Cidra Use of Foundation Fieldbus Protocol with SONARtrac Bedienungsanleitung

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CiDRA Corporate Services 50 Barnes Park North Wallingford, CT 06492
Tel. 203-265-0035 Fax. 203-294-4211 www.cidra.com
USE OF FOUNDATION
FIELDBUS PROTOCOL
and PROFIBUS PA WITH
PASSIVE SONAR
PROCESS FLOW
MONITORING
TRANSMITTERS
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Inhaltsverzeichnis

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CiDRA Corporate Services 50 Barnes Park North Wallingford, CT 06492 Tel. 203-265-0035 Fax. 203-294-4211 www.cidra.com USE OF FOUNDATION™ FIELD

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Copyright © 2010 CiDRA Corporate Services Page 3-220958-01 Rev 02 ***This Page Left Blank***

Seite 3 - List of Tables

4 MAKING CHANGES to TRANSMITTER USING A FIELDBUS HOST To change the configuration to the transmitter using a Fieldbus or Profibus Host, perform the

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Copyright © 2010 CiDRA Corporate Services Page 4-220958-01 Rev 02 ***This Page Left Blank***

Seite 5 - MONITORING SYSTEMS

5 INPUT, OUTPUT AND TRANSDUCER BLOCKS 5.1 Analog Input Blocks The following table lists the analog input blocks. Channel Analog Input Block Data

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Table 3 Transducer Block Configurations Parameter / Structure Name Data Type AccessHelp CONTROL WRITE_CONTROL Unsigned16 R/W Controls abi

Seite 7 - BLOCK DEFINITIONS

Table 3 Transducer Block Configurations (Page 2) PIPE_WALL_THICKNESS Float R/W Pipe wall thickness measurement in selected units. PIPE_SIZE Unsig

Seite 8 - 2.5 PID Block

Table 3 Transducer Block Configurations (Page 3) ENVIRONMENT SOS_TEMPERATURE_INPUT_SELECTION Unsigned Char R/W Selects the source of the tempe

Seite 9 - 3.2 Connection

Table 3 Transducer Block Configurations (Page 4) FLOW_HIGH_CUTOFF_PCT Float R/W High flow cutoff as a % of flow measurement range (defined by Flo

Seite 10 - ***This Page Left Blank***

Table 3 Transducer Block Configurations (Page 5) UPDATE_RATE Unsigned Long R/W Sets transmitter update rate. Defines time units in number of blo

Seite 11 - USING A FIELDBUS HOST

Table 3 Transducer Block Configurations (Page 6) SPL_STD_DEV Float R The standard deviation of the SPL measurements from all active sensors.

Seite 13 - 5.3 Transducer Block

Table 3 Transducer Block Configurations (Page 7) FLOW_NYQUIST_HIGH Float R/W Define high end of frequency range to use for determining flow veloc

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Table 3 Transducer Block Configurations (Page 8) FLOW_NORMALIZATION Unsigned Long R/W Enable/disable normalization of sensor data. 0 - No normali

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Table 3 Transducer Block Configurations (Page 9) FLOW_WINDOW_OVERLAP Unsigned Long R/W Define overlap of FFT windows. This value is normally set

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Table 3 Transducer Block Configurations (Page 10) SOS_MIN Float R/W Minimum SOS value to search for. If too much energy (such as from a high vel

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Table 3 Transducer Block Configurations (Page 11) SOS_TOTAL_DATA Unsigned Long R/W Calculates SOS Samples from this value and SOS Sample Frequenc

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Copyright © 2010 CiDRA Corporate Services Page 5-1320958-01 Rev 02 Table 3 Transducer Block Configurations (Page 12) ANALOG_SECTION ANALOG_

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Table 3 Transducer Block Configurations (Page 13) FILTER_FLOW_NR_FILTER_MAGNITUDE_SELECTION Unsigned Char R/W Selects flow noise reduction filter

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Table 3 Transducer Block Configurations (Page 14) FILTER_FLOW_SPIKE_FILTER_PERCENTAGE Float R/W After 'Percent Len' measurements with g

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Table 3 Transducer Block Configurations (Page 15) FILTER_GVF_SPIKE_FILTER_LENGTH Unsigned Char R/W This parameter is used when the device is &apo

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Table 3 Transducer Block Configurations (Page 16) SENSOR SENSORHEAD_SERIAL_NUMBER Octet String R/W Sensor head Serial Number SENSOR_THRESH

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Table of Contents 1 USE OF FOUNDATION FIELDBUS AND PROFIBUS PA WITH PASSIVE SONAR PROCESS FLOW MONITORING SYSTEMS ...

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Table 3 Transducer Block Configurations (Page 17) TEMPERATURE Float R Temperature as used in calculation of GVF in configured units. SOS_QUALITY

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Table 3 Transducer Block Configurations (Page 18) SENSOR_3_MIN Long R Sensor 3 minimum in A/D bins. SENSOR_4_MIN Long R Sensor 4 minimum in A/D bi

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Copyright © 2010 CiDRA Corporate Services Page 5-2020958-01 Rev 02 ***This Page Left Blank***

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Appendix A EXAMPLE OF USING FOUNDATION FIELDBUS HOST A1 Connection Setup The following hardware was used for this example of a connection setup: 

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Copyright © 2010 CiDRA Corporate Services Page A-220958-01 Rev 02 Prior to connecting the transmitter to the Fieldbus, the Configurator will show a

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Copyright © 2010 CiDRA Corporate Services Page A-320958-01 Rev 02 Figure 6 NI-FBUS Configurator Display Example Opening the SONAR object b

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Note: For this example descriptive names have been given to the device. By default, the Function Blocks will be given generic names. On the setup a

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Copyright © 2010 CiDRA Corporate Services Page A-520958-01 Rev 02 A3 Changing Settings With Configurator Double-clicking on the ‘Configuration (STB

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Copyright © 2010 CiDRA Corporate Services Page A-620958-01 Rev 02 Figure 10 Partial List of Available Settings

Seite 33 - FIELDBUS HOST

Copyright © 2010 CiDRA Corporate Services Page A-720958-01 Rev 02 The top-left of the window shows the current state of the Transducer Block – OOS

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***This Page Left Blank***Copyright © 2010 CiDRA Corporate Services Page ii20958-01 Rev 02

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Copyright © 2010 CiDRA Corporate Services Page A-820958-01 Rev 02 The user may then select one or more settings to change by clicking on them, cha

Seite 36 - Figure 8 Dialog Box Example

It is important to note that ‘written’ simply indicates that changes have been sent and acknowledged by the transmitter, but NOT written to FLASH yet

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A4 Creating a Function Block Application (FBAP) to Transmitter This example requires the addition of another Softing FBK board running their ‘Rock’

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Double click the AI block in the FBAP window (If TARGET>MODE_BLK is not OOS, click auto, then OOS quickly to change TARGET in MODE_BLK to OOS) 

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Copyright © 2010 CiDRA Corporate Services Page A-1220958-01 Rev 02 The ‘Pressure Input Select’ in the transmitter must be configured using Configu

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Appendix B EXAMPLE OF USING PROFIBUS HOST B1 Connection Setup Note: The default address is 126. User should change address from 126 to an unused ad

Seite 41 - A3.2 Undoing Changes

Copyright © 2010 CiDRA Corporate Services Page B-220958-01 Rev 02 B3 Using SIMATIC Manager / PDM Note: This document is not intended as a tutor

Seite 42 - Transmitter

Copyright © 2010 CiDRA Corporate Services Page B-320958-01 Rev 02 Setup the communication to the DP/PA coupler using the ‘Set PG/PC Interface’ opt

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Copyright © 2010 CiDRA Corporate Services Page B-420958-01 Rev 02 Create a new project in SIMATIC Manager, or add the device to an existing projec

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Copyright © 2010 CiDRA Corporate Services Page B-520958-01 Rev 02 Opening the device will launch SIMATIC PDM which will then allow modifying and d

Seite 45 - B1 Connection Setup

1 USE OF FOUNDATION FIELDBUS AND PROFIBUS PA WITH PASSIVE SONAR PROCESS FLOW MONITORING SYSTEMS 1.1 Introduction This document is intended as an ov

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Copyright © 2010 CiDRA Corporate Services Page B-620958-01 Rev 02 B4 Changing Transmitter Settings with SIMATIC To modify settings, you must firs

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P/N 20958-01, Rev. 02 CiDRA Corporate Services 50 Barnes Park North Wallingford, CT 06492 (In U.S.): 877-cidra77 Tel: 203-265-0

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Copyright © 2010 CiDRA Corporate Services Page 1-220958-01 Rev 02 ***This Page Left Blank***

Seite 50 - B5 Saving Changes to FLASH

2 FOUNDATION FIELDBUS and PROFIBUS PA BLOCK DEFINITIONS 2.1 Resource Blocks Resource blocks contain the hardware specific characteristics associate

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Copyright © 2010 CiDRA Corporate Services Page 2-220958-01 Rev 02 2.4 Analog Output Blocks The Analog Output (AO) function block assigns an outpu

Seite 52 - CiDRA Corporate Services

3 CONFIGURATION & CONNECTION 3.1 Configuration There are no configuration settings necessary on the passive sonar transmitter for FOUNDATION Fi

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