KROHNE OPTIFLEX 2200 C/F Wiring diagram

Guided Radar (TDR) Level Transmitter for storage and
process applications
Description of PROFIBUS PA interface
Description of PROFIBUS PA interfaceDescription of PROFIBUS PA interface
Description of PROFIBUS PA interface
The documentation is only complete when it is used in combination with the relevant
documentation of the level transmitter.
OPTIFLEX 2200 C/F
OPTIFLEX 2200 C/FOPTIFLEX 2200 C/F
OPTIFLEX 2200 C/F Supplementary Instructions
Supplementary InstructionsSupplementary Instructions
Supplementary Instructions
© KROHNE 11/2015 - 4003066803 - MA OPTIFLEX2200C-PA-R03-en-AD

CONTENTS
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OPTIFLEX 2200 C/F
1 Safety instructions 3
1.1 Installation........................................................................................................................ 3
1.2 Scope of the document..................................................................................................... 3
1.3 Scope of delivery............................................................................................................... 3
2 PROFIBUS PA 4
2.1 Software history ............................................................................................................... 4
2.2 Device description ............................................................................................................ 4
2.3 Function blocks and the PROFIBUS PA Profile ............................................................... 5
2.4 Technical data................................................................................................................... 6
3 Electrical connection 7
3.1 Topology of a PROFIBUS PA network .............................................................................. 7
3.2 Electrical connection for signal converter....................................................................... 8
4 Commissioning / Operation 10
4.1 Hardware settings ..........................................................................................................10
4.2 GSD files ......................................................................................................................... 12
4.3 Ident. Number ................................................................................................................ 12
4.4 Configuration of cyclic data transfer.............................................................................. 14
4.5 Cyclic data....................................................................................................................... 15
4.5.1 Input data .............................................................................................................................. 15
4.6 Diagnosis ........................................................................................................................ 20

SAFETY INSTRUCTIONS 1
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1.1 Installation
Install the GSD files in your system. If it is necessary to use a DD-based system to change the
device settings, install the DD files. If it is necessary to use an FDT-based system to change the
device settings, install the DTM files.
The software, files and installation instructions are given on the DVD-ROM supplied with the
device. You can download the latest version of the software from our website. For more data,
refer to the “readme.txt”files.
1.2 Scope of the document
These instructions are supplementary to the standard product documentation of the signal
converter. The details described herein, in particular the safety information, are valid and shall
be adhered to. The present supplementary instructions provide additional information for the
device when it is connected to a PROFIBUS network.
1.3 Scope of delivery
A device for PROFIBUS communication is supplied with:
Supplementary instructions for the PROFIBUS PA interface (this document)
INFORMATION!
The information in this document only contains the data applicable to the PROFIBUS module.
The technical data in the signal converter Handbook is valid in its current version, provided that it
is not rendered invalid or replaced by these supplementary instructions.

2 PROFIBUS PA
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2.1 Software history
Electronic revision
Software revision
2.2 Device description
This device is a 2-wire level transmitter that uses TDR (Time Domain Reflectometry) / Guided
Radar technology. It measures the distance of liquids, liquid gases, pastes, powders, slurries
and granular products.
The level transmitter has an MBP (Manchester-coded, bus-powered) interface to connect the
device to a PROFIBUS PA network, when equipped with the appropriate options.
The level transmitter is approved for use in potentially explosive atmospheres when equipped
with the appropriate options.
Issued Electronic
revision
Hardware Document
revision
Mth./
year
Signal converter Sensor HMI (LCD display
option)
04/14 1.00.00 PROFIBUS PA
module Ident. No.
0x4550
(4001858601d)
4000357001v 4000487601p R01R02 1
11/14 1.00.00 PROFIBUS PA
module Ident. No.
0x4550
(4001858601e)
4000357001v 4000487601p R03 1
1Supplementary Instructions: Description of PROFIBUS PA interface
Issued Firmware
revision
Document
revision
Application program System integration
Mth./
year
Hardware Software Driver Version Model
name
04/14
11/14
08/15
2.42.0.46
2.42.0.46
2.42.48
R01
R02
R03 1
Simatic
PCS7 2
HW Config
3GSD (device
specific) KR014550 .GSD OPTIFLEX 2200
GSD (profile
specific) PA139700 .GSD AI 1 (Phy MBP)
Laptop / PC PDM
(≥6.0 SP5) DD (Ident.-No.)
Pactware DTM ≥1.0.0
1Supplementary Instructions: Description of PROFIBUS PA interface
2Use this hardware or an SPS made by a different manufacturer
3Use this software or a software made by a different SPS manufacturer

PROFIBUS PA 2
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2.3 Function blocks and the PROFIBUS PA Profile
The Analog Input Function Block agrees with PROFIBUS PA Profile 3.02. The Analog Input
Function Block is the data interface to a process control system (a PLC, ...). The control system
(cyclic communication services) can read data.
The device has these blocks:
The level transmitter is a modular device with 4 slots. Each Analog Input Function Block uses
one slot (as a virtual module). The user cannot change this setting. But the user can change the
measurement name and unit for each Function Block. Refer to the table that follows:
If you change device-specific parameters, we recommend that you set device and system length
units to millmetres (mm). New settings are rejected if system length units and device length
units are different.
INFORMATION!
The PROFIBUS PA Profile 3.02 has a standard set of parameters and functions available for
PROFIBUS devices used in process control. The PROFIBUS device is a function block application
in which parameters and functions are grouped into different blocks.
Block Usage
1 Physical Block (PB) contains identification and diagnosis parameters of the device
1 Transducer Block contains parameters and functions to control the level measurement
4 Analog Input Function Blocks
(AI-FB) contains parameters and functions to control the measuring output; provides the measuring value(s)
INFORMATION!
If it is necessary to change the measurement name, change the channel parameter in the acyclic
PROFIBUS services.
Slot Module
type
Measurement name
(default setting)
Unit
(default setting)
1AI-FB Level mm
2AI-FB Distance mm
3AI-FB Conversion L
4AI-FB Conversion Distance L

2 PROFIBUS PA
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2.4 Technical data
Hardware
Type PROFIBUS MBP interface. This interface agrees with IEC 61158-2 (bit rate
31.25 kbit/s);
voltage mode (MBP = Manchester-Coded, Bus-Powered)
Device power supply 9...32 V - bus powered; no additional power supply required
Polarity sensitivity No
Base current 14 mA
FDE Yes. The Fault Disconnection Electronics (FDE) operates independently.
Max. error current 20.5 mA
Start current after 10 ms Lower than base current
Software
Supported GSD KR014550.GSD
PA139700.GSD
Device profile PROFIBUS PA Profile V3.02; conformance class B, compact
Address setting Default: 126
Hardware DIP switch: 0…125
PROFIBUS service Set_Slave_Add: 0...125
Factory_Reset=2712: 126
Write protection Password
SAPs 3 × MS2 SAPs –the number of MS2 Service Access Points is usually equal to
the maximum number of master class 2 tools
Function blocks 1 Physical Block
1 Transducer Block
4 Analog Input Function Blocks

ELECTRICAL CONNECTION 3
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3.1 Topology of a PROFIBUS PA network
The following diagram shows a typical network configuration with PROFIBUS PA devices in
hazardous and non-hazardous areas, as well as the connection of conventional non-PROFIBUS
devices (e.g. with 4 …20 mA signals) to a PROFIBUS network.
The PROFIBUS PA segment is connected to a segment coupler which, among other things,
provides the conversion to the PROFIBUS DP bus line. In addition it provides the power supply for
bus–powered PROFIBUS PA devices. Refer to the instruction manual of the segment coupler
concerning the DP bus parameters, e.g. the supported baud rates.
Refer also to the PROFIBUS PA User and Installation Guideline (Version 2.2, February 2003 PNO
Order No. 2.092).
Figure 3-1: PROFIBUS PA network
1 Control system (PLC); class 1 master
2 Engineering or operation control tool; class 2 master
3 PROFIBUS DP network with max. 12 Mbit/s
4 PROFIBUS PA segment coupler DP / PA
5 PROFIBUS PA network with 31.25 kbit/s
6 HART
®
device
7 More devices with 4…20 mA
8 Analogue I/O module

3 ELECTRICAL CONNECTION
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3.2 Electrical connection for signal converter
Bus cable - Shielding and grounding
The statements of the FISCO model only apply if the used bus cable meets the required
specifications.
In order to ensure optimum electromagnetic compatibility of systems it is important that the
system components, and in particular the bus cables, are shielded. Gaps in the shields must be
as small as possible.
Use the shortest possible length of shield wire to connect the electrical cable to the grounding
terminal.
INFORMATION!
The PROFIBUS PA interface of the signal converter will operate only if the power supply is
connected/available. The device terminal is not sensitive to electrical polarity.
Figure 3-2: Electrical installation: terminals
1 Power supply / communication terminal
2 Power supply / communication terminal
3 Grounding terminal (converter electronics)
Figure 3-3: Shielded system components
1 PROFIBUS DP
2 Linking device / barrier
3 Bus-powered device
4 PROFIBUS PA (2-wire / shielded system)

ELECTRICAL CONNECTION 3
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We recommend that you connect the two ends of the shield wire insulation (between the device
and the control system) to ground (PE), as given in the fieldbus specifications. If the ground (zero
potential) for the device and the control system are different, connect the supplied capacitor to
the grounding terminal on the device housing. For more data, refer to the procedure that
follows.
Equipment needed
•Device
•Handbook
•Capacitor (supplied in a transparent plastic bag with the device)
•T10 Torx wrench (not supplied)
•Small slotted-tip screwdriver (not supplied)
• Remove the terminal compartment cover.
• Remove the capacitor from the transparent plastic bag.
• Connect the capacitor to the grounding terminal 1. Tighten the terminal screw with a T10
Torx wrench.
• Use a small slotted-tip screwdriver to connect one end of the shield wire insulation to the
capacitor.
iEnd of the procedure.
Procedure: How to connect the shield wire insulation if zero potential (PE) for the
device and the control system are different
Figure 3-4: Procedure: How to connect the shield wire insulation if zero potential (PE) for the device and the control
system are different
1 Grounding terminal (housing)
2 Capacitor (supplied in a plastic transparent bag with the device)
3 Grounding terminal (converter electronics) –DO NOT USE

4 COMMISSIONING / OPERATION
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4.1 Hardware settings
There is a DIP switch block with 8 switches on the level transmitter module to set the PROFIBUS
device address and prevent changes to the station address from the network.
Figure 4-1: How to use the DIP switches to change the station address
1 Hardware DIP switch
OFF: The user can set the station address with the network bus
ON: The user can set the address of the device with the 7 other DIP swtiches (item 2). You cannot use the network bus
or the local display to change the station address.
2 7 "Station Address" DIP switches. Each DIP switch is a bit position (bits 0...6). Bit 0 is on the left side of the switch
block.The base 10 value of each bit is given in the table that follows. This data is used to calculate the "Station Address"
number.
OFF: binary number "0".
ON: binary number "1".
INFORMATION!
If the Hardware DIP switch is set to "ON", the hardware is locked and you cannot use the network
bus to change the station address.