Siemens SITRANS F Series, SITRANS FCT030 Function Manual

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Page 1

SITRANS F

Coriolis Flowmeters FCT030 Profibus (From firmware

4.0)

Introduction

Function Manual

Communication

Cable specifications

Definitions

06/2018

A5E39931906-AB

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Legal information Warning notice system

This manual contains notices you have to observe in order to ensure your personal safety, as well as to prevent damage to property. The notices referring to your personal safety are highlighted in the manual by a safety alert symbol, notices referring only to property damage have no safety alert symbol. These notices shown below are graded according to the degree of danger.

DANGER

indicates that death or severe personal injury will result if proper precautions are not taken.

WARNING

indicates that death or severe personal injury may result if proper precautions are not taken.

CAUTION

indicates that minor personal injury can result if proper precautions are not taken.

NOTICE indicates that property damage can result if proper precautions are not taken.

If more than one degree of danger is present, the warning notice representing the highest degree of danger will be used. A notice warning of injury to persons with a safety alert symbol may also include a warning relating to property damage.

Qualified Personnel

The product/system described in this documentation may be operated only by personnel qualified for the specific task in accordance with the relevant documentation, in particular its warning notices and safety instructions. Qualified personnel are those who, based on their training and experience, are capable of identifying risks and avoiding potential hazards when working with these products/systems.

Proper use of Siemens products

Note the following:

WARNING

Siemens products may only be used for the applications described in the catalog and in the relevant technical documentation. If products and components from other manufacturers are used, these must be recommended or approved by Siemens. Proper transport, storage, installation, assembly, commissioning, operation and maintenance are required to ensure that the products operate safely and without any problems. The permissible ambient conditions must be complied with. The information in the relevant documentation must be observed.

Trademarks

All names identified by ® are registered trademarks of Siemens AG. The remaining trademarks in this publication may be trademarks whose use by third parties for their own purposes could violate the rights of the owner.

Disclaimer of Liability

We have reviewed the contents of this publication to ensure consistency with the hardware and software described. Since variance cannot be precluded entirely, we cannot guarantee full consistency. However, the information in this publication is reviewed regularly and any necessary corrections are included in subsequent editions.

Siemens AG Division Process Industries and Drives Postfach 48 48 90026 NÜRNBERG GERMANY

Document order number: A5E39931906 Ⓟ 05/2018 Subject to change

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1 Introduction...................................................................................................................................................5

1.1 Purpose of this documentation.................................................................................................5

1.2 Document history.....................................................................................................................5

1.3 Product compatibility................................................................................................................6

2 Communication.............................................................................................................................................7

2.1 Features...................................................................................................................................7

2.2 Installation in hazardous area..................................................................................................7

2.3 Profibus....................................................................................................................................7

2.4 Wall mount housing transmitter exploded view........................................................................9

2.5 Changing Profibus termination at the transmitter cassette....................................................10

2.6 Connecting the Profibus (CH1)..............................................................................................12

2.7 Installation check....................................................................................................................13

2.8 Cyclic services.......................................................................................................................14

2.9 Cyclic data exchange.............................................................................................................15

2.10 Acyclic communication...........................................................................................................26

2.11 Access Control.......................................................................................................................63

2.12 Alarm, error, and system messages......................................................................................64

2.12.1 Introduction............................................................................................................................64

2.12.2 Diagnosis Response..............................................................................................................64

3 Cable specifications....................................................................................................................................67

4 Definitions...................................................................................................................................................69

Index...........................................................................................................................................................73

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Table of contents

FCT030 Profibus (From firmware 4.0)

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Introduction

1.1 Purpose of this documentation

This manual contains all information needed to integrate the process instruments into a communications network. The manual is aimed at control system designers, system integrators, instrument engineers.

In order to operate safety and for more detailed information you need the product specific manual. Available for download from Flow documentation (http://www.siemens.com/

flowdocumentation).

This manual applies to the SITRANS FCT030 transmitter Profibus DP/PA version only. The FCT030 transmitter can be used in combination with the following sensors:

Mass 2100

FC300

FCS400 and FCS300

In order to operate a Coriolis flow meter, you also need Operating Instructions. See Flow documentation (http://www.siemens.com/flowdocumentation)

1.2 Document history

The following table shows major changes in the documentation compared to the previous edition.

The most important changes in the documentation when compared with the respective previous edition are given in the following table.

Edition Note 06/2018 Second edition

06/2017 First edition

Use the device to measure process medium in accordance with the information in the Operating Instructions.

Note Use in a domestic environment

This Class A Group 1 equipment is intended for use in industrial areas.

In a domestic environment this device may cause radio interference.

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Introduction

1.3 Product compatibility

Edition Remarks Product compatibility Compatibility of device integration package 06/2017 First revision HW revision 03

Compact FW revision 4.xx.xx-xx Remote FW revision 4.xx.xx-xx

05/2015 Aerated Flow

parameters added

05/2014 Description of

new parame‐ ters for spare part replace‐ ment

12/2013 Various LUI

functions, for example wiz‐ ards Various transmitter functionalities

06/2012 CT chapter in‐

cluded

03/2012 First edition HW revision 01

HW revision 02 Compact FW revision

3.02.02-01 Remote FW revision 2.02.02-01

HW revision 02 Compact FW revision 3.02.01 Remote FW revision 2.02.01

HW revision 02 Compact FW revision 3.02.00 Remote FW revision2.02.00

HW revision 01 Compact FW revision

3.00.00-10 Remote FW revision2.00.00-30

Compact FW revision 2.00.0x Remote FW revision

2.00.0x

Service channel: SIMATIC V8.2 Service Pack 1 or later

Modbus: SIMATIC V8.2 Serv‐ ice Pack 1 or later

HART: SIMATIC V8.2 Serv‐ ice Pack 1 or later

HART: SITRANS DTM V4.1 5.00.xx-xx HART: AMS Device manager

V12 PROFIBUS: SIMATIC V8.2

Service Pack 1 or later PROFIBUS : SITRANS DTM

V4.1 SIMATIC PDM HART 4.00.00-00 SIMATIC PDM Service chan‐

nel AMS Device Manager HART 4.00.00-02 SITRANS DTM HART 4.00.00-00 375 Field Communicator

HART SIMATIC PDMAMS Device

ManagerSITRANS DTM375 Field Communicator

SIMATIC PDMAMS Device ManagerSITRANS DTM375 Field Communicator

SIMATIC PDM EDD Version 1.00.00

5.00.xx-xx

1.00.xx-xx

4.00.00-00

4.00.00-02

3.00.00-00

EDD Version 2.00.00

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Communication

2.1 Features

The device provides the following features:

● PROFIBUS DP communication up to 12 Mbit/s

● Automatic baud rate adaption

● PROFIBUS PA communication

● Automatic baud rate adaption

● Cyclic communication

● Acyclic communication to SIMATIC S7 or other PLCs

● Acyclic communication to SIMATIC PDM or other parameterization tools

● Support of high availability systems like SIMATIC S7 H

● Support of PROFIBUS PA Profile for Process Control Devices V4.0 and V3

● Automatic GSD adaption

● Support of up to 15 modules (process values and control values), in cyclic communication

● PROFIBUS clock synchronization by master

2.2 Installation in hazardous area

The PROFIBUS DP module is not allowed for use in hazardous areas.

The PROFIBUS PA module is allowed for use in hazardous areas.

2.3 Profibus

The transmitter has a modular design with discrete, replaceable electronic modules and connection boards to maintain separation between functions and facilitate field service. All modules are fully traceable and their provenance is included in the transmitter setup.

The bus termination can be activated via a switch internal in the transmitter. The bus termination switch is set to off by default. If the internal switch is not used for termination an external separate bus terminator must be installed. The internal switch is located to on the transmitter PCBA module (9)

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/

Communication

2.3 Profibus

Transmitter exploded view

① Display cover ⑫ Transmitter housing ② Local display (HMI) ⑬ Terminal space ③ Connector for HMI ⑭ Power supply terminal protection cover ④ SD card (SensorFlash) ⑮ Lid for terminal connections ⑤ DIP switch (for custody transfer) ⑯ Wiring tool ⑥ DIP switch (for HART) ⑰ I/O cassette (optional) ⑦ HMI port ⑱ I/O configuration keys (optional) ⑧ USB service port ⑲a M12 socket ⑨ Transmitter cassette ⑲b Terminal housing ⑩ Heatsink cover for power supply module ⑳a Sensor module (compact version) ⑪ Cable entry ⑳b Sensor module (remote version)

Figure 2-1 Transmitter exploded view

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

































2.4 Wall mount housing transmitter exploded view

Communication

① Display glass with retaining ring ⑩ Foam bottom ② Power supply module (complete) ⑪ Hinge pin ③ SensorFlash (SD card) ⑫ Housing ④ Transmitter cassette ⑬ Ground connect set ⑤ IO cassette ⑭ Backplane module ⑥ HMI module ⑮ Power supply connector cover ⑦ Foam top ⑯ Front cover enclosure ⑧ Foam plugs ⑰ Front cover mounting screws ⑨ Sensor module (analog version)

Barrier module (digital version)

Figure 2-2 Wall mount housing transmitter exploded view

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Communication

2.5 Changing Profibus termination at the transmitter cassette

To change the termination of the Profibus, it is required to remove the transmitter module out of the transmitter. This can be done following below instructions.

1. Isolate the device from power.

2. Using tool no. 9, unscrew the locking screw of the display and remove the display lid using tool no. 3 as a wrench bar if necessary.

3. Carefully remove display and cable plug.

Note

Use a screwdriver, tool no. 11, to release the display as shown in photo below.

The display is held in place with three clips.

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Communication

2.5 Changing Profibus termination at the transmitter cassette

4. Remove the screw holding the transmitter cassette. Pull out the transmitter cassette.

5. Changing termination at the transmitter cassette, by changing the position of the dip

switches as below. All off: no termination All on: termination activated

6. Reinstall the transmitter cassette.

Reinstall the display and display cable, incl. the O-ring. Mount the O-ring by pulling it over the display lid.

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







Communication

2.6 Connecting the Profibus (CH1)

Return the device to operation

1. Restore power to the device.

2. Check that the device starts up as expected. If possible watch the display during startup and observe the device versions for consistency.

2.6 Connecting the Profibus (CH1)

WARNING

Passive channels only

Channel 1 power supply must be separated from that for channels 2 to 4.

Signal return (or common) can be joined.

1. Remove cap and ferrule from cable gland and slide onto cable.

2. Push cable through open gland and cable path.

3. Restore ferrule and tighten cap to lightly hold cable in place.

4. Signal cable screen is folded back over outer sheath and grounded beneath cable clamp.

5. Connect wires to terminals using wiring tool, field mount transmitter

PROFIBUS DP/PA

④ In + (B) ⑤ In - (A) ⑥ Out + (B) ⑦ Out - (A)

Functional Earth

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6. Connect wires to terminals using wiring tool, wall mount transmitter.

















PROFIBUS DP/PA

④ In + (B) ⑤ In - (A) ⑥ Out + (B) ⑦ Out - (A)

7. Tighten cable gland.

Communication

2.7 Installation check

● Make sure the installation guidelines provided by the "Wiring & Installation Application

Guide" on Profibus Installation guide (http://www.profibus.com/download/installation-

guide/) are followed.

● Make sure the wiring requirements for the device are met.

● Make sure all connectors are properly tightened.

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Communication

2.8 Cyclic services

Below is an overview of which cyclic services and parameter update time the device provides. Input (Master view) is defined as values from the flowmeter to the master. Output (Master view) is defined as values from the master to the flowmeter. Update time is the interval the flowmeter updates the parameters.

Parameter name Update time Input (Master view) Mass flow 10 msec

Output (Master view) Dosing control:

Density 10 msec Medium temperature 30 msec Totalizer 1 (single and double preci‐

sion) Totalizer 2 (single and double preci‐

sion) Fractional flow A 10 msec Fractional flow B 30 msec Fractional flow % A 30 msec Fractional flow % B 30 msec Standard volume flow 10 msec Frame temperature 30 msec Totalizer 3 (single and double preci‐

sion) Control status:

● Zero point adjustment active

● Outputs forced

● Process values frozen Dosing:

● Dosing amount done

● Dosing status

● Dosing output (analogue / discrete)

● Start

● Stop

● Pause

● Resume

● Clean

Start zero point adjustment Force / unforce outputs Freeze / unfreeze process values Control totalizer 1 Control totalizer 2 Control totalizer 3

10 msec

30 msec

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Communication

2.9 Cyclic data exchange

A central controller that cyclically exchanges data with slave devices on a PROFIBUS network is called a Master class 1 device. A GSD file is normally used when setting up the master to exchange data with the slave device. The order of the data in the cyclic message is the same as the order in the GSD file.

Each device supports three different GSD files. The manufacturer specific and the manufacturer independent Profile 3 GSD-files are described in the following.

Supported GSD files

The DP/ PA version of the SITRANS FCT030 supports the following GSD files

DP version PA version GSD Description GSD Description

si0181CB.gsd SITRANS FC330 / FC430 /

FCT030 manufacturer specif‐

ic GSD for DP si018127.gsd SITRANS FC MASS6000 DP si018128.gsd SITRANS FC MASS6000 PA pa05B333.gsd PA Profile 4 Specific GSD for

Coriolis flow devices DP

(Mass flow, Density, Medium

temperature, Totalizer 1 -

Mass) pa039700.gsd PA Profile 3 Specific GSD (1

Analog Input, DP) pa039701.gsd PA Profile 3 Specific GSD (2

Analog Inputs, DP) pa039702.gsd PA Profile 3 Specific GSD (3

Analog Inputs, 1 Totalizer,

DP) pa039742.gsd PA Profile 3 Specific GSD (3

Analog Inputs, 1 Totalizer,

DP)

si0181CC.gsd SITRANS FC330 / FC430 /

FCT030 manufacturer specif‐ ic GSD for PA

pa15B333.gsd PA Profile 4 Specific GSD for

Coriolis flow devices PA(Mass flow, Density, Medi‐ um temperature, Totalizer 1 Mass)

pa139700.gsd PA Profile 3 Specific GSD (1

Analog Input, PA)

pa039701.gsd PA Profile 3 Specific GSD (2

Analog Inputs, DP)

pa039702.gsd PA Profile 3 Specific GSD (3

Analog Inputs, 1 Totalizer, DP)

pa039742.gsd PA Profile 3 Specific GSD (3

Analog Inputs, 1 Totalizer, DP)

Modules for cyclic data exchange, Manufacturer specific GSD

Table 2-1 Manufacturer specific GSD

Slot Module Description

Input (from device to master)

1 Mass Flow Byte 0....3

Byte 4

2 Density Byte 0....3

Byte 4

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Output (from master to device)

Mass flow Mass Flow status Density Density Status

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Communication

2.9 Cyclic data exchange

Slot Module Description

Input (from device to master)

3 Medium Temperature Byte 0....3

Byte 4

Output (from master to device)

Medium temperature Medium temperature sta‐

tus

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Slot Module Description

Input (from device to master)

4 Totalizer 1 - selectable modules

Mass flow totalized:

Mass total Byte 0....3

Byte 4

Mass total set Byte 0....3

Byte 4

Mass total (high res) Byte 0....7

Byte 8

Mass total set (high res) Byte 0....7

Byte 8

Volumen flow totalized:

Volumen total Byte 0....3

Byte 4

Volumen total set Byte 0....3

Byte 4

Volumen total (high res) Byte 0....7

Byte 8

Volumen total set (high res)

Standard volume totalized:

Standard volumen total Byte 0....3

Standard volumen total set

Standard volumen total (high res)

Byte 0....7

Byte 8

Byte 4

Byte 0....3

Byte 4

Byte 0....7

Byte 8

Output (from master to device)

Mass total (float 32) Mass total status Mass total (float 32)

Mass total status

Mass total (float 64) Mass total status Mass total (float 64)

Mass total status

Volumen total (float 32) Volumen total status

Volumen total (float 32)

Volumen total status

Volumen total (float 64) Volumen total status Volumen total (float 64)

Volumen total status

Standard volumen total (float 32)

Standard volumen total status

Standard volumen total (float 32)

Standard volumen total status

Standard volumen total (float 64)

Standard volumen total status

Communication

2.9 Cyclic data exchange

Byte 0

1: Reset 2: Preset 3: Hold 4: Totalize

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Communication

2.9 Cyclic data exchange

Slot Module Description

Input (from device to master)

Standard volumen total set (high res)

Fraction A flow totalized:

Fraction A total Byte 0....3

Fraction A total set Byte 0....3

Fraction A total (high res) Byte 0....7

Fraction A total set (high res)

Fraction B flow totalized:

Fraction B total Byte 0....3

Fraction B total set Byte 0....3

Fraction B total (high res) Byte 0....7

Fraction B total set (high res)

5 Totalizer 2 (see slot 4 for configuration)

6 Volumen flow Byte 0....3

7 Fraction A flow Byte 0....3

8 Fraction B flow Byte 0....3

9 Fraction A flow % Byte 0....3

Byte 0....7

Byte 8

Byte 4

Byte 8

Byte 0....7

Byte 8

Byte 4

Byte 8

Byte 0....7

Byte 8

Byte 4

Output (from master to device)

Standard volumen total (float 64)

Standard volumen total status

Fraction A total (float 32) Fraction A total status

Fraction A total (float 32)

Fraction A total status

Fraction A total (float 64) Fraction A total status Fraction A total (float 64)

Fraction A total status

Fraction B total (float 32) Fraction B total status

Fraction B total (float 32)

Fraction B total status

Fraction B total (float 64) Fraction B total status Fraction B total (float 64)

Fraction B total status

Volume flow Volume Flow status Fraction flow A Fraction flow A status Fraction flow B Fraction flow B status Fraction flow A % Fraction flow A % status

Byte 0

1: Reset 2: Preset 3: Hold 4: Totalize

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Slot Module Description

Input (from device to master)

10 Fraction B flow % Byte 0....3

Byte 4

11 Standard volumen flow Byte 0....3

Byte 4

12 Frame temperature Byte 0....3

Byte 4

13 Totalizer 2 (see slot 4 for configuration) 14 Control commands Byte 0 Status:

Comment to Control Command output: If a command like Start zero point adjustment is requested, bit 0 in Byte 0 and bit 1 in

Byte 1 has be to set to 1. When the status information Zero point adjustment running, bit 0 in Byte 0 and bit Byte

1 has to be set to 0

Output (from master to device)

Fraction flow B % Fraction flow B % status Standard volume flow Standard volume flow

status Frame temperature Frame temperature sta‐

tus

Bit 0: Zero point adjust‐ ment running

Bit 1: Process values fro‐ zen

Bit 2: Outputs forced

Communication

2.9 Cyclic data exchange

Byte 0

Byte 1

Command Bit 0: 1 = Start zero

adjustment Bit 1: 1 = Freeze

process values 0 = Unfreeze proc‐ ess values

Bit 2: 1 = Force out‐ puts 0 = Unforce outputs

Command Validity Mask Bit coded informa‐ tion to indicate which bits of the Command byte are valid to be pro‐ cessed by the de‐ vice.

Bit 0: 1= “Start zero point adjustment” command enabled

Bit 1: 1= “Freeze/ Unfreeze process values” command is enabled

Bit 2: 1 = “Force out‐ puts” command en‐ abled

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Communication

2.9 Cyclic data exchange

Slot Module Description

Input (from device to master)

Dosing Digital dosing Byte 0…3 Amount done

Byte 4 Amount done status Byte 5 Dosing state:

Byte 6 Digital output 1

Byte 7 Digital output 1 status Byte 8 Digital output 2

Byte 9 Digital output 2 status

Analog dosing Byte 0…3 Amount done

Byte 4 Amount done status Byte 5 Dosing state:

Byte 6…9 Analog output (4… 20

Byte 10 Analog output status

Output (from master to device)

0: batch stopped 1: batch running 2: batch paused

0: close valve 1 1: open valve 1

0: close valve 2 1: open valve 2

0: batch stopped 1: batch running 2: batch paused

mA)

Byte 0

1: Start batch 2: Stop batch 3: Pause batch 4: Resume batch 5: Start cleaning

Process values - 32 bit floating point format

Process values in slot 1, 2, 3, 6, 7, 8, 9, 10, 11 and 12 are represented with the first four bytes as floating point numbers, according to the IEEE 754 standard. Each value is followed by a status.

Process value 32 bit Status code Byte 1 Byte 2 Byte 3 Byte 4 Byte 5

Totalizers – 32 and 64 bit floating point format

Totalizers in slot 4,5, and 13 can be represented in either 32 bit eg.

total (high res)

32 bit totalizers:

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Mass total

FCT030 Profibus (From firmware 4.0)

64 bit Mass

Page 21

Communication

2.9 Cyclic data exchange

Are represented with the first four bytes as floating point numbers, according to the IEEE 754 standard. Each value is followed by a status byte indicating the quality code.

Process value 32 bit Status code

Byte 1 Byte 2 Byte 3 Byte 4 Byte 5

64 bit totalizers:

Are represented with the first eight bytes as floating point numbers, according to the IEEE 754 standard. Each value is followed by a status byte, indicating the quality code.

Process value 64 bit Status code

Byte 1 Byte 2 Byte 3 Byte 4 Byte 5 Byte 6 Byte 7 Byte 8 Byte 9

Status codes for cyclic parameters The status shows the quality of the process value.

Bit Hex val‐ueComment According NAMUR

NE107 signal status

7 6 5 4 3 2 1 0 0 0 0 0 0 0 X X 00 BAD - non specific Failure (F) 0 0 1 0 0 1 X X 24 BAD - maintenance alarm,

more diagnosis available

0 0 1 0 1 0 X X 28 BAD - process related, no main‐

tenance

0 1 1 1 1 0 X X 78 UNCERTAIN – process rela‐

ted, no maintenance

1 0 1 0 1 0 X X A8 GOOD - maintenance deman‐

ded 1 0 1 0 0 1 X X A4 GOOD - maintenance required Maintenance (M) 1 0 1 1 1 1 X X BC GOOD - function check Check (C) 1 0 0 0 0 0 X X 80 GOOD The following two bits could be additionally set in parallel to the quality codes

above: X X X X X X 1 X 02 Update event. Parameter with

attribute static was modified X X X X X X X 1 01 Simulation active

Failure (F)

Out of specification (S)

Maintenance (M)

Table 2-2 Default units for totalizers

VALUE Unit Mass kg

Volume m Standard volume flow N/m Fraction A kg Fraction B kg

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Communication

2.9 Cyclic data exchange

Default units can be changed in the GSD file.

Table 2-3 Default units for process values

VALUE Unit Massflow kg/h

Density kg/m Temperature Degrees Celcius Volumeflow m3/h Volumeflow Nm3/h

Default units can be changed in the GSD file.

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Manufacturer specific GSD file, in SIMATIC STEP 7 hardware configuration

Module possibillities Modules are grouped into Process values, control commands, totalizers

and dosing.

Process values:

Mass flow, Density, Medium temperature, Volume flow, Standard volume flow is updated in all devices.

Frame temperature is only updated if the device has a frame temperature sensor built in Fractional flow A, B, %A and % B is only updated if the device is ordered with fraction.

Totalizers:

Can either be selected as If a totalizer must be controlled, then the module

res

must be selected.

Fraction A total, B total is only updated if the device is ordered with fraction.

Control commands:

Used for Zero point adjustment and other commands.

Dosing:

Can either be selected as Digital or Analog dosing module. If a digital valve is controlled by the device directly, then the Digital module

must be selected. If an analog valve is controlled by the device directly, then the Analog

module must be selected.

Detailed information for each module can be found in Modules for cyclic data exchange, Manufacturer specific GSD.

total

(32 bit) or

total high res

total set

(64 bit)

total set high

Communication

2.9 Cyclic data exchange

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Communication

2.9 Cyclic data exchange

Slot configuration The GSD file provides the possibilitiy to configure up to 15

modules. Each module is linked to a specific process value or control

value in the device. It is recommended only to configure modules that are processed by the master. If a process value or a control value is not needed insert

data transfer

For Totalizer modules as Mass total, Volume total, Stand‐ ard volume total, Fraction A total or Fraction B total can freely be selected in the slot that are assigned to Totalizer 1, 2, 3.

Default slot configuration The GSD file provides the default slot configuration, as

shown to the right. Slot 7,8,9 and 10 are specific for Fraction information. Fraction information is only relevant if the device is ordered

with fraction option.

Not in cyclic

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Device configuration – all modules selected As shown to the right all modules are selected in the GSD

file.

Communication

2.9 Cyclic data exchange

Default unit selection of process values The device provides the possibility to select units for proc‐

ess values.Units are only valid for PROFIBUS, local HMI display units will not be changed. Select object properties of the transmitter icon and then Parameter assignment. Click on device –specific parameters or configured by a pa‐ rameterization tool like SIMATIC PDM.

Startup parameter

Applied: Selected units will overwrite the units that are selected in

the HMI display for PROFIBUS.

Ignored: Selected units in the HMI display for PROFIBUS or config‐

ured by a parameterization tool like SIMATIC PDM will not be overwritten.

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Communication

2.10 Acyclic communication

Default unit selection of Totalizers The device provides the possibility to select units for each

totalizer type. Units are only valid for PROFIBUS, local HMI display units

will not be changed. Select object properties and then Parameter assignment.

Example is shown for Mass totalizer

2.10 Acyclic communication

Acyclic Addressing

Each parameter in a PROFIBUS slave is mapped to an address specified by slot and index. The slot number refers to an array of data. The index tells you where in the array the data you want starts.

Acyclic data

Slot Index Range Block 0 16…68 Physical block

1 16…37 Analog input block - Mass flow

68…138 Transducer block 2 16…37 Analog input block - Density 3 16…37 Analog input block - Medium Temperature 4 16…32 Totalizer block 1 5 16…32 Totalizer block 2 6 16…37 Analog input block - Volume Flow 7 16…37 Fraction Flow A block (Manufacturer Specific) 8 16…37 Fraction Flow B block (Manufacturer Specific) 9 16…37 Fraction Flow % A block (Manufacturer Specific) 10 16…37 Fraction Flow % B block (Manufacturer Specific) 11 16…37 Analog input block - Standard volume flow 12 16…37 Analog input block - Frame temperature 13 16…32 Totalizer block 3 14 16…19 Binary commands (Manufacturer Specific) 15 16…33 Dosing block (Manufacturer Specific) 30…255 Used for direct access of MODBUS registers.

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Table 2-4 SLOT 0, Physical Block

Communication

2.10 Acyclic communication

Index Parameter name Data type

[size]

16 BLOCK_OBJECT DS-32 Read only Constant block information 17 CURRENT_MODE Unsigned8 Read

22 TARGET_MODE Unsigned8 Read /

23 OrderID Visible‐

String(20)

24 Software_Revision Visible‐

String(16)

25 Hardware_Revision Visible‐

String(16)

26 VendorID Unsigned16 Read only Unsigned16 identifier of the product manufacturer

27 DEVICE_ID VisibleString

(16)

28 IM_Serial_Number Visible‐

String(16)

29 DIAGNOSIS OctetString(4) Read only Device global alarm information

31 IM_Tag_Location Visible‐

String(22)

Access Annotation

Follows the target mode

only

write

Read only Order ID no.

Read only String representation of the product firmware version

Read only String representation of the product hardware version

Read only Product name

Read only Serial number

Read / write

8: Automatic 128: Out of service Desired device mode that is taken over by the CURRENT‐

MODE parameter: Coding: 8: Automatic 128: Out of service, sets all function blocks into out of service

Byte 0: Bits 0…7 reserved Byte 1: Bits 0…2 reserved

Bit 3 warm start (restart) Bit 4 cold start (application reset) Bit 5 maintenance required Bits 6…7 reserved Byte 2: Bit 0 maintenance alarm Bit 1 maintenance demanded Bit 2 function check Bit 3 invalid process conditions Bit 4 update event Bits 5…7 reserved Byte 3: Bits 0…6 reserved Bit 7 more information is available Device location

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Communication

2.10 Acyclic communication

Index Parameter name Data type

[size]

32 IM_Revision_Coun‐

ter

33 IM_Profile_ID Unsigned16 Read only Fixed to 0x9700 34 IM_Profile_Specif‐

ic_Type

35 RESET Unsigned16 Read /

36 IM_DESCRIPTOR Visible‐

37 LANGUAGE Visible‐

38 IM_Date Visible‐

39 STARTUP_PAR‐

AM_VALIDITY

Unsigned16 Read only The device has parameters with attribute S (static) that are

Unsigned16 Read only -

String(54)

String(2)

String(16) Unsigned8 Read only Provides information if the cyclic master has sent startup pa‐

Access Annotation

not changed by the process. This parameter will be incremen‐ ted at least by one if at least one static parameter has been modified. This provides a check of the parameter revision. In case of an overflow this parameter is set to 1 i.e. 0 is not used.

Valid Codes:

write

Read / write

1: Application Reset: Is the command for resetting a device to Profile

default values. The setting of the bus address is not affected. 2506: Restart is the command for a restart of the device. All non-

volatile parameters re-main unchanged; all dynamic parame‐ ters are reset to their defaults.

2712: Communication Reset The bus address is set to its default address; other

parameterization remains unchanged. The bus address is changed immediately regardless if the device is in cyclic data transfer state. The reset is not suspended up to a subsequent power cycle / warm start. The No_Add_Chg_Flag correspond‐ ing to the Set_Slave_Add service is cleared.

2713: Application and Communication Reset Combined Application Reset and Communication

Reset 54 character long description field

Language setting of the local user interface. The coding is according Alpha-2 of ISO639. Available codes:

“en” “de” “it”

“fr”: “es” “zh”

Installation date of the device.

rameters that has been declared as valid to be taken to adjust the device parameterization.

English German Italian French Spanish Chinese

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Communication

2.10 Acyclic communication

Index Parameter name Data type

[size]

40 IDENT_NUM‐

BER_SELECTOR

41 BUS_ADDRESS Unsigned8 Read /

42 IDENT_NUMBER Unsigned16 Read only Current ident number that is used by the cyclic master when

43 BAUD RATE Unsigned8 Read only Shows the current used baud rate.

44 WRITE_PROTEC‐

TION

45 ALARM_DELAY Unsigned16 Read /

46 UP‐

DATE_EVENT_ACK

Unsigned8 Read only Specifies which ident number is used

Unsigned16 Read only Information about active parameter protection.

Unsigned8 Read /

Access Annotation

0: PA profile 4 specific ident number 0 : PA profile 4 specific ident number 1 : Device specific ident number (81CB/81CC) 127: Automatic adaption (default) 128: MASS6000 (8127/8128) 129: PA profile 3 specific (9700, 1 AI) 130: PA profile 3 specific (9701, 2 AI) 131: PA profile 3 specific (9702, 3 AI) 132: PA profile 3 specific (9742, 3 AI, 1 TOT) PROFIBUS slave address that is currently set. Used by the

write

parameterization tool to create a complete snapshot of the device parameterization.

in cyclic data exchange. If the device is not in cyclic data ex‐ change the default manufacturer specific ident number is re‐ turned.

0: 9.6 kbit/s 1: 19.2 kbit/s 2: 93.75 kbit/s 3: 187.5 kbit/s 4: 500 kbit/s 5: 1.5 Mbit/s 6: 3 Mbit/s 7: 6 Mbit/s 8: 12 Mbit/s 9: 31.25 kbit/s (MBP)

Note: The PA variant returns always code 9. The DP variant does not support code 9 (31.25 kbit/s)

Bit 2: Password write protection enabled Bit 15: Custody transfer mode enabled A coming event is suppressed until the suppression time has

elapsed. This prevents alarm flooding. Command to reset the update event flag in quality codes and

the DIAGNOSIS parameter in case that manual acknowledge mode is enabled (UPDATE_EVENT_MODE)

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Communication

2.10 Acyclic communication

Index Parameter name Data type

[size]

47 UP‐

DATE_EVENT_MO DE

48 NE107_COMMON OctetString(6) Read only Detailed information of the device, bitwise coded. Allows set‐

49 LINK_NE107_COM‐

MON

50 View_1 Read only Parameter to read the following block parameters at once:

51 View_2 Read /

52 View_3 Read /

Unsigned8 Read /

DS-69 Read /

Access Annotation

Holds the configuration for the behavior of the update event

write

flag in all status bytes 0: auto-acknowledge after 20 seconds. 1: manual acknowledge by means of parameter UP‐

DATE_EVENT_ACK

ting of diagnostic flags specified by the NAMUR recommen‐ dation NE107 comprising common device diagnostics. The device type specific diagnostics are allocated to the respec‐ tive transducer block (module/submodule) that characterizes the device type mainly.

Indicates / controls the reaction of the device on device spe‐ cific diagnostic events.

· BLOCK_OBJECT

· OrderID

· SOFTWARE_REVISION

· HARDWARE_REVISION

· VendorID

· DeviceID

· IM_Serial_Number

· IM_Profile_ID

· IM_Profile_Specific_Type Parameter to read the following block parameters at once:

· CURRENT_MODE

· DIAGNOSIS

· IM_Revision_Counter

· STARTUP_PARAM_VALIDITY

· BUS_ADDRESS

· IDENT_NUMBER

· BAUD_RATE

· WRITE_PROTECTION

· NE107_COMMON Parameter to read and write the following block parameters

at once:

· IM_Tag_Function

· IM_Tag_Location

· IM_Descriptor

· LANGUAGE

· IM_Date

· IDENT_NUMBER_SELECTOR

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Communication

2.10 Acyclic communication

Index Parameter name Data type

[size]

53 View_4 Read /

62 PARAMS_1_REG‐

ISTER

63 PARAMS_1_DATA Read /

64 PARAMS_2_REG‐

ISTER

65 PARAMS_2_DATA Read /

68 LIST_IDENT_NUM_

SUP

69 CURRENT_AC‐

CESS_LEVEL

70 DEFAULT_AC‐

CESS_LEVEL

71 LOGIN_USER Unsigned16 Read /

72 LOGIN_EXPERT Unsigned16 Read /

Read /

Unsigned16 Read only Provides information which ident numbers are supported by

Unsigned8 Read only Current access level of the acyclic connection. The access

Unsigned8 Read /

Access Annotation

write

Parameter to read and write the following block parameters at once:

● TARGET_MODE

● ALARM_DELAY

● UPDATE_EVENT_MODE

● LINK_NE107_COMMON

32 bytes to define 16 MODBUS registers that are accessible all with one read and/or write request to PARAMS_1_DATA

64 byte data field for parameters specified by PAR‐ AMS_1_REGISTER

64 bytes to define 32 MODBUS registers that are accessible all with one read and/or write request to PARAMS_2_DATA

128 byte data field for parameters specified by PAR‐ AMS_2_REGISTER

This parameter is intentionally the double size of PAR‐ AMS_1_DATA. Some PROFIBUS components might still have a frame length limit that does not allow the access of larger data units. For these components PARAMS_1_DATA can be used.

the device. This includes the profile GSD files.

level is handled for each acyclic connection. 2: Read only 3: User 4: Expert Initial access level for an acyclic connection. See also access

control 2: Read only 3: User Input of the end user PIN to change the current AC‐

CESS_LEVEL of the acyclic connection. Reading this parameter indicates if User privilege is granted

(1) or not (0). Input of the service user PIN to change the current AC‐

CESS_LEVEL of the acyclic connection Reading this parameter indicates if User privilege is granted

(1) or not (0).

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Communication

2.10 Acyclic communication

Table 2-5 Slot 1: Analog Input block - Mass flow

Index Parameter name Data type Access Annotation 16 BLOCK_OBJECT DS-32 Read

only

17 CURRENT_MODE Unsigned8 Read

only

22 PROCESS_VALUE DS-101 Read

only

23 PROCESS_VAL‐

UE_UNITS

24 DAMPING Float32 Read /

25 SIMULATE DS-50 Read /

26 INPUT_SELECTOR Un‐

27 VIEW_1 Read

Manufacturer Specific 37 PROCESS_VAL‐

UE_UNITS_TEXT

Un‐ signed16

signed16

Visible‐ String(8)

Read only

write

Read / write

only

Read only

Constant block information

8: Automatic 128: Out of service Process value with quality code

Read-only copy of the transducer block unit setting

Low-pass filter of the input value. Value in seconds. Valid range: 0…100 s

Possibility to simulate the PROCESS_VALUE parameter (in‐ cluding the quality code). This could be used to verify the PLC program behavior.

Constant transducer reference information

Read-only parameter to read

● BLOCK_OBJECT

● CURRENT_MODE

● PROCESS_VALUE

● PROCESS_VALUE_UNITS

● DAMPING

● SIMULATE

Table 2-6 Slot 1: Transducer Block

Index Parameter name Data type Access Annotation 68 BLOCK_OBJECT DS-32 Read Constant block information

69 CURRENT_MODE Un‐

signed8

74 VOLUME_FLOW 101 Read Volume flow

Read Fixed to automatic (8)

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Index Parameter name Data type Access Annotation 75 VOL‐

UME_FLOW_UNITS

Un‐ signed16

Read / Write

Volume flow units The coding is according the PROFIBUS PA Profile specification: 1347: m³/s 1348: m³/min 1349: m³/h 1350: m³/d 1351: l/s 1352: l/min 1353: l/h 1354: l/d 1355: Ml/d 1356: ft³/s 1357: ft³/min 1358: ft³/h 1359: ft³/d 1362: gal/s 1363: gal/min 1364: gal/h 1365: gal/d 1366: Mgal/d 1367: i.gal/s 1368: i.gal/min 1369: i.gal/h 1370: i.gal/d 1371: BBL/s 1372: BBL/min 1373: BBL/h 1374: BBL/d 1448: µgal/s 1449: mgal/s 1450: kgal/s 1451: Mgal/s 1452: µgal/min 1453: mgal/min 1454: kgal/min 1455: Mgal/min 1456: µgal/h 1457: mgal/h 1458: kgal/h 1459: Mgal/h 1460: µgal/d 1461: mgal/d 1462: kgal/d 1463: µi.gal/s

Communication

2.10 Acyclic communication

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Communication

2.10 Acyclic communication

Index Parameter name Data type Access Annotation

1464: mi.gal/s 1465: ki.gal/s 1466: Mi.gal/s 1467: µi.gal/min 1468: mi.gal/min 1469: ki.gal/min 1470: Mi.gal/min 1471: µi.gal/h 1472: mi.gal/h 1473: ki.gal/h 1474: Mi.gal/h 1475: µi.gal/d 1476: mi.gal/d 1477: ki.gal/d 1478: Mi.gal/d 1479: µBBL/s 1480: mBBL/s 1481: kBBL/s 1482: MBBL/s 1483: µBBL/min 1484: mBBL/min 1485: kBBL/min 1486: MBBL/min 1487: µBBL/h D1942 1488: mBBL/h 1489: kBBL/h 1490: MBBL/h 1491: µBBL/d 1492: mBBL/d 1493: kBBL/d 1494: MBBL/d 1495: µm³/s 1496: mm³/s 1497: km³/s 1498: Mm³/s 1499: µm³/min 1500: mm³/min 1501: km³/min 1502: Mm³/min 1503: µm³/h 1504: mm³/h 1505: km³/h 1506: Mm³/h 1507: µm³/d

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Index Parameter name Data type Access Annotation

1508: mm³/d 1509: km³/d 1510: Mm³/d 1511: cm³/s 1512: cm³/min 1513: cm³/h 1514: cm³/d 1518: kl/min 1519: kl/h 1520: kl/d 1563: ml/min 1577: ml/s 1578: ml/h 1579: ml/d 1580: af/s 1581: af/min 1582: af/h 1583: af/d 1584: fl oz (US)/s 1585: fl oz (US)/min 1586: fl oz (US)/h 1587: fl oz (US)/d 1633: hl/s 1634: hl/min 1635: hl/h 1636: hl/d 1637: BBL/s 1638: BBL/min 1639: BBL/h 1640: BBL/d 1642: BBL/s 1643: BBL/min 1644: BBL/h 1645: BBL/d 1995: customized unit ( 32768: bush/s 32769: bush/min 32770: bush/h 32771: bush/d 32772: yd³/s 32773: yd³/min 32774: yd³/h 32775: yd³/d 32776: in³/s

Communication

2.10 Acyclic communication

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Communication

2.10 Acyclic communication

Index Parameter name Data type Access Annotation

32777: in³/min 32778: in³/h 32779: in³/d 32780: Mft³/d

76 VOL‐

UME_FLOW_LO_LI MIT

77 VOL‐

UME_FLOW_HI_LIM‐

IT 78 MASS_FLOW 101 Read Mass flow 79 MASS_FLOW_UNITSUn‐

80 MASS_FLOW_LO_LI

MIT

Float32 Read Volume flow low limit

Float32 Read Volume flow high limit

Read /

signed16

Float32 Read Mass flow low limit

Write

Mass flow units: The coding is according the PROFIBUS PA Profile specification: 1318: g/s 1319: g/min 1320: g/h 1321: g/d 1322: kg/s 1323: kg/min 1324: kg/h 1325: kg/d 1326: t/s 1327: t/min 1328: t/h 1329: t/d 1330: lb/s 1331: lb/min 1332: lb/h 1333: lb/d 1334: STon/s 1335: STon/min 1336: STon/h 1337: STon/d 1338: T/s 1339: T/min 1340: T/h 1341: T/d 1606: oz/s 1607: oz/min 1608: oz/h 1609: oz/d 1995: customized unit

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Index Parameter name Data type Access Annotation 81 MASS_FLOW_HI_LI

MIT 82 DENSITY 101 Read Process value 83 DENSITY_UNITS Un‐

84 DENSITY_LO_LIMIT Float32 Read Fixed to 0.0 85 DENSITY_HI_LIMIT Float32 Read Fixed to 5000 86 TEMPERATURE 101 Read Media temperature 87 TEMPERA‐

TURE_UNITS

88 TEMPERA‐

TURE_LO_LIMIT 89 TEMPERA‐

TURE_HI_LIMIT 98 LOW_FLOW_CUT‐

OFF

99 FLOW_DIRECTION Un‐

Float32 Read Mass flow high limit

Read /

signed16

Un‐ signed16

Float32 Read Media temperature flow low limit

Float32 Read Media temperature high limit

Float32 Read /

signed8

Write

Read / Write

Write

Read / Write

Density unit The coding is according the PROFIBUS PA Profile specification: 1097: kg/m³ 1098: Mg/m³ 1099: kg/dm³ 1100: g/cm³ 1101: g/m³ 1102: t/m³ 1103: kg/l 1104: g/ml 1105: g/l 1106: lb/in³ 1107: lb/ft³ 1108: lb/gal 1109: STon/yd³ 1430: lb/i.gal 1558: mg/l 1559: µg/l 1564: mg/dm³ 1566: mg/m³ 1995: customized unit

Temperature unit that is used by temperature values Coding: 1000: K 1001: °C 1002: °F 1003: °R

Mass flow low-flow cut-off filter

Assigns an arbitrary positive or negative sign to the measured PV value.

Coding: 0: positive

1: negative

Communication

2.10 Acyclic communication

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Communication

2.10 Acyclic communication

Index Parameter name Data type Access Annotation 100 NE107_CORIOLIS Octet‐

String(3)

101 LINK_NE107_CORI‐

OLIS

112 VIEW_1 Read Parameter to read the following block parameters at once:

113 VIEW_2 Read /

123 FRAME_TEMPERA‐

124 STANDARD_VOL‐

Manufacturer Specif‐ ic

TURE

UME_FLOW

DS-69 Read /

101 Read Process value in TEMPERATURE_UNITS

101 Read Process value in STANDARD_VOLUME_FLOW_UNITS

Read

Write

● BLOCK_OBJECT

● CURRENT_MODE

● MASS_FLOW

● MASS_FLOW_UNITS

● MASS_FLOW_LO_LIMIT

● MASS_FLOW_HI_LIMIT

● DENSITY

● DENSITY_UNITS

● DENSITY_LO_LIMIT

● DENSITY_HI_LIMIT

● TEMPERATURE

● TEMPERATURE_UNITS

● TEMPERATURE_LO_LIMIT

● TEMPERATURE_HI_LIMIT

● LOW_FLOW_CUTOFF

● FLOW_DIRECTION

● NE_107_CORIOLIS

● LINK_NE107_CORIOLIS Parameter to read and write the following block parameters at

once:

● MASS_FLOW_UNITS

● DENSITY_UNITS

● TEMPERATURE_UNITS

● LOW_FLOW_CUTOFF

● FLOW_DIRECTION

● LINK_NE107_CORIOLIS

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Index Parameter name Data type Access Annotation 125 STANDARD_VOL‐

UME_FLOW_UNITS 126 FRAC‐

TION_FLOW_A

127 FRAC‐

TION_FLOW_B

Un‐ signed16

101 Read

Read / Write

Standard volume flow unit The coding is according the PROFIBUS PA Profile specification: 1588: Nm³/s 1360: Sft³/min 1361: Sft³/h 1589: Nm³/min 1590: Nm³/h 1591: Nm³/d 1592: Nl/s 1593: Nl/min 1594: Nl/h 1595: Nl/d 1596: Sm³/s 1597: Sm³/min 1598: Sm³/h 1599: Sm³/d 1600: Sl/s 1601: Sl/min 1602: Sl/h 1603: Sl/d 1604: Sft³/s 1605: Sft³/d 1995: customized unit

Communication

2.10 Acyclic communication

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Communication

2.10 Acyclic communication

Index Parameter name Data type Access Annotation 128 FRAC‐

TION_FLOW_UNITS

Un‐ signed16

Read / Write

Selected unit for fractional mass flow value that affects values accessed via the PROFIBUS fieldbus interface.

The coding is according the PROFIBUS PA Profile specification: 1318: g/s 1319: g/min 1320: g/h 1321: g/d 1322: kg/s 1323: kg/min 1324: kg/h 1325: kg/d 1326: t/s 1327: t/min 1328: t/h 1329: t/d 1330: lb/s 1331: lb/min 1332: lb/h 1333: lb/d 1334: STon/s 1335: STon/min 1336: STon/h 1337: STon/d 1338: T/s 1339: T/min 1340: T/h 1341: T/d 1606: oz/s 1607: oz/min 1608: oz/h 1609: oz/d 1995: customized unit Selected unit for fractional volume flow value that affects values

accessed via the PROFIBUS fieldbus interface. The coding is according the PROFIBUS PA Profile specification: 1347: m³/s 1348: m³/min 1349: m³/h 1350: m³/d 1351: l/s 1352: l/min 1353: l/h 1354: l/d 1355: Ml/d

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Index Parameter name Data type Access Annotation

1356: ft³/s 1357: ft³/min 1358: ft³/h 1359: ft³/d 1362: gal/s 1363: gal/min 1364: gal/h 1365: gal/d 1366: Mgal/d 1367: i.gal/s 1368: i.gal/min 1369: i.gal/h 1370: i.gal/d 1371: BBL/s 1372: BBL/min 1373: BBL/h 1374: BBL/d 1448: µgal/s 1449: mgal/s 1450: kgal/s 1451: Mgal/s 1452: µgal/min 1453: mgal/min 1454: kgal/min 1455: Mgal/min 1456: µgal/h 1457: mgal/h 1458: kgal/h 1459: Mgal/h 1460: µgal/d 1461: mgal/d 1462: kgal/d 1463: µi.gal/s 1464: mi.gal/s 1465: ki.gal/s 1466: Mi.gal/s 1467: µi.gal/min 1468: mi.gal/min 1469: ki.gal/min 1470: Mi.gal/min 1471: µi.gal/h 1472: mi.gal/h 1473: ki.gal/h 1474: Mi.gal/h

Communication

2.10 Acyclic communication

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Communication

2.10 Acyclic communication

Index Parameter name Data type Access Annotation

1475: µi.gal/d 1476: mi.gal/d 1477: ki.gal/d 1478: Mi.gal/d 1479: µBBL/s 1480: mBBL/s 1481: kBBL/s 1482: MBBL/s 1483: µBBL/min 1484: mBBL/min 1485: kBBL/min 1486: MBBL/min 1487: µBBL/h D1942 1488: mBBL/h 1489: kBBL/h 1490: MBBL/h 1491: µBBL/d 1492: mBBL/d 1493: kBBL/d 1494: MBBL/d 1495: µm³/s 1496: mm³/s 1497: km³/s 1498: Mm³/s 1499: µm³/min 1500: mm³/min 1501: km³/min 1502: Mm³/min 1503: µm³/h 1504: mm³/h 1505: km³/h 1506: Mm³/h 1507: µm³/d 1508: mm³/d 1509: km³/d 1510: Mm³/d 1511: cm³/s 1512: cm³/min 1513: cm³/h 1514: cm³/d 1518: kl/min 1519: kl/h 1520: kl/d 1563: ml/min

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Index Parameter name Data type Access Annotation

1577: ml/s 1578: ml/h 1579: ml/d 1580: af/s 1581: af/min 1582: af/h 1583: af/d 1584: fl oz (US)/s 1585: fl oz (US)/min 1586: fl oz (US)/h 1587: fl oz (US)/d 1633: hl/s 1634: hl/min 1635: hl/h 1636: hl/d 1637: BBL/s 1638: BBL/min 1639: BBL/h 1640: BBL/d 1642: BBL/s 1643: BBL/min 1644: BBL/h 1645: BBL/d 1995: customized unit (see PID_CUSTOM_STRING_VOL‐

UME_FLOW and PID_CUSTOM_FACTOR_VOLUME_FLOW) 32768: bush/s 32769: bush/min 32770: bush/h 32771: bush/d 32772: yd³/s 32773: yd³/min 32774: yd³/h 32775: yd³/d 32776: in³/s 32777: in³/min 32778: in³/h 32779: in³/d 32780: Mft³/d

129 FRAC‐

TION_FLOW_PCT_A 130 FRAC‐

TION_FLOW_PCT_B

101 Read Percentage fraction process value

Communication

2.10 Acyclic communication

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Communication

2.10 Acyclic communication

Index Parameter name Data type Access Annotation 131 FRAC‐

TION_FLOW_PCT_ UNITS

132 LOW_VOL‐

UME_FLOW_CUT‐ OFF

133 CUS‐

TOM_UNIT_FAC‐ TOR_MASS_FLOW

134 CUSTOM_UNIT_LA‐

BEL_MASS_FLOW

135 CUS‐

TOM_UNIT_FAC‐ TOR_VOL‐ UME_FLOW

136 CUSTOM_UNIT_LA‐

BEL_VOL‐ UME_FLOW

137 CUS‐

TOM_UNIT_FAC‐ TOR_DENSITY

138 CUSTOM_UNIT_LA‐

BEL_DENSITY

139 CUS‐

TOM_UNIT_FAC‐ TOR_STAND‐ ARD_VOL‐ UME_FLOW

140 CUSTOM_UNIT_LA‐

BEL_STAND‐ ARD_VOL‐ UME_FLOW

Un‐ signed16

Float32 Read /

Visible‐ String(8)

Float32 Read /

Visible‐ String(8)

Float32 Read /

Visible‐ String(8)

Float32 Read /

Visible‐ String(8)

Read / Write

Write

Read / Write

Write

Read / Write

Write

Read / Write

Write

Read / Write

Unit code that affects FRACTION_FLOW_PCT_A and FRAC‐ TION_FLOW_PCT_B.

Coding: 1342: % 1428: °proof Low-flow cut-off filter setting for volume flow

Define a mass flow factor for the custom units mass flow

Define a name for the custom units mass flow

Define a mass flow factor for the custom units volume flow

Define a name for the custom units volume flow

Define a mass flow factor for the custom units Density flow

Define a name for the custom units Density flow

Define a mass flow factor for the custom units standard volume flow

Define a name for the custom units standard volume flow

Table 2-7 Slot 2: Analog Input block - Density

In‐

Parameter Name Data

dex 16 BLOCK_OBJECT DS-32 Read only Constant block information

17 CURRENT_MODE Un‐

22 PROCESS_VAL‐UEDS-101 Read only Process value with quality code

23 PROCESS_VAL‐

UE_UNITS

Type

signed8

Un‐ sign‐ ed16

Access Annotation

Read only Follows the target mode of the Physical Block

8: Automatic 128: Out of service

Read only Read-only copy of the transducer block unit setting

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In‐

Parameter Name Data

dex 24 DAMPING Float32 Read /

25 SIMULATE DS-50 Read /

26 VIEW_1 Read only Read-only parameter to read

Manufacturer Specific 36 PROCESS_VAL‐

UE_UNITS_TEXT

Table 2-8 Slot 3: Analog Input block - Medium temperature

Type

Visible‐ String(8 )

Access Annotation

Low-pass filter of the input value. Value in seconds. Valid range: 0…100

write

Read only

s Possibility to simulate the PROCESS_VAUE parameter (including the

quality code). This could be used to verify the PLC program behavior.

● CURRENT MODE

● DENSITY FLOW

● DENSITY UNITS

● DAMPING

● SIMULATE

Communication

2.10 Acyclic communication

Index Parameter Name Data Type Access Annotation 16 BLOCK_OBJECT DS-32 Read

only

17 CURRENT_MODE Unsigned8 Read

only

22 PROCESS_VALUE DS-101 Read

only

23 PROCESS_VAL‐

UE_UNITS

24 DAMPING Float32 Read /

25 SIMULATE DS-50 Read /

26 VIEW_1 Read

Manufacturer Specific 36 PROCESS_VAL‐

UE_UNITS_TEXT

Un‐ signed16

Visible‐ String(8)

Read only

write

only

Read only

Constant block information

Follows the target mode of the Physical Block 8: Automatic 128: Out of service Process value with quality code

Read-only copy of the transducer block unit setting

Low-pass filter of the input value. Value in seconds. Valid range: 0…100 s

Possibility to simulate the PROCESS_VAUE parameter (in‐ cluding the quality code). This could be used to verify the PLC program behavior.

Read-only parameter to read

● CURRENT_MODE

● MEDIUM TEMPERATURE

● MEDIUM TEMPERATURE UNITS

● DAMPING

● SIMULATE

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Communication

2.10 Acyclic communication

Table 2-9 Slot 1: Totalizer block 1

In‐

Parameter Name Data

dex 16 BLOCK_OBJECT DS-32 Read only Constant block information used to identify the block type

17 CURRENT_MODE Un‐

22 TOTAL 101 Read only 32-bit floating point process value with quality code. The value follows

Type

signed8

Access Annotation

Read only Set to “Out of service” if the TARGET_MODE parameter of the Physical

Block is set to “Out of service”. Available modes: 8: Automatic 128: Out of Service

TOTAL_UNITS. TOTAL and TOTAL_DOUBLE are always “on pair” i.e. both showing the

same totalized value but with a different precision.

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In‐

Parameter Name Data

dex 23 TOTAL_UNITS Un‐

Type

sign‐ ed16

Access Annotation

Read / write

Influences the TOTAL,TOTAL_DOUBLE and PRESET_TOT value. The INPUT_SELECTOR defines the available physical unit codes that are

allowed e.g. INPUT_SELECTOR is set to mass flow, the TOTAL_UNITS only accepts mass units.

Available Mass units: 1088: kg 1089: g 1090: mg 1091: Mg 1092: t 1093: oz 1094: lb 1095: STon 1096: T 1567: ct 1568: lb (tr) 1569: oz (tr) 1995: customized unit

Available Volume units: 1034: m³ 1035: dm³ 1036: cm³ 1037: mm³ 1038: l 1039: cl 1040: ml 1041: hl 1042: in³ 1043: ft³ 1044: yd³ 1045: mile³ 1048: gal 1046: pint 1047: quart 1049: i.gal 1050: bush 1051: BBL 1052: BBL (liq) 1517: kl 1570: fl oz (US) 1572: af

Communication

2.10 Acyclic communication

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Communication

2.10 Acyclic communication

In‐

Parameter Name Data

dex

24 SET_TOT Un‐

25 MODE_TOT Un‐

26 FAIL_TOT Un‐

27 PRESET_TOT Float32 Read /

28 INPUT_SELEC‐

TOR

29 SIMULATE DS-50 Read /

30 TOTAL_DOUBLE 106 Read only 64-bit floating point process value with quality code. The value follows

Type

signed8

Un‐ signed8

Access Annotation

1641: BBL (fed) 1995: customized unit

Available Standard volume units: 1053: Sft³ 1573: Nm³ 1574: Nl 1575: Sm³ 1576: Sl 1995: customized unit

Read / write

write

Read / write

write

1: RESET; assign value „0“ to Totalizer 2: PRESET; assign value of PRESET_TOT to Totalizer 3: HOLD; totalization stopped 4: TOTALIZE; „normal“ operation of the Totalizer 0: FORWARD AND BACKWARD; totalization of positive and negative

incoming flowrate 1: FORWARD; totalization of positive incoming rate values only. 2: BACKWARD; totalization of negative incoming rate values only. 0: RUN; totalization is continued using the input values despite the BAD

status. The status is ignored. 1: HOLD; totalization is stopped during occurrence of BAD status of in‐

coming values.

2: MEMORY; totalization is continued based on the last incoming value with GOOD status before the first occurrence of BAD status.

This 32-bit floating point value is used as a preset for the internal value of the FB algorithm. The value gets effective if using the SET function. This value follows TOTAL_UNITS.

0: Mass flow 1: Volume flow 2: Standard volume flow 3…127: reserved 128: Fraction Flow A 129: Fraction Flow B Simulation

TOTAL_UNITS. TOTAL and TOTAL_DOUBLE are always “on pair” i.e. both showing the

same totalized value but with a different precision.

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Communication

2.10 Acyclic communication

In‐

Parameter Name Data

dex 31 VIEW_1 Read only Read-only parameter to read the following block parameters at once

32 VIEW_2 Read /

Manufacturer Specific 41 TO‐

TAL_UNITS_TEXT

Type

Visible‐ String(8 )

Access Annotation

● CURRENT_MODE

● TOTAL_DOUBLE

● TOTAL_UNITS

● SET_TOT

● MODE_TOT

● FAIL_TOT

● PRESET_TOT

● INPUT_SELECTOR Parameter to read and write the following block parameters at once

write

Read only Textual unit representation of the current TOTAL_UNITS parameter set‐

● SET_TOT

● MODE_TOT

● FAIL_TOT

● PRESET_TOT

● INPUT_SELECTOR

tings.

Table 2-10 Slot 5: Totalizer block 2

In‐

Parameter Name Data

dex 16 BLOCK_OBJECT DS-32 Read only Constant block information used to identify the block type

17 CURRENT_MODE Un‐

22 TOTAL 101 Read only 32-bit floating point process value with quality code. The value follows

Type

signed8

Access Annotation

Read only Set to “Out of service” if the TARGET_MODE parameter of the Physical

Block is set to “Out of service”. Available modes: 8: Automatic 128: Out of Service

TOTAL_UNITS. TOTAL and TOTAL_DOUBLE are always “on pair” i.e. both showing the

same totalized value but with a different precision.

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Communication

2.10 Acyclic communication

In‐

Parameter Name Data

dex 23 TOTAL_UNITS Un‐

Type

sign‐ ed16

Access Annotation

Read / write

Influences the TOTAL,TOTAL_DOUBLE and PRESET_TOT value. The INPUT_SELECTOR defines the available physical unit codes that are

allowed e.g. INPUT_SELECTOR is set to mass flow, the TOTAL_UNITS only accepts mass units.

Available Mass units: 1088: kg 1089: g 1090: mg 1091: Mg 1092: t 1093: oz 1094: lb 1095: STon 1096: T 1567: ct 1568: lb (tr) 1569: oz (tr) 1995: customized unit

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Communication

2.10 Acyclic communication

In‐

Parameter Name Data

dex

24 SET_TOT Un‐

25 MODE_TOT Un‐

26 FAIL_TOT Un‐

27 PRESET_TOT Float32 Read /

28 INPUT_SELEC‐

TOR

29 SIMULATE DS-50 Read /

30 TOTAL_DOUBLE 106 Read only 64-bit floating point process value with quality code. The value follows

Type

signed8

Un‐ signed8

Access Annotation

1641: BBL (fed) 1995: customized unit

Available Standard volume units: 1053: Sft³ 1573: Nm³ 1574: Nl 1575: Sm³ 1576: Sl 1995: customized unit

Read / write

write

Read / write

write

status. The status is ignored. 1: HOLD; totalization is stopped during occurrence of BAD status of in‐

coming values.

2: MEMORY; totalization is continued based on the last incoming value with GOOD status before the first occurrence of BAD status.

This 32-bit floating point value is used as a preset for the internal value of the FB algorithm. The value gets effective if using the SET function. This value follows TOTAL_UNITS.

0: Mass flow 1: Volume flow 2: Standard volume flow 3…127: reserved 128: Fraction Flow A 129: Fraction Flow B

TOTAL_UNITS. TOTAL and TOTAL_DOUBLE are always “on pair” i.e. both showing the

same totalized value but with a different precision.

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Communication

2.10 Acyclic communication

In‐

Parameter Name Data

dex 31 VIEW_1 Read only Read-only parameter to read the following block parameters at once

32 VIEW_2 Read /

Manufacturer Specific 41 TO‐

TAL_UNITS_TEXT

Type

Visible‐ String(8 )

Access Annotation

● CURRENT_MODE

● TOTAL_DOUBLE

● TOTAL_UNITS

● SET_TOT

● MODE_TOT

● FAIL_TOT

● PRESET_TOT

● INPUT_SELECTOR Parameter to read and write the following block parameters at once

write

Read only Textual unit representation of the current TOTAL_UNITS parameter set‐

● SET_TOT

● MODE_TOT

● FAIL_TOT

● PRESET_TOT

● INPUT_SELECTOR

tings.

Table 2-11 Slot 6: Analog Input block - Volume flow

Index Parameter Name Data Type Access Annotation 16 BLOCK_OBJECT DS-32 Read

only

17 CURRENT_MODE Unsigned8 Read

only

22 PROCESS_VALUE DS-101 Read

only

23 PROCESS_VAL‐

UE_UNITS

24 DAMPING Float32 Read /

25 SIMULATE DS-50 Read /

26 VIEW_1 Read

Un‐ signed16

Read only

write

only

Constant block information

Follows the target mode of the Physical Block 8: Automatic 128: Out of service Process value with quality code

Read-only copy of the transducer block unit setting

Low-pass filter of the input value. Value in seconds. Valid range: 0…100 s

Possibility to simulate the PROCESS_VAUE parameter (in‐ cluding the quality code). This could be used to verify the PLC program behavior.

Read-only parameter to read

● CURRENT_MODE

● VOLUME FLOW

● VOLUME FLOW UNITS

● DAMPING

● SIMULATE

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Index Parameter Name Data Type Access Annotation Manufacturer Specific

36 PROCESS_VAL‐

UE_UNITS_TEXT

Table 2-12 Slot 7: Analog Input block - Fractional flow A block

Index Parameter Name Data Type Access Annotation 16 BLOCK_OBJECT DS-32 Read

17 CURRENT_MODE Unsigned8 Read

22 PROCESS_VALUE DS-101 Read

23 PROCESS_VAL‐

UE_UNITS

24 DAMPING Float32 Read /

25 SIMULATE DS-50 Read /

26 VIEW_1 Read

Manufacturer Specific 36 PROCESS_VAL‐

UE_UNITS_TEXT

Visible‐ String(8)

Un‐ signed16

Visible‐ String(8)

Read only

only

only Read

only

write

only

Read only

Constant block information

Follows the target mode of the Physical Block 8: Automatic 128: Out of service Process value with quality code

Read-only copy of the transducer block unit setting

Low-pass filter of the input value. Value in seconds. Valid range: 0…100 s

Possibility to simulate the PROCESS_VALUE parameter (in‐ cluding the quality code). This could be used to verify the PLC program behavior.

Read-only parameter to read

● CURRENT_MODE

● FRACTIONAL FLOW A

● FRACTIONAL FLOW A UNITS

● DAMPING

● SIMULATE

Communication

2.10 Acyclic communication

Table 2-13 Slot 8: Analog Input block - Fractional flow B block

Index Parameter Name Data Type Access Annotation 16 BLOCK_OBJECT DS-32 Read

only

17 CURRENT_MODE Unsigned8 Read

only

22 PROCESS_VALUE DS-101 Read

only

23 PROCESS_VAL‐

UE_UNITS

24 DAMPING Float32 Read /

FCT030 Profibus (From firmware 4.0) Function Manual, 06/2018, A5E39931906-AB 53

Un‐ signed16

Read only

write

Constant block information

Follows the target mode of the Physical Block 8: Automatic 128: Out of service Process value with quality code

Read-only copy of the transducer block unit setting

Low-pass filter of the input value. Value in seconds. Valid range: 0…100 s

Page 54

Communication

2.10 Acyclic communication

Index Parameter Name Data Type Access Annotation 25 SIMULATE DS-50 Read /

write

26 VIEW_1 Read

only

Manufacturer Specific 36 PROCESS_VAL‐

UE_UNITS_TEXT

Table 2-14 Slot 9: Analog Input block - Fractional flow % A block

Index Parameter Name Data Type Access Annotation 16 BLOCK_OBJECT DS-32 Read

17 CURRENT_MODE Unsigned8 Read

22 PROCESS_VALUE DS-101 Read

23 PROCESS_VAL‐

UE_UNITS

24 DAMPING Float32 Read /

25 SIMULATE DS-50 Read /

26 VIEW_1 Read

Manufacturer Specific 36 PROCESS_VAL‐

UE_UNITS_TEXT

Visible‐ String(8)

Un‐ signed16

Visible‐ String(8)

Read only

only

only Read

only

write

only

Read only

Possibility to simulate the PROCESS_VAUE parameter (in‐ cluding the quality code). This could be used to verify the PLC program behavior.

Read-only parameter to read

● CURRENT_MODE

● FRACTIONAL FLOW B

● FRACTIONAL FLOW B UNITS

● DAMPING

● SIMULATE

Constant block information

Follows the target mode of the Physical Block 8: Automatic 128: Out of service Process value with quality code

Read-only copy of the transducer block unit setting

Low-pass filter of the input value. Value in seconds. Valid range: 0…100 s

Possibility to simulate the PROCESS_VAUE parameter (in‐ cluding the quality code). This could be used to verify the PLC program behavior.

Read-only parameter to read

● CURRENT_MODE

● FRACTIONAL FLOW % A

● FRACTIONAL FLOW % A UNITS

● DAMPING

● SIMULATE

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Table 2-15 Slot 10: Analog Input block - Fractional flow % B block

Index Parameter Name Data Type Access Annotation 16 BLOCK_OBJECT DS-32 Read

only

17 CURRENT_MODE Unsigned8 Read

only

22 PROCESS_VALUE DS-101 Read

only

23 PROCESS_VAL‐

UE_UNITS

24 DAMPING Float32 Read /

25 SIMULATE DS-50 Read /

26 VIEW_1 Read

Manufacturer Specific 36 PROCESS_VAL‐

UE_UNITS_TEXT

Un‐ signed16

Visible‐ String(8)

Read only

write

only

Read only

Constant block information

Follows the target mode of the Physical Block 8: Automatic 128: Out of service Process value with quality code

Read-only copy of the transducer block unit setting

Low-pass filter of the input value. Value in seconds. Valid range: 0…100 s

Possibility to simulate the PROCESS_VAUE parameter (in‐ cluding the quality code). This could be used to verify the PLC program behavior.

Read-only parameter to read

● CURRENT_MODE

● FRACTIONAL FLOW % B

● FRACTIONAL FLOW % B UNITS

● DAMPING

● SIMULATE

Communication

2.10 Acyclic communication

Table 2-16 Slot 11: Analog Input block - Standard volume flow

Index Parameter Name Data Type Access Annotation 16 BLOCK_OBJECT DS-32 Read

only

17 CURRENT_MODE Unsigned8 Read

only

22 PROCESS_VALUE DS-101 Read

only

23 PROCESS_VAL‐

UE_UNITS

24 DAMPING Float32 Read /

25 SIMULATE DS-50 Read /

Un‐ signed16

Read only

write

Constant block information

Follows the target mode of the Physical Block 8: Automatic 128: Out of service Process value with quality code

Read-only copy of the transducer block unit setting

Low-pass filter of the input value. Value in seconds. Valid range: 0…100 s

Possibility to simulate the PROCESS_VAUE parameter (in‐ cluding the quality code). This could be used to verify the PLC program behavior.

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Communication

2.10 Acyclic communication

Index Parameter Name Data Type Access Annotation 26 VIEW_1 Read

only

Manufacturer Specific 36 PROCESS_VALUE_

UNITS_TEXT

Table 2-17 Slot 12: Analog Input block - Frame temperature

Index Parameter Name Data Type Access Annotation 16 BLOCK_OBJECT DS-32 Read

17 CURRENT_MODE Unsigned8 Read

22 PROCESS_VALUE DS-101 Read

23 PROCESS_VAL‐

UE_UNITS

24 DAMPING Float32 Read /

25 SIMULATE DS-50 Read /

26 VIEW_1 Read

Manufacturer Specific 36 PROCESS_VAL‐

UE_UNITS_TEXT

Visible‐ String (8)

Un‐ signed16

Visible‐ String(8)

Read only

only

only Read

only

write

only

Read only

Read-only parameter to read

● CURRENT_MODE

● STANDARD VOLUME FLOW

● STANDARD VOLUME FLOW UNITS

● DAMPING

● SIMULATE

Constant block information

Follows the target mode of the Physical Block 8: Automatic 128: Out of service Process value with quality code

Read-only copy of the transducer block unit setting

Low-pass filter of the input value. Value in seconds. Valid range: 0…100 s

Possibility to simulate the PROCESS_VAUE parameter (in‐ cluding the quality code). This could be used to verify the PLC program behavior.

Read-only parameter to read

● CURRENT_MODE

● FRAME TEMPERATURE

● FRAME TEMPERATURE UNITS

● DAMPING

● SIMULATE

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Communication

2.10 Acyclic communication

Table 2-18 Slot 13: Totalizer block 3

In‐

Parameter Name Data

dex 16 BLOCK_OBJECT DS-32 Read only Constant block information used to identify the block type

17 CURRENT_MODE Un‐

22 TOTAL 101 Read only 32-bit floating point process value with quality code. The value follows

Type

signed8

Access Annotation

Read only Set to “Out of service” if the TARGET_MODE parameter of the Physical

Block is set to “Out of service”. Available modes: 8: Automatic 128: Out of Service

TOTAL_UNITS. TOTAL and TOTAL_DOUBLE are always “on pair” i.e. both showing the

same totalized value but with a different precision.

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Communication

2.10 Acyclic communication

In‐

Parameter Name Data

dex 23 TOTAL_UNITS Un‐

Type

sign‐ ed16

Access Annotation

Read / write

Influences the TOTAL,TOTAL_DOUBLE and PRESET_TOT value. The INPUT_SELECTOR defines the available physical unit codes that are

allowed e.g. INPUT_SELECTOR is set to mass flow, the TOTAL_UNITS only accepts mass units.

Available Mass units: 1088: kg 1089: g 1090: mg 1091: Mg 1092: t 1093: oz 1094: lb 1095: STon 1096: T 1567: ct 1568: lb (tr) 1569: oz (tr) 1995: customized unit

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Communication

2.10 Acyclic communication

In‐

Parameter Name Data

dex

24 SET_TOT Un‐

25 MODE_TOT Un‐

26 FAIL_TOT Un‐

27 PRESET_TOT Float32 Read /

28 INPUT_SELEC‐

TOR

29 SIMULATE DS-50 Read /

30 TOTAL_DOUBLE 106 Read only 64-bit floating point process value with quality code. The value follows

Type

signed8

Un‐ signed8

Access Annotation

1641: BBL (fed) 1995: customized unit

Available Standard volume units: 1053: Sft³ 1573: Nm³ 1574: Nl 1575: Sm³ 1576: Sl 1995: customized unit

Read / write

write

Read / write

write

status. The status is ignored. 1: HOLD; totalization is stopped during occurrence of BAD status of in‐

coming values. 2: MEMORY; totalization is continued based on the last incoming value

with GOOD status before the first occurrence of BAD status. This 32-bit floating point value is used as a preset for the internal value of

the FB algorithm. The value gets effective if using the SET function. This value follows TOTAL_UNITS.

0: Mass flow 1: Volume flow 2: Standard volume flow 3…127: reserved 128: Fraction Flow A 129: Fraction Flow B 130…255: reserved

TOTAL_UNITS. TOTAL and TOTAL_DOUBLE are always “on pair” i.e. both showing the

same totalized value but with a different precision.

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Communication

2.10 Acyclic communication

In‐

Parameter Name Data

dex 31 VIEW_1 Read only Read-only parameter to read the following block parameters at once

32 VIEW_2 Read /

Manufacturer Specific 41 TO‐

TAL_UNITS_TEXT

Type

Visible‐ String(8 )

Access Annotation

● CURRENT_MODE

● TOTAL_DOUBLE

● TOTAL_UNITS

● SET_TOT

● MODE_TOT

● FAIL_TOT

● PRESET_TOT

● INPUT_SELECTOR Parameter to read and write the following block parameters at once

write

Read only Textual unit representation of the current TOTAL_UNITS parameter set‐

● SET_TOT

● MODE_TOT

● FAIL_TOT

● PRESET_TOT

● INPUT_SELECTOR

tings.

Table 2-19 Slot 14: Control commands (Manufacturer Specific)

In‐

Parameter Name Data

dex 16 BLOCK_OBJECT DS-32 Read only Constant block information

17 CURRENT_MODE Un‐

Type

signed8

Access Annotation

Read only Follows the target mode of the Physical Block. In out of service no com‐

mand is processed. 8: Automatic 128: Out of service

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In‐

Parameter Name Data

dex 18 COMMAND Un‐

19 COMMAND_STA‐

TUS

Type

sign‐ ed8(2)

Un‐ signed8

Access Annotation

Read / write

Read only Command Status

Command invocation

Byte 0: Command Bit 0: Start zero point adjustment

Bit 1: Freeze process values Bit 2: Force outputs

Byte 1: Command Validity Mask Bit coded information to indicate which bit or bits are valid to be processed by the device.

Bit 0: process “Start zero point adjustment” command Bit 1: process “Freeze process values” command Bit 2: process “Force outputs command”

The command bit is only processed if the corresponding mask bit is set. Otherwise the command information is ignored.

The concurrent access could happen if an acyclic master sets up a write request while the cyclic master is connected and provides also command data. The acyclic write request is processed but could be overwritten by the cyclic master if the validity bit in scope is set.

Bit 0: Zero point adjustment processing Bit 1: Process values are frozen Bit 2: Outputs are forced

Communication

2.10 Acyclic communication

Table 2-20 Dosing block, SLOT 15

In‐

Parameter Name Data

dex 16 BLOCK_OBJECT DS-32 Read only Constant block information

17 CURRENT_MODE Un‐

18 BATCH_STATE Un‐

19 BATCH_COM‐

MAND

FCT030 Profibus (From firmware 4.0) Function Manual, 06/2018, A5E39931906-AB 61

Type

signed8

Un‐ signed8

Access Annotation

Read only Fixed to automatic (8)

Read only 0: batch stopped

1: batch running 2: batch paused 3: cleaning (all valves are set to "open valve")

Read / write

Used to control a dosing cycle: 1: start batch 2: stop batch 3: pause batch 4: resume batch 5: start cleaning Reading this parameter returns 0

Page 62

Communication

2.10 Acyclic communication

In‐

Parameter Name Data

dex 20 MODE Un‐

21 INPUT_SELEC‐

TOR

22 AMOUNT_DONE DS-101 Read only Current amount that is totalized since the start of the batch cycle. Includes

23 AMOUNT_RE‐

MAINING

24 RECIPE_ID Un‐

25 RECIPE_NAME String16 Read /

26 RECIPE_TAR‐

GET_AMOUNT

27 REC‐

IPE_AMOUNT_UN IT

28 - - 29 RECIPE_

FIXED_COMPEN‐

SATION Analog dosing 30 ANALOG_OUT‐

PUT

31 RECIPE_

CUR‐

RENT_CLOSED 32 RECIPE_

CURRENT_PAR‐

TIAL_OPEN

Type

signed8

Un‐ signed8

DS-101 Read only Amount that is missing to complete the current batch

signed8

Float32 Read /

Un‐ sign‐ ed16

Float32 Read /

DS-101 Read only Calculated set point for analog valve

Float32 Read /

Access Annotation

Read / write

write

Read / write

Batching Mode 0: off, batching disabled 1: 1-stage batching 2: 2-stage batching 3: analog batching

Batch input selection: 0: Mass Flow 1: Volume Flow 4: Standard Volume Flow 5: Fraction Flow Media A 6: Fraction Flow Media B

a quality code

Active recipe that specifies the used parameter set. Valid range 1…5

The recipe´s name

The recipe´s target amount. Follows the unit setting by RECIPE_TAR‐ GET_AMOUNT

Unit code that influences the AMOUNT_DONE, AMOUNT_REMAINING and RECIPE_TARGET_AMOUNT values

Define the fixed pre-stop value. The value is subtracted from 'Amount' to

write

compensate for application delays in closing the valves.

Current level that is used in analog batching mode when the analog valve shall be closed.

Define current level to partly close the analog valve

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In‐

Parameter Name Data

dex 33 RECIPE_

CUR‐ RENT_FULLY_OP

EN Digital dosing 34 DIGITAL_OUT‐

PUT_1

35 DIGITAL_OUT‐

PUT_2

Type Float32 Read /

DS-102 Read only Calculated set point for the digital valve 1

DS-102 Read only Calculated set point for the digital valve 2

Access Annotation

write

2.11 Access Control

If the flowmeter is ordered with custody transfer (CT), and the CT write protection DIP switch is ON, the device will reject all write requests to CT parameters independent of the access control. See the operation manual for further CT information and write protected parameters

Communication

2.11 Access Control

Define current level to fully open the analog valve.

● Each acyclic PROFIBUS connection has an access level that can be changed by providing PIN information via the parameters USER_PIN and / or EXPERT_PIN

● Each parameter has a protection level assigned that specifies the required access level to modify the parameter via an acyclic PROFIBUS connection.

● If the access level of the acyclic PROFIBUS connection is smaller than the protection level of the parameter that is desired to be modified, then the attempt to modify the parameter is rejected by the device.

The following access levels are provided:

Access level Description READ ONLY Having this access level, the acyclic PROFIBUS master is not able to modify

the device configuration (setup parameters). The PROFIBUS master is only able to execute commands, e.g. start dosing and reset totalizers.

USER Having this access level, the PROFIBUS master is able to modify a subset of

the device configuration. The PROFIBUS master has to provide the correct end user password to the parameter USER_PIN to reach this access level. The initiator is a “normal” user in the plant not having access to critical parts of the configuration.

EXPERT Having this access level, the PROFIBUS master is able to modify the config‐

uration of the device. The PROFIBUS master has to provide the correct serv‐ ice user password to the parameter EXPERT_PIN to reach this access level. The initiator is either a service user at the plant (not Siemens service person‐ nel) or Siemens service personnel.

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Communication

2.12 Alarm, error, and system messages

2.12.1 Introduction

The PROFIBUS slave has the capability of sending diagnostic data. The diagnostic data is hierarchically organized.

● Device status

● General faults ans conditions

● Alarm status (1 to 10)

2.12.2 Diagnosis Response

A PROFIBUS master is able to request diagnosis information from the slave using the diagnosis service. The following table shows the content of the diagnosis response sent from the device upon a request from the master.

Table 2-21 Diagnosis Response

Byte Element Name Description 10…13 Device status Device status

Restart Application reset Maintenance required Maintenance alarm Maintenance demanded Function check Out of specification Parameter update Extension available

NE107 diagnostic

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2.12 Alarm, error, and system messages

Byte Element Name Description 14…19 General faults and

faults conditions

Detailed alarm status 23…26 ALARM_STATUS_1 Detailed alarm status information 27…30 ALARM_STATUS_2 31…34 ALARM_STATUS_3 35…38 ALARM_STATUS_4 39…42 ALARM_STATUS_5 43…46 ALARM_STATUS_6 47…50 ALARM_STATUS_7 51…54 ALARM_STATUS_8 55…58 ALARM_STATUS_9 59…62 ALARM_STATUS_10

Sensor element exciter faulty Error in evaluation electronics Error in internal energy supply Error in sensor element Error in actuator element Faulty installation e.g. dead space Parameter setting error Signal path broken or short cut Overloading Wrong polarity of aux power Maximum line length exceeded Corrosion/abrasion by medium Fouling on sensor element Auxil medium missing or insufficient Wear reserve used up (operation) Wear reserve used up (wear) Error in peripherals Electromag interference too high Temperature of medium too high Ambient temperature too high Vibration/Impact load too high Auxiliary power range off-spec Auxiliary medium missing Excessive temperature shock Deviation from measurement Humidity in electronics area Medium in electronics area Mechanical damage Communication error Foreign material in electro area

Communication

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Communication

2.12 Alarm, error, and system messages

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Cable specifications

Recommended cable types

The PROFIBUS standard defines two variations of the bus cable: Cable type A and cable type B. It is recommended to use cable Type A in all new installations.

Both types have cable shielding that guarantees adequate protection from electromagnetic interference and thus the most reliable data transfer.

Table 3-1 Cable type A specifications

Type A Cable structure twisted pair, individual shield Wire size 0.8 mm2 (AWG 18) Loop resistance (DC) 44 Ω/km Impedance at 31.25 kHz 100 Ω ± 20% Attenuation at 39 kHz 3 dB/km Capacitive asymmetry 2 nF/km Envelope delay distortion (7.9 to 39 kHz) 1.7 μs/km Shield coverage 90% Max. cable length (inc. spurs >1 m) 1900 m (6233 ft)

Siemens provides a suitable cable for non-hazardous area with following order number 6XV1830-0EH10

Overall cable length

The overall cable length is made up of the length of the main cable and the length of all spurs (>1 m/3.28 ft).

The maximum network expansion depends on the type of ignition protection and the cable specifications.

Note

If repeaters are used the maximum allowed cable length is doubled. Max. three repeaters are permitted between user and master.

PROFIBUS transmission rate (kBit/s) Cable length

9.6 1200 400

19.2 1200 400 45,45 1200 400 93,75 1200 400

[m] [ft]

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Cable specifications

PROFIBUS transmission rate (kBit/s) Cable length

[m] [ft] 187,5 1000 3300 500 400 1300 1500 200 650 3000 100 330 6000 100 330 12000 100 330

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Definitions

Acyclic Data – data read over the acyclic communication channel, and this data could take several bus scans to be read. The total amount of time that this process takes is random and therefore acyclic.

Baud Rate – the speed of the network in bits per second.

Class 1 Master – a type of device on a PROFIBUS network and the traditional master in process control systems. Refers to a Distributed Control System (DCS) or Programmable Logic Controller (PLC).

Class 2 Master – a type of device on a PROFIBUS network and the traditional engineering work station. An example of a class 2 master is SIMATIC PDM.

Cyclic Data – data that is read in every bus scan. It’s the input and output data used for control and is time sensitive.

Deterministic – the knowledge that something is going to occur with a fixed time period. This is a requirement of advanced control systems.

EDD – the Electronic Device Description is a collection of text files describing all the acyclic data in a field device and how to read and write them. EDDs are used by configuration software such as SIMATIC PDM to configure field instruments.

EDDL – Electronic Device Description Language is the language that EDDs are written in. EDDL is an international standard defined in IEC 61804-2 and IEC 61804-3.

Ethernet – Ethernet is a type of physical layer defined in the IEEE 802.3 standard used for communications in a local area network.

FDT – Field Device Tool is standard program interface (software) for configuring field devices. FDT uses Device Type Managers to program field devices. FDT software is an alternative to EDD based software such as SIMATIC PDM.

FDI – Field Device Integration is the evolution of FDT and EDD technology. It is for configuration of field devices and is based on OPC-UA (Object Linking and Embedding for Process Control – Unified Architecture) and EDD technology.

FF – Foundation Fieldbus is a digital protocol used to configure and troubleshoot field instruments.

FISCO – Fieldbus Intrinsic Safe Concept. A standard that makes it easy to place FISCO approved instruments into zone 0 and above environments.

FNICO – Fieldbus Non-Incendive Concept. A similar standard to FISCO. It is makes it easy to place FISCO approved instruments into zone 2 environments.

Full-duplex – Full-duplex refers to a communication link that is bi-directional allowing for both devices to talk and listen at the same time.

GSD – General System Data (or Generic Slave Description) is a text file in PROFIBUS and a XML file in PROFINET defining all the protocol information and cyclic data of a field device. It is used by the network configuration software to identify the slave and to set up the data exchanged between the master and the slave during cyclic data exchange. GSD was also originally the German acronym for Gerätestammdaten.

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Definitions

Gateway – A gateway is a device that joins two different networks together. For example, to connect a Modbus device to a PROFIBUS network, a Profibus to Modbus gateway is needed.

HART – Highway Addressable Remote Transducer is an industrial protocol used to configure and troubleshoot field instruments. It is often considered a transition between the 4–20mA technology and full digital technology since it uses both.

IEC – International Electrical Congress is an international standards organization committed to creating and maintaining international and open standards for use in the electrical industries.

I/O-Controller – A type of device on a PROFNET network and the traditional master in process control systems. Refers to a Distributed Control System (DCS) or Programmable Logic Controller (PLC).

I/O-Device – A type of device on PROFINET that provides input data or realizes output data into the real world.

I/O-Supervisor – A type of device on a PROFINET network and the traditional engineering work station. An example is SIMATIC PDM.

ISA – Instrumentation, Systems, and Automation Society is a world wide organization that develops standards, certifies industry professionals, provides education and training, publishes books and technical articles, and hosts conferences and exhibitions.

Interchangeability – The ability to switch from one vendor’s device to another vendor’s similar device. Interchangeability is a key benefit of PROFIBUS Profile standard.

Intrinsically Safe – An intrinsically safe device keeps the voltage and current low enough so that it cannot generate a spark of sufficient energy to ignite the gas/particles in the atmosphere making it safe for use.

Interoperability – The ability to connect different devices from different manufacturers on the same network and have them work correctly. This is a core strength of PROFIBUS.

Managed Switch – A type of switch that provides additional advanced diagnostics.

Master – A type of device on PROFIBUS that controls communication to slave devices. One PROFIBUS network can have several Masters on it, and they share communications by using a token ring protocol.

MBP – Manchester encoded Bus Powered. This is the physical layer defined in IEC-61158-2 that is used for PROFIBUS PA

MBP-IS – This is the same physical layer as MBP, with the addition of power limiters on the power supply so that the power draws will not exceed those defined for intrinsically safe operation.

Modem – This is a device that translates a signal from one transmission technology to another. For example an optical modem converts an electrical signal into light and then back again.

Physical Layer – Refers to medium used to get the ones and zeros from point A to point B. This layer of the protocol is all about wires and voltage and current levels.

PROFIBUS – Process Fieldbus. Automation communication protocol designed to meet all industrial and process communication needs.

PROFIBUS DP – DP stands for Decentralized Peripheral and was designed for remote input output devices. This forms the core protocol of PROFIBUS. If PROFIBUS were a book, it would be called PROFIBUS DP.

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Definitions

PROFidrive – A chapter in the PROFIBUS book or PROFINET book that adds functions to the core protocol for high speed drive applications.

PROFIsafe – A chapter in the PROFIBUS book or PROFINET book that adds functions to the core protocol for safety applications.

PROFIBUS PA – A chapter in the PROFIBUS book or PROFINET book that adds functions to the core protocol for process control applications. PA refers to Process Automation.

PROFINET – A second book by the same authors as PROFIBUS. PROFINET is an Ethernet based protocol that makes use of many sections of the PROFIBUS protocol and make optimal use of Ethernet.

Profile – A profile is a standardization of a field device from the bus point of view. It defines the output and the core device parameters.

Protocol – Refers to a set of rules. In industrial communications, it simply refers to a set of rules defining how something is done. For example, how to get information from point A to point B. Since one set of rules can be made up of many different sets of rules, one protocol can be made up of different sub-protocols.

Proxy – A type of gateway defined in PROFINET which, aside from joining two networks together, also defines how the date is set as well. Think of it as a very easy-to-use gateway.

Slave – A type of device on PROFIBUS that will only talk on the network after a Master device has requested information.

Switch – A device that directs the traffic on an Ethernet network. It reads the incoming packet and directs it to the correct port where the target device is located.

TCO – Total Cost of Ownership is a financial term used in asset management referring to all the costs associated with ownership. In process automation, it is the sum of the cost of the device plus the cost of commissioning plus the cost of maintaining the device.

Token Ring – A type of protocol using a virtual token that is passed from master to master. The master can only talk on the bus when it has the token. When it is has finished talking on the bus, the master passes the token onto another master.

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Definitions

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Index

Document history, 5 Documentation

Edition, 5

Technical data

Cable specifications, 67

Transducer Block 1, 32

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Index

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