
Technical data (two-wire system)
Siemens PA 20 · 1999
1/14
SIPAN 32 and SIPAN 32X analyzers
Display
Meas. value/set value
Secondary display
Text display
Others
Input display
Four 16Ćmm digits
Four 8Ćmm digits
Five digits
Symbol displays
Symbols
Inputs
8 keys: MEAS
PAR
CAL
ESC
▲
▼
"
ENTER
According to NAMUR
Measurement
Parameterization
Calibration
1 step backwards in menu
Increment the number
Decrement the number
1 digit to right with numbers
Acceptance of entered value
Coding 3 coding levels for operations (display
level, user level, specialist level)
Dimension
mS/cm, mS/cm, S/cm, mS/m, mS/m,
S/m, MWcm, kWcm, % w/w for 8 media
Measuring range See technical data of sensors
Measuring span
(expansion)
Any, but at least 10% of smallest
measuring range
Output range Optionally selectable between 0 and
maximum fullĆscale value
Meas. range for temp.
Ć50 to +200
°C, Ć60 to +400 °F
Meas. span for temp. Any, but at least 10% of meas. range
Temperature
compensation with
conductivity
measurements
Linear TC value, 0 to 10 %/K or
nonĆlinear response
(max. 5 characteristics),
2 characteristics defined as standard
for ultraĆpure water and beer
Temperature
compensation
with%w/w
Conductivity tables stored for H
2
SO
4
,
oleum, HNO
3
,HCl,HBr,NaOH,KOH,
NaCl (see T able 1, page 1/21)
Error limits with
conductivity measurement
< 2.0 % of measuring range
(at rated conditions)
Error limits with
temperatur e
compensation
<1%forcharacteristic
(with conductivity)
<0.5%ofmeasuredvalue
(for pure liquids)
Influencing effects
Repeatability
Linearity
Ambient temperatur e
Power supply
Load
Zero err or
To DIN IEC 746, Part 1
<0.2%offullĆscalevalue
<0.5%offullĆscalevalue
< 0.2 %/10 K
<0.1%
< 0.1 %/100 W
<0.2%offullĆscalevalue
Output signal 4 to 20 mA linear to measured value or
bilinear to measured value (2 linear
partial ranges with a knee at 12 mA,
see Fig. 1/18), electrically isolated from
sensor
Max. permissible load (power supply Ć 14) V/0.02 A
Logbook Automatic r ecording of warning and
failure messages with date and time,
20 entries with overflow, nonĆerasable
Data storage > 10 years (EEPROM)
Device selfĆtest Testing of RAM, EPROM, EEPROM,
display, keyboard; data can be
called on display
Clock Software clock
Identification CE marking
EMC NAMUR NE 21
Applied harmonized
standards
EN 61010 (IEC 1010)
EN 55022 class B
IEC 1000Ć3Ć2
IEC 1000Ć4Ć2 class 2
IEC 1000Ć4Ć3 class 3(2)
IEC 1000Ć4Ć4 class 4
IEC 1000Ć4Ć5 class 3
IEC 801Ć6 class 3
(prIEC 1000Ć4Ć6/1995)
prEN 61000Ć4Ć11 class C
Radio interf. suppression EN 55011 and EN 55022
Lightning protection EN 61000Ć4Ć5
Mechanical stress Vibration load of modules to
IEC 68Ć2Ć6
Repetitive shocks to IEC 68Ć2Ć27
Climatic loading IEC 721Ć3Ć3, IEC 721Ć3Ć2
Transport loading IEC 68Ć2Ć6
Electrical safety IEC 1010, IEC 664
Foreign matter/
water protection
IEC 529
Degree of protection IP 65 t o EN 60529, NEMA 4X
Qu a li t y as su r an c e sys t em DIN ISO 9001 / EN 29000
Material of field housing Macr olon (polycarbonate +
20% glass fiber)
Permissible ambient
temperatur e
Operation (field device)
Transport and storage
Ć20 to +55 °C
Ć25 to +85 °C
Permissible relative
humidity
10 to 95%, no condensation
Power supply DC24V(14Vto30V)0.8W
Protection class II (field housing)
Dimensions See Fig. 1/16
Weight 2.5 kg
Options See page 1/12
2nd passive analog
output
0/4 to 20 mA linear to temperature,
or flushing function, or limit,
or warning (preĆalarm)
Communication
Load with connection of
HART modem
HART communicator
Line
Protocol
PC/laptop or HART communicator with
SIPAN 32 and SIPAN 32X analyzers
250 to 500 W
250 to 500 W
TwoĆconductor, screened: <
1.5 km
HART, version 5.1
SIPAN 32X with Ex
protection
Explosion protection
to DIN EN 50014
and DIN EN 50020
Permissible ambient
temperature during
operation
Type of protection "Increased
intrinsic safety ia"
II 2G EEx ia IIC T4
Ć20 to +50 _C
Power supply/output
signal circuit
With type of protection "Intrinsic safeĆ
ty EEx ia IIC" only for connection to
certified intrinsicallyĆsafe circuits with
the following maximum values:
U
i
=30V,,I
i
= 100 mA,
P
i
= 750 mW, R
i
= 300 W ,
Effective internal inductance:
L
i
= negligible
Effective internal capacitance:
C
i
=16nF
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