Sartorius PR 5210 Series User manual

Sartorius Hamburg GmbH , Meiendorfer Str. 205, D 22145 Hamburg, Germany
Tel: [phone] Fax: [phone]
PR 5210 Transmitter Series
PR 5210/00 Profibus Transmitter
PR 5210/10 Digital Process Transmitter
PR 5210/11 Profibus Transmitter (without Analog Output)
Operating Manual
Operating manual 9499 050 52103 Edition 3 11.11.2004
for PR 5210 Release: 3

Please note
Any information in this document is subject to change without notice and does not represent a
commitment on the part of SARTORIUS. This product should be operated only by trained and qualified
personnel. In correspondence concerning this product the type, name and release number as well as all
license numbers in relation to the product have to be quoted.
Important
This product is partly copyrighted. It may not be modified or copied and may not be used without
purchasing or written authority from the copyright owner (SARTORIUS). By using this product, you
agree to be bound by the terms stated herein.
Bitte beachten
Alle Angaben in diesem Dokument sind unverbindlich für SARTORIUS und stehen unter
Änderungsvorbehalt. Die Bedienung des Produktes darf nur von geschultem, fach- und sachkundigem
Personal durchgeführt werden. Bei Schriftwechsel über dieses Produkt bitte Typ, Bezeichnung und
Versionsnummer sowie alle mit dem Produkt in Zusammenhang stehenden Lizenznummern angeben.
Wichtig
Dieses Produkt ist in Teilen urheberrechtlich geschützt. Es darf nicht verändert oder kopiert und ohne
Erwerb oder schriftliche Einwilligung des unheberrechtlichen Eigentümers (SARTORIUS) nicht benutzt
werden. Durch die Benutzung dieses Produktes werden obige Bestimmungen von Ihnen anerkannt.

PR 5210 Operating Manual Contents
Sartorius 3
Contents
1SAFETY HINTS, ELECTRICAL PROTECTION CLASS ................................................................... 7
1.1 APPLICATION OF THE INSTRUMENT................................................................................................................ 7
1.2 INITIAL INSPECTION....................................................................................................................................... 7
1.3 BEFORE COMMISSIONING ............................................................................................................................. 7
1.3.1 Installation...............................................................................................................................................................7
1.3.2 Electrostatically sensitive components..........................................................................................................7
1.3.3 Protective earth.....................................................................................................................................................8
1.3.4 Supply voltage connection ................................................................................................................................8
1.3.5 Failure and excessive stress................................................................................................................................8
1.3.6 Fuse............................................................................................................................................................................8
1.4 REPAIR AND MAINTENANCE .......................................................................................................................... 8
1.4.1 Soldering work.......................................................................................................................................................8
1.4.2 Cleaning....................................................................................................................................................................8
1.4.3 Disposal.....................................................................................................................................................................8
2PR 5210 TRANSMITTER SERIES .................................................................................................. 9
2.1 THE TRANSMITTER VERSIONS........................................................................................................................ 9
2.1.1 PR 5210/00 Version ..............................................................................................................................................9
2.1.2 PR 5210/10 Version (without Profibus).........................................................................................................9
2.1.3 PR 5210/11 Version (without Analog Output)............................................................................................9
2.2 TRANSMITTER SURVEY.................................................................................................................................10
2.3 LABEL ON THE HOUSING..............................................................................................................................10
2.4 HOUSING ....................................................................................................................................................11
2.5 CONNECTIONS ............................................................................................................................................12
2.5.1 Load cell connection......................................................................................................................................... 12
2.5.2 RS 232 Interface................................................................................................................................................. 14
2.5.3 RS 485 / 422 Interface ..................................................................................................................................... 14
2.5.4 Analog output (PR 5210/00 and PR 5210/10 only)................................................................................ 15
2.5.5 3 Opto inputs....................................................................................................................................................... 16
2.5.6 3 Opto outputs.................................................................................................................................................... 16
2.5.7 Profibus (PR 5210/00 and PR 5210/11 only)............................................................................................ 16
3OPERATING ELEMENTS...............................................................................................................17
3.1 STATUS LEDS.............................................................................................................................................17
3.2 CAL SWITCH ..............................................................................................................................................18
3.2.1 Factory settings................................................................................................................................................... 18
4SETUP AND CONFIGURATION ...................................................................................................19
4.1 GENERAL ....................................................................................................................................................19
4.2 INSTALLATION WINDOWS TOOL ..................................................................................................................19
4.3 LOAD AND STORE SETUP AND CONFIGURATION ...........................................................................................20
4.3.1 Data in the PR5210 ........................................................................................................................................... 20
4.3.2 Archive data in the PC...................................................................................................................................... 20
4.4 PRINT DATA SET ..........................................................................................................................................20
4.5 SELECT LANGUAGE......................................................................................................................................21
4.6 STATUS LINE ...............................................................................................................................................21
4.7 ADU...........................................................................................................................................................22
4.7.1 Weighing point calibration............................................................................................................................. 22
4.7.2 Weighing point configuration....................................................................................................................... 24
4.8 PARAMETER................................................................................................................................................26
4.8.1 Analog output..................................................................................................................................................... 26

Contents PR 5210 Operating Manual
4 Sartorius
4.8.2 Profibus Address................................................................................................................................................. 27
4.8.3 Bus size.................................................................................................................................................................. 28
4.8.4 Communication .................................................................................................................................................. 28
4.8.5 Baudrate................................................................................................................................................................ 28
4.8.6 Access..................................................................................................................................................................... 28
4.8.7 Outputs.................................................................................................................................................................. 28
4.8.8 Inputs ..................................................................................................................................................................... 28
4.8.9 Limits...................................................................................................................................................................... 29
4.9 CALIBRATE ................................................................................................................................................. 30
4.10 ANALOG OUTPUT ADAPTION ...................................................................................................................... 31
4.11 STATUS....................................................................................................................................................... 32
4.11.1 Analog part weight status .............................................................................................................................. 32
5SMA PROTOCOL ...........................................................................................................................33
5.1 GENERAL.................................................................................................................................................... 33
5.2 KEY TO SYMBOLS USED.............................................................................................................................. 33
5.3 SCALE COMMAND SET ............................................................................................................................... 34
5.3.1 Request Displayed Weight .............................................................................................................................. 34
5.3.2 Request High-Resolution Weight................................................................................................................. 34
5.3.3 Request Displayed Weight after Stability.................................................................................................. 34
5.3.4 Request Scale to Zero....................................................................................................................................... 34
5.3.5 Request Scale to Tare........................................................................................................................................ 35
5.3.6 Set Scale Tare Weight....................................................................................................................................... 35
5.3.7 Return Tare Weight ........................................................................................................................................... 35
5.3.8 Clear Scale Tare Weight................................................................................................................................... 35
5.3.9 Invoke Scale Diagnostics ................................................................................................................................. 35
5.3.10 About Scale First Line....................................................................................................................................... 35
5.3.11 About Scale Scroll.............................................................................................................................................. 35
5.3.12 Scale Information .............................................................................................................................................. 36
5.3.13 Scale Information Scroll.................................................................................................................................. 36
5.3.14 Abort Command................................................................................................................................................. 36
5.3.15 Repeat Displayed Weight Continuously ..................................................................................................... 36
5.4 SCALE RESPONSE MESSAGES ..................................................................................................................... 37
5.4.1 Standard Scale Response Message............................................................................................................... 37
5.4.2 Unrecognized Command Response.............................................................................................................. 38
5.4.3 Communication Error Response.................................................................................................................... 38
5.4.4 Diagnostics Command Response .................................................................................................................. 38
5.4.5 About ‘A’ and ‘B’ Command Response........................................................................................................ 38
5.4.6 Scale Information ‘I’ and ‘N’ Command Response..................................................................................39
5.5 COMMUNICATION ERROR HANDLING......................................................................................................... 40
6PROFIBUS INTERFACE.................................................................................................................41
6.1 PROFIBUS INTERFACE PROTOCOL................................................................................................................. 41
6.1.1 Write window (Input area) ............................................................................................................................. 42
6.1.2 Read window (Output area) ........................................................................................................................... 42
6.1.3 Data reading and writing................................................................................................................................ 42
6.1.4 Description of I/O area (read/ write window) .......................................................................................... 43
6.1.5 Register read and write via Profibus........................................................................................................... 45
6.1.6 Parameter read and write via Profibus....................................................................................................... 48
6.2 PROFIBUS REGISTER ................................................................................................................................... 50
6.2.1 Register 0: IO-Status bits for reading......................................................................................................... 50
6.2.2 Register 1: Scale status.................................................................................................................................... 50
6.2.3 Register 2: Status of state controlled action bits................................................................................... 51
6.2.4 Register 3: Status of transition controlled action bits.......................................................................... 51
6.2.5 Register 4: Calibration information, error byte....................................................................................... 52
6.2.6 Register 5: Transmitter type and version................................................................................................... 53
6.2.7 Register 6: Board number ............................................................................................................................... 53

PR 5210 Operating Manual Contents
Sartorius 5
6.2.8 Register 7: (Reserved) ....................................................................................................................................... 53
6.2.9 Register 8 ...14: Weight data.......................................................................................................................... 53
6.2.10 Register 20 and 21: Parameter channel (read/write)..............................................................................53
6.2.11 Register 22 ... 27: Limit values (read/write)............................................................................................... 54
6.2.12 Register 30: Analog output (read/write).................................................................................................... 54
6.2.13 Register 31: Fixtare (read/write) ................................................................................................................... 54
6.2.14 Register 80 ... 93: Action bits state controlled (write)...........................................................................54
6.2.15 Register 112 ... 125: Action bits transition controlled (write) ............................................................ 55
6.3 PROFIBUS PARAMETER NUMBERS...............................................................................................................56
6.3.1 Configuration parameter................................................................................................................................. 56
6.3.2 Calibration............................................................................................................................................................ 59
6.3.3 ADU parameter ................................................................................................................................................... 61
6.3.4 Parameter P99: Access code........................................................................................................................... 66
7TECHNICAL DATA.........................................................................................................................67
7.1 ANALOG PART, A/D CONVERSION...............................................................................................................67
7.1.1 Accuracy and stability ...................................................................................................................................... 67
7.1.2 Sensitivity.............................................................................................................................................................. 67
7.1.3 Load cells............................................................................................................................................................... 67
7.2 RS 232 INTERFACE ....................................................................................................................................68
7.3 RS 422 / 485 INTERFACE.........................................................................................................................68
7.4 ANALOG OUTPUT.........................................................................................................................................68
7.5 DIGITAL INPUTS ..........................................................................................................................................68
7.6 DIGITAL OUTPUTS........................................................................................................................................68
7.7 PROFIBUS DP..............................................................................................................................................68
7.8 POWER SUPPLY ...........................................................................................................................................68
7.9 ENVIRONMENTAL EFFECTS...........................................................................................................................69
7.9.1 Environmental conditions ............................................................................................................................... 69
7.9.2 Electromagnetic compatibility (EMC).......................................................................................................... 69
7.9.3 RF interference suppression............................................................................................................................ 69
7.10 MECHANICAL DATA ....................................................................................................................................70
7.10.1 Construction type .............................................................................................................................................. 70
7.10.2 Dimensions ........................................................................................................................................................... 70
7.10.3 Connections ......................................................................................................................................................... 70
7.10.4 Weight.................................................................................................................................................................... 70
7.11 ACCESSORIES..............................................................................................................................................70
7.12 OPTIONS .....................................................................................................................................................70
8APPENDIX.......................................................................................................................................71
8.1 EC DECLARATION OF CONFORMITY ............................................................................................................71
8.2 EC TYPE-APPROVAL CERTIFICATE PTB D03-09-025...............................................................................74
8.3 SPARE PARTS ..............................................................................................................................................75
8.4 EXAMPLE PRINT OUT CONFIGURATION AND CALIBRATION DATA / PARAMETERS...........................................75
8.5 GSD FILE FOR PROFIBUS DP.......................................................................................................................76
9INDEX..............................................................................................................................................77

PR 5210 Operating Manual Safety Hints, Electrical Protection Class
Sartorius 7
1 SAFETY HINTS, ELECTRICAL PROTECTION CLASS
This instrument was built and tested in accordance with the safety regulations for
measuring and control instrumentation. The instrument was delivered in safe
condition. To maintain this condition and to ensure safe operation, the operator
must follow the hints and warnings given in this documentation.
1.1 Application of the instrument
The instrument is intended for weighing installations and is particularly suitable for tank and hopper
weighing and as a weight transmitter in intelligent control systems. Product operation, commissioning
and maintenance must be done by well trained and qualified persons who know of the risks and avoid
them, or take measures to protect themselves.
The instrument is latest state of the art. No warranty is taken that the product is free of errors,
especially with reference to the software and hardware required for operation and supplied by third
parties. The manufacturer does not take any liability for damage caused by incorrect use of this
product. Using this product implies recognition of the above-mentioned regulations.
1.2 Initial inspection
Check the contents of the consignment for completeness and note whether any damage has occurred
during transport. If the content is incomplete or damaged, a claim must be filed with the carrier
immediately and the Sartorius Hamburg sales or service organization must be informed to permit repair
or replacement of the unit.
1.3 Before commissioning
Before commissioning, after storage and transport, the instrument must be
inspected visually to preclude mechanical damage.
1.3.1 Installation
The instrument is designed for mounting on standard rails (35 mm, acc. to DIN 46277).
When mounting on the rail, ensure that between the modules to the left and right
of the transmitter 20mm space is kept.
1.3.2 Electrostatically sensitive components
This instrument contains electrostatically sensitive components. Therefore, potential equalization must
be provided when working at the instrument (antistatic protection).

Safety Hints, Electrical Protection Class PR 5210 Operating Manual
8 Sartorius
1.3.3 Protective earth
The connection to protective earth is done via the mounting rail.
1.3.4 Supply voltage connection
The supply voltage is 24V DC +10% / -15%.
The power consumption is 8.2 W maximum.
For connection to 230 / 115 VAC an external power supply
(e.g. PR 1624/00) is required.
1.3.5 Failure and excessive stress
If the instrument is suspected of being unsafe, shut it down and protect it against accidental
operation. This is the case when the unit:
• is physically damaged,
• does not function any more,
• is stressed beyond the tolerable limits (e.g. during storage, transport).
1.3.6 Fuse
The instrument has got no fuse to be exchanged. The load cell supply is protected against short circuit
by multifuse elements. If the load cell supply switches off, disconnect the device from power. Search for
the reason and eliminate it. After a cooling down period of about 3 minutes the power can be switched
on again.
1.4 Repair and maintenance
Repairs are subject to checking and can be carried out only at Sartorius Hamburg GmbH, Hamburg. In
case of defect or functional trouble, please, contact your local Sartorius organization for repair. When
returning the instrument for repair, an exact and complete fault description must be supplied.
Maintenance work may be carried out only by a trained technician aware of the involved hazards,
whereby the relevant precautions must be taken.
1.4.1 Soldering work
Carrying out any soldering work on the unit is not allowed, excepting the solder link (see chapter 2.5.1.4
and 2.5.1.5).
1.4.2 Cleaning
If necessary, the front panel can be cleaned using a damp, soft cloth. Use only little water or isopropyl
alcohol for moisturizing.
1.4.3 Disposal
Electronics scrap is special waste.
Please, follow your local disposal regulations.

PR 5210 Operating Manual PR 5210 Transmitter Series
Sartorius 9
2 PR 5210 TRANSMITTER SERIES
2.1 The Transmitter Versions
The transmitters of series 5210 are available in 3 models, a later extension to a different model is not
possible. The respective version is clearly defined by the type number. The front foils are adapted to the
version.
PR 5210/00 PR 5210/10 PR 5210/11
2.1.1 PR 5210/00 Version
This version is the fully equipped model, containing Profibus and Analog Output.
2.1.2 PR 5210/10 Version (without Profibus)
This version has got an Analog Output, but no Profibus connection, the respective menus in the
operating tools are adapted to it.
2.1.3 PR 5210/11 Version (without Analog Output)
This version has got a Profibus connection, but no Analog Output, the respective menus in the
operating tools are adapted to it.

PR 5210 Transmitter Series PR 5210 Operating Manual
10 Sartorius
2.2 Transmitter survey
• EC Type approval for NAWI: PTB D03-09-025
• Accuracy 6000 e @ 6 samples/sec
• Internal resolution 4.8 Mio counts
• Linearity < 0.002% (typ.)
• Sample rate selectable: 6 ... 100/sec
• Digital filter with selectable characteristic
• Interfaces are galvanically isolated
• 3 pairs of programmable limits
• 24 VDC Supply voltage
• Connections are made by 7 plug-in terminal blocks, except Profibus
and RS 232 (RJ-12) connector
• The unit is suitable for snap-in mounting (rail)
• 5 status LEDs for power, communication, error detection
Calibration and configuration of the instrument are menu-guided via
PC or via Profibus commands.
• Calibration by means of weights or by entry of the mV/V values
without additional calculations
• Analog Output 0/4 ... 20 mA, configurable for gross / net
(PR 5210/00 and PR 5210/10 only)
• Analog Output value defined by Profibus (PR 5210/00 only)
• Digital Input 3 channels, galvanically isolated
• Digital Output 3 channels, galvanically isolated
Communication protocols:
• RS 232 for PC
• RS 485/ RS 422 for remote display
• Profibus-DP (PR 5210/00 and PR 5210/11 only)
2.3 Label on the housing
The wiring principle is located at the side of the housing:

PR 5210 Operating Manual PR 5210 Transmitter Series
Sartorius 11
2.4 Housing
To open the housing,
press the four closings
(two on each side).
During assembly, take
care of the earth
connection in the bottom
of the housing.

PR 5210 Transmitter Series PR 5210 Operating Manual
12 Sartorius
2.5 Connections
2.5.1 Load cell connection
The cable colours shown in this chapter are of Sartorius load cells series PR 62XX. Before
connection of other types, carefully read the instructions concerning cable colours of the
load cell / platform.
2.5.1.1 Connection in 6-wire technique
See label on the housing (chapter 2.3) and the documentation for the cable junction box.
terminal description
SIGN. M+
SIGN. M-
SENSE S+
SENSE S-
LC SUPPLY V+
LC SUPPLY V-
+ signal / + LC output
- signal / - LC output
+ sense
- sense
+ supply / + excitation
- supply / - excitation
Recommendation: - lay in steel tubes connected to earth potential
- min. 1 m distance to power cables
Load cell supply circuit:
The voltage for load cell supply is firmly adjusted to 12 VDC and protected by multifuse
elements (see chapter 1.3.6)
Load cell resistance > 75 Ohm; e.g. 8 load cells, each with 650 Ohm
2.5.1.2 Connection of one load cell in 4-wire technique
Pay attention, that SENSE S+ has to be connected to LC SUPPLY V+ and
SENSE S- has to be connected to LC SUPPLY V- directly at the transmitter.
terminal description
SIGN. M+
SIGN. M-
SENSE S+
SENSE S-
LC SUPPLY V+
LC SUPPLY V-
+ signal / + LC output
- signal / - LC output
+ sense
- sense
+ supply / + excitation
- supply / - excitation

PR 5210 Operating Manual PR 5210 Transmitter Series
Sartorius 13
2.5.1.3 Connection of PR 6221 load cells
Please refer to the instruction manual PR 6021/08, -/68.
2.5.1.4 External load cell supply
If an external load cell supply is used, the solder jumper J403 on the power supply board has to be
closed. (Factory setting: closed.) The common line of the symmetrical external supply has to be
connected to the same terminal at PR 5210 as the screen of the load cell / extension cable.
For connection of external
supply the solder jumper
J403 has to be closed
Specification external supply: 6 VDC + 5 %, - 30 %; ripple max. 50 mVpp; asymmetry max. +/- 3%.
2.5.1.5 Connection via PR 1626/60
If the PR 1626/60 is used, the solder jumper J403 on the power supply board has to be closed. (Factory
setting: closed.) The connection to the PR 1626/60 has to be done as follows, for general connections
please refer to the PR 1626/60 manual.
For connection via
PR 1626/60 the solder jumper
J403 has to be closed
If the PR 16126/ 60 has to be
used with MX 8 : closed,
please contact
Sartorius Hamburg technical
support for further INFO!

PR 5210 Transmitter Series PR 5210 Operating Manual
14 Sartorius
2.5.2 RS 232 Interface
The configuration and calibration can be carried out from the PC program (Windows 98, NT, 2000 or
XP) via the RS 232 Interface.
Connecting method: Western Modular RJ-12 No. of channels: 1
Type: RS 232 full duplex Speed: 9600 bits/sec
Data bits: 8 bit Parity: None
Stop bits 1
PC Cable (Standard): Standard Cable length: 2.0 m
2.5.3 RS 485 / 422 Interface
The RS 485 / 422 Interface is used to connect a remote display PR 1627, the remote terminal PR 1628
or PC.
Connecting method: 4-pin plug-in terminal block
No. of channels: 1 RS 422/485
Type: full duplex
Speed: 300, 600, 1200, 2400, 4800, <9600>, 19200 Bits/s
Bits / Stopbits: <8 / 1> or 7 / 1
Parity: <even>, <none>
Signals RS 422/485: RxA, RxB, TxA, TxB
Potential isolation: yes
Cable length: max. 1000m
Cable type: twisted pairs, screened (e.g. LifYCY 2x2x0.20)
<...> = default values (factory settings)
The RS422-transmitter (Tx) have an internal terminal resistance of 120 Ohm.
The RS422-receiver (Rx) have an internal terminal resistance of 120 Ohm and 1,6 kOhm
to the internal bus supply voltage. (+ at RxA - at RxB)
Connection remote display PR 1627 or remote terminal PR 1628/00, -/60 or -/24
(with PR 1604 Interface)
From the connected terminal / display the
following operations are possible via
pushbuttons:
Test
Set tare
Reset tare
Set zero

PR 5210 Operating Manual PR 5210 Transmitter Series
Sartorius 15
2.5.4 Analog output (PR 5210/00 and PR 5210/10 only)
Connecting method: 4-pin plug-in terminal block
Number of outputs: 1 current output, output
voltage by use of external
resistor
Output: Gross, net weight or via
profibus
Range: 0/4 ... 20mA, configurable via
setup
Resolution: e.g. 0 - 20 mA in max. 40.000
parts
Linearity error: @ 0 - 20mA: <0.05 %
@ 4 - 20 mA: 0.025 %
Temperature error: < 100 ppm/K
Error on zero < 0.05 %
Error on FSD: < 0.1 %
Load: 0 ... 500 Ohm max.
Protected against short
circ.:
yes
Potential isolation: yes
Cable length (screened): 150 m (current output)
0/4 ... 20mA
Analog signal,
current output.
The current is
supplied directly from
the terminals.
0 ... 10V
Analog signal,
voltage output.
The voltage level corresponds
to the voltage drop at the
500 Ohm (10 ppm/K) resistor.

PR 5210 Transmitter Series PR 5210 Operating Manual
16 Sartorius
2.5.5 3 Opto inputs
The optocoupler inputs have one common potential (GND) for the input group, separated from the
common potential of the output group.
Connecting method: 4-pin plug-in terminal block
Number of inputs: 3
Input signal: External supply required
10 ... 30 VDC for 'high'
0 ... 5 VDC for 'low'
Input voltage Max. 30 VDC
Input current: < 11 mA @ 24 VDC
< 5 mA @ 12 VDC
Potential isolation: Yes, 3 inputs have got 1
common minus potential
2.5.6 3 Opto outputs
The optocoupler outputs have one common potential (GND) of the output group, separated from the
common potential of the input group.
Connecting method: 4-pin plug-in terminal block
Number of outputs: 3
Output signal: External supply required
Output current: Max. 30 mA
Output voltage: Max. switching voltage: 30 V
Potential isolation: Yes, 3 outputs have got 1
common minus potential
2.5.7 Profibus (PR 5210/00 and PR 5210/11 only)
The profibus connection is done via the 9 pole female connector on the front.
Transmitter is the only
or the last slave on the bus
Transmitter is not the only /
not the last slave on the bus PIN Signal
3
4
5
6
8
RxD/TxD-P
CNTR-P
DGND
VP
RxD/TxD-N

PR 5210 Operating Manual Operating Elements
Sartorius 17
3 OPERATING ELEMENTS
3.1 Status LEDS
The instrument has got 5 green LEDs to display the operating or error status.
Power, Profibus
Power on Profibus
activity*
Profibus
conn. not
established
on
on Flash. 1Hz
* The LED for profibus activity (PR 5210/00 and PR 5210/11) is activated if a connection has been
established. It remains on, even if the communication is not running or the physical connection is
interrupted!
Weight status indication:
Standstill Center zero Below zero
or above FSD
on
on
on
Weight error status:
Error 1
Arithmetic
Error 7
(negative)
Error 2
Overload
Error 3
(> 36 mV)
Error 6
Sense control
Flash. 1Hz Flash. 1Hz Altern. flash 1 Hz
Flash. 1Hz Flash. 1Hz Altern. flash 1 Hz
Flash. 1Hz Flash. 1Hz Flash. 1Hz Flash. 1Hz Altern. flash 1 Hz

Operating Elements PR 5210 Operating Manual
18 Sartorius
3.2 CAL Switch
The CAL switch is used to protect the calibration data / parameters from unauthorized access.
If the CAL switch is in the position 'open', the calibration data and parameters can be altered via the
PC program or via the Profibus connection.
If the CAL switch is in the position 'locked', the calibration data (e.g. deadload, span) and the
calibration parameters (e.g. measure time, zerotracking etc.) cannot be altered.
For 'legal for trade' (W&M) applications the CAL switch has to be closed and the cover has to be
sealed.
3.2.1 Factory settings
Calibration data <default> Calibration parameters <default>
Full scale (FSD) <3000> <Kg> Measuring time (M) <320>ms
Step width <1> Measuring rate <160>ms
Deadload <0.000000>mV/V Standstill time <1>M
Span <1.000000>mV/V Standstill range <1.00>d
Standstill timeout <8>M
Calibration parameters <default> Testmode <absolute>
Overload (range above FSD) <9>d Zeroset range <50.00>d
* W&M mode <off> Zerotrack range <0.25>d
Filter <off> Zerotrack step <0.25>d
Frequency <1.56 Hz> Zerotrack repeat <0>M
* The W&M parameter has to be set to 'on' or 'off' before entering calibration data, see chapter 4.7.2.5.
At delivery the calibration data and parameters are set to default (factory settings).
If a new calibration is started, the calibration data are set to default (The parameters remain
unchanged).
Calibration data and parameters are stored in EAROM and kept in case of power failure or if the
instrument is disconnected from power supply.

PR 5210 Operating Manual Setup and Configuration
Sartorius 19
4 SETUP AND CONFIGURATION
4.1 General
All setup and configuration will be done with the windows PC program ' PR 5210-WIN Configurator
03.00 Setup.exe '.
Via the profibus interface an additional access to each parameter is possible.
4.2 Installation Windows tool
The Windows tool to operate/configure the transmitter is contained on the CD-ROM,
it can run under Windows 98, -NT, – 2000 or – XP.
ySwitch off the PC and connect the RS 232 cable from transmitter (RJ-12) to a free
COM port (e.g. COM1) with the DB9-f plug
yStart the PC
yEnsure that the necessary administrator rights are given to install executable
programs
yStart the program PR 5210-WIN Configurator 03.00 Setup.exe
yFollow the instructions given
ySelect the destination directory (e.g. C:\Programs\Sartorius\PR 5210)
yAfter successful installation the message: Installation finished will appear
yStart the program in the previously defined directory: ConfigureIt!.exe
yThe program will automatically look for the COM port where the PR 5210 is
connected to
The following mask will appear:

Setup and Configuration PR 5210 Operating Manual
20 Sartorius
4.3 Load and store setup and configuration
4.3.1 Data in the PR5210
The current data can be loaded from the PR5210 to the configurations-tool, edited and save back to
the PR5210.
In the menu 'ADU' and 'Parameter' the data sets
can be loaded and stored.
Each time all data are loaded or stored.
If the data are changed, the program asks when a page is changed or the program will be quit, if the
changes should be stored or abouted.
If an access code is set, it will be asked now.
4.3.2 Archive data in the PC
The actual data set in the configuration tool could be stored as a file on the PC and reloaded again. So,
all configuration data could be archived on the PC.
Load Dataset Load the default values (factory delivery) contained in the file DEFAULT.DAT for
the WIN tool. The default dataset cannot be overwritten. If a new configuration
has to be stored, change the name.
Save Dataset Store the modified data under a name different from DEFAULT.DAT
4.4 Print data set
Print Dataset The current calibration data and all parameters are printed on the printer
assigned as standard printer. See example in chapter 8.4.