im/azt6pbs issue 1 - abb
TRANSCRIPT
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.
Aztec 600 Series Analyzers 2 Installation
IM/AZT6PBS Issue 1 3
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
4 IM/AZT6PBS Issue 1
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
IM/AZT6PBS Issue 1 5
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
6 IM/AZT6PBS Issue 1
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
6 to 9 Float Stream 2 value
10 Char Stream 2 status
11 to 14 Float Stream 3 value
15 Char Stream 3 status
16 to 19 Float Stream 4 value
20 Char Stream 4 status
21 to 24 Float Stream 5 value
25 Char Stream 5 status
26 to 29 Float Stream 6 value
30 Char Stream 6 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
IM/AZT6PBS Issue 1 7
Appendix B – Acyclic Parameter Mapping1 S
tore
Def
initi
ons
:2 A
cces
s D
efin
itio
ns:
C
Con
stan
t–
the
valu
e he
ld in
an
Azt
ec 6
00 a
naly
zer
does
not
cha
nge
R–
Rea
d on
lyD
D
ynam
ic–
a va
lue
or s
tate
cal
cula
ted
by a
n A
ztec
600
ana
lyze
rR
/W–
Rea
d/W
rite
N
Non
-vol
atile
–ty
pica
lly a
con
figur
atio
n pa
ram
eter
sto
red
in a
n A
ztec
600
ana
lyze
r's
non-
vola
tile
mem
ory
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
Phy
sica
l Blo
ck P
aram
eter
s
Sof
twar
e re
visi
on0
24S
impl
eV
isib
leS
trin
g16
CR
Cur
rent
revi
sion
AS
CII
strin
gLo
w-le
vel v
ersi
on n
umbe
r
Har
dwar
e re
visi
on0
25S
impl
eV
isib
leS
trin
g16
CR
Cur
rent
revi
sion
AS
CII
strin
g
Man
ufac
ture
r Id
entif
icat
ion
026
Sim
ple
Uns
igne
d16
2C
R26
(AB
B)
Dev
ice
Iden
tific
atio
n0
27S
impl
eV
isib
leS
trin
g16
CR
AZT
EC
600
AZT
EC
600
AS
CII
strin
g
Dev
ice
seria
l num
ber
028
Sim
ple
Vis
ible
Str
ing
16C
RU
nits
ser
ial
num
ber
AS
CII
strin
g
Dev
ice
diag
nosi
s in
form
atio
n0
29S
impl
eO
ctet
Str
ing
4D
R
Add
ition
al d
evic
e di
agno
sis
Info
rmat
ion
030
Sim
ple
Oct
etS
trin
g6
DR
AW
600
spec
ific
erro
rs
Dia
gnos
is d
efin
ition
031
Sim
ple
Oct
etS
trin
g4
CR
Ext
ende
d di
agno
sis
defin
ition
032
Sim
ple
Oct
etS
trin
g6
CR
Dev
ice
cert
ifica
tion
033
Sim
ple
Vis
ible
Str
ing
32C
R
Dev
ice
desc
ripto
r0
36S
impl
eO
ctet
Str
ing
32R
/W
Dev
ice
mes
sage
037
Sim
ple
Oct
etS
trin
g32
R/W
Num
ber
of s
tream
s fit
ted
064
Sim
ple
Uns
igne
d81
R1
to 3
Inst
rum
ent t
ag0
65S
impl
eV
isib
leS
trin
g20
R/W
Iron
mon
itor
AS
CII
strin
g
HM
I sof
twar
e re
visi
on0
66S
impl
eV
isib
leS
trin
g16
CR
Cur
rent
revi
sion
AS
CII
strin
g
OS
sof
twar
e re
visi
on0
67S
impl
eV
isib
leS
trin
g16
CR
Cur
rent
revi
sion
AS
CII
strin
g
Tabl
e B
.1D
ata
Str
uctu
re (1
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
Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping
8 IM/AZT6PBS Issue 1
Inst
rum
ent t
ype
068
Sim
ple
Uns
igne
d81
R5
0 =
Alu
min
ium
2
= A
mm
onia
5
= Ir
on
6 =
Man
gane
se_l
r 7
= M
anga
nese
8
= M
anga
nese
_pc
10 =
Pho
spha
te
11 =
Silic
a 12
= N
itrite
13
= C
hlor
ite
14 =
Col
our
15 =
Tur
bidi
ty
17 =
Unk
now
n se
nsor
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
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
Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping
IM/AZT6PBS Issue 1 9
Tran
sduc
er B
lock
Par
amet
ers
Ena
ble
stre
ams
814
5A
rray
Uns
igne
d83
RW
0 =
Dis
able
d 1
= E
nabl
ed
Stre
am s
eque
nce
814
6A
rray
Uns
igne
d88
RW
1,2,
3,0,
0,0,
0,0
1 to
3
Mea
sure
men
t rat
e8
147
Sim
ple
Uns
igne
d81
RW
61
to 1
2S
ampl
es p
er h
our
Tem
pera
ture
uni
ts8
148
Sim
ple
Uns
igne
d81
RW
00
= C
1 =
FC
ontro
l tem
pera
ture
uni
ts
Cel
l rin
se s
eque
nces
814
9S
impl
eU
nsig
ned8
1R
W1
to 4
Cle
anin
g m
ode
815
0S
impl
eU
nsig
ned8
1R
W0
= N
one
1 =
Mea
sure
2
= C
alib
rate
Cle
anin
g va
lve
815
1S
impl
eU
nsig
ned8
1R
W
0 =
Non
e1
to 3
= R
eage
nt 1
to 3
4
to 6
= S
ampl
e1 to
37
to 1
0 =
Sta
ndar
d, D
I, A
ir, W
aste
Cle
an c
ell m
ode
815
2S
impl
eU
nsig
ned8
1R
W0
= C
ell
1 =
Cel
l and
line
s
Cle
anin
g fre
quen
cy8
153
Sim
ple
Uns
igne
d81
RW
1 to
24
Hou
rs
Cal
ibra
tion
limit
815
4S
impl
eFl
oat
4R
WO
ptim
al m
cal
ibra
tion
coef
ficie
nt
Cal
ibra
tion
low
sta
ndar
d8
155
Sim
ple
Floa
t4
RW
Low
cal
ibra
tion
stan
dard
Cal
ibra
tion
high
sta
ndar
d8
156
Sim
ple
Floa
t4
RW
Hig
h ca
libra
tion
stan
dard
Turb
idity
cal
ibra
tion
limit
815
7S
impl
eFl
oat
4R
WO
ptim
al m
cal
ibra
tion
coef
ficie
nt
Turb
idity
cal
ibra
tion
low
st
anda
rd8
158
Sim
ple
Floa
t4
RW
Low
cal
ibra
tion
stan
dard
Turb
idity
cal
ibra
tion
high
st
anda
rd8
159
Sim
ple
Floa
t4
RW
Hig
h ca
libra
tion
stan
dard
Leve
l sw
itche
s8
168
Sim
ple
Uns
igne
d16
2R
3 S
ampl
e 4
Rea
gent
S
tand
ard
DI W
ater
Cal
ibra
tion
info
rmat
ion
816
9R
ecor
d28
R
Sim
ple
Floa
t4
Opt
ical
den
sity
low
Sim
ple
Floa
t4
Opt
ical
den
sity
hig
h
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
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
Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping
10 IM/AZT6PBS Issue 1
Sim
ple
Floa
t4
Last
cal
ibra
tion
grad
ient
Sim
ple
Floa
t4
Last
cal
ibra
tion
cons
tant
Sim
ple
Floa
t4
Last
gra
dien
t coe
ffici
ent
Sim
ple
Uns
igne
d32
4Ti
me
and
date
of l
ast c
alib
ratio
nS
econ
ds s
ince
1/1
/200
0
Sim
ple
Uns
igne
d32
4Ti
me
and
date
of n
ext c
alib
ratio
n
Turb
idity
cal
ibra
tion
info
rmat
ion
817
0R
ecor
d28
R
Sim
ple
Floa
t4
Opt
ical
den
sity
low
Sim
ple
Floa
t4
Opt
ical
den
sity
hig
h
Sim
ple
Floa
t4
Last
cal
ibra
tion
grad
ient
Sim
ple
Floa
t4
Last
cal
ibra
tion
cons
tant
Sim
ple
Floa
t4
Last
gra
dien
t coe
ffici
ent
Sim
ple
Uns
igne
d32
4Ti
me
and
date
of l
ast c
alib
ratio
nS
econ
ds s
ince
1/1
/200
0
Sim
ple
Uns
igne
d32
4Ti
me
and
date
of n
ext 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 (4
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
Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping
IM/AZT6PBS Issue 1 11
Cal
ibra
tion
type
817
1S
impl
eU
nsig
ned8
1R
Cal
ibra
tion
stat
e8
172
Sim
ple
Uns
igne
d81
R
Cal
ibra
tion
perc
ent c
ompl
ete
817
3S
impl
eU
nsig
ned8
1R
Cur
rent
sta
te8
174
Sim
ple
Uns
igne
d81
R
Cur
rent
ste
p8
175
Sim
ple
Uns
igne
d81
R
Det
ecto
r m
V8
176
Sim
ple
float
4R
Det
ecto
r co
ncen
trat
e8
177
Sim
ple
float
4R
Col
our
LED
cur
rent
817
8S
impl
eflo
at4
R
Turb
idity
LE
D li
fe8
179
Sim
ple
Uns
igne
d16
2R
Cur
rent
str
eam
818
0S
impl
eU
nsig
ned8
1R
Lang
uage
118
1S
impl
eU
nsig
ned8
1R
0
0 =
Eng
lish
1 =
Ger
man
2
= F
renc
h 3
= It
alia
n 4
= S
pani
sh
LED
sta
tus
818
2S
impl
eU
nsig
ned8
1R
Col
our/
turb
idity
Sch
edul
e8
185
Rec
ord
5R
W
Sim
ple
Uns
igne
d81
0
0 =
Off
1 =
3 H
ours
2 =
6 H
ours
3 =
18
Hou
rs
4 =
1 D
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
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 (5
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
Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping
12 IM/AZT6PBS Issue 1
Turb
idity
sch
edul
e8
186
Rec
ord
5R
W
Sim
ple
Uns
igne
d81
0
0 =
Off
1 =
3 H
ours
2 =
6 H
ours
3 =
18
Hou
rs
4 =
1 D
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
Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping
IM/AZT6PBS Issue 1 13
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
Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping
14 IM/AZT6PBS Issue 1
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
Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping
IM/AZT6PBS Issue 1 15
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
Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping
16 IM/AZT6PBS Issue 1
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
Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping
IM/AZT6PBS Issue 1 17
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
Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping
18 IM/AZT6PBS Issue 1
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
Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping
IM/AZT6PBS Issue 1 19
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
Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping
20 IM/AZT6PBS Issue 1
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
Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping
IM/AZT6PBS Issue 1 21
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
Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping
22 IM/AZT6PBS Issue 1
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
Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping
IM/AZT6PBS Issue 1 23
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
Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping
24 IM/AZT6PBS Issue 1
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
Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping
IM/AZT6PBS Issue 1 25
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
Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping
26 IM/AZT6PBS Issue 1
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
Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping
IM/AZT6PBS Issue 1 27
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
Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping
28 IM/AZT6PBS Issue 1
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
Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping
IM/AZT6PBS Issue 1 29
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
Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping
30 IM/AZT6PBS Issue 1
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
Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping
IM/AZT6PBS Issue 1 31
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
Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping
32 IM/AZT6PBS Issue 1
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
Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping
IM/AZT6PBS Issue 1 33
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
Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping
34 IM/AZT6PBS Issue 1
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
Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping
IM/AZT6PBS Issue 1 35
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
Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping
36 IM/AZT6PBS Issue 1
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
Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping
IM/AZT6PBS Issue 1 37
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
Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping
38 IM/AZT6PBS Issue 1
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
Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping
IM/AZT6PBS Issue 1 39
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
Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping
40 IM/AZT6PBS Issue 1
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
Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping
IM/AZT6PBS Issue 1 41
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
Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping
42 IM/AZT6PBS Issue 1
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
Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping
IM/AZT6PBS Issue 1 43
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
Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping
44 IM/AZT6PBS Issue 1
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
)
Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping
IM/AZT6PBS Issue 1 45
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)
Aztec 600 Series Analyzers Appendix B – Acyclic Parameter Mapping
46 IM/AZT6PBS Issue 1
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)
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
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