IM/AZT6PBS Issue 1 - ABB

User Guide –Profibus® SupplementIM/AZT6PBS Issue 1

Aztec 600 Series Analyzers

ABB

EN ISO 9001:2000

Cert. No. Q 05907

EN 29001 (ISO 9001)

Lenno, Italy – Cert. No. 9/90A

Stonehouse, U.K.

Electrical Safety

This equipment complies with the requirements of CEI/IEC 61010-1:2001-2 'Safety Requirements for Electrical Equipment forMeasurement, Control and Laboratory Use'. If the equipment is used in a manner NOT specified by the Company, the protectionprovided by the equipment may be impaired.

Symbols

One or more of the following symbols may appear on the equipment labelling:

Warning – Refer to the manual for instructions Direct current supply only

Caution – Risk of electric shock Alternating current supply only

Protective earth (ground) terminal Both direct and alternating current supply

Earth (ground) terminalThe equipment is protected through double insulation

The Company

We are an established world force in the design and manufacture of instrumentation forindustrial process control, flow measurement, gas and liquid analysis and environmentalapplications.

As a part of ABB, a world leader in process automation technology, we offer customersapplication expertise, service and support worldwide.

We are committed to teamwork, high quality manufacturing, advanced technology andunrivalled service and support.

The quality, accuracy and performance of the Company’s products result from over 100 yearsexperience, combined with a continuous program of innovative design and development toincorporate the latest technology.

The UKAS Calibration Laboratory No. 0255 is just one of the ten flow calibration plants operatedby the Company and is indicative of our dedication to quality and accuracy.

Information in this manual is intended only to assist our customers in the efficient operation of our equipment. Use of this manual forany other purpose is specifically prohibited and its contents are not to be reproduced in full or part without prior approval of theTechnical Publications Department.

Health and Safety

To ensure that our products are safe and without risk to health, the following points must be noted:

1. The relevant sections of these instructions must be read carefully before proceeding.

2. Warning labels on containers and packages must be observed.

3. Installation, operation, maintenance and servicing must only be carried out by suitably trained personnel and in accordance with the information given.

4. Normal safety precautions must be taken to avoid the possibility of an accident occurring when operating in conditions of high pressure and/or temperature.

5. Chemicals must be stored away from heat, protected from temperature extremes and powders kept dry. Normal safe handling procedures must be used.

6. When disposing of chemicals ensure that no two chemicals are mixed.

Safety advice concerning the use of the equipment described in this manual or any relevant hazard data sheets (where applicable) may be obtained from the Company address on the back cover, together with servicing and spares information.

Aztec 600 Series Analyzers Contents

IM/AZT6PBS Issue 1 1

Contents

1 Introduction .....................................................................21.1 Profibus ...................................................................2

1.1.1 Profibus DP ..................................................21.1.2 Profibus PA ..................................................2

1.2 Profibus and ABB Products .....................................21.3 Profibus DP Transmission Technology .....................2

2 Installation .......................................................................32.1 Installation Overview .................................................32.2 Cable Length ...........................................................32.3 Cable Specification ..................................................32.4 Device Integration – the GSD File .............................3

3 Network Connection and Configuration ........................43.1 Network Connections .............................................43.2 Network Configuration .............................................5

Appendix A – GSD File Module ..........................................6A.1 Module 01 ................................................................6A.2 Status Byte Definition ...............................................6

Appendix B – Acyclic Parameter Mapping ........................7

Notes ................................................................................47

Aztec 600 Series Analyzers 1 Introduction

2 IM/AZT6PBS Issue 1

1 Introduction

1.1 ProfibusProfibus is a manufacturer-independent, open Fieldbus standardfor a wide range of applications in manufacturing, process andbuilding automation. Manufacturer independence and opennessare ensured by the international standard EN 50170.

Using the Profibus protocol, devices from differentmanufacturers exchange information on the samecommunications bus without the need for special interfaceequipment.

The Profibus family comprises three types of protocol, ProfibusDP, Profibus FMS and Profibus PA, each of which is used fordifferent tasks. Of these three protocols, the most important forprocess automation are Profibus DP and Profibus PA.

Further information on Profibus can be found atwww.profibus.com.

1.1.1 Profibus DPProfibus DP is designed for high-speed data exchange and iscommonly used by complex or externally-powered devices. Thecentral controller or 'master' device (e.g. PLC or PC) utilizesProfibus DP as a fast serial connection with distributed (slave)field devices such as Profibus-enabled Aztec 600 analyzers.

DP-V0 is the basic stage of the Profibus DP communicationprotocol. DP-V0 provides cyclic data exchange between masterand slave devices.

The Aztec 600 analyzers also support the DP-V1.0 extensionthat enables additional acyclic communication between masterand slave devices.

1.1.2 Profibus PAProfibus PA is designed to accommodate process automationfield devices that require power via the network with the optionto use intrinsic safety for hazardous areas. Typical devices usingthis protocol include transmitters and positioners.

A DP/PA coupler or link device is used to connect the ProfibusPA network to the Profibus DP network.

1.2 Profibus and ABB ProductsAztec 600 analyzers utilize Profibus DP as this is the protocoloptimized for high speed and low connection costs (seewww.abb.com/fieldbus and follow the Profibus link).

1.3 Profibus DP Transmission TechnologyThe transfer method of Profibus DP is RS485 – a proventechnology. A twisted, shielded, two-wire copper cable is usedas the transfer medium.

The bus structure enables addition and removal of stations orstep-by-step commissioning of the system without affectingother stations. Later expansion has no influence on stationsalready in operation.

Transmission speeds of between 9.6 kbit/s and 12 Mbit/s areavailable. One uniform transmission speed is selected for alldevices on the bus when the system is commissioned.

Note. This Supplementary User Guide contains informationspecific to Profibus DP-enabled Aztec 600 analyzers andmust be read in conjunction with the User Guide relevant toeach model.

http://www.profibus.com

http://www.abb.com/fieldbus

http://www.abb.com/cawp/GAD02181/C1256D71001E0037C1256B5A00316D75.aspx

Aztec 600 Series Analyzers 2 Installation


2 Installation2.1 Installation OverviewAll devices are connected in a bus structure ('line'). Up to 32stations (master or slaves) can be linked to create one'segment'.

Each end of a segment must be terminated by an active busterminating resistor. Both bus terminators must always bepowered to ensure fault-free operation therefore it is stronglyrecommended that they are connected to a back-up powersupply.

Up to three line bus amplifiers (repeaters) can be used to extendthe network to a total of four segments, allowing a maximum of125 devices to be installed in the system.

2.2 Cable LengthThe maximum cable length of a segment is determined by thetransmission speed – see Table 2.1. The cable length specifiedcan be extended by using repeaters but it is recommended thatno more than three repeaters are connected in series.

2.3 Cable SpecificationThe cable lengths in Table 2.1 refer to the following cable type:

Suitable Profibus cable, part nos. PCA010, PCA 011 andPCA 012, can be obtained from ABB. Refer to Data Sheet10/63-6.46 EN.

2.4 Device Integration – the GSD FileProfibus devices differ with respect to available functionality andparameters and these vary individually for each device type andmanufacturer. In order to obtain 'Plug-and-Play' configurationfor Profibus, characteristic device communication features suchas manufacturer name, device name, hardware/softwareversions, baud rate and the number and nature ofinputs/outputs are defined in an electronic device data sheetknown as a GSD file.

A GSD file is readable ASCII text file that contains both generaland device-specific specifications for communication. Each ofthe entries describes a feature supported by a device. By themeans of keywords, a configuration tool reads the deviceidentification, the adjustable parameters, the correspondingdata type and the permitted limit values for the configuration ofthe device from the GSD. Some keywords are mandatory, e.g.Vendor_Name; others are optional, e.g. Sync_Mode_supported.

The GSD file (ABB_OAD4_1001.gsd) for Profibus-enabled Aztec600 analyzers conforms to the Profibus standard.

Fig. 2.1 Typical Profibus Network

Transmission Rate(bits/sec)

Maximum Segment Length (m)

Maximum Total Network Length (m)

9.6 to 93.75k 1200 4800

187.5k 1000 4000

500k 400 1600

1.5M 200 800

3 to 12M 100 400

Table 2.1 Cable Length

Profibus DP

Profibus PA

Aztec600

DP/PALink

Ethernet TCP/IP

Characteristic impedance 135 to 165Ω

Capacitance per unit length <30 pf/m

Loop resistance 110Ω/km

Core diameter 0.64mm

Core cross section >0.34mm2

OperationalLevel

MasterLevel

SlaveLevel

Aztec 600 Series Analyzers 3 Network Connection and Configuration


3 Network Connection and Configuration

3.1 Network Connections

Warning. When connecting a Profibus-enabled Aztec 600 analyzer to a Profibus-DP network:

Use shielded data lines and ensure they are not reversed.

Ensure all data lines are routed clear of the source of any strong electrical and magnetic fields.

Refer to the User Guide for all other installation and connection details.

Fig. 3.1 Network Cable Connections

Current Outputs

Profibus Communications Board

Profibus Connections

O/P 6

O/P 5

O/P 4

O/P 3

O/P 2

O/P 1

Screen

A (Green)

B (Red)

Aztec 600 Series Analyzers 3 Network Connection and Configuration


3.2 Network Configuration

To configure Profibus communications, refer to Section 5.7 of the User Guide relevant to the analyzer model and access the Profibustab:

Note. An Aztec 600 analyzer is not configured using Profibus commands but via the analyzer's keypad and menu system.

Fields Description

Slave Address

A unique identifying number for the analyzer from 1 to 126.

A default address of 6 is set in the factory before shipping. This address can be changed to any value from 1 to 125 to enable the analyzer to be visible on a Profibus system.

Aztec 600 Series Analyzers Appendix A – GSD File Module


Appendix A – GSD File Module

A.1 Module 01Table A.1 defines the Module 01 data available from an Aztec600 analyzer via Profibus cyclic transfer:

A.2 Status Byte DefinitionTable A.2 defines the meaning of the contents of an Aztec 600analyzer's status byte.

Note.

Float = Floating point number – requires 4 bytes

Char = Character – requires 1 byte

Int = Integer – requires 2 bytes

Byte Type Description

1 to 4 Float Stream 1 value

5 Char Stream 1 status











Table A.1 Module 01 Data

Byte (Hex) Definition

1C OOS (Out of service)

80 Good

89 Low alarm limit advisory alarm

8A High alarm limit advisory alarm

8D Low-low alarm limit critical alarm

8E High-high alarm limit critical alarm

Table A.2 Status Byte Definition

Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping


Appendix B – Acyclic Parameter Mapping1 S

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Def

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(AB

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ours

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ours

3 =

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ay5

= 2

Day

s6

= 3

Day

s7

= 4

Day

s8

= 5

Day

s9

= 6

Day

s10

= 7

Day

s

Cal

ibra

tion

frequ

ency

Sim

ple

Uns

igne

d32

40

Sec

onds

sin

ce 1

/1/2

000

Nex

t dat

e an

d tim

e

Mea

sure

men

t uni

ts8

187

Sim

ple

Uns

igne

d81

RW

0

0 =

mg/

l 1

= p

pm

2 =

ppb

3

= µ

g/l

4 =

deg

rees

5

= N

TU

Mod

e of

ope

ratio

n1

189

Sim

ple

Uns

igne

d81

R0

0 =

Nor

mal

1

= D

emon

stra

tion

2 =

Tes

t

Arc

hive

def

initi

on1

190

Rec

ord

6R

W

Sim

ple

Uns

igne

d81

00

= T

ext

1 =

Bin

ary

Arc

hive

form

at

Arr

ayU

nsig

ned8

30,

0,0

Dat

a al

arm

eve

nt a

udit

0 =

Off

1 =

On

Arc

hive

ena

ble

Sim

ple

Uns

igne

d81

2

0 =

Off

1 =

Hou

r 2

= D

ay

3 =

Mon

th

New

file

inte

rval

Sim

ple

Uns

igne

d81

0 0

= O

ff 1

= O

nFi

le w

rapp

ing

Des

crip

tion

Slo

tS

lot

Ind

exO

bje

ctTy

pe

Dat

a Ty

pe

Byt

esS

tore

1A

cces

s2D

efau

ltVa

lid R

ang

eN

ote

Tabl

e B

.1D

ata

Str

uctu

re (6

of 3

7)

1 S

tore

def

initi

ons

– re

fer

to p

age

72

Acc

ess

defin

ition

s –

refe

r to

pag

e 7



Filte

r ty

pe1

191

Sim

ple

Uns

igne

d81

RW

0

0 =

Inst

anta

neou

s 2

= A

vera

ge

3 =

Min

imum

onl

y 4

= M

axim

um o

nly

5 =

Min

imum

and

max

imum

Sam

ple

rate

119

2S

impl

eU

nsig

ned3

24

RW

1000

010

00 to

432

0000

0S

ampl

e ra

te in

ms

Cha

rt v

iew

def

initi

on1

193

Rec

ord

7R

W

Sim

ple

Uns

igne

d81

10

= H

oriz

onta

l 1

= R

ever

sed

horiz

onta

l 2

= V

ertic

alC

hart

type

Sim

ple

Uns

igne

d81

00

= N

one

1 =

Ala

rms

2 =

Ala

rms

and

mes

sage

sV

iew

ann

otat

ion

Sim

ple

Uns

igne

d81

51

to 1

0M

ajor

cha

rt d

ivis

ions

Sim

ple

Uns

igne

d81

21

to 1

0M

inor

cha

rt d

ivis

ions

Sim

ple

Uns

igne

d81

10

= O

ff 1

= O

nTr

ace

poin

ters

Sim

ple

Uns

igne

d81

8

0 =

18

Sec

onds

1

= 9

0 S

econ

ds

2 =

3 M

inut

es

3 =

6 M

inut

es

4 =

9 M

inut

es

5 =

12

Min

utes

6

= 1

5 M

inut

es

7 =

30

Min

utes

8

= 1

Hou

r 9

= 4

Hou

r 10

= 8

Hou

r 11

= 1

2 H

our

12 =

1 D

ay

13 =

2 D

ay

14 =

3 D

ay

15 =

7 D

ay

Scr

een

inte

rval

Sim

ple

Uns

igne

d81

11

to 3

Trac

e w

idth

Des

crip

tion

Slo

tS

lot

Ind

exO

bje

ctTy

pe

Dat

a Ty

pe

Byt

esS

tore

1A

cces

s2D

efau

ltVa

lid R

ang

eN

ote

Tabl

e B

.1D

ata

Str

uctu

re (7

of 3

7)

1 S

tore

def

initi

ons

– re

fer

to p

age

72

Acc

ess

defin

ition

s –

refe

r to

pag

e 7



Che

mic

al u

nits

819

4S

impl

eU

nsig

ned8

1R

W4

0 =

Al

1 =

NH

3 2

= N

H3a

sN

3 =

NH

4 4

= F

e 5

= M

n 6

= P

O4

7 =

P

8 =

Si

9 =

SiO

2 10

= N

O2

11 =

NO

2asN

12

= C

lO2

13 =

Haz

en

14 =

PtC

o 15

= N

TU

Con

trol

tem

pera

ture

819

5S

impl

eFl

oat

4R

W45

10 to

50

Scr

een

save

r w

ait t

ime

119

6S

impl

eU

nsig

ned8

1R

/W0

0 =

Sav

er d

isab

led

1 =

5 M

inut

es

2 =

15

Min

utes

3

= 3

0 M

inut

es

4 =

1 H

our

5 =

2 H

our

6 =

4 H

our

7 =

1 D

ay

Scr

een

capt

ure

119

7S

impl

eU

nsig

ned8

1R

/W0

0 =

Dis

able

d 1

= E

nabl

ed

Brig

htne

ss1

198

Sim

ple

Uns

igne

d81

R60

0 to

100

Dat

e an

d tim

e1

199

Rec

ord

7R

/W

Sim

ple

Uns

igne

d16

220

00Ye

ar

Arr

ayU

nsig

ned8

51,

1,0,

0,0

Mon

th

Day

H

our

Min

ute

seco

nd

Des

crip

tion

Slo

tS

lot

Ind

exO

bje

ctTy

pe

Dat

a Ty

pe

Byt

esS

tore

1A

cces

s2D

efau

ltVa

lid R

ang

eN

ote

Tabl

e B

.1D

ata

Str

uctu

re (8

of 3

7)

1 S

tore

def

initi

ons

– re

fer

to p

age

72

Acc

ess

defin

ition

s –

refe

r to

pag

e 7



Day

light

sav

ing

120

0R

ecor

d9

R/W

Sim

ple

Uns

igne

d81

0

0 =

Off

1 =

US

A

2 =

Eur

ope

3 =

Cus

tom

Sta

rt a

nd e

nd d

ata

used

for

cust

om

Arr

ayU

nsig

ned8

42,

5,1,

3

Hou

r O

ccur

renc

e D

ay o

f wee

k 1

= S

un

Mon

th 1

= J

an

Occ

urre

nce

is 1

st, 2

nd, 3

rd, 4

th o

r la

st

occu

rren

ce o

f the

day

in th

e m

onth

Arr

ayU

nsig

ned8

42,

5,1,

10

Hou

r O

ccur

renc

e D

ay o

f wee

k 1

= S

un

Mon

th 1

= J

an

Dat

e fo

rmat

820

1S

impl

eU

nsig

ned8

1R

/W0

0 =

ddm

myy

1

= m

mdd

yy

2 =

ddm

mm

yy

Tim

e fo

rmat

820

2S

impl

eU

nsig

ned8

1R

/W0

0 =

hhm

m

1 =

hhm

mss

Mai

n vi

ew ti

mer

820

3S

impl

eU

nsig

ned8

1R

/W0

0 =

Off

1 =

1 M

inut

e2

= 2

Min

utes

5 =

5 M

inut

es10

= 1

0 M

inut

es15

= 1

5 M

inut

es30

= 3

0 M

inut

es60

= 6

0 M

inut

es

Sta

tistic

s re

set t

ime

and

date

820

4S

impl

eU

nsig

ned3

24

R/W

Sec

onds

sin

ce 0

0:00

:00

1/1/

2000

Ope

rato

r co

mm

ands

820

5S

impl

eU

nsig

ned8

1R

/W

0 =

Sto

p 1

= S

tart

2

= F

lush

3

= C

alib

rate

4

= C

alib

rate

and

prim

e lin

es

Res

et s

tatis

tics

120

8S

impl

eU

nsig

ned8

1S

end

non-

zero

val

ue to

rese

t

Des

crip

tion

Slo

tS

lot

Ind

exO

bje

ctTy

pe

Dat

a Ty

pe

Byt

esS

tore

1A

cces

s2D

efau

ltVa

lid R

ang

eN

ote

Tabl

e B

.1D

ata

Str

uctu

re (9

of 3

7)

1 S

tore

def

initi

ons

– re

fer

to p

age

72

Acc

ess

defin

ition

s –

refe

r to

pag

e 7



Str

eam

1 F

unct

ion

Blo

ck P

aram

eter

s

Stre

am 1

Out

put

126

Rec

ord

DS

-33

5D

Cyc

lic /

R

Out

put S

cale

128

Rec

ord

DS

-36

11S

RW

Hig

h R

ange

Sim

ple

Floa

t4

SR

W50

00 p

pb

Low

Ran

geS

impl

eFl

oat

4S

RW

0ppb

Uni

tsS

impl

eU

nsig

ned1

62

SR

Wm

g/l

1423

= p

pm

1424

= p

pb

1558

= m

g/l

1559

= u

g/l

1521

= u

g/kg

15

22 =

mg/

kg

degr

ees

NTU

Com

mon

uni

ts s

ettin

g fo

r al

l str

eam

s

Dec

imal

poi

ntS

impl

eIn

tege

r81

SR

W0

0 or

1

Ala

rm h

yste

resi

s1

35S

impl

eFl

oat

4S

RW

0

Hig

h-hi

gh a

larm

lim

it1

37S

impl

eFl

oat

4S

RW

5000

ppb

Hig

h al

arm

lim

it1

39S

impl

eFl

oat

4S

RW

5000

0 pp

b

Low

ala

rm li

mit

141

Sim

ple

Floa

t4

SR

W0

ppb

Low

-low

ala

rm li

mit

143

Sim

ple

Floa

t4

SR

W0

ppb

Sim

ulat

e1

50R

ecor

dD

S-5

06

SR

WTh

is a

ffect

s on

ly th

e P

rofib

us o

utpu

t an

d no

t the

val

ue d

ispl

ayed

on

the

anal

yzer

’s lo

cal d

ispl

ay

Sim

ulat

e st

atus

Uns

igne

d81

SR

W0x

80

Sim

ulat

e va

lue

Floa

t4

SR

W0

Sim

ulat

e en

able

/dis

able

Uns

igne

d81

SR

W0

0 =

Dis

able

d N

ot 0

= E

nabl

ed

Stre

am 1

tag

161

Sim

ple

Oct

etS

trin

g20

SR

WS

ampl

e 1

Tag

Tag

disp

laye

d on

the

anal

yzer

’s d

ispl

ay

Des

crip

tion

Slo

tS

lot

Ind

exO

bje

ctTy

pe

Dat

a Ty

pe

Byt

esS

tore

1A

cces

s2D

efau

ltVa

lid R

ang

eN

ote

Tabl

e B

.1D

ata

Str

uctu

re (1

0 of

37)

1 S

tore

def

initi

ons

– re

fer

to p

age

72

Acc

ess

defin

ition

s –

refe

r to

pag

e 7



Stre

am 1

sta

tistic

s1

62R

ecor

d12

R

Sim

ple

Floa

t4

Max

imum

Sim

ple

Floa

t4

Min

imum

Sim

ple

Floa

t4

Ave

rage

Ala

rm re

lay

11

63R

ecor

d24

RW

Sim

ple

Uns

igne

d81

00

= O

ff 1

to 3

= S

trea

m n

umbe

rA

larm

sou

rce

Sim

ple

Uns

igne

d81

1 =

Hig

h pr

oces

s 2

= L

ow p

roce

ss

3 =

Hig

h la

tch

4 =

Low

latc

h 5

= H

igh

annu

ncia

te

6 =

Low

ann

unci

ate

7 =

Out

of s

ampl

e

Ala

rm ty

pe

Sim

ple

Vis

ible

Str

ing

20A

larm

AA

SC

II st

ring

Sim

ple

Uns

igne

d81

0 =

Fal

se

1 =

Tru

eFa

il sa

fe

Sim

ple

Uns

igne

d81

0 =

Fal

se

1 =

Tru

eLo

g en

able

Cur

rent

out

put 1

164

Rec

ord

13R

W

Sim

ple

Uns

igne

d81

0 =

Non

e 1

to 3

= S

trea

m 1

to 3

Out

put s

ourc

e

Sim

ple

Uns

igne

d16

2O

utpu

t ran

ge h

igh

Sim

ple

Uns

igne

d16

2O

utpu

t ran

ge lo

w

Sim

ple

Uns

igne

d16

2O

utpu

t typ

e lo

w *

100

0

Sim

ple

Uns

igne

d16

2O

utpu

t typ

e hi

gh *

100

0

Sim

ple

Uns

igne

d81

0 =

Fal

se

1 =

Tru

eC

alib

ratio

n ho

ld

Sim

ple

Uns

igne

d81

0 =

Fal

se

1 =

Tru

eO

ut o

f Sam

ple

indi

catio

n

Sim

ple

Uns

igne

d16

2D

efau

lt ou

tput

*10

00 w

hen

out o

f sa

mpl

e

Des

crip

tion

Slo

tS

lot

Ind

exO

bje

ctTy

pe

Dat

a Ty

pe

Byt

esS

tore

1A

cces

s2D

efau

ltVa

lid R

ang

eN

ote

Tabl

e B

.1D

ata

Str

uctu

re (1

1 of

37)

1 S

tore

def

initi

ons

– re

fer

to p

age

72

Acc

ess

defin

ition

s –

refe

r to

pag

e 7



Ala

rm re

lay

1 lim

its1

65R

ecor

d12

RW

Trip

Sim

ple

Floa

t4

RW

Trip

Hys

tere

sis

Sim

ple

Floa

t4

RW

Hys

tere

sis

Tim

e hy

ster

esis

Sim

ple

Uns

igne

d32

4R

WIn

sec

onds

Tim

e hy

ster

esis

Cur

rent

out

put V

alue

166

Sim

ple

Floa

t4

R4

to 2

0m

A

Dilu

tion

fact

or1

69S

impl

eU

nsig

ned1

62

R0

to 4

Turb

idity

dilu

tion

fact

or1

70S

impl

eU

nsig

ned1

62

R0

to 4

Dat

e an

d tim

e1

71S

impl

eU

nsig

ned3

24

RS

econ

ds s

ince

1/1

/190

0

Sam

ple

1 tu

rbid

ity1

72S

impl

eFl

oat

4R

Turb

idity

dat

e an

d tim

e1

73S

impl

eU

nsig

ned3

24

RS

econ

ds s

ince

1/1

/190

0

Sam

ple

set u

p1

74R

ecor

d10

R/W

Max

dilu

tion

fact

orS

impl

eU

nsig

ned1

62

0 to

4

Turb

idity

ran

ge lo

wS

impl

eFl

oat

4R

/W0

to 1

00

Turb

idity

ran

ge h

igh

Sim

ple

Floa

t4

R/W

0 to

100

Sim

ulat

e st

ream

1 tu

rbid

ity4

50R

ecor

dD

S-5

06

SR

WTh

is a

ffect

s on

ly th

e P

rofib

us o

utpu

t an

d no

t the

val

ue d

ispl

ayed

on

the

anal

yzer

’s lo

cal d

ispl

ay

Sim

ulat

e st

atus

Uns

igne

d81

SR

W0x

80

Sim

ulat

e va

lue

Floa

t4

SR

W0

Sim

ulat

e en

able

/dis

able

Uns

igne

d81

SR

W0

0 =

Dis

able

d N

ot 0

= E

nabl

ed

Turb

idity

stre

am 1

sta

tistic

s4

62R

ecor

d

Max

imum

Sim

ple

Floa

t4

R

Min

imum

Sim

ple

Floa

t4

R

Des

crip

tion

Slo

tS

lot

Ind

exO

bje

ctTy

pe

Dat

a Ty

pe

Byt

esS

tore

1A

cces

s2D

efau

ltVa

lid R

ang

eN

ote

Tabl

e B

.1D

ata

Str

uctu

re (1

2 of

37)

1 S

tore

def

initi

ons

– re

fer

to p

age

72

Acc

ess

defin

ition

s –

refe

r to

pag

e 7



Ave

rage

Sim

ple

Floa

t4

R

Ala

rm re

lay

44

63R

ecor

d24

RW

Sim

ple

Uns

igne

d81

0 0

= O

ff 1

to 3

= S

trea

m n

umbe

rA

larm

sou

rce

Sim

ple

Uns

igne

d81

1 =

Hig

h pr

oces

s 2

= L

ow p

roce

ss

3 =

Hig

h la

tch

4 =

Low

latc

h 5

= H

igh

annu

ncia

te

6 =

Low

ann

unci

ate

7 =

Out

of s

ampl

e

Ala

rm ty

pe

Sim

ple

Vis

ible

Str

ing

20A

larm

DA

SC

II st

ring

Sim

ple

Uns

igne

d81

0 =

Fal

se

1 =

Tru

eFa

il sa

fe

Sim

ple

Uns

igne

d81

0 =

Fal

se

1 =

Tru

eLo

g en

able

Cur

rent

out

put 4

464

Rec

ord

13R

W

Sim

ple

Uns

igne

d81

00

= N

one

1 to

3 =

Str

eam

1 to

3O

utpu

t sou

rce

Sim

ple

Uns

igne

d16

2O

utpu

t ran

ge h

igh

Sim

ple

Uns

igne

d16

2O

utpu

t ran

ge lo

w

Sim

ple

Uns

igne

d16

2O

utpu

t typ

e lo

w *

100

0

Sim

ple

Uns

igne

d16

2O

utpu

t typ

e hi

gh *

100

0

Sim

ple

Uns

igne

d81

0 =

Fal

se

1 =

Tru

eC

alib

ratio

n ho

ld

Sim

ple

Uns

igne

d81

0 =

Fal

se

1 =

Tru

eO

ut o

f sam

ple

indi

catio

n

Sim

ple

Uns

igne

d16

2D

efau

lt ou

tput

*10

00 w

hen

out o

f sa

mpl

e

Des

crip

tion

Slo

tS

lot

Ind

exO

bje

ctTy

pe

Dat

a Ty

pe

Byt

esS

tore

1A

cces

s2D

efau

ltVa

lid R

ang

eN

ote

Tabl

e B

.1D

ata

Str

uctu

re (1

3 of

37)

1 S

tore

def

initi

ons

– re

fer

to p

age

72

Acc

ess

defin

ition

s –

refe

r to

pag

e 7



Ala

rm re

lay

4 lim

its4

65R

ecor

d12

RW

Sim

ple

Floa

t4

Trip

Sim

ple

Floa

t4

Hys

tere

sis

Sim

ple

Uns

igne

d32

4Ti

me

hyst

eres

is

Des

crip

tion

Slo

tS

lot

Ind

exO

bje

ctTy

pe

Dat

a Ty

pe

Byt

esS

tore

1A

cces

s2D

efau

ltVa

lid R

ang

eN

ote

Tabl

e B

.1D

ata

Str

uctu

re (1

4 of

37)

1 S

tore

def

initi

ons

– re

fer

to p

age

72

Acc

ess

defin

ition

s –

refe

r to

pag

e 7



Str

eam

2 F

unct

ion

Blo

ck P

aram

eter

s

Stre

am 2

out

put

226

Rec

ord

DS

-33

5D

Cyc

lic /

R

Out

put s

cale

228

Rec

ord

DS

-36

11S

RW

Hig

h ra

nge

Sim

ple

Floa

t4

SR

W50

00 p

pb

Low

ran

geS

impl

eFl

oat

4S

RW

0 pp

b

Uni

tsS

impl

eU

nsig

ned1

62

SR

Wpp

b

1423

= p

pm

1424

= p

pb

1558

= m

g/l

1559

= u

g/l

1521

= u

g/kg

15

22 =

mg/

kg

Com

mon

uni

ts s

ettin

g fo

r al

l str

eam

s

Dec

imal

poi

ntS

impl

eIn

tege

r81

SR

W0

0 or

1

Ala

rm h

yste

resi

s2

35S

impl

eFl

oat

4S

RW

0

Hig

h-hi

gh a

larm

lim

it2

37S

impl

eFl

oat

4S

RW

5000

ppb

Hig

h al

arm

lim

it2

39S

impl

eFl

oat

4S

RW

5000

0 pp

b

Low

ala

rm li

mit

241

Sim

ple

Floa

t4

SR

W0

ppb

Low

-low

ala

rm li

mit

243

Sim

ple

Floa

t4

SR

W0

ppb

Sim

ulat

e2

50R

ecor

dD

S-5

06

SR

WTh

is a

ffect

s on

ly th

e P

rofib

us o

utpu

t an

d no

t the

val

ue d

ispl

ayed

on

the

anal

yzer

’s lo

cal d

ispl

ay

Sim

ulat

e st

atus

Uns

igne

d81

SR

W0x

80

Sim

ulat

e va

lue

Floa

t4

SR

W0

Sim

ulat

e en

able

/dis

able

Uns

igne

d81

SR

W0

0 =

Dis

able

d N

ot 0

= E

nabl

ed

Stre

am 2

tag

261

Sim

ple

Oct

etS

trin

g20

SR

WS

ampl

e 2

Tag

Tag

disp

laye

d on

the

anal

yzer

’s d

ispl

ay

Des

crip

tion

Slo

tS

lot

Ind

exO

bje

ctTy

pe

Dat

a Ty

pe

Byt

esS

tore

1A

cces

s2D

efau

ltVa

lid R

ang

eN

ote

Tabl

e B

.1D

ata

Str

uctu

re (1

5 of

37)

1 S

tore

def

initi

ons

– re

fer

to p

age

72

Acc

ess

defin

ition

s –

refe

r to

pag

e 7



Stre

am 2

sta

tistic

s2

62R

ecor

d12

R

Sim

ple

Floa

t4

Max

imum

Sim

ple

Floa

t4

Min

imum

Sim

ple

Floa

t4

Ave

rage

Ala

rm re

lay

22

63R

ecor

d24

RW

Sim

ple

Uns

igne

d81

00

= O

ff 1

to 6

= S

trea

m n

umbe

r 7

= C

lean

ing

Ala

rm s

ourc

e

Sim

ple

Uns

igne

d81

1

1 =

Hig

h pr

oces

s 2

= L

ow p

roce

ss

3 =

Hig

h la

tch

4 =

Low

latc

h 5

= H

igh

annu

ncia

te

6 =

Low

ann

unci

ate

7 =

Out

of s

ampl

e

Ala

rm ty

pe

Sim

ple

Vis

ible

Str

ing

20A

larm

BA

SC

II st

ring

Sim

ple

Uns

igne

d81

10

= F

alse

1

= T

rue

Fail

safe

Sim

ple

Uns

igne

d81

10

= F

alse

1

= T

rue

Log

enab

le

Cur

rent

out

put 2

264

Rec

ord

13R

W

Sim

ple

Uns

igne

d81

00

= N

one

1 to

6 =

Str

eam

1 to

6O

utpu

t sou

rce

Sim

ple

Uns

igne

d16

220

000

to 5

000

Out

put r

ange

hig

h

Sim

ple

Uns

igne

d16

20

0 to

500

0O

utpu

t ran

ge lo

w

Sim

ple

Uns

igne

d16

240

000

to 2

2000

Out

put t

ype

low

* 1

000

Sim

ple

Uns

igne

d16

220

000

0 to

220

00O

utpu

t typ

e hi

gh *

100

0

Sim

ple

Uns

igne

d81

00

= F

alse

1

= T

rue

Cal

ibra

tion

hold

Sim

ple

Uns

igne

d81

00

= F

alse

1

= T

rue

Out

of S

ampl

e in

dica

tion

Sim

ple

Uns

igne

d16

222

000

0 to

220

00D

efau

lt ou

tput

*10

00 w

hen

out o

f sa

mpl

e

Des

crip

tion

Slo

tS

lot

Ind

exO

bje

ctTy

pe

Dat

a Ty

pe

Byt

esS

tore

1A

cces

s2D

efau

ltVa

lid R

ang

eN

ote

Tabl

e B

.1D

ata

Str

uctu

re (1

6 of

37)

1 S

tore

def

initi

ons

– re

fer

to p

age

72

Acc

ess

defin

ition

s –

refe

r to

pag

e 7



Ala

rm re

lay

2 lim

its2

65R

ecor

d12

RW

Sim

ple

Floa

t4

00

to 5

000

Trip

Sim

ple

Floa

t4

00

to 5

000

Hys

tere

sis

Sim

ple

Uns

igne

d32

40

0 to

500

0Ti

me

hyst

eres

is

Cur

rent

out

put v

alue

266

Sim

ple

Floa

t4

R4

to 2

0m

A

Dilu

tion

fact

or2

69S

impl

eU

nsig

ned1

62

R0

to 4

Turb

idity

dilu

tion

fact

or2

70S

impl

eU

nsig

ned1

62

R0

to 4

Dat

e an

d tim

e2

71S

impl

eU

nsig

ned3

24

RS

econ

ds s

ince

1/1

/190

0

Sam

ple

2 tu

rbid

ity2

72S

impl

eFl

oat

4R

Turb

idity

dat

e an

d tim

e2

73S

impl

eU

nsig

ned3

24

RS

econ

ds s

ince

1/1

/190

0

Sam

ple

set u

p2

74R

ecor

d10

R/W

Max

imum

dilu

tion

fact

orS

impl

eU

nsig

ned1

62

0 to

4

Turb

idity

ran

ge lo

wS

impl

eFl

oat

40

to 1

00

Turb

idity

ran

ge h

igh

Sim

ple

Floa

t4

0 to

100

Sim

ulat

e st

ream

2 tu

rbid

ity5

50R

ecor

dD

S-5

06

SR

WTh

is a

ffect

s on

ly th

e P

rofib

us o

utpu

t an

d no

t the

val

ue d

ispl

ayed

on

the

anal

yzer

’s lo

cal d

ispl

ay

Sim

ulat

e st

atus

Uns

igne

d81

SR

W0x

80

Sim

ulat

e va

lue

Floa

t4

SR

W0

Sim

ulat

e en

able

/dis

able

Uns

igne

d81

SR

W0

0 =

Dis

able

d N

ot 0

= E

nabl

ed

Turb

idity

stre

am 2

sta

tistic

s5

62R

ecor

d

Max

imum

Sim

ple

Floa

t4

R

Des

crip

tion

Slo

tS

lot

Ind

exO

bje

ctTy

pe

Dat

a Ty

pe

Byt

esS

tore

1A

cces

s2D

efau

ltVa

lid R

ang

eN

ote

Tabl

e B

.1D

ata

Str

uctu

re (1

7 of

37)

1 S

tore

def

initi

ons

– re

fer

to p

age

72

Acc

ess

defin

ition

s –

refe

r to

pag

e 7



Min

imum

Sim

ple

Floa

t4

R

Ave

rage

Sim

ple

Floa

t4

R

Ala

rm re

lay

55

63R

ecor

d24

RW

Sim

ple

Uns

igne

d81

00

= O

ff 1

to 3

= S

trea

m n

umbe

rA

larm

sou

rce

Sim

ple

Uns

igne

d81

1 =

Hig

h pr

oces

s 2

= L

ow p

roce

ss

3 =

Hig

h la

tch

4 =

Low

latc

h 5

= H

igh

annu

ncia

te

6 =

Low

ann

unci

ate

7 =

Out

of s

ampl

e

Ala

rm ty

pe

Sim

ple

Vis

ible

Str

ing

20A

larm

EA

SC

II st

ring

Sim

ple

Uns

igne

d81

0 =

Fal

se

1 =

Tru

eFa

il sa

fe

Sim

ple

Uns

igne

d81

0 =

Fal

se

1 =

Tru

eLo

g en

able

Cur

rent

out

put 5

564

Rec

ord

13R

W

Sim

ple

Uns

igne

d81

00

= N

one

1 to

3 =

Str

eam

1 to

3O

utpu

t sou

rce

Sim

ple

Uns

igne

d16

2O

utpu

t ran

ge h

igh

Sim

ple

Uns

igne

d16

2O

utpu

t ran

ge lo

w

Sim

ple

Uns

igne

d16

2O

utpu

t typ

e lo

w *

100

0

Sim

ple

Uns

igne

d16

2O

utpu

t typ

e hi

gh *

100

0

Sim

ple

Uns

igne

d81

0 =

Fal

se

1 =

Tru

eC

alib

ratio

n ho

ld

Sim

ple

Uns

igne

d81

0 =

Fal

se

1 =

Tru

eO

ut o

f sam

ple

indi

catio

n

Sim

ple

Uns

igne

d16

2D

efau

lt ou

tput

*10

00 w

hen

out o

f sa

mpl

e

Des

crip

tion

Slo

tS

lot

Ind

exO

bje

ctTy

pe

Dat

a Ty

pe

Byt

esS

tore

1A

cces

s2D

efau

ltVa

lid R

ang

eN

ote

Tabl

e B

.1D

ata

Str

uctu

re (1

8 of

37)

1 S

tore

def

initi

ons

– re

fer

to p

age

72

Acc

ess

defin

ition

s –

refe

r to

pag

e 7



Ala

rm re

lay

5 lim

its5

65R

ecor

d12

RW

Sim

ple

Floa

t4

Trip

Sim

ple

Floa

t4

Hys

tere

sis

Sim

ple

Uns

igne

d32

4Ti

me

hyst

eres

is

Cur

rent

out

put v

alue

566

Sim

ple

Floa

t4

R4

to 2

0m

A

Des

crip

tion

Slo

tS

lot

Ind

exO

bje

ctTy

pe

Dat

a Ty

pe

Byt

esS

tore

1A

cces

s2D

efau

ltVa

lid R

ang

eN

ote

Tabl

e B

.1D

ata

Str

uctu

re (1

9 of

37)

1 S

tore

def

initi

ons

– re

fer

to p

age

72

Acc

ess

defin

ition

s –

refe

r to

pag

e 7



Str

eam

3 F

unct

ion

Blo

ck P

aram

eter

s

Stre

am 3

out

put

326

Rec

ord

DS

-33

5D

Cyc

lic /

R

Out

put s

cale

328

Rec

ord

DS

-36

11S

RW

Hig

h ra

nge

Sim

ple

Floa

t4

SR

W50

00 p

pb

Low

ran

geS

impl

eFl

oat

4S

RW

0 pp

b

Uni

tsS

impl

eU

nsig

ned1

62

SR

Wpp

b

1423

= p

pm

1424

= p

pb

1558

= m

g/l

1559

= u

g/l

1521

= u

g/kg

15

22 =

mg/

kg

Com

mon

uni

ts s

ettin

g fo

r al

l str

eam

s

Dec

imal

poi

ntS

impl

eIn

tege

r81

SR

W0

0 or

1

Ala

rm h

yste

resi

s3

35S

impl

eFl

oat

4S

RW

0

Hig

h-hi

gh a

larm

lim

it3

37S

impl

eFl

oat

4S

RW

5000

ppb

Hig

h al

arm

lim

it3

39S

impl

eFl

oat

4S

RW

5000

0 pp

b

Low

ala

rm li

mit

341

Sim

ple

Floa

t4

SR

W0

ppb

Low

-low

ala

rm li

mit

343

Sim

ple

Floa

t4

SR

W0

ppb

Sim

ulat

e3

50R

ecor

dD

S-5

06

SR

WTh

is a

ffect

s on

ly th

e P

rofib

us o

utpu

t an

d no

t the

val

ue d

ispl

ayed

on

the

anal

yzer

’s lo

cal d

ispl

ay

Sim

ulat

e st

atus

Uns

igne

d81

SR

W0

x 80

Sim

ulat

e va

lue

Floa

t4

SR

W0

Sim

ulat

e en

able

/dis

able

Uns

igne

d81

SR

W0

0 =

Dis

able

d N

ot 0

= E

nabl

ed

Stre

am 3

tag

361

Sim

ple

Oct

etS

trin

g20

SR

WS

pace

sTa

g di

spla

yed

on th

e an

alyz

er’s

dis

play

Des

crip

tion

Slo

tS

lot

Ind

exO

bje

ctTy

pe

Dat

a Ty

pe

Byt

esS

tore

1A

cces

s2D

efau

ltVa

lid R

ang

eN

ote

Tabl

e B

.1D

ata

Str

uctu

re (2

0 of

37)

1 S

tore

def

initi

ons

– re

fer

to p

age

72

Acc

ess

defin

ition

s –

refe

r to

pag

e 7



Stre

am 3

sta

tistic

s3

62R

ecor

d12

R

Sim

ple

Floa

t4

Max

imum

Sim

ple

Floa

t4

Min

imum

Sim

ple

Floa

t4

Ave

rage

Ala

rm re

lay

33

63R

ecor

d24

RW

Sim

ple

Uns

igne

d81

00

= O

ff 1

to 6

= S

trea

m n

umbe

r 7

= C

lean

ing

Ala

rm s

ourc

e

Sim

ple

Uns

igne

d81

1

1 =

Hig

h pr

oces

s 2

= L

ow p

roce

ss

3 =

Hig

h la

tch

4 =

Low

latc

h 5

= H

igh

annu

ncia

te

6 =

Low

ann

unci

ate

7 =

Out

of s

ampl

e

Ala

rm ty

pe

Sim

ple

Vis

ible

Str

ing

20A

larm

CA

SC

II st

ring

Sim

ple

Uns

igne

d81

10

= F

alse

1

= T

rue

Fail

safe

Sim

ple

Uns

igne

d81

10

= F

alse

1

= T

rue

Log

enab

le

Cur

rent

out

put 3

364

Rec

ord

13R

W

Sim

ple

Uns

igne

d81

00

= N

one

1 to

6 =

Str

eam

1 to

6O

utpu

t sou

rce

Sim

ple

Uns

igne

d16

220

000

to 5

000

Out

put r

ange

hig

h

Sim

ple

Uns

igne

d16

20

0 to

500

0O

utpu

t ran

ge lo

w

Sim

ple

Uns

igne

d16

240

000

to 2

2000

Out

put t

ype

low

* 1

000

Sim

ple

Uns

igne

d16

220

000

0 to

220

00O

utpu

t typ

e hi

gh *

100

0

Sim

ple

Uns

igne

d81

00

= F

alse

1

= T

rue

Cal

ibra

tion

hold

Sim

ple

Uns

igne

d81

00

= F

alse

1

= T

rue

Out

of s

ampl

e in

dica

tion

Sim

ple

Uns

igne

d16

222

000

0 to

220

00D

efau

lt ou

tput

*10

00 w

hen

out o

f sa

mpl

e

Des

crip

tion

Slo

tS

lot

Ind

exO

bje

ctTy

pe

Dat

a Ty

pe

Byt

esS

tore

1A

cces

s2D

efau

ltVa

lid R

ang

eN

ote

Tabl

e B

.1D

ata

Str

uctu

re (2

1 of

37)

1 S

tore

def

initi

ons

– re

fer

to p

age

72

Acc

ess

defin

ition

s –

refe

r to

pag

e 7



Ala

rm re

lay

3 lim

its3

65R

ecor

d12

RW

Sim

ple

Floa

t4

00

to 5

000

Trip

Sim

ple

Floa

t4

00

to 5

000

Hys

tere

sis

Sim

ple

Uns

igne

d32

40

0 to

500

0Ti

me

hyst

eres

is

Cur

rent

out

put v

alue

366

Sim

ple

Floa

t4

R4

to 2

0m

A

Dilu

tion

fact

or3

69S

impl

eU

nsig

ned1

62

R0

to 4

Turb

idity

dilu

tion

fact

or3

70S

impl

eU

nsig

ned1

62

R0

to 4

Dat

e an

d tim

e3

71S

impl

eU

nsig

ned3

24

RS

econ

ds s

ince

1/1

/190

0

Sam

ple

3 tu

rbid

ity3

72S

impl

eFl

oat

4R

Turb

idity

dat

e an

d tim

e3

73S

impl

eU

nsig

ned3

24

RS

econ

ds s

ince

1/1

/190

0

Sam

ple

set u

p3

74R

ecor

d10

R/W

Max

imum

dilu

tion

fact

orS

impl

eU

nsig

ned1

62

0 to

4

Turb

idity

ran

ge lo

wS

impl

eFl

oat

40

to 1

00

Turb

idity

ran

ge h

igh

Sim

ple

Floa

t4

0 to

100

Sim

ulat

e st

ream

3 tu

rbid

ity4

50R

ecor

dD

S-5

06

SR

WTh

is a

ffect

s on

ly th

e P

rofib

us o

utpu

t an

d no

t the

val

ue d

ispl

ayed

on

the

anal

yzer

’s lo

cal d

ispl

ay

Sim

ulat

e st

atus

Uns

igne

d81

SR

W0x

80

Sim

ulat

e va

lue

Floa

t4

SR

W0

Sim

ulat

e en

able

/dis

able

Uns

igne

d81

SR

W0

0 =

Dis

able

d N

ot 0

= E

nabl

ed

Turb

idity

stre

am 3

sta

tistic

s6

62R

ecor

d

Max

imum

Sim

ple

Floa

t4

R

Min

imum

Sim

ple

Floa

t4

R

Ave

rage

Sim

ple

Floa

t4

R

Des

crip

tion

Slo

tS

lot

Ind

exO

bje

ctTy

pe

Dat

a Ty

pe

Byt

esS

tore

1A

cces

s2D

efau

ltVa

lid R

ang

eN

ote

Tabl

e B

.1D

ata

Str

uctu

re (2

2 of

37)

1 S

tore

def

initi

ons

– re

fer

to p

age

72

Acc

ess

defin

ition

s –

refe

r to

pag

e 7



Ala

rm re

lay

66

63R

ecor

d24

RW

Sim

ple

Uns

igne

d81

00

= O

ff 1

to 3

= S

trea

m n

umbe

rA

larm

sou

rce

Sim

ple

Uns

igne

d81

1 =

Hig

h pr

oces

s 2

= L

ow p

roce

ss

3 =

Hig

h la

tch

4 =

Low

latc

h 5

= H

igh

annu

ncia

te

6 =

Low

ann

unci

ate

7 =

Out

of s

ampl

e

Ala

rm ty

pe

Sim

ple

Vis

ible

Str

ing

20A

larm

FA

SC

II st

ring

Sim

ple

Uns

igne

d81

0 =

Fal

se

1 =

Tru

eFa

il sa

fe

Sim

ple

Uns

igne

d81

0 =

Fal

se

1 =

Tru

eLo

g en

able

Cur

rent

out

put 6

664

Rec

ord

13R

W

Sim

ple

Uns

igne

d81

00

= N

one

1 to

3 =

Str

eam

1 to

3O

utpu

t sou

rce

Sim

ple

Uns

igne

d16

2O

utpu

t ran

ge h

igh

Sim

ple

Uns

igne

d16

2O

utpu

t ran

ge lo

w

Sim

ple

Uns

igne

d16

2O

utpu

t typ

e lo

w *

100

0

Sim

ple

Uns

igne

d16

2O

utpu

t typ

e hi

gh *

100

0

Sim

ple

Uns

igne

d81

0 =

Fal

se

1 =

Tru

eC

alib

ratio

n ho

ld

Sim

ple

Uns

igne

d81

0 =

Fal

se1

= T

rue

Out

of s

ampl

e in

dica

tion

Sim

ple

Uns

igne

d16

2D

efau

lt ou

tput

*10

00 w

hen

out o

f sa

mpl

e

Des

crip

tion

Slo

tS

lot

Ind

exO

bje

ctTy

pe

Dat

a Ty

pe

Byt

esS

tore

1A

cces

s2D

efau

ltVa

lid R

ang

eN

ote

Tabl

e B

.1D

ata

Str

uctu

re (2

3 of

37)

1 S

tore

def

initi

ons

– re

fer

to p

age

72

Acc

ess

defin

ition

s –

refe

r to

pag

e 7



Ala

rm re

lay

6 lim

its6

65R

ecor

d12

RW

Sim

ple

Floa

t4

Trip

Sim

ple

Floa

t4

Hys

tere

sis

Sim

ple

Uns

igne

d32

4Ti

me

hyst

eres

is

Cur

rent

out

put v

alue

666

Sim

ple

Floa

t4

R4

to 2

0m

A

Des

crip

tion

Slo

tS

lot

Ind

exO

bje

ctTy

pe

Dat

a Ty

pe

Byt

esS

tore

1A

cces

s2D

efau

ltVa

lid R

ang

eN

ote

Tabl

e B

.1D

ata

Str

uctu

re (2

4 of

37)

1 S

tore

def

initi

ons

– re

fer

to p

age

72

Acc

ess

defin

ition

s –

refe

r to

pag

e 7



Co

nfig

urat

ion

Fun

ctio

n B

lock

Par

amet

ers

Sec

urity

def

initi

on7

145

Rec

ord

10R

W

Sim

ple

Uns

igne

d81

0 0

= B

asic

1

= A

dvan

ced

Sec

urity

type

Sim

ple

Uns

igne

d81

00

= P

assw

ord

1 =

Sw

itch

prot

ecte

d

Sim

ple

Uns

igne

d81

0 0

= D

isab

led

1 =

Ena

bled

Logg

ing

leve

l sec

urity

Sim

ple

Uns

igne

d16

20

0 to

999

9B

asic

sec

urity

Log

ging

leve

l pas

swor

d

Sim

ple

Uns

igne

d81

00

= F

alse

1

= T

rue

Re-

ente

r pa

ssw

ord

at fi

rst u

se

Sim

ple

Uns

igne

d81

0

0 =

Off

1 =

7 d

ays

2 =

14

days

3 =

30

days

4 =

60

days

5 =

90

days

6 =

180

day

s7

= 3

60 d

ays

Pas

swor

d ex

piry

tim

e

Sim

ple

Uns

igne

d81

0

0 =

Off

1 =

7 d

ays

2 =

14

days

3 =

30

days

4 =

60

days

5 =

90

days

6 =

180

day

s7

= 3

60 d

ays

Inac

tive

user

pas

swor

d ex

piry

tim

e

Sim

ple

Uns

igne

d81

00

to 1

0 0

= In

finite

Num

ber

of in

corr

ect p

assw

ord

entr

ies

allo

wed

Sim

ple

Uns

igne

d81

44

to 2

0M

inim

um p

assw

ord

leng

th

Des

crip

tion

Slo

tS

lot

Ind

exO

bje

ctTy

pe

Dat

a Ty

pe

Byt

esS

tore

1A

cces

s2D

efau

ltVa

lid R

ang

eN

ote

Tabl

e B

.1D

ata

Str

uctu

re (2

5 of

37)

1 S

tore

def

initi

ons

– re

fer

to p

age

72

Acc

ess

defin

ition

s –

refe

r to

pag

e 7



Use

r 1

acce

ss7

146

Rec

ord

23R

W

Sim

ple

Vis

ible

Str

ing

20U

ser

1A

SC

II st

ring

Use

r na

me

Sim

ple

Uns

igne

d81

3

0 =

No

acce

ss

1 =

Loa

d on

ly

2 =

Lim

ited

3 =

Ful

l

Use

r ac

cess

to C

onfig

urat

ion

Sim

ple

Uns

igne

d81

10

= F

alse

1

= T

rue

Use

r ac

cess

to L

oggi

ng

Sim

ple

Uns

igne

d81

10

= F

alse

1

= T

rue

Use

r ac

cess

to M

aint

enan

ce a

nd

Cal

ibra

tion

Use

r 2

acce

ss7

147

Rec

ord

23R

W

Sim

ple

Vis

ible

Str

ing

20U

ser

2A

SC

II st

ring

Use

r na

me

Sim

ple

Uns

igne

d81

0

0 =

No

acce

ss1

= L

oad

only

2

= L

imite

d 3

= F

ull

Use

r ac

cess

to C

onfig

urat

ion

Sim

ple

Uns

igne

d81

10

= F

alse

1

= T

rue

Use

r ac

cess

to L

oggi

ng

Sim

ple

Uns

igne

d81

10

= F

alse

1

= T

rue

Use

r ac

cess

to M

aint

enan

ce a

nd

Cal

ibra

tion

Use

r 3

acce

ss7

148

Rec

ord

23R

W

Sim

ple

Vis

ible

Str

ing

20U

ser

3A

SC

II st

ring

Use

r na

me

Sim

ple

Uns

igne

d81

0

0 =

No

acce

ss

1 =

Loa

d on

ly

2 =

Lim

ited

3 =

Ful

l

Use

r ac

cess

to C

onfig

urat

ion

Sim

ple

Uns

igne

d81

10

= F

alse

1

= T

rue

Use

r ac

cess

to L

oggi

ng

Sim

ple

Uns

igne

d81

10

= F

alse

1

= T

rue

Use

r ac

cess

to M

aint

enan

ce a

nd

Cal

ibra

tion

Des

crip

tion

Slo

tS

lot

Ind

exO

bje

ctTy

pe

Dat

a Ty

pe

Byt

esS

tore

1A

cces

s2D

efau

ltVa

lid R

ang

eN

ote

Tabl

e B

.1D

ata

Str

uctu

re (2

6 of

37)

1 S

tore

def

initi

ons

– re

fer

to p

age

72

Acc

ess

defin

ition

s –

refe

r to

pag

e 7



Use

r 4

acce

ss7

149

Rec

ord

23R

W

Sim

ple

Vis

ible

Str

ing

20U

ser

4A

SC

II st

ring

Use

r na

me

Sim

ple

Uns

igne

d81

0

0 =

No

acce

ss

1 =

Loa

d on

ly

2 =

Lim

ited

3 =

Ful

l

Use

r ac

cess

to C

onfig

urat

ion

Sim

ple

Uns

igne

d81

10

= F

alse

1

= T

rue

Use

r ac

cess

to L

oggi

ng

Sim

ple

Uns

igne

d81

10

= F

alse

1

= T

rue

Use

r ac

cess

to M

aint

enan

ce a

nd

Cal

ibra

tion

Use

r 5

acce

ss7

150

Rec

ord

23R

WA

dvan

ced

Con

figur

atio

n O

nly

Sim

ple

Vis

ible

Str

ing

20U

ser

5A

SC

II st

ring

Use

r na

me

Sim

ple

Uns

igne

d81

0

0 =

No

acce

ss1

= L

oad

only

2

= L

imite

d 3

= F

ull

Use

r ac

cess

to C

onfig

urat

ion

Sim

ple

Uns

igne

d81

00

= F

alse

1

= T

rue

Use

r ac

cess

to L

oggi

ng

Sim

ple

Uns

igne

d81

00

= F

alse

1

= T

rue

Use

r ac

cess

to M

aint

enan

ce a

nd

Cal

ibra

tion

Use

r 6

acce

ss7

151

Rec

ord

23R

WA

dvan

ced

Con

figur

atio

n O

nly

Sim

ple

Vis

ible

Str

ing

20U

ser

6A

SC

II st

ring

Use

r na

me

Sim

ple

Uns

igne

d81

0

0 =

No

acce

ss

1 =

Loa

d on

ly

2 =

Lim

ited

3 =

Ful

l

Use

r ac

cess

to C

onfig

urat

ion

Sim

ple

Uns

igne

d81

00

= F

alse

1

= T

rue

Use

r ac

cess

to L

oggi

ng

Sim

ple

Uns

igne

d81

00

= F

alse

1

= T

rue

Use

r ac

cess

to M

aint

enan

ce a

nd

Cal

ibra

tion

Des

crip

tion

Slo

tS

lot

Ind

exO

bje

ctTy

pe

Dat

a Ty

pe

Byt

esS

tore

1A

cces

s2D

efau

ltVa

lid R

ang

eN

ote

Tabl

e B

.1D

ata

Str

uctu

re (2

7 of

37)

1 S

tore

def

initi

ons

– re

fer

to p

age

72

Acc

ess

defin

ition

s –

refe

r to

pag

e 7



Use

r 7

acce

ss7

152

Rec

ord

23R

WA

dvan

ced

Con

figur

atio

n on

ly

Sim

ple

Vis

ible

Str

ing

20U

ser

7A

SC

II st

ring

Use

r na

me

Sim

ple

Uns

igne

d81

0

0 =

No

acce

ss

1 =

Loa

d on

ly

2 =

Lim

ited

3 =

Ful

l

Use

r ac

cess

to C

onfig

urat

ion

Sim

ple

Uns

igne

d81

00

= F

alse

1 =

Tru

eU

ser

acce

ss to

Log

ging

Sim

ple

Uns

igne

d81

00

= F

alse

1

= T

rue

Use

r ac

cess

to M

aint

enan

ce a

nd

Cal

ibra

tion

Use

r 8

acce

ss7

153

Rec

ord

23R

WA

dvan

ced

Con

figur

atio

n on

ly

Sim

ple

Vis

ible

Str

ing

20U

ser

8A

SC

II st

ring

Use

r na

me

Sim

ple

Uns

igne

d81

0

0 =

No

acce

ss

1 =

Loa

d on

ly

2 =

Lim

ited

3 =

Ful

l

Use

r ac

cess

to C

onfig

urat

ion

Sim

ple

Uns

igne

d81

00

= F

alse

1

= T

rue

Use

r ac

cess

to L

oggi

ng

Sim

ple

Uns

igne

d81

00

= F

alse

1

= T

rue

Use

r ac

cess

to M

aint

enan

ce a

nd

Cal

ibra

tion

Use

r 9

acce

ss7

154

Rec

ord

23R

WA

dvan

ced

Con

figur

atio

n on

ly

Sim

ple

Vis

ible

Str

ing

20U

ser

9A

SC

II st

ring

Use

r na

me

Sim

ple

Uns

igne

d81

0

0 =

No

acce

ss

1 =

Loa

d on

ly

2 =

Lim

ited

3 =

Ful

l

Use

r ac

cess

to C

onfig

urat

ion

Sim

ple

Uns

igne

d81

00

= F

alse

1

= T

rue

Use

r ac

cess

to L

oggi

ng

Sim

ple

Uns

igne

d81

00

= F

alse

1 =

Tru

eU

ser

acce

ss to

Mai

nten

ance

and

C

alib

ratio

n

Des

crip

tion

Slo

tS

lot

Ind

exO

bje

ctTy

pe

Dat

a Ty

pe

Byt

esS

tore

1A

cces

s2D

efau

ltVa

lid R

ang

eN

ote

Tabl

e B

.1D

ata

Str

uctu

re (2

8 of

37)

1 S

tore

def

initi

ons

– re

fer

to p

age

72

Acc

ess

defin

ition

s –

refe

r to

pag

e 7



Use

r 10

acc

ess

715

5R

ecor

d23

RW

Adv

ance

d C

onfig

urat

ion

only

Sim

ple

Vis

ible

Str

ing

20U

ser

10A

SC

II st

ring

Use

r na

me

Sim

ple

Uns

igne

d81

0

0 =

No

acce

ss

1 =

Loa

d on

ly

2 =

Lim

ited

3 =

Ful

l

Use

r ac

cess

to C

onfig

urat

ion

Sim

ple

Uns

igne

d81

00

= F

alse

1

= T

rue

Use

r ac

cess

to L

oggi

ng

Sim

ple

Uns

igne

d81

00

= F

alse

1

= T

rue

Use

r ac

cess

to M

aint

enan

ce a

nd

Cal

ibra

tion

Use

r 11

acc

ess

715

6R

ecor

d23

RW

Adv

ance

d C

onfig

urat

ion

only

Sim

ple

Vis

ible

Str

ing

20U

ser

11A

SC

II st

ring

Use

r na

me

Sim

ple

Uns

igne

d81

0

0 =

No

acce

ss

1 =

Loa

d on

ly

2 =

Lim

ited

3 =

Ful

l

Use

r ac

cess

to C

onfig

urat

ion

Sim

ple

Uns

igne

d81

00

= F

alse

1

= T

rue

Use

r ac

cess

to L

oggi

ng

Sim

ple

Uns

igne

d81

00

= F

alse

1

= T

rue

Use

r ac

cess

to M

aint

enan

ce a

nd

Cal

ibra

tion

Use

r 12

acc

ess

715

7R

ecor

d23

RW

Adv

ance

d C

onfig

urat

ion

only

Sim

ple

Vis

ible

Str

ing

20U

ser

12A

SC

II st

ring

Use

r na

me

Sim

ple

Uns

igne

d81

0

0 =

No

acce

ss

1 =

Loa

d O

nly

2 =

Lim

ited

3 =

Ful

l

Use

r ac

cess

to C

onfig

urat

ion

Sim

ple

Uns

igne

d81

00

= F

alse

1

= T

rue

Use

r ac

cess

to L

oggi

ng

Sim

ple

Uns

igne

d81

00

= F

alse

1

= T

rue

Use

r ac

cess

to M

aint

enan

ce a

nd

Cal

ibra

tion

Des

crip

tion

Slo

tS

lot

Ind

exO

bje

ctTy

pe

Dat

a Ty

pe

Byt

esS

tore

1A

cces

s2D

efau

ltVa

lid R

ang

eN

ote

Tabl

e B

.1D

ata

Str

uctu

re (2

9 of

37)

1 S

tore

def

initi

ons

– re

fer

to p

age

72

Acc

ess

defin

ition

s –

refe

r to

pag

e 7



E-m

ail 2

reci

pien

t 17

158

Sim

ple

Vis

ible

Str

ing

32R

AS

CII

strin

g1s

t 32

byte

s

E-m

ail 2

reci

pien

t 17

159

Sim

ple

Vis

ible

Str

ing

8R

AS

CII

strin

gLa

st 8

byt

es

E-m

ail 2

reci

pien

t 27

160

Sim

ple

Vis

ible

Str

ing

32R

AS

CII

strin

g1s

t 32

byte

s

E-m

ail 2

reci

pien

t 27

161

Sim

ple

Vis

ible

Str

ing

8R

AS

CII

strin

gLa

st 8

byt

es

E-m

ail 2

reci

pien

t 37

162

Sim

ple

Vis

ible

Str

ing

32R

AS

CII

strin

g1s

t 32

byte

s

E-m

ail 2

reci

pien

t 37

163

Sim

ple

Vis

ible

Str

ing

8R

AS

CII

strin

gLa

st 8

byt

es

Use

r 1

pass

wor

ds7

169

Rec

ord

22R

W

Sim

ple

Uns

igne

d16

20

0 to

999

9B

asic

sec

urity

pas

swor

d

Sim

ple

Vis

ible

Str

ing

20R

WA

SC

II st

ring

Adv

ance

d se

curit

y pa

ssw

ord

Use

r 2

pass

wor

ds7

170

Rec

ord

22R

W

Sim

ple

Uns

igne

d16

20

0 to

999

9B

asic

sec

urity

pas

swor

d

Sim

ple

Vis

ible

Str

ing

20R

WA

SC

II st

ring

Adv

ance

d se

curit

y pa

ssw

ord

Use

r 3

pass

wor

ds7

171

Rec

ord

22R

W

Sim

ple

Uns

igne

d16

20

0 to

999

9B

asic

sec

urity

pas

swor

d

Sim

ple

Vis

ible

Str

ing

20R

WA

SC

II st

ring

Adv

ance

d se

curit

y pa

ssw

ord

Use

r 4

pass

wor

ds7

172

Rec

ord

22R

W

Sim

ple

Uns

igne

d16

20

0 to

999

9B

asic

sec

urity

pas

swor

d

Sim

ple

Vis

ible

Str

ing

20R

WA

SC

II st

ring

Adv

ance

d se

curit

y pa

ssw

ord

Use

r 5

pass

wor

ds7

173

Rec

ord

22R

WA

dvan

ced

Con

figur

atio

n O

nly

Sim

ple

Uns

igne

d16

20

00

Sim

ple

Vis

ible

Str

ing

20R

WA

SC

II st

ring

Adv

ance

d se

curit

y pa

ssw

ord

Use

r 6

pass

wor

ds7

174

Rec

ord

22R

WA

dvan

ced

Con

figur

atio

n O

nly

Sim

ple

Uns

igne

d16

20

00

Sim

ple

Vis

ible

Str

ing

20R

WA

SC

II st

ring

Adv

ance

d se

curit

y pa

ssw

ord

Des

crip

tion

Slo

tS

lot

Ind

exO

bje

ctTy

pe

Dat

a Ty

pe

Byt

esS

tore

1A

cces

s2D

efau

ltVa

lid R

ang

eN

ote

Tabl

e B

.1D

ata

Str

uctu

re (3

0 of

37)

1 S

tore

def

initi

ons

– re

fer

to p

age

72

Acc

ess

defin

ition

s –

refe

r to

pag

e 7



Use

r 7

pass

wor

ds7

175

Rec

ord

22R

WA

dvan

ced

Con

figur

atio

n on

ly

Sim

ple

Uns

igne

d16

20

00

Sim

ple

Vis

ible

Str

ing

20R

WA

SC

II st

ring

Adv

ance

d se

curit

y pa

ssw

ord

Use

r 8

pass

wor

ds7

176

Rec

ord

22R

WA

dvan

ced

Con

figur

atio

n on

ly

Sim

ple

Uns

igne

d16

20

00

Sim

ple

Vis

ible

Str

ing

20R

WA

SC

II st

ring

Adv

ance

d se

curit

y pa

ssw

ord

Use

r 9

pass

wor

ds7

177

Rec

ord

22R

WA

dvan

ced

Con

figur

atio

n O

nly

Sim

ple

Uns

igne

d16

20

00

Sim

ple

Vis

ible

Str

ing

20R

WA

SC

II st

ring

Adv

ance

d se

curit

y pa

ssw

ord

Use

r 10

pas

swor

ds7

178

Rec

ord

22R

WA

dvan

ced

Con

figur

atio

n O

nly

Sim

ple

Uns

igne

d16

20

00

Sim

ple

Vis

ible

Str

ing

20R

WA

SC

II st

ring

Adv

ance

d se

curit

y pa

ssw

ord

Use

r 11

pas

swor

ds7

179

Rec

ord

22R

WA

dvan

ced

Con

figur

atio

n on

ly

Sim

ple

Uns

igne

d16

20

00

Sim

ple

Vis

ible

Str

ing

20R

WA

SC

II st

ring

Adv

ance

d se

curit

y pa

ssw

ord

Use

r 12

pas

swor

ds7

180

Rec

ord

22R

WA

dvan

ced

Con

figur

atio

n on

ly

Sim

ple

Uns

igne

d16

20

00

Sim

ple

Vis

ible

Str

ing

20R

WA

SC

II st

ring

Adv

ance

d se

curit

y pa

ssw

ord

Des

crip

tion

Slo

tS

lot

Ind

exO

bje

ctTy

pe

Dat

a Ty

pe

Byt

esS

tore

1A

cces

s2D

efau

ltVa

lid R

ang

eN

ote

Tabl

e B

.1D

ata

Str

uctu

re (3

1 of

37)

1 S

tore

def

initi

ons

– re

fer

to p

age

72

Acc

ess

defin

ition

s –

refe

r to

pag

e 7



Mes

sage

17

181

Sim

ple

Vis

ible

Str

ing

20R

WA

SC

II st

ring

Mes

sage

27

182

Sim

ple

Vis

ible

Str

ing

20R

WA

SC

II st

ring

Mes

sage

37

183

Sim

ple

Vis

ible

Str

ing

20R

WA

SC

II st

ring

Mes

sage

47

184

Sim

ple

Vis

ible

Str

ing

20R

WA

SC

II st

ring

Mes

sage

57

185

Sim

ple

Vis

ible

Str

ing

20R

WA

SC

II st

ring

Mes

sage

67

186

Sim

ple

Vis

ible

Str

ing

20R

WA

SC

II st

ring

Mes

sage

77

187

Sim

ple

Vis

ible

Str

ing

20R

WA

SC

II st

ring

Mes

sage

87

188

Sim

ple

Vis

ible

Str

ing

20R

WA

SC

II st

ring

Mes

sage

97

189

Sim

ple

Vis

ible

Str

ing

20R

WA

SC

II st

ring

Mes

sage

10

719

0S

impl

eV

isib

leS

trin

g20

RW

AS

CII

strin

g

Mes

sage

11

719

1S

impl

eV

isib

leS

trin

g20

RW

AS

CII

strin

g

Mes

sage

12

719

2S

impl

eV

isib

leS

trin

g20

RW

AS

CII

strin

g

Mes

sage

13

719

3S

impl

eV

isib

leS

trin

g20

RW

AS

CII

strin

g

Mes

sage

14

719

4S

impl

eV

isib

leS

trin

g20

RW

AS

CII

strin

g

Mes

sage

15

719

5S

impl

eV

isib

leS

trin

g20

RW

AS

CII

strin

g

Mes

sage

16

719

6S

impl

eV

isib

leS

trin

g20

RW

AS

CII

strin

g

Mes

sage

17

719

7S

impl

eV

isib

leS

trin

g20

RW

AS

CII

strin

g

Mes

sage

18

719

8S

impl

eV

isib

leS

trin

g20

RW

AS

CII

strin

g

Mes

sage

19

719

9S

impl

eV

isib

leS

trin

g20

RW

AS

CII

strin

g

Mes

sage

20

720

0S

impl

eV

isib

leS

trin

g20

RW

AS

CII

strin

g

Mes

sage

21

720

1S

impl

eV

isib

leS

trin

g20

RW

AS

CII

strin

g

Mes

sage

22

720

2S

impl

eV

isib

leS

trin

g20

RW

AS

CII

strin

g

Mes

sage

23

720

3S

impl

eV

isib

leS

trin

g20

RW

AS

CII

strin

g

Mes

sage

24

720

4S

impl

eV

isib

leS

trin

g20

RW

AS

CII

strin

g

Des

crip

tion

Slo

tS

lot

Ind

exO

bje

ctTy

pe

Dat

a Ty

pe

Byt

esS

tore

1A

cces

s2D

efau

ltVa

lid R

ang

eN

ote

Tabl

e B

.1D

ata

Str

uctu

re (3

2 of

37)

1 S

tore

def

initi

ons

– re

fer

to p

age

72

Acc

ess

defin

ition

s –

refe

r to

pag

e 7



IP A

ddre

ss7

205

Sim

ple

Vis

ible

Str

ing

16R

192.

168.

1.6

AS

CII

strin

gD

otte

d IP

add

ress

Sub

net m

ask

720

6S

impl

eV

isib

leS

trin

g16

R25

5.25

5.25

5.0

AS

CII

strin

g

Def

ault

gate

way

720

7S

impl

eV

isib

leS

trin

g16

RA

SC

II st

ring

FTP

use

r 1

720

8R

ecor

d29

R

Sim

ple

Vis

ible

Str

ing

25A

SC

II st

ring

Use

rnam

e:pa

ssw

ord

strin

g

Sim

ple

Uns

igne

d32

4

Bit1

= W

rite

Bit2

= R

ead

acce

ss

Bit3

= O

pera

tor

Bit4

= C

onfig

urat

ion

acce

ss

Acc

ess

right

s

FTP

use

r 2

720

9R

ecor

d29

R

Sim

ple

Vis

ible

Str

ing

25A

SC

II st

ring

Use

rnam

e:pa

ssw

ord

strin

g

Sim

ple

Uns

igne

d32

4

Bit1

= W

rite

Bit2

= R

ead

acce

ss

Bit3

= O

pera

tor

Bit4

= C

onfig

urat

ion

acce

ss

Acc

ess

right

s

FTP

use

r 3

721

0R

ecor

d29

R

Sim

ple

Vis

ible

Str

ing

25A

SC

II st

ring

Use

rnam

e:pa

ssw

ord

strin

g

Sim

ple

Uns

igne

d32

4

Bit1

= W

rite

Bit2

= R

ead

acce

ss

Bit3

= O

pera

tor

Bit4

= C

onfig

urat

ion

acce

ss

Acc

ess

right

s

FTP

use

r 4

721

1R

ecor

d29

R

Sim

ple

Vis

ible

Str

ing

25A

SC

II st

ring

Use

rnam

e:pa

ssw

ord

strin

g

Sim

ple

Uns

igne

d32

4

Bit1

= W

rite

Bit2

= R

ead

acce

ss

Bit3

= O

pera

tor

Bit4

= C

onfig

urat

ion

acce

ss

Acc

ess

right

s

Des

crip

tion

Slo

tS

lot

Ind

exO

bje

ctTy

pe

Dat

a Ty

pe

Byt

esS

tore

1A

cces

s2D

efau

ltVa

lid R

ang

eN

ote

Tabl

e B

.1D

ata

Str

uctu

re (3

3 of

37)

1 S

tore

def

initi

ons

– re

fer

to p

age

72

Acc

ess

defin

ition

s –

refe

r to

pag

e 7



E-m

ail 1

ser

ver

addr

ess

721

2S

impl

eU

nsig

ned3

24

R16

8470

20N

etw

ork

addr

ess

Net

wor

k by

te o

rder

(172

.16.

1.1)

E-m

ail 2

ser

ver

addr

ess

721

3S

impl

eU

nsig

ned3

24

R16

8470

20N

etw

ork

addr

ess

Net

wor

k by

te o

rder

E-m

ail 1

reci

pien

t 17

214

Sim

ple

Vis

ible

Str

ing

32R

AS

CII

strin

g1s

t 32

byte

s

E-m

ail 1

reci

pien

t 17

215

Sim

ple

Vis

ible

Str

ing

8R

AS

CII

strin

gLa

st 8

byt

es

E-m

ail 1

reci

pien

t 27

216

Sim

ple

Vis

ible

Str

ing

32R

AS

CII

strin

g1s

t 32

byte

s

E-m

ail 1

reci

pien

t 27

217

Sim

ple

Vis

ible

Str

ing

8R

AS

CII

strin

gLa

st 8

byt

es

E-m

ail 1

reci

pien

t 37

218

Sim

ple

Vis

ible

Str

ing

32R

AS

CII

strin

g1s

t 32

byte

s

E-m

ail 1

reci

pien

t 37

219

Sim

ple

Vis

ible

Str

ing

8R

AS

CII

strin

gLa

st 8

byt

es

E-m

ail 1

trig

ger

17

222

Rec

ord

5R

Sim

ple

Uns

igne

d32

40

0 =

No

sour

ceS

ourc

e na

me

type

num

ber

refe

renc

e

Sim

ple

Uns

igne

d81

00

= N

on-in

vert

ed

1 =

Inve

rted

E-m

ail 2

trig

ger

17

223

Rec

ord

5R

Sim

ple

Uns

igne

d32

40

0 =

No

sour

ceS

ourc

e na

me

type

num

ber

refe

renc

e

Sim

ple

Uns

igne

d81

00

= N

on-in

vert

ed

1 =

Inve

rted

E-m

ail 1

trig

ger

27

224

Rec

ord

5R

Sim

ple

Uns

igne

d32

40

0 =

No

sour

ceS

ourc

e na

me

type

num

ber

refe

renc

e

Sim

ple

Uns

igne

d81

00

= N

on-in

vert

ed

1 =

Inve

rted

E-m

ail 2

trig

ger

27

225

Rec

ord

5R

Sim

ple

Uns

igne

d32

40

0 =

No

sour

ceS

ourc

e na

me

type

num

ber

refe

renc

e

Sim

ple

Uns

igne

d81

00

= N

on-in

vert

ed

1 =

Inve

rted

Des

crip

tion

Slo

tS

lot

Ind

exO

bje

ctTy

pe

Dat

a Ty

pe

Byt

esS

tore

1A

cces

s2D

efau

ltVa

lid R

ang

eN

ote

Tabl

e B

.1D

ata

Str

uctu

re (3

4 of

37)

1 S

tore

def

initi

ons

– re

fer

to p

age

72

Acc

ess

defin

ition

s –

refe

r to

pag

e 7



E-m

ail 1

trig

ger

37

226

Rec

ord

5R

Sim

ple

Uns

igne

d32

40

0 =

No

sour

ceS

ourc

e na

me

type

num

ber

refe

renc

e

Sim

ple

Uns

igne

d81

00

= N

on-in

vert

ed

1 =

Inve

rted

E-m

ail 2

trig

ger

37

227

Rec

ord

5R

Sim

ple

Uns

igne

d32

40

0 =

No

sour

ceS

ourc

e na

me

type

num

ber

refe

renc

e

Sim

ple

Uns

igne

d81

00

= N

on-in

vert

ed

1 =

Inve

rted

E-m

ail 1

trig

ger

47

228

Rec

ord

5R

Sim

ple

Uns

igne

d32

40

0 =

No

sour

ceS

ourc

e na

me

type

num

ber

refe

renc

e

Sim

ple

Uns

igne

d81

00

= N

on-in

vert

ed

1 =

Inve

rted

E-m

ail 2

trig

ger

47

229

Rec

ord

5R

Sim

ple

Uns

igne

d32

40

0 =

No

sour

ceS

ourc

e na

me

type

num

ber

refe

renc

e

Sim

ple

Uns

igne

d81

00

= N

on-in

vert

ed

1 =

Inve

rted

E-m

ail 1

trig

ger

57

230

Rec

ord

5R

Sim

ple

Uns

igne

d32

40

0 =

No

sour

ceS

ourc

e na

me

type

num

ber

refe

renc

e

Sim

ple

Uns

igne

d81

00

= N

on-in

vert

ed

1 =

Inve

rted

E-m

ail 2

trig

ger

57

231

Rec

ord

5R

Sim

ple

Uns

igne

d32

40

0 =

No

sour

ceS

ourc

e na

me

type

num

ber

refe

renc

e

Sim

ple

Uns

igne

d81

00

= N

on-in

vert

ed

1 =

Inve

rted

E-m

ail 1

trig

ger

67

232

Rec

ord

5R

Sim

ple

Uns

igne

d32

40

0 =

No

sour

ceS

ourc

e na

me

type

num

ber

refe

renc

e

Sim

ple

Uns

igne

d81

00

= N

on-in

vert

ed

1 =

Inve

rted

Des

crip

tion

Slo

tS

lot

Ind

exO

bje

ctTy

pe

Dat

a Ty

pe

Byt

esS

tore

1A

cces

s2D

efau

ltVa

lid R

ang

eN

ote

Tabl

e B

.1D

ata

Str

uctu

re (3

5 of

37)

1 S

tore

def

initi

ons

– re

fer

to p

age

72

Acc

ess

defin

ition

s –

refe

r to

pag

e 7



E-m

ail 2

trig

ger

67

233

Rec

ord

5R

Sim

ple

Uns

igne

d32

40

0 =

No

sour

ceS

ourc

e na

me

type

num

ber

refe

renc

e

Sim

ple

Uns

igne

d81

00

= N

on-in

vert

ed

1 =

Inve

rted

E-m

ail 1

trig

ger

77

234

Rec

ord

5R

Sim

ple

Uns

igne

d32

40

0 =

No

sour

ceS

ourc

e na

me

type

num

ber

refe

renc

e

Sim

ple

Uns

igne

d81

00

= N

on-in

vert

ed

1 =

Inve

rted

E-m

ail 2

trig

ger

77

235

Rec

ord

5R

Sim

ple

Uns

igne

d32

40

0 =

No

sour

ceS

ourc

e na

me

type

num

ber

refe

renc

e

Sim

ple

Uns

igne

d81

00

= N

on-in

vert

ed

1 =

Inve

rted

E-m

ail 1

trig

ger

87

236

Rec

ord

5R

Sim

ple

Uns

igne

d32

40

0 =

No

sour

ceS

ourc

e na

me

type

num

ber

refe

renc

e

Sim

ple

Uns

igne

d81

00

= N

on-in

vert

ed1

= In

vert

ed

E-m

ail 2

trig

ger

87

237

Rec

ord

5R

Sim

ple

Uns

igne

d32

40

0 =

No

sour

ceS

ourc

e na

me

type

num

ber

refe

renc

e

Sim

ple

Uns

igne

d81

00

= N

on-in

vert

ed

1 =

Inve

rted

E-m

ail 1

trig

ger

97

238

Rec

ord

5R

Sim

ple

Uns

igne

d32

40

0 =

No

sour

ceS

ourc

e na

me

type

num

ber

refe

renc

e

Sim

ple

Uns

igne

d81

00

= N

on-in

vert

ed

1 =

Inve

rted

Des

crip

tion

Slo

tS

lot

Ind

exO

bje

ctTy

pe

Dat

a Ty

pe

Byt

esS

tore

1A

cces

s2D

efau

ltVa

lid R

ang

eN

ote

Tabl

e B

.1D

ata

Str

uctu

re (3

6 of

37)

1 S

tore

def

initi

ons

– re

fer

to p

age

72

Acc

ess

defin

ition

s –

refe

r to

pag

e 7



E-m

ail 2

trig

ger

97

239

Rec

ord

5R

Sim

ple

Uns

igne

d32

40

0 =

No

sour

ceS

ourc

e na

me

type

num

ber

refe

renc

e

Sim

ple

Uns

igne

d81

00

= N

on-in

vert

ed

1 =

Inve

rted

E-m

ail 1

trig

ger

107

240

Rec

ord

5R

Sim

ple

Uns

igne

d32

40

0 =

No

sour

ceS

ourc

e na

me

type

num

ber

refe

renc

e

Sim

ple

Uns

igne

d81

00

= N

on-in

vert

ed

1 =

Inve

rted

E-m

ail 2

trig

ger

107

241

Rec

ord

5R

Sim

ple

Uns

igne

d32

40

0 =

No

sour

ceS

ourc

e na

me

type

num

ber

refe

renc

e

Sim

ple

Uns

igne

d81

00

= N

on-in

vert

ed

1 =

Inve

rted

Des

crip

tion

Slo

tS

lot

Ind

exO

bje

ctTy

pe

Dat

a Ty

pe

Byt

esS

tore

1A

cces

s2D

efau

ltVa

lid R

ang

eN

ote

Tabl

e B

.1D

ata

Str

uctu

re (3

7 of

37)

1 S

tore

def

initi

ons

– re

fer

to p

age

72

Acc

ess

defin

ition

s –

refe

r to

pag

e 7



Oct

etB

itD

escr

iptio

nD

iag

nosi

s M

ask

( 1 =

Ena

ble

d)

DIA

GN

OS

IS

10

Har

dwar

e fa

ilure

of t

he e

lect

roni

c1

1H

ardw

are

failu

re m

echa

nics

0

2M

otor

tem

pera

ture

too

high

0

3In

tern

al te

mpe

ratu

re o

ut o

f ran

ge1

4N

on-v

olat

ile m

emor

y er

ror

1

5Fa

ilure

in m

easu

rem

ent

1

6D

evic

e no

t ini

tializ

ed (n

o se

lf-to

-cal

ibra

tion)

0

7S

elf t

o ca

libra

tion

faile

d0

20

Zero

poi

nt e

rror

(lim

it po

sitio

n)0

1P

ower

sup

ply

faile

d1

2C

onfig

urat

ion

not v

alid

1

3N

ew s

tart

-up

(war

m s

tart

-up)

car

ried

out

0

4R

e-st

art (

cold

sta

rt-u

p) c

arrie

d ou

t0

5M

aint

enan

ce re

quire

d1

6C

hara

cter

izat

ion

inva

lid0

70

Tabl

e B

.2D

iagn

ostic

Dat

a (1

of 3

)



DIAGNOSIS_EXTENSION

1 0 Monitor stopped 1

1 Calibrating 1

2 Override mode 1

3 Temperature stabilizing 1

4 Heating failure 1

5 Critical temperature 1

6 Calibration failed (failure) 1

7 No valid calibration 1

2 0 Priming 1

1 Reagent 1 empty 1

2 Reagent 2 empty 1

3 Reagent 3 empty 1

4 DI empty 1

5 Calibration standard empty 1

6 Flow failure, stream 1 1

7 Flow failure, stream 2 1

3 0 Flow failure, stream 3 1

1 LED failure 1

2 No light at detector 1

3 Piston reset fault 1

4 Piston failure 1

5 Piston origin fault 1

6 Head communications failure 1

7 Cleaning 1

4 0 Flushing 1

1 Calibration failed (out of specification warning) 1

2 Non-volatile memory error 1

3 Excessive secondary current 1

4 Internal temperature too high/low 1

5 Total failure state 1

6 A to D error 1

7 Sample flow failure 1

Octet Bit Description Diagnosis Mask ( 1 = Enabled)

Table B.2 Diagnostic Data (2 of 3)



5 0 Internal communications error 1

1 Internal communications error 1

2 Media card full 1

Octet Bit Description Diagnosis Mask ( 1 = Enabled)

Table B.2 Diagnostic Data (3 of 3)

Aztec 600 Series Analyzers Notes


Notes

Aztec 600 Series Analyzers Notes


PRODUCTS & CUSTOMER SUPPORT

Products

Automation Systems• for the following industries:

– Chemical & Pharmaceutical– Food & Beverage– Manufacturing– Metals and Minerals– Oil, Gas & Petrochemical– Pulp and Paper

Drives and Motors• AC and DC Drives, AC and DC Machines, AC Motors to

1kV• Drive Systems• Force Measurement• Servo Drives

Controllers & Recorders• Single and Multi-loop Controllers• Circular Chart and Strip Chart Recorders• Paperless Recorders• Process Indicators

Flexible Automation• Industrial Robots and Robot Systems

Flow Measurement• Electromagnetic Flowmeters• Mass Flowmeters• Turbine Flowmeters• Wedge Flow Elements

Marine Systems & Turbochargers• Electrical Systems• Marine Equipment• Offshore Retrofit and Refurbishment

Process Analytics• Process Gas Analysis• Systems Integration

Transmitters• Pressure• Temperature• Level• Interface Modules

Valves, Actuators and Positioners• Control Valves• Actuators• Positioners

Water, Gas & Industrial Analytics Instrumentation• pH, Conductivity and Dissolved Oxygen Transmitters and

Sensors• Ammonia, Nitrate, Phosphate, Silica, Sodium, Chloride,

Fluoride, Dissolved Oxygen and Hydrazine Analyzers• Zirconia Oxygen Analyzers, Katharometers, Hydrogen

Purity and Purge-gas Monitors, Thermal Conductivity

Customer Support

We provide a comprehensive after sales service via a WorldwideService Organization. Contact one of the following offices fordetails on your nearest Service and Repair Centre.

UKABB LimitedTel: +44 (0)1235 512000Fax: +44 (0)1235 512020

USAABB Inc.Tel: +1 215 674 6000Fax: +1 215 674 7183

Client WarrantyPrior to installation, the equipment referred to in this manual mustbe stored in a clean, dry environment, in accordance with theCompany's published specification.

Periodic checks must be made on the equipment's condition. Inthe event of a failure under warranty, the following documentationmust be provided as substantiation:

1. A listing evidencing process operation and alarm logs at time of failure.

2. Copies of all storage, installation, operating and maintenance records relating to the alleged faulty unit.

IM/A

ZT6P

BS

Issu

e 1

ABB has Sales & Customer Support expertisein over 100 countries worldwide

www.abb.com

The Company’s policy is one of continuous product improvement and the right is reserved to modify the

information contained herein without notice.

Printed in UK (11.08)

© ABB 2008

ABB Limited9 MoorbrookSouthmead Industrial ParkDidcot, OxfordshireOX11 7HPUKTel: +44 (0)1235 512000Fax: +44 (0)1235 512020

ABB Inc.125 E. County Line RoadWarminsterPA 18974USATel: +1 215 674 6000Fax: +1 215 674 7183

Microsoft and Excel are registered trademarks of Microsoft Corporation in the United States and/or other countries

IM/AZT6PBS Issue 1 - ABB

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