input (MAS) / Pump Current Input (Power Analyser) / Run Input (MAS)

Very low


Low


High


Very high


Broken circuit (ohm) / Short circuit (mA)

9088 Temp pump memory Short circuit (ohm) / Broken circuit (mA)

9089 Temp pump memory Very low 9090 Temp pump memory Low 9091 Temp pump memory High 9092 Temp pump memory Very high 9093 Temp pump memory Broken circuit (ohm) / Short circuit

(mA) 9096 Current unbalance Short circuit (ohm) / Broken circuit

(mA) 9097 Current unbalance Very low 9098 Current unbalance Low 9099 Current unbalance High



8

9100 Current unbalance Very high 9101 Current unbalance Broken circuit (ohm) / Short circuit

(mA) 9104 System voltage / Voltage unbalance Short circuit (ohm) / Broken circuit

(mA) 9105 System voltage / Voltage unbalance Very low 9106 System voltage / Voltage unbalance Low 9107 System voltage / Voltage unbalance High 9108 System voltage / Voltage unbalance Very high 9109 System voltage / Voltage unbalance Broken circuit (ohm) / Short circuit

(mA) 9112 System power Short circuit (ohm) / Broken circuit

(mA) 9113 System power Very low 9114 System power Low 9115 System power High 9116 System power Very high 9117 System power Broken circuit (ohm) / Short circuit

(mA) 9120 System power factor Short circuit (ohm) / Broken circuit

(mA) 9121 System power factor Very low 9122 System power factor Low 9123 System power factor High 9124 System power factor Very high 9125 System power factor Broken circuit (ohm) / Short circuit

(mA) USING A 3X READ FUNCTION Word Addr.

DESCRIPTION Read / Write?

Value Range

40100 RESETEVENT - Acknowledge/reset events

Gives same function as pressing the acknowledge button (RESET) 1 = Acknowledge/Reset alarms and module events

W 1

40101 MODNR - MAS module number RW 0..255



9

40102 LANGUAGEIDX - Selected language If firmware and webpages for language group A is loaded: 0 = English 1 = French 2 = German 3 = Italian 4 = Spanish

If firmware and webpages for language group B is loaded: 0 = English 1 = Chinese

RW grpA: 0..4 grpB: 0..1

41000 PMACTIVE - Pump memory activation, RS485-LOC (master)

0 = No 1 = Yes

RW 0..1

41001 PMNR - Pump memory number (com address) R 1 41002 � 41003

PMBAUDRATE - Pump memory baudrate R 19200

41100 EMACTIVE - Power analyzer activation, RS485-1 (master)

0 = No 1 = Yes

RW 0..1

41101 EMNR - Power analyzer number (com address) RW 0..255 41102 � 41103

EMBAUDRATE - Power analyzer baudrate

RW 2400, 4800, 9600, 19200

41104 EMTYPE - Power analyzer type

0 = PAN311/WM14 1 = WM22

RW 0..1

41200 DMACTIVE - Operator panel activation, RS485-LOC (master)

0 = No 1 = Yes

RW 0..1

41201 DMNR - Operator panel number (com address) R 2 41202 DMBAUDRATE - Operator panel baudrate R 19200 41300 FMACTIVE - Higher level controller activation, RS485-2 (slave)

0 = No 1 = Yes

RW 0..1

41301 FMNR - Higher level controller number

(NOTE: This is the MAS com address for the RS485-2 slave port) RW 0..247

41302 � 41303

FMBAUDRATE - Higher level controller baudrate RW 2400, 4800, 9600, 19200



10

Word Addr.


Value Range / Scaling

NUMCLOCK - Real-time clock 42000 Year (update entire clock to memory when reading year) RW 0..99 42001 Month RW 1..12 42002 Day RW 1..31 42003 Hour RW 0..59 42004 Minute RW 0..59 42005 Second (set entire clock from memory when writing second) RW 0..59 DIRELAYFUNCTION - DI relay function 42010 Pump running indication (RUN)

0 = Open is On (running) 1 = Close is On (running)

RW 0..1

42011 Acknowledge/reset alarm and module events (RESET) 0 = Open is On (acknowledge/reset) 1 = Close is On (acknowledge/reset)

RW 0..1

DORELAYFUNCTION - DO relay function 42020 Pump blocking

0 = Open is On (blocked) 1 = Close is On (blocked)

RW 0..1

42021 A alarm 0 = Open is On (alarm) 1 = Close is On (alarm)

RW 0..1

42022 B alarm 0 = Open is On (alarm) 1 = Close is On (alarm)

RW 0..1

PMDATAPLATE1 - Pump memory dataplate (default) 43000 Line 1 (40 characters, padded with SPACE to full length) RW ASCII 43020 Line 2 (40 characters, padded with SPACE to full length) RW ASCII 43040 Line 3 (40 characters, padded with SPACE to full length) RW ASCII : 43380 Line 20 (40 characters, padded with SPACE to full length) RW ASCII PMDATAPLATE2 - Pump memory dataplate (custom) 43400 Line 1 (40 characters, padded with SPACE to full length) RW ASCII 43420 Line 2 (40 characters, padded with SPACE to full length) RW ASCII 43440 Line 3 (40 characters, padded with SPACE to full length) RW ASCII : 43780 Line 20 (40 characters, padded with SPACE to full length) 43996 � 43997

PMPUMPTOTALSTARTS - Pump total starts R 1:1

43998 � 43999

PMPUMPTOTALTIME - Pump total running time (h) R 1:0.1



11

EMVALUE - Power analyzer values 44000 � 44001

PM TEMP Pump memory temperature 1

R 1:0.01

44002 � 44003

V L1 Pump voltage ph 1 R 1:0.01

44004 � 44005


44006 � 44007


44008 � 44009

A L1 Pump current ph 1 R 1:0.01

44010 � 44011


44012 � 44013


44014 � 44015

W L1 R 1:0.01

44016 � 44017

W L2 R 1:0.01

44018 � 44019

W L3 R 1:0.01

44020 � 44021

VAR L1 R 1:0.01

44022 � 44023

VAR L2 R 1:0.01

44024 � 44025

VAR L3 R 1:0.01

44026 � 44027

VA L1 R 1:0.01

44028 � 44029

VA L2 R 1:0.01

44030 � 44031

VA L3 R 1:0.01

44032 � 44033

PF L1 R 1:0.01

44034 � 44035

PF L2 R 1:0.01

1 Not really a power analyzer value (this value is used internally in MAS, for FUNCTION index compliance).



12

44036 � 44037

PF L3 R 1:0.01

44038 � 44039

V SYS System voltage R 1:0.01

44040 � 44041

W SYS System power R 1:0.01

44042 � 44043

VAR SYS R 1:0.01

44044 � 44045

VA SYS R 1:0.01

44046 � 44047

PF SYS System power factor R 1:0.01

44048 � 44049

VA DMD R 1:0.01

44050 � 44051

W DMD R 1:0.01

44052 � 44053

HZ R 1:0.01

44054 � 44055

THD V1 2 R 1:0.01

44056 � 44057

THD V2 R 1:0.01

44058 � 44059

THD V3 R 1:0.01

44060 � 44061

THD A1 R 1:0.01

44062 � 44063

THD A2 R 1:0.01

44064 � 44065

THD A3 R 1:0.01

44066 � 44067

KWH TOT Total energy R 1:0.01

44068 � 44069

KVARH TOT R 1:0.01

44070 � 44071

KWH PAR R 1:0.01

2 THD and PAR values are only available for power analyzer WM22, else they are not updated.



13

44072 � 44073

KVARH PAR R 1:0.01

44074 � 44075

THDMAX V R 1:0.01

44076 � 44077

THDMAX A R 1:0.01

44078 � 44079

A MEAN Pump current mean 3 R 1:0.01

44080 � 44081

A UNBALANCE Current unbalance R 1:0.01

44082 � 44083

V MEAN Pump voltage mean R 1:0.01

44084 � 44085

V UNBALANCE Voltage unbalance

R 1:0.01

ALARM HYSTERESIS 1:0.01 45000 � 45001

Leak. stator housing RW 1:0.00001

45002 � 45003

Leak. junction box RW 1:0.00001

45004 � 45005

Leak. insp. chamber / Leak. water in oil RW 1:0.00001

45006 � 45007

Temp stator ph 1�3 RW 1:0.00001

45008 � 45009

Temp stator ph 1 RW 1:0.00001

45010 � 45011


45012 � 45013


45014 � 45015

Temp main bearing RW 1:0.00001

45016 � 45017

Temp support bearing RW 1:0.00001

45018 � 45019

Vibration RW 1:0.00001

45020 � 45021

Pump Current Input (MAS) / Pump Current Input (Power Analyser) / Run Input (MAS)

RW 1:0.00001

3 MEAN and UNBALANCE are calculated values in MAS.



14

45022 � 45023

Temp pump memory RW 1:0.00001

45024 � 45025

Current unbalance RW 1:0.00001

45026 � 45027

System voltage / Voltage unbalance RW 1:0.00001

45028 � 45029

System power RW 1:0.00001

45030 � 45031

System power factor RW 1:0.00001

NUMBER OF DECIMALS for measured value 1:0.01 45050 Leak. stator housing RW 0..65535 45051 Leak. junction box RW 0..65535 45052 Leak. insp. chamber / Leak. water in oil RW 0..65535 45053 Temp stator ph 1�3 RW 0..65535 45054 Temp stator ph 1 RW 0..65535 45055 Temp stator ph 2 RW 0..65535 45056 Temp stator ph 3 RW 0..65535 45057 Temp main bearing RW 0..65535 45058 Temp support bearing RW 0..65535 45059 Vibration RW 0..65535 45060 Pump Current Input (MAS) / Pump Current Input (Power

Analyser) / Run Input (MAS) RW 0..65535

45061 Temp pump memory RW 0..65535 45062 Current unbalance RW 0..65535 45063 System voltage / Voltage unbalance RW 0..65535 45064 System power RW 0..65535 45065 System power factor RW 0..65535 45066 Temp stator max 1-3 / Temp stator ph 1 / Temp stator ph 2 /

Temp stator ph 3 / Temp main bearing / Temp support bearing / "Vibration" / Temp stator max 1-3.

RW 0..65535

TYPE OF SENSOR 1:0.01 45080 Leak. stator housing

0 = None 1 = FLS 2 = FLS10 3 = FLS20 4 = CLS

RW 0..4

45081 Leak. junction box 0 = None 1 = FLS 2 = FLS10 3 = FLS20 4 = CLS

RW 0..4

45082 Leak. insp. chamber / Leak. water in oil 0 = None 1 = FLS 2 = FLS10 3 = FLS20 4 = CLS

RW 0..4



15

45083 Temp stator ph 1�3 0 = None 1 = TC 2 = PTC

RW 0..2

45084 Temp stator ph 1 0 = None 1 = TC 2 = PTC 3 = PT100

RW 0..3


RW 0..3


RW 0..3

45087 Temp main bearing 0 = None 3 = PT100

RW 0 or 3

45088 Temp support bearing 0 = None 1 = Input value according to FUNCTION

RW 0…1

45089 Vibration 0 = None 1 = Input value according to FUNCTION

RW 0…1

45090 Pump Current Input (MAS) / Pump Current Input (Power Analyser) / Run Input (MAS) 0 = None 1 = Input value according to FUNCTION

RW 0…1

45091 Temp pump memory 0 = None 1 = Input value according to FUNCTION

RW 0…1

45092 Current unbalance 0 = None 1 = Input value according to FUNCTION

RW 0…1

45093 System voltage / Voltage unbalance 0 = None 1 = Input value according to FUNCTION

RW 0…1

45094 System power 0 = None 1 = Input value according to FUNCTION

RW 0…1

45095 System power factor 0 = None 1 = Input value according to FUNCTION

RW 0…1

45096 Temp stator max 1-3 / Temp stator ph 1 / Temp stator ph 2 / Temp stator ph 3 / Temp main bearing / Temp support bearing / "Vibration" / Temp stator max 1-3. 0 = None 1 = Input value according to FUNCTION

RW 0…1

FUNCTION OF SENSOR 1:0.01 45110 Leak. stator housing

0 = Leak. stator housing

RW 0: Fixed, do not change



16

45111 Leak. junction box 1 = Leak. junction box


45112 Leak. insp. chamber / Leak. water in oil 2 = Leak. insp. chamber 3 = Leak. water in oil

RW 2 or 3, 2 is default

45113 Temp stator ph 1�3 0 = Temp stator ph 1-3

RW 0

45114 Temp stator ph 1 0 = Temp stator ph 1

RW 0


RW 1


RW 2

45117 Temp main bearing 0 = Temp main bearing

RW 0

45118 Temp support bearing 1 = Temp support bearing

RW 1

45119 Vibration 0 = Input 4-20 mA ("Vibration")

RW 0

45120 Pump Current Input (MAS) / Pump Current Input (Power Analyser) / Run Input (MAS) 0 = Pump current input (MAS) 1 = Pump current power analyzer 2 = Run input (MAS)

RW 0..2

45121 Temp pump memory 0 = Temp pump memory

RW 0

45122 Current unbalance 40 = Current unbalance

RW 40

45123 System voltage / Voltage unbalance 42 = Voltage unbalance

RW 42

45124 System power 19 = System voltage 20 = System power

RW 19 or 20

45125 System power factor 23 = System power factor

RW 23

45126 Temp stator max 1-3 / Temp stator ph 1 / Temp stator ph 2 / Temp stator ph 3 / Temp main bearing / Temp support bearing / "Vibration" / Temp stator max 1-3. 0 = Temp stator max 1-3 1 = Temp stator ph 1 2 = Temp stator ph 2 3 = Temp stator ph 3 4 = Temp main bearing 5 = Temp support bearing 6 = Input 4-20 mA ("Vibration")

RW 0…6

COMPENSATION - Compensation for sensor resistance Only valid if PT100 sensor is selected

45140� 45141

Temp stator ph 1 RW 0..100

45142� 45143


45144� 45145




17

45146� 45147

Temp main bearing RW 0..100

45148� 45149

Temp support bearing RW 0..100

MINSETVALUE – Process Value the sensor should read when the mA signal is at its lowest measurable range.

45160� 45161

Vibration (Min. reading at 4 mA) RW 0..99999

45162� 45163

Pump current input (Min. reading at 0 A) RW 0..999

45164� 45165

Temp stator max 1-3 / Temp stator ph 1 / Temp stator ph 2 / Temp stator ph 3 / Temp main bearing / Temp support bearing / "Vibration" / Temp stator max 1-3. (Min. reading at 0 mA)

RW 0..99999

MAXSETVALUE – Process Value the sensor should read when the mA signal is at its highest measurable range.

45170� 45171

Vibration (Max. reading at 20 mA) RW 0..99999

45172� 45173

Pump current input (Max. reading at 1 A) RW 0..999

45174� 45175

Temp stator max 1-3 / Temp stator ph 1 / Temp stator ph 2 / Temp stator ph 3 / Temp main bearing / Temp support bearing / "Vibration" / Temp stator max 1-3. (Max. reading at 20 mA)

RW 0..99999

MEASURED VALUE- Number of decimals may change depending on the number entered in the DECIMALS registers; values given are default scalings.

Default Scaling

45180 � 45181

Leak. stator housing R 1 = 1 mA

45182 � 45183

Leak. junction box R 1 = 1 mA

45184 � 45185

Leak. insp. chamber / Leak. water in oil R 1 = 1 mA

45186 � 45187

Temp stator ph 1�3 R

45188 � 45189

Temp stator ph 1 R 10 = 1.0 Degr.

45190 � 45191


45192 � 45193


45194 � 45195

Temp main bearing R 10 = 1.0 Degr.



18

45196 � 45197

Temp support bearing R 10 = 1.0 Degr.

45198 � 45199

Vibration R 40 = 4.0 mA

45200 � 45201


R 10 = 1.0 A

45202 � 45203

Temp pump memory R 10 = 1.0 Degr.

45204 � 45205

Current unbalance R

45206 � 45207

System voltage / Voltage unbalance R

45208 � 45209

System power R

45210 � 45211

System power factor R

45212 � 45213

Temp stator max 1-3 / Temp stator ph 1 / Temp stator ph 2 / Temp stator ph 3 / Temp main bearing / Temp support bearing / "Vibration" / Temp stator max 1-3.

R

DAYVALUE- Mean 24 hour value; updated at midnight. Number of decimals may change depending on the number entered in the DECIMALS registers; values given are default scalings.

Default Scaling

45230 � 45231


45232 � 45233


45234 � 45235


45236 � 45237


45238 � 45239


45240 � 45241


45242 � 45243


R 10 = 1.0 A

45244 � 45245




19

45246 � 45247

Current unbalance R

45248 � 45249


45250 � 45251

System power R

45252 � 45253


45254 � 45255


R

DAYMINVALUE- Minimum 24 hour value; updated at midnight. Number of decimals may change depending on the number entered in the DECIMALS registers; values given are default scalings.

Default Scaling

45260 � 45261


45262 � 45263


45264 � 45265


45266 � 45267


45268 � 45269


45270 � 45271


45272 � 45273


R 10 = 1.0 A

45274 � 45275


45276 � 45277

Current unbalance R

45278 � 45279


45280 � 45281

System power R

45282 � 45283




20

45284 � 45285


R

DAYMAXVALUE- Maximum 24 hour value; updated at midnight. Number of decimals may change depending on the number entered in the DECIMALS registers; values given are default scalings.

Default Scaling

45290 � 45291


45292 � 45293


45294 � 45295


45296 � 45297


45298 � 45299


45300 � 45301


45302 � 45303


R 10 = 1.0 A

45304 � 45305


45306 � 45307

Current unbalance R

45308 � 45309


45310 � 45311

System power R

45312 � 45313


45314 � 45315


R

ALARMACTION - Alarm action (alarm priority) 0 = None 1 = A alarm 2 = B alarm

49000 Leak. stator housing - Short circuit (ohm) / Broken circuit (mA)

RW 0..2

49001 Leak. stator housing - Very low RW 0..2 49002 Leak. stator housing - Low RW 0..2 49003 Leak. stator housing - High RW 0..2 49004 Leak. stator housing - Very high RW 0..2



21

49005 Leak. stator housing - Broken circuit (ohm) / Short circuit (mA)

RW 0..2

49006 Leak. junction box - Short circuit (ohm) / Broken circuit (mA)

RW 0..2

49007 Leak. junction box - Very low RW 0..2 49008 Leak. junction box - Low RW 0..2 49009 Leak. junction box - High RW 0..2 49010 Leak. junction box - Very high RW 0..2 49011 Leak. junction box - Broken circuit (ohm) / Short circuit

(mA) RW 0..2

49012 Leak. insp. chamber / Leak. water in oil - Short circuit (ohm) / Broken circuit (mA)

RW 0..2

49013 Leak. insp. chamber / Leak. water in oil - Very low RW 0..2 49014 Leak. insp. chamber / Leak. water in oil - Low RW 0..2 49015 Leak. insp. chamber / Leak. water in oil - High RW 0..2 49016 Leak. insp. chamber / Leak. water in oil - Very high RW 0..2 49017 Leak. insp. chamber / Leak. water in oil - Broken circuit

(ohm) / Short circuit (mA) RW 0..2

49018 Temp stator ph 1�3 - Short circuit (ohm) / Broken circuit (mA)

RW 0..2

49019 Temp stator ph 1�3 - Very low RW 0..2 49020 Temp stator ph 1�3 - Low RW 0..2 49021 Temp stator ph 1�3 - High RW 0..2 49022 Temp stator ph 1�3 - Very high RW 0..2 49023 Temp stator ph 1�3 - Broken circuit (ohm) / Short circuit

(mA) RW 0..2

49024 Temp stator ph 1 - Short circuit (ohm) / Broken circuit (mA)

RW 0..2

49025 Temp stator ph 1 - Very low RW 0..2 49026 Temp stator ph 1 - Low RW 0..2 49027 Temp stator ph 1 - High RW 0..2 49028 Temp stator ph 1 - Very high RW 0..2 49029 Temp stator ph 1 - Broken circuit (ohm) / Short circuit

(mA) RW 0..2


RW 0..2


(mA) RW 0..2


RW 0..2

49037 Temp stator ph 3 - Very low RW 0..2 49038 Temp stator ph 3 - Low RW 0..2 49039 Temp stator ph 3 - High RW 0..2 49040 Temp stator ph 3 - Very high RW 0..2 49041 Temp stator ph 3 - Broken circuit (ohm) / Short circuit (mA) RW 0..2 49042 Temp main bearing - Short circuit (ohm) / Broken circuit

(mA) RW 0..2

49043 Temp main bearing - Very low RW 0..2 49044 Temp main bearing - Low RW 0..2 49045 Temp main bearing - High RW 0..2 49046 Temp main bearing - Very high RW 0..2 49047 Temp main bearing - Broken circuit (ohm) / Short circuit RW 0..2



22

(mA) 49048 Temp support bearing - Short circuit (ohm) / Broken circuit

(mA) RW 0..2

49049 Temp support bearing - Very low RW 0..2 49050 Temp support bearing - Low RW 0..2 49051 Temp support bearing - High RW 0..2 49052 Temp support bearing - Very high RW 0..2 49053 Temp support bearing - Broken circuit (ohm) / Short circuit

(mA) RW 0..2

49054 Vibration - Short circuit (ohm) / Broken circuit (mA) RW 0..2 49055 Vibration - Very low RW 0..2 49056 Vibration - Low RW 0..2 49057 Vibration - High RW 0..2 49058 Vibration - Very high RW 0..2 49059 Vibration - Broken circuit (ohm) / Short circuit (mA) RW 0..2 49060 Pump Current Input (MAS) / Pump Current Input (Power

Analyser) / Run Input (MAS) - Short circuit (ohm) / Broken circuit (mA)

RW 0..2

49061 Pump Current Input (MAS) / Pump Current Input (Power Analyser) / Run Input (MAS) - Very low

RW 0..2

49062 Pump Current Input (MAS) / Pump Current Input (Power Analyser) / Run Input (MAS) - Low

RW 0..2

49063 Pump Current Input (MAS) / Pump Current Input (Power Analyser) / Run Input (MAS) - High

RW 0..2

49064 Pump Current Input (MAS) / Pump Current Input (Power Analyser) / Run Input (MAS) - Very high

RW 0..2

49065 Pump Current Input (MAS) / Pump Current Input (Power Analyser) / Run Input (MAS) - Broken circuit (ohm) / Short circuit (mA)

RW 0..2

49066 Temp pump memory - Short circuit (ohm) / Broken circuit (mA)

RW 0..2

49067 Temp pump memory - Very low RW 0..2 49068 Temp pump memory - Low RW 0..2 49069 Temp pump memory - High RW 0..2 49070 Temp pump memory - Very high RW 0..2 49071 Temp pump memory - Broken circuit (ohm) / Short circuit

(mA) RW 0..2

49072 Current unbalance - Short circuit (ohm) / Broken circuit (mA)

RW 0..2

49073 Current unbalance - Very low RW 0..2 49074 Current unbalance - Low RW 0..2 49075 Current unbalance - High RW 0..2 49076 Current unbalance - Very high RW 0..2 49077 Current unbalance - Broken circuit (ohm) / Short circuit

(mA) RW 0..2

49078 System voltage / Voltage unbalance - Short circuit (ohm) / Broken circuit (mA)

RW 0..2

49079 System voltage / Voltage unbalance - Very low RW 0..2 49080 System voltage / Voltage unbalance - Low RW 0..2 49081 System voltage / Voltage unbalance - High RW 0..2 49082 System voltage / Voltage unbalance - Very high RW 0..2 49083 System voltage / Voltage unbalance - Broken circuit (ohm)

/ Short circuit (mA) RW 0..2

49084 System power - Short circuit (ohm) / Broken circuit (mA) RW 0..2 49085 System power - Very low RW 0..2 49086 System power - Low RW 0..2



23

49087 System power - High RW 0..2 49088 System power - Very high RW 0..2 49089 System power - Broken circuit (ohm) / Short circuit (mA) RW 0..2 49090 System power factor - Short circuit (ohm) / Broken circuit

(mA) RW 0..2

49091 System power factor - Very low RW 0..2 49092 System power factor - Low RW 0..2 49093 System power factor - High RW 0..2 49094 System power factor - Very high RW 0..2 49095 System power factor - Broken circuit (ohm) / Short circuit

(mA) RW 0..2

ALARMLIMIT - Alarm limit

element [0]: Short circuit (ohm) / Broken circuit (mA) element [1]: Very low element [2]: Low element [3]: High element [4]: Very high element [5]: Broken circuit (ohm) / Short circuit (mA)

49130 � 49131

Leak. stator housing - Short circuit (ohm) / Broken circuit (mA)

RW

49132 � 49133 Leak. stator housing - Very low

RW

49134 � 49135 Leak. stator housing - Low

RW

49136 � 49137 Leak. stator housing - High

RW

49138 � 49139 Leak. stator housing - Very high

RW

49140 � 49141

Leak. stator housing - Broken circuit (ohm) / Short circuit (mA)

RW

49142 � 49143

Leak. junction box - Short circuit (ohm) / Broken circuit (mA)

RW

49144 � 49145 Leak. junction box - Very low

RW

49146 � 49147 Leak. junction box - Low

RW

49148 � 49149 Leak. junction box - High

RW

49150 � 49151 Leak. junction box - Very high

RW

49152 � 49153

Leak. junction box - Broken circuit (ohm) / Short circuit (mA)

RW



24

49154 � 49155

Leak. insp. chamber / Leak. water in oil - Short circuit (ohm) / Broken circuit (mA)

RW

49156 � 49157 Leak. insp. chamber / Leak. water in oil - Very low

RW

49158 � 49159 Leak. insp. chamber / Leak. water in oil - Low

RW

49160 � 49161 Leak. insp. chamber / Leak. water in oil - High

RW

49162 � 49163 Leak. insp. chamber / Leak. water in oil - Very high

RW

49164 � 49165

Leak. insp. chamber / Leak. water in oil - Broken circuit (ohm) / Short circuit (mA)

RW

49166 � 49167

Temp stator ph 1�3 - Short circuit (ohm) / Broken circuit (mA)

RW

49168 � 49169 Temp stator ph 1�3 - Very low

RW

49170 � 49171 Temp stator ph 1�3 - Low

RW

49172 � 49173 Temp stator ph 1�3 - High

RW

49174 � 49175 Temp stator ph 1�3 - Very high

RW

49176 � 49177

Temp stator ph 1�3 - Broken circuit (ohm) / Short circuit (mA)

RW

49178 � 49179

Temp stator ph 1 - Short circuit (ohm) / Broken circuit (mA)

RW

49180 � 49181 Temp stator ph 1 - Very low

RW

49182 � 49183 Temp stator ph 1 - Low

RW

49184 � 49185 Temp stator ph 1 - High

RW

49186 � 49187 Temp stator ph 1 - Very high

RW

49188 � 49189

Temp stator ph 1 - Broken circuit (ohm) / Short circuit (mA)

RW

49190 � 49191


RW

49192 Temp stator ph 2 - Very low RW



25

� 49193 49194 � 49195 Temp stator ph 2 - Low

RW


RW


RW

49200 � 49201


RW

49202 � 49203


RW


RW


RW


RW


RW

49212 � 49213 Temp stator ph 3 - Broken circuit (ohm) / Short circuit (mA)

RW

49214 � 49215

Temp main bearing - Short circuit (ohm) / Broken circuit (mA)

RW

49216 � 49217 Temp main bearing - Very low

RW

49218 � 49219 Temp main bearing - Low

RW

49220 � 49221 Temp main bearing - High

RW

49222 � 49223 Temp main bearing - Very high

RW

49224 � 49225

Temp main bearing - Broken circuit (ohm) / Short circuit (mA)

RW

49226 � 49227

Temp support bearing - Short circuit (ohm) / Broken circuit (mA)

RW

49228 � 49229 Temp support bearing - Very low

RW

49230 � Temp support bearing - Low

RW



26

49231 49232 � 49233 Temp support bearing - High

RW

49234 � 49235 Temp support bearing - Very high

RW

49236 � 49237

Temp support bearing - Broken circuit (ohm) / Short circuit (mA)

RW

49238 � 49239 Vibration - Short circuit (ohm) / Broken circuit (mA)

RW

49240 � 49241 Vibration - Very low

RW

49242 � 49243 Vibration - Low

RW

49244 � 49245 Vibration - High

RW

49246 � 49247 Vibration - Very high

RW

49248 � 49249 Vibration - Broken circuit (ohm) / Short circuit (mA)

RW

49250 � 49251

Pump Current Input (MAS) / Pump Current Input (Power Analyser) / Run Input (MAS) - Short circuit (ohm) / Broken circuit (mA)

RW

49252 � 49253

Pump Current Input (MAS) / Pump Current Input (Power Analyser) / Run Input (MAS) - Very low

RW

49254 � 49255

Pump Current Input (MAS) / Pump Current Input (Power Analyser) / Run Input (MAS) - Low

RW

49256 � 49257

Pump Current Input (MAS) / Pump Current Input (Power Analyser) / Run Input (MAS) - High

RW

49258 � 49259

Pump Current Input (MAS) / Pump Current Input (Power Analyser) / Run Input (MAS) - Very high

RW

49260 � 49261

Pump Current Input (MAS) / Pump Current Input (Power Analyser) / Run Input (MAS) - Broken circuit (ohm) / Short circuit (mA)

RW

49262 � 49263

Temp pump memory - Short circuit (ohm) / Broken circuit (mA)

RW

49264 � 49265 Temp pump memory - Very low

RW

49266 � 49267 Temp pump memory - Low

RW

49268 � 49269 Temp pump memory - High

RW



27

49270 � 49271 Temp pump memory - Very high

RW

49272 � 49273

Temp pump memory - Broken circuit (ohm) / Short circuit (mA)

RW

49274 � 49275

Current unbalance - Short circuit (ohm) / Broken circuit (mA)

RW

49276 � 49277 Current unbalance - Very low

RW

49278 � 49279 Current unbalance - Low

RW

49280 � 49281 Current unbalance - High

RW

49282 � 49283 Current unbalance - Very high

RW

49284 � 49285

Current unbalance - Broken circuit (ohm) / Short circuit (mA)

RW

49286 � 49287

System voltage / Voltage unbalance - Short circuit (ohm) / Broken circuit (mA)

RW

49288 � 49289 System voltage / Voltage unbalance - Very low

RW

49290 � 49291 System voltage / Voltage unbalance - Low

RW

49292 � 49293 System voltage / Voltage unbalance - High

RW

49294 � 49295 System voltage / Voltage unbalance - Very high

RW

49296 � 49297

System voltage / Voltage unbalance - Broken circuit (ohm) / Short circuit (mA)

RW

49298 � 49299 System power - Short circuit (ohm) / Broken circuit (mA)

RW

49300 � 49301 System power - Very low

RW

49302 � 49303 System power - Low

RW

49304 � 49305 System power - High

RW

49306 � 49307 System power - Very high

RW

49308 System power - Broken circuit (ohm) / Short circuit (mA) RW



28

� 49309 49310 � 49311

System power factor - Short circuit (ohm) / Broken circuit (mA)

RW

49312 � 49313 System power factor - Very low

RW

49314 � 49315 System power factor - Low

RW

49316 � 49317 System power factor - High

RW

49318 � 49319 System power factor - Very high

RW

49320 � 49321

System power factor - Broken circuit (ohm) / Short circuit (mA)

RW

ALARMRESET- Alarm reset mode

0 = Auto 1 = Manual


RW 0..1



RW 0..1


RW 0..1

49397 Leak. junction box - Very low RW 0..1 49398 Leak. junction box - Low RW 0..1 49399 Leak. junction box - High RW 0..1 49400 Leak. junction box - Very high RW 0..1

49401 Leak. junction box - Broken circuit (ohm) / Short circuit (mA)

RW 0..1


RW 0..1

49403 Leak. insp. chamber / Leak. water in oil - Very low RW 0..1 49404 Leak. insp. chamber / Leak. water in oil - Low RW 0..1 49405 Leak. insp. chamber / Leak. water in oil - High RW 0..1 49406 Leak. insp. chamber / Leak. water in oil - Very high RW 0..1

49407 Leak. insp. chamber / Leak. water in oil - Broken circuit (ohm) / Short circuit (mA)

RW 0..1


RW 0..1

49409 Temp stator ph 1�3 - Very low RW 0..1 49410 Temp stator ph 1�3 - Low RW 0..1 49411 Temp stator ph 1�3 - High RW 0..1 49412 Temp stator ph 1�3 - Very high RW 0..1

49413 Temp stator ph 1�3 - Broken circuit (ohm) / Short circuit (mA)

RW 0..1



29


RW 0..1

49415 Temp stator ph 1 - Very low RW 0..1 49416 Temp stator ph 1 - Low RW 0..1 49417 Temp stator ph 1 - High RW 0..1 49418 Temp stator ph 1 - Very high RW 0..1

49419 Temp stator ph 1 - Broken circuit (ohm) / Short circuit (mA)

RW 0..1


RW 0..1



RW 0..1


RW 0..1

49427 Temp stator ph 3 - Very low RW 0..1 49428 Temp stator ph 3 - Low RW 0..1 49429 Temp stator ph 3 - High RW 0..1 49430 Temp stator ph 3 - Very high RW 0..1 49431 Temp stator ph 3 - Broken circuit (ohm) / Short circuit (mA) RW 0..1

49432 Temp main bearing - Short circuit (ohm) / Broken circuit (mA)

RW 0..1

49433 Temp main bearing - Very low RW 0..1 49434 Temp main bearing - Low RW 0..1 49435 Temp main bearing - High RW 0..1 49436 Temp main bearing - Very high RW 0..1

49437 Temp main bearing - Broken circuit (ohm) / Short circuit (mA)

RW 0..1

49438 Temp support bearing - Short circuit (ohm) / Broken circuit (mA)

RW 0..1

49439 Temp support bearing - Very low RW 0..1 49440 Temp support bearing - Low RW 0..1 49441 Temp support bearing - High RW 0..1 49442 Temp support bearing - Very high RW 0..1

49443 Temp support bearing - Broken circuit (ohm) / Short circuit (mA)

RW 0..1

49444 Vibration - Short circuit (ohm) / Broken circuit (mA) RW 0..1 49445 Vibration - Very low RW 0..1 49446 Vibration - Low RW 0..1 49447 Vibration - High RW 0..1 49448 Vibration - Very high RW 0..1 49449 Vibration - Broken circuit (ohm) / Short circuit (mA) RW 0..1

49450


RW 0..1


RW 0..1


RW 0..1


RW 0..1


RW 0..1



30

49455


RW 0..1


RW 0..1

49457 Temp pump memory - Very low RW 0..1 49458 Temp pump memory - Low RW 0..1 49459 Temp pump memory - High RW 0..1 49460 Temp pump memory - Very high RW 0..1

49461 Temp pump memory - Broken circuit (ohm) / Short circuit (mA)

RW 0..1


RW 0..1

49463 Current unbalance - Very low RW 0..1 49464 Current unbalance - Low RW 0..1 49465 Current unbalance - High RW 0..1 49466 Current unbalance - Very high RW 0..1

49467 Current unbalance - Broken circuit (ohm) / Short circuit (mA)

RW 0..1


RW 0..1

49469 System voltage / Voltage unbalance - Very low RW 0..1 49470 System voltage / Voltage unbalance - Low RW 0..1 49471 System voltage / Voltage unbalance - High RW 0..1 49472 System voltage / Voltage unbalance - Very high RW 0..1

49473 System voltage / Voltage unbalance - Broken circuit (ohm) / Short circuit (mA)

RW 0..1

49474 System power - Short circuit (ohm) / Broken circuit (mA) RW 0..1 49475 System power - Very low RW 0..1 49476 System power - Low RW 0..1 49477 System power - High RW 0..1 49478 System power - Very high RW 0..1 49479 System power - Broken circuit (ohm) / Short circuit (mA) RW 0..1

49480 System power factor - Short circuit (ohm) / Broken circuit (mA)

RW 0..1

49481 System power factor - Very low RW 0..1 49482 System power factor - Low RW 0..1 49483 System power factor - High RW 0..1 49484 System power factor - Very high RW 0..1

49485 System power factor - Broken circuit (ohm) / Short circuit (mA)

RW 0..1

ALARMDELAY - Alarm delay 49520 � 49521


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)

49528 � Leak. stator housing - Very high

RW 0..25 (s)



31

49529 49530 � 49531


RW 0..25 (s)

49532 � 49533


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)

49542 � 49543


RW 0..25 (s)

49544 � 49545


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)

49554 � 49555


RW 0..25 (s)

49556 � 49557

Temp stator ph 1'3 - Short circuit (ohm) / Broken circuit (mA)

RW 0..25 (s)

49558 � 49559 Temp stator ph 1'3 - Very low

RW 0..25 (s)

49560 � 49561 Temp stator ph 1'3 - Low

RW 0..25 (s)

49562 � 49563 Temp stator ph 1'3 - High

RW 0..25 (s)

49564 � 49565 Temp stator ph 1'3 - Very high

RW 0..25 (s)

49566 � 49567

Temp stator ph 1'3 - Broken circuit (ohm) / Short circuit (mA)

RW 0..25 (s)



32

49568 � 49569


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)

49578 � 49579


RW 0..25 (s)

49580 � 49581


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)

49590 � 49591


RW 0..25 (s)

49592 � 49593


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)

49604 � 49605


RW 0..25 (s)

49606 Temp main bearing - Very low RW 0..25 (s)



33

� 49607 49608 � 49609 Temp main bearing - Low

RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)

49614 � 49615


RW 0..25 (s)

49616 � 49617


RW 0..25 (s)


RW 0..25 (s)

49620 � 49621 Temp support bearing - Low

RW 0..25 (s)

49622 � 49623 Temp support bearing - High

RW 0..25 (s)


RW 0..25 (s)

49626 � 49627


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)

49640 � 49641


RW 0..25 (s)

49642 � 49643


RW 0..25 (s)

49644 �


RW 0..25 (s)



34

49645 49646 � 49647


RW 0..25 (s)

49648 � 49649


RW 0..25 (s)

49650 � 49651


RW 0..25 (s)

49652 � 49653


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)

49662 � 49663


RW 0..25 (s)

49664 � 49665


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)

49674 � 49675


RW 0..25 (s)

49676 � 49677


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)



35


RW 0..25 (s)

49686 � 49687


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)

49698 � 49699 System power - Broken circuit (ohm) / Short circuit (mA)

RW 0..25 (s)

49700 � 49701


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)

49710 � 49711


RW 0..25 (s)



36

USING A 4X READ FUNCTION Word Addr.


Value Range

30100 RESETEVENT - Acknowledge/reset events

Gives same function as pressing the acknowledge button (RESET) 1 = Acknowledge/Reset alarms and module events

W 1

30101 MODNR - MAS module number RW 0..255 30102 LANGUAGEIDX - Selected language

If firmware and webpages for language group A is loaded: 0 = English 1 = French 2 = German 3 = Italian 4 = Spanish

If firmware and webpages for language group B is loaded: 0 = English 1 = Chinese

RW grpA: 0..4 grpB: 0..1

31000 PMACTIVE - Pump memory activation, RS485-LOC (master)

0 = No 1 = Yes

RW 0..1

31001 PMNR - Pump memory number (com address) R 1 31002 � 31003

PMBAUDRATE - Pump memory baudrate R 19200

31100 EMACTIVE - Power analyzer activation, RS485-1 (master)

0 = No 1 = Yes

RW 0..1

31101 EMNR - Power analyzer number (com address) RW 0..255 31102 � 31103

EMBAUDRATE - Power analyzer baudrate

RW 2400, 4800, 9600, 19200

31104 EMTYPE - Power analyzer type

0 = PAN311/WM14 1 = WM22

RW 0..1

31200 DMACTIVE - Operator panel activation, RS485-LOC (master)

0 = No 1 = Yes

RW 0..1

31201 DMNR - Operator panel number (com address) R 2 31202 DMBAUDRATE - Operator panel baudrate R 19200



37

31300 FMACTIVE - Higher level controller activation, RS485-2 (slave)

0 = No 1 = Yes

RW 0..1

31301 FMNR - Higher level controller number

(NOTE: This is the MAS com address for the RS485-2 slave port) RW 0..247

31302 � 31303

FMBAUDRATE - Higher level controller baudrate RW 2400, 4800, 9600, 19200

Word Addr.


Value Range / Scaling

NUMCLOCK - Real-time clock 32000 Year (update entire clock to memory when reading year) RW 0..99 32001 Month RW 1..12 32002 Day RW 1..31 32003 Hour RW 0..59 32004 Minute RW 0..59 32005 Second (set entire clock from memory when writing second) RW 0..59 DIRELAYFUNCTION - DI relay function 32010 Pump running indication (RUN)

0 = Open is On (running) 1 = Close is On (running)

RW 0..1

32011 Acknowledge/reset alarm and module events (RESET) 0 = Open is On (acknowledge/reset) 1 = Close is On (acknowledge/reset)

RW 0..1

DORELAYFUNCTION - DO relay function 32020 Pump blocking

0 = Open is On (blocked) 1 = Close is On (blocked)

RW 0..1

32021 A alarm 0 = Open is On (alarm) 1 = Close is On (alarm)

RW 0..1

32022 B alarm 0 = Open is On (alarm) 1 = Close is On (alarm)

RW 0..1

PMDATAPLATE1 - Pump memory dataplate (default) 33000 Line 1 (40 characters, padded with SPACE to full length) RW ASCII 33020 Line 2 (40 characters, padded with SPACE to full length) RW ASCII 33040 Line 3 (40 characters, padded with SPACE to full length) RW ASCII : 33380 Line 20 (40 characters, padded with SPACE to full length) RW ASCII PMDATAPLATE2 - Pump memory dataplate (custom) 33400 Line 1 (40 characters, padded with SPACE to full length) RW ASCII 33420 Line 2 (40 characters, padded with SPACE to full length) RW ASCII 33440 Line 3 (40 characters, padded with SPACE to full length) RW ASCII



38

: 33780 Line 20 (40 characters, padded with SPACE to full length) 33996 � 33997

PMPUMPTOTALSTARTS - Pump total starts R 1:1

33998 � 33999

PMPUMPTOTALTIME - Pump total running time (h) R 1:0.1

EMVALUE - Power analyzer values 34000 � 34001

PM TEMP Pump memory temperature 4

R 1:0.01

34002 � 34003


34004 � 34005


34006 � 34007


34008 � 34009


34010 � 34011


34012 � 34013


34014 � 34015

W L1 R 1:0.01

34016 � 34017

W L2 R 1:0.01

34018 � 34019

W L3 R 1:0.01

34020 � 34021

VAR L1 R 1:0.01

34022 � 34023

VAR L2 R 1:0.01

34024 � 34025

VAR L3 R 1:0.01

34026 � 34027

VA L1 R 1:0.01

4 Not really a power analyzer value (this value is used internally in MAS, for FUNCTION index compliance).



39

34028 � 34029

VA L2 R 1:0.01

34030 � 34031

VA L3 R 1:0.01

34032 � 34033

PF L1 R 1:0.01

34034 � 34035

PF L2 R 1:0.01

34036 � 34037

PF L3 R 1:0.01

34038 � 34039

V SYS System voltage R 1:0.01

34040 � 34041

W SYS System power R 1:0.01

34042 � 34043

VAR SYS R 1:0.01

34044 � 34045

VA SYS R 1:0.01

34046 � 34047

PF SYS System power factor R 1:0.01

34048 � 34049

VA DMD R 1:0.01

34050 � 34051

W DMD R 1:0.01

34052 � 34053

HZ R 1:0.01

34054 � 34055

THD V1 5 R 1:0.01

34056 � 34057

THD V2 R 1:0.01

34058 � 34059

THD V3 R 1:0.01

34060 � 34061

THD A1 R 1:0.01

34062 � 34063

THD A2 R 1:0.01

5 THD and PAR values are only available for power analyzer WM22, else they are not updated.



40

34064 � 34065

THD A3 R 1:0.01

34066 � 34067

KWH TOT Total energy R 1:0.01

34068 � 34069

KVARH TOT R 1:0.01

34070 � 34071

KWH PAR R 1:0.01

34072 � 34073

KVARH PAR R 1:0.01

34074 � 34075

THDMAX V R 1:0.01

34076 � 34077

THDMAX A R 1:0.01

34078 � 34079

A MEAN Pump current mean 6 R 1:0.01

34080 � 34081

A UNBALANCE Current unbalance R 1:0.01

34082 � 34083

V MEAN Pump voltage mean R 1:0.01

34084 � 34085

V UNBALANCE Voltage unbalance

R 1:0.01

ALARM HYSTERESIS 1:0.01 35000 � 35001

Leak. stator housing RW 1:0.00001

35002 � 35003

Leak. junction box RW 1:0.00001

35004 � 35005

Leak. insp. chamber / Leak. water in oil RW 1:0.00001

35006 � 35007

Temp stator ph 1�3 RW 1:0.00001

35008 � 35009


35010 � 35011


35012 � 35013


6 MEAN and UNBALANCE are calculated values in MAS.



41

35014 � 35015

Temp main bearing RW 1:0.00001

35016 � 35017

Temp support bearing RW 1:0.00001

35018 � 35019

Vibration RW 1:0.00001

35020 � 35021


RW 1:0.00001

35022 � 35023

Temp pump memory RW 1:0.00001

35024 � 35025

Current unbalance RW 1:0.00001

35026 � 35027

System voltage / Voltage unbalance RW 1:0.00001

35028 � 35029

System power RW 1:0.00001

35030 � 35031

System power factor RW 1:0.00001

NUMBER OF DECIMALS for measured value 1:0.01 35050 Leak. stator housing RW 0..65535 35051 Leak. junction box RW 0..65535 35052 Leak. insp. chamber / Leak. water in oil RW 0..65535 35053 Temp stator ph 1�3 RW 0..65535 35054 Temp stator ph 1 RW 0..65535 35055 Temp stator ph 2 RW 0..65535 35056 Temp stator ph 3 RW 0..65535 35057 Temp main bearing RW 0..65535 35058 Temp support bearing RW 0..65535 35059 Vibration RW 0..65535 35060 Pump Current Input (MAS) / Pump Current Input (Power

Analyser) / Run Input (MAS) RW 0..65535

35061 Temp pump memory RW 0..65535 35062 Current unbalance RW 0..65535 35063 System voltage / Voltage unbalance RW 0..65535 35064 System power RW 0..65535 35065 System power factor RW 0..65535 35066 Temp stator max 1-3 / Temp stator ph 1 / Temp stator ph 2 /

Temp stator ph 3 / Temp main bearing / Temp support bearing / "Vibration" / Temp stator max 1-3.

RW 0..65535

TYPE OF SENSOR 1:0.01 35080 Leak. stator housing

0 = None 1 = FLS 2 = FLS10 3 = FLS20 4 = CLS

RW 0..4



42

35081 Leak. junction box 0 = None 1 = FLS 2 = FLS10 3 = FLS20 4 = CLS

RW 0..4

35082 Leak. insp. chamber / Leak. water in oil 0 = None 1 = FLS 2 = FLS10 3 = FLS20 4 = CLS

RW 0..4

35083 Temp stator ph 1�3 0 = None 1 = TC 2 = PTC

RW 0..2


RW 0..3


RW 0..3


RW 0..3

35087 Temp main bearing 0 = None 3 = PT100

RW 0 or 3

35088 Temp support bearing 0 = None 1 = Input value according to FUNCTION

RW 0…1

35089 Vibration 0 = None 1 = Input value according to FUNCTION

RW 0…1

35090 Pump Current Input (MAS) / Pump Current Input (Power Analyser) / Run Input (MAS) 0 = None 1 = Input value according to FUNCTION

RW 0…1

35091 Temp pump memory 0 = None 1 = Input value according to FUNCTION

RW 0…1

35092 Current unbalance 0 = None 1 = Input value according to FUNCTION

RW 0…1

35093 System voltage / Voltage unbalance 0 = None 1 = Input value according to FUNCTION

RW 0…1

35094 System power 0 = None 1 = Input value according to FUNCTION

RW 0…1



43

35095 System power factor 0 = None 1 = Input value according to FUNCTION

RW 0…1

35096 Temp stator max 1-3 / Temp stator ph 1 / Temp stator ph 2 / Temp stator ph 3 / Temp main bearing / Temp support bearing / "Vibration" / Temp stator max 1-3. 0 = None 1 = Input value according to FUNCTION

RW 0…1

FUNCTION OF SENSOR 1:0.01 35110 Leak. stator housing

0 = Leak. stator housing


35111 Leak. junction box 1 = Leak. junction box


35112 Leak. insp. chamber / Leak. water in oil 2 = Leak. insp. chamber 3 = Leak. water in oil

RW 2 or 3, 2 is default

35113 Temp stator ph 1�3 0 = Temp stator ph 1-3

RW 0


RW 0


RW 1


RW 2

35117 Temp main bearing 0 = Temp main bearing

RW 0

35118 Temp support bearing 1 = Temp support bearing

RW 1

35119 Vibration 0 = Input 4-20 mA ("Vibration")

RW 0

35120 Pump Current Input (MAS) / Pump Current Input (Power Analyser) / Run Input (MAS) 0 = Pump current input (MAS) 1 = Pump current power analyzer 2 = Run input (MAS)

RW 0..2

35121 Temp pump memory 0 = Temp pump memory

RW 0

35122 Current unbalance 40 = Current unbalance

RW 40

35123 System voltage / Voltage unbalance 42 = Voltage unbalance

RW 42

35124 System power 19 = System voltage 20 = System power

RW 19 or 20

35125 System power factor 23 = System power factor

RW 23



44

35126 Temp stator max 1-3 / Temp stator ph 1 / Temp stator ph 2 / Temp stator ph 3 / Temp main bearing / Temp support bearing / "Vibration" / Temp stator max 1-3. 0 = Temp stator max 1-3 1 = Temp stator ph 1 2 = Temp stator ph 2 3 = Temp stator ph 3 4 = Temp main bearing 5 = Temp support bearing 6 = Input 4-20 mA ("Vibration")

RW 0…6

COMPENSATION - Compensation for sensor resistance Only valid if PT100 sensor is selected

35140� 35141


35142� 35143


35144� 35145


35146� 35147

Temp main bearing RW 0..100

35148� 35149

Temp support bearing RW 0..100

MINSETVALUE – Process Value the sensor should read when the mA signal is at its lowest measurable range.

35160� 35161

Vibration (Min. reading at 4 mA) RW 0..99999

35162� 35163

Pump current input (Min. reading at 0 A) RW 0..999

35164� 35165

Temp stator max 1-3 / Temp stator ph 1 / Temp stator ph 2 / Temp stator ph 3 / Temp main bearing / Temp support bearing / "Vibration" / Temp stator max 1-3. (Min. reading at 0 mA)

RW 0..99999

MAXSETVALUE – Process Value the sensor should read when the mA signal is at its highest measurable range.

35170� 35171

Vibration (Max. reading at 20 mA) RW 0..99999

35172� 35173

Pump current input (Max. reading at 1 A) RW 0..999

35174� 35175

Temp stator max 1-3 / Temp stator ph 1 / Temp stator ph 2 / Temp stator ph 3 / Temp main bearing / Temp support bearing / "Vibration" / Temp stator max 1-3. (Max. reading at 20 mA)

RW 0..99999

MEASURED VALUE- Number of decimals may change depending on the number entered in the DECIMALS registers; values given are default scalings.

Default Scaling

35180 � 35181

Leak. stator housing R 1 = 1 mA



45

35182 � 35183

Leak. junction box R 1 = 1 mA

35184 � 35185

Leak. insp. chamber / Leak. water in oil R 1 = 1 mA

35186 � 35187

Temp stator ph 1�3 R

35188 � 35189


35190 � 35191


35192 � 35193


35194 � 35195


35196 � 35197


35198 � 35199


35200 � 35201


R 10 = 1.0 A

35202 � 35203


35204 � 35205

Current unbalance R

35206 � 35207


35208 � 35209

System power R

35210 � 35211


35212 � 35213


R

DAYVALUE- Mean 24 hour value; updated at midnight. Number of decimals may change depending on the number entered in the DECIMALS registers; values given are default scalings.

Default Scaling

35230 � 35231




46

35232 � 35233


35234 � 35235


35236 � 35237


35238 � 35239


35240 � 35241


35242 � 35243


R 10 = 1.0 A

35244 � 35245


35246 � 35247

Current unbalance R

35248 � 35249


35250 � 35251

System power R

35252 � 35253


35254 � 35255


R

DAYMINVALUE- Minimum 24 hour value; updated at midnight. Number of decimals may change depending on the number entered in the DECIMALS registers; values given are default scalings.

Default Scaling

35260 � 35261


35262 � 35263


35264 � 35265


35266 � 35267


35268 � 35269




47

35270 � 35271


35272 � 35273


R 10 = 1.0 A

35274 � 35275


35276 � 35277

Current unbalance R

35278 � 35279


35280 � 35281

System power R

35282 � 35283


35284 � 35285


R

DAYMAXVALUE- Maximum 24 hour value; updated at midnight. Number of decimals may change depending on the number entered in the DECIMALS registers; values given are default scalings.

Default Scaling

35290 � 35291


35292 � 35293


35294 � 35295


35296 � 35297


35298 � 35299


35300 � 35301


35302 � 35303


R 10 = 1.0 A

35304 � 35305


35306 � 35307

Current unbalance R



48

35308 � 35309


35310 � 35311

System power R

35312 � 35313


35314 � 35315


R

ALARMACTION - Alarm action (alarm priority) 0 = None 1 = A alarm 2 = B alarm


RW 0..2

39001 Leak. stator housing - Very low RW 0..2 39002 Leak. stator housing - Low RW 0..2 39003 Leak. stator housing - High RW 0..2 39004 Leak. stator housing - Very high RW 0..2 39005 Leak. stator housing - Broken circuit (ohm) / Short circuit

(mA) RW 0..2


RW 0..2

39007 Leak. junction box - Very low RW 0..2 39008 Leak. junction box - Low RW 0..2 39009 Leak. junction box - High RW 0..2 39010 Leak. junction box - Very high RW 0..2 39011 Leak. junction box - Broken circuit (ohm) / Short circuit

(mA) RW 0..2


RW 0..2

39013 Leak. insp. chamber / Leak. water in oil - Very low RW 0..2 39014 Leak. insp. chamber / Leak. water in oil - Low RW 0..2 39015 Leak. insp. chamber / Leak. water in oil - High RW 0..2 39016 Leak. insp. chamber / Leak. water in oil - Very high RW 0..2 39017 Leak. insp. chamber / Leak. water in oil - Broken circuit

(ohm) / Short circuit (mA) RW 0..2


RW 0..2

39019 Temp stator ph 1�3 - Very low RW 0..2 39020 Temp stator ph 1�3 - Low RW 0..2 39021 Temp stator ph 1�3 - High RW 0..2 39022 Temp stator ph 1�3 - Very high RW 0..2 39023 Temp stator ph 1�3 - Broken circuit (ohm) / Short circuit

(mA) RW 0..2


RW 0..2

39025 Temp stator ph 1 - Very low RW 0..2 39026 Temp stator ph 1 - Low RW 0..2 39027 Temp stator ph 1 - High RW 0..2 39028 Temp stator ph 1 - Very high RW 0..2 39029 Temp stator ph 1 - Broken circuit (ohm) / Short circuit RW 0..2



49

(mA) 39030 Temp stator ph 2 - Short circuit (ohm) / Broken circuit

(mA) RW 0..2


(mA) RW 0..2


RW 0..2

39037 Temp stator ph 3 - Very low RW 0..2 39038 Temp stator ph 3 - Low RW 0..2 39039 Temp stator ph 3 - High RW 0..2 39040 Temp stator ph 3 - Very high RW 0..2 39041 Temp stator ph 3 - Broken circuit (ohm) / Short circuit (mA) RW 0..2 39042 Temp main bearing - Short circuit (ohm) / Broken circuit

(mA) RW 0..2

39043 Temp main bearing - Very low RW 0..2 39044 Temp main bearing - Low RW 0..2 39045 Temp main bearing - High RW 0..2 39046 Temp main bearing - Very high RW 0..2 39047 Temp main bearing - Broken circuit (ohm) / Short circuit

(mA) RW 0..2


RW 0..2

39049 Temp support bearing - Very low RW 0..2 39050 Temp support bearing - Low RW 0..2 39051 Temp support bearing - High RW 0..2 39052 Temp support bearing - Very high RW 0..2 39053 Temp support bearing - Broken circuit (ohm) / Short circuit

(mA) RW 0..2

39054 Vibration - Short circuit (ohm) / Broken circuit (mA) RW 0..2 39055 Vibration - Very low RW 0..2 39056 Vibration - Low RW 0..2 39057 Vibration - High RW 0..2 39058 Vibration - Very high RW 0..2 39059 Vibration - Broken circuit (ohm) / Short circuit (mA) RW 0..2 39060 Pump Current Input (MAS) / Pump Current Input (Power

Analyser) / Run Input (MAS) - Short circuit (ohm) / Broken circuit (mA)

RW 0..2


RW 0..2


RW 0..2


RW 0..2


RW 0..2

39065 Pump Current Input (MAS) / Pump Current Input (Power Analyser) / Run Input (MAS) - Broken circuit (ohm) / Short circuit (mA)

RW 0..2


RW 0..2

39067 Temp pump memory - Very low RW 0..2 39068 Temp pump memory - Low RW 0..2



50

39069 Temp pump memory - High RW 0..2 39070 Temp pump memory - Very high RW 0..2 39071 Temp pump memory - Broken circuit (ohm) / Short circuit

(mA) RW 0..2


RW 0..2

39073 Current unbalance - Very low RW 0..2 39074 Current unbalance - Low RW 0..2 39075 Current unbalance - High RW 0..2 39076 Current unbalance - Very high RW 0..2 39077 Current unbalance - Broken circuit (ohm) / Short circuit

(mA) RW 0..2


RW 0..2

39079 System voltage / Voltage unbalance - Very low RW 0..2 39080 System voltage / Voltage unbalance - Low RW 0..2 39081 System voltage / Voltage unbalance - High RW 0..2 39082 System voltage / Voltage unbalance - Very high RW 0..2 39083 System voltage / Voltage unbalance - Broken circuit (ohm)

/ Short circuit (mA) RW 0..2

39084 System power - Short circuit (ohm) / Broken circuit (mA) RW 0..2 39085 System power - Very low RW 0..2 39086 System power - Low RW 0..2 39087 System power - High RW 0..2 39088 System power - Very high RW 0..2 39089 System power - Broken circuit (ohm) / Short circuit (mA) RW 0..2 39090 System power factor - Short circuit (ohm) / Broken circuit

(mA) RW 0..2

39091 System power factor - Very low RW 0..2 39092 System power factor - Low RW 0..2 39093 System power factor - High RW 0..2 39094 System power factor - Very high RW 0..2 39095 System power factor - Broken circuit (ohm) / Short circuit

(mA) RW 0..2

ALARMLIMIT - Alarm limit

element [0]: Short circuit (ohm) / Broken circuit (mA) element [1]: Very low element [2]: Low element [3]: High element [4]: Very high element [5]: Broken circuit (ohm) / Short circuit (mA)

39130 � 39131


RW


RW


RW


RW



51


RW

39140 � 39141


RW

39142 � 39143


RW


RW


RW


RW


RW

39152 � 39153


RW

39154 � 39155


RW


RW


RW


RW


RW

39164 � 39165


RW

39166 � 39167

Temp stator ph 1�3 - Short circuit (ohm) / Broken circuit (mA)

RW

39168 � 39169 Temp stator ph 1�3 - Very low

RW

39170 � 39171 Temp stator ph 1�3 - Low

RW

39172 � 39173 Temp stator ph 1�3 - High

RW

39174 � 39175 Temp stator ph 1�3 - Very high

RW

39176 Temp stator ph 1�3 - Broken circuit (ohm) / Short circuit RW



52

� 39177

(mA)

39178 � 39179


RW


RW


RW


RW


RW

39188 � 39189


RW

39190 � 39191


RW


RW


RW


RW


RW

39200 � 39201


RW

39202 � 39203


RW


RW


RW


RW


RW


RW

39214 �


RW



53

39215 39216 � 39217 Temp main bearing - Very low

RW


RW


RW


RW

39224 � 39225


RW

39226 � 39227


RW


RW


RW


RW


RW

39236 � 39237


RW


RW


RW


RW


RW


RW


RW

39250 � 39251


RW

39252 � 39253


RW



54

39254 � 39255


RW

39256 � 39257


RW

39258 � 39259


RW

39260 � 39261


RW

39262 � 39263


RW


RW


RW


RW


RW

39272 � 39273


RW

39274 � 39275


RW


RW


RW


RW


RW

39284 � 39285


RW

39286 � 39287


RW


RW


RW

39292 System voltage / Voltage unbalance - High RW



55

� 39293 39294 � 39295 System voltage / Voltage unbalance - Very high

RW

39296 � 39297


RW


RW


RW


RW


RW


RW


RW

39310 � 39311


RW


RW


RW


RW


RW

39320 � 39321


RW

ALARMRESET- Alarm reset mode

0 = Auto 1 = Manual


RW 0..1



RW 0..1

39396 Leak. junction box - Short circuit (ohm) / Broken circuit RW 0..1



56

(mA) 39397 Leak. junction box - Very low RW 0..1 39398 Leak. junction box - Low RW 0..1 39399 Leak. junction box - High RW 0..1 39400 Leak. junction box - Very high RW 0..1

39401 Leak. junction box - Broken circuit (ohm) / Short circuit (mA)

RW 0..1


RW 0..1

39403 Leak. insp. chamber / Leak. water in oil - Very low RW 0..1 39404 Leak. insp. chamber / Leak. water in oil - Low RW 0..1 39405 Leak. insp. chamber / Leak. water in oil - High RW 0..1 39406 Leak. insp. chamber / Leak. water in oil - Very high RW 0..1

39407 Leak. insp. chamber / Leak. water in oil - Broken circuit (ohm) / Short circuit (mA)

RW 0..1


RW 0..1

39409 Temp stator ph 1�3 - Very low RW 0..1 39410 Temp stator ph 1�3 - Low RW 0..1 39411 Temp stator ph 1�3 - High RW 0..1 39412 Temp stator ph 1�3 - Very high RW 0..1

39413 Temp stator ph 1�3 - Broken circuit (ohm) / Short circuit (mA)

RW 0..1


RW 0..1



RW 0..1


RW 0..1



RW 0..1


RW 0..1

39427 Temp stator ph 3 - Very low RW 0..1 39428 Temp stator ph 3 - Low RW 0..1 39429 Temp stator ph 3 - High RW 0..1 39430 Temp stator ph 3 - Very high RW 0..1 39431 Temp stator ph 3 - Broken circuit (ohm) / Short circuit (mA) RW 0..1

39432 Temp main bearing - Short circuit (ohm) / Broken circuit (mA)

RW 0..1

39433 Temp main bearing - Very low RW 0..1 39434 Temp main bearing - Low RW 0..1 39435 Temp main bearing - High RW 0..1 39436 Temp main bearing - Very high RW 0..1

39437 Temp main bearing - Broken circuit (ohm) / Short circuit (mA)

RW 0..1


RW 0..1



57

39439 Temp support bearing - Very low RW 0..1 39440 Temp support bearing - Low RW 0..1 39441 Temp support bearing - High RW 0..1 39442 Temp support bearing - Very high RW 0..1

39443 Temp support bearing - Broken circuit (ohm) / Short circuit (mA)

RW 0..1

39444 Vibration - Short circuit (ohm) / Broken circuit (mA) RW 0..1 39445 Vibration - Very low RW 0..1 39446 Vibration - Low RW 0..1 39447 Vibration - High RW 0..1 39448 Vibration - Very high RW 0..1 39439 Vibration - Broken circuit (ohm) / Short circuit (mA) RW 0..1

39450


RW 0..1


RW 0..1


RW 0..1


RW 0..1


RW 0..1

39455


RW 0..1


RW 0..1

39457 Temp pump memory - Very low RW 0..1 39458 Temp pump memory - Low RW 0..1 39459 Temp pump memory - High RW 0..1 39460 Temp pump memory - Very high RW 0..1

39461 Temp pump memory - Broken circuit (ohm) / Short circuit (mA)

RW 0..1


RW 0..1

39463 Current unbalance - Very low RW 0..1 39464 Current unbalance - Low RW 0..1 39465 Current unbalance - High RW 0..1 39466 Current unbalance - Very high RW 0..1

39467 Current unbalance - Broken circuit (ohm) / Short circuit (mA)

RW 0..1


RW 0..1

39469 System voltage / Voltage unbalance - Very low RW 0..1 39470 System voltage / Voltage unbalance - Low RW 0..1 39471 System voltage / Voltage unbalance - High RW 0..1 39472 System voltage / Voltage unbalance - Very high RW 0..1

39473 System voltage / Voltage unbalance - Broken circuit (ohm) / Short circuit (mA)

RW 0..1

39474 System power - Short circuit (ohm) / Broken circuit (mA) RW 0..1 39475 System power - Very low RW 0..1 39476 System power - Low RW 0..1 39477 System power - High RW 0..1 39478 System power - Very high RW 0..1 39479 System power - Broken circuit (ohm) / Short circuit (mA) RW 0..1



58

39480 System power factor - Short circuit (ohm) / Broken circuit (mA)

RW 0..1

39481 System power factor - Very low RW 0..1 39482 System power factor - Low RW 0..1 39483 System power factor - High RW 0..1 39484 System power factor - Very high RW 0..1

39485 System power factor - Broken circuit (ohm) / Short circuit (mA)

RW 0..1

ALARMDELAY - Alarm delay 39520 � 39521


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)

39530 � 39531


RW 0..25 (s)

39532 � 39533


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)

39542 � 39543


RW 0..25 (s)

39544 � 39545


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)



59


RW 0..25 (s)

39554 � 39555


RW 0..25 (s)

39556 � 39557

Temp stator ph 1'3 - Short circuit (ohm) / Broken circuit (mA)

RW 0..25 (s)

39558 � 39559 Temp stator ph 1'3 - Very low

RW 0..25 (s)

39560 � 39561 Temp stator ph 1'3 - Low

RW 0..25 (s)

39562 � 39563 Temp stator ph 1'3 - High

RW 0..25 (s)

39564 � 39565 Temp stator ph 1'3 - Very high

RW 0..25 (s)

39566 � 39567

Temp stator ph 1'3 - Broken circuit (ohm) / Short circuit (mA)

RW 0..25 (s)

39568 � 39569


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)

39578 � 39579


RW 0..25 (s)

39580 � 39581


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)

39590 Temp stator ph 2 - Broken circuit (ohm) / Short circuit RW 0..25 (s)



60

� 39591

(mA)

39592 � 39593


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)

39604 � 39605


RW 0..25 (s)

39606 � 39607 Temp main bearing - Very low

RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)

39614 � 39615


RW 0..25 (s)

39616 � 39617


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)

39626 � 39627


RW 0..25 (s)

39628 � Vibration - Short circuit (ohm) / Broken circuit (mA)

RW 0..25 (s)



61

39629 39630 � 39631 Vibration - Very low

RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)

39640 � 39641


RW 0..25 (s)

39642 � 39643


RW 0..25 (s)

39644 � 39645


RW 0..25 (s)

39646 � 39647


RW 0..25 (s)

39648 � 39649


RW 0..25 (s)

39650 � 39651


RW 0..25 (s)

39652 � 39653


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)

39662 � 39663


RW 0..25 (s)

39664 � 39665


RW 0..25 (s)


RW 0..25 (s)



62


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)

39674 � 39675


RW 0..25 (s)

39676 � 39677


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)

39686 � 39687


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)

39700 � 39701


RW 0..25 (s)


RW 0..25 (s)


RW 0..25 (s)

39706 System power factor - High RW 0..25 (s)



63

� 39707 39708 � 39709 System power factor - Very high

RW 0..25 (s)

39710 � 39711


RW 0..25 (s)



64

APPENDIX A: TROUBLESHOOTING A MODBUS CONNECTION WIRING TO THE MAS On the MAS unit, Pin 41 is the TxRxD+, Pin 42 is the TxRxD-. These signals are often called different things; swap wires if necessary. The first thing you should attempt to read to verify communications is the NUMCLOCK register. Set your module to start reading using:

3x command, start register=42000, Number of registers=6. 4x command, start register=32000, Number of registers=6.

You should expect results such as the following: 6 (Yr. 2006), 8 (Month), 22 (Day), 10 (Hour), 9 (Minute), 30 (Second), obviously dependent on what is in the MAS clock at the time. This corresponds to reading the NUMCLOCK registers at 10:09::30 AM on 8/22/2006. A typical MODBUS request / response for this query will look similar to the one below: <R+><01><03><07><D0><00><06><C5><45> <R->[01][03][0C][00][06][00][08][00][16][00][0A][00][0B][00][10][75][F6] (the actual timestamp when this read was taken was 8/22/2006, 10:11::16 AM)

If you are getting read errors trace the communications: Is the MODBUS ID set correctly in the MAS unit? Is the reading unit set for the correct speed and protocol MODBUS RTU?

If you are getting an exception error please refer to section 1.1 to see if you are addressing properly. Some PLCs, if they are zero based, require you to manually subtract a 1 from the address you are reading. A good way to check this is to see what MODBUS request is coming from your controller; in the example above example <07><D0> corresponds to 2000; verify that matches up in your request.

mas modbus instructions flygt us and register...

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