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PROFINET Field Device Specification:

Rheonics, SME

Covers sensor Types:

SR, SRV, SRD, DVP, DVM

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Summary of Contents for DVM

Page 1: ...PROFINET Field Device Specification Rheonics SME Covers sensor Types SR SRV SRD DVP DVM ...

Page 2: ...il support rheonics com COPYRIGHT RHEONICS 2021 No part of this publication may be copied or distributed transmitted transcribed stored in a retrieval system or translated into any human or computer language in any form or by any means electronic mechanical manual or otherwise or disclosed to third parties without the express written permission of Rheonics The information contained in this manual ...

Page 3: ...ds file do i need 5 3 Product overview 6 4 Profinet Installation 7 5 Getting started 8 6 Installation process 11 7 Device configuration settings 15 8 Sensor status and parameter status 18 9 Cyclic input data 22 10 Units table 30 11 Troubleshooting 31 12 Notes Errata 33 ...

Page 4: ...ecification is designed to be a technical reference for PROFINET End Users This document assumes the reader is familiar with PROFINET Protocol requirements and terminology 1 4 Warning Before connecting the PROFINET Communicator in an explosive atmosphere make sure instruments are installed in accordance with intrinsically safe or EX classification specific field wiring practices Explosions can cau...

Page 5: ... provides the configuration information parameters modules diagnostic and vendor and device identification to be used by the controller For up to date information please check the page https support rheonics com support solutions articles 81000401423 profinet gsd file for rheonics inline viscometer and density meter ...

Page 6: ...ous Rheonics instruments This includes Type SR SRV SRD Type DV DVP DVM and other instruments using the SME electronics from Rheonics Figure 2 Rheonics Sensor for Viscosity and density measurements 3 2 Reference to other instruments Manuals and guides for digital instruments are modular General instructions give information about the functioning and installation of instruments Operational instructi...

Page 7: ...finet Installation 4 1 Instrument overview Figure 3 SME DRM Diagram 4 2 Ethernet PIN assignment PROFINET RJ45 Connector Receptacle Pin Number Wire Color Description 1 Yellow Transmit 2 Orange Transmit 3 White Receive 4 Not Used 5 Not Used 6 Blue Receive 7 Not Used 8 Not Used ...

Page 8: ...nfiguration software TIA Portal Software sensor Rheonics Control Panel RCP Windows 10 64 bit GSDML file Ethernet Switch 5 2 System Connections Connect Rheonics sensor PLC and PC with RCP software installed with an Ethernet Cable We recommend using an Ethernet Switch Connect SME to the PC running RCP to configure the SME Figure 4 Communication diagram for rheonics sensor PLC and PC ...

Page 9: ... of the system Figure 5 Configuration in RCP to use Profinet with DHCP 5 3 1 Go to the Comm Configure tab in the RCP In the Ethernet section input all the parameters 5 3 2 Click on the Update SMET button to upload the new settings into the SME 5 3 3 For Static IP address go to the Comm Configure tab in the RCP in the Ethernet section click the dropdown menu in DHCP and select false This will disab...

Page 10: ...apter 5 Getting started 10 Figure 6 RCP showing Ethernet setting Disable DHCP this will allow use of static IP Address 5 3 4 Fill all the parameters for the Profinet remember to use valid values Figure 7 Update SME with Ethernet parameters ...

Page 11: ...the GSD file in TIA portal software 6 1 Open a project 6 2 Load GSD file 6 2 1 Select Manage general station description files GSD in the Options menu Figure 8 Screenshot of GSD file upload in TIA portal 6 2 2 Select the file GSDML V2 4 Rheonics SMET 20220321 xml load and install this file Figure 9 Adding GSDML file in TIA portal ...

Page 12: ...1 Select device configuration Figure 10 Select device configuration from device tree 6 4 From the Hardware Catalog 6 4 1 Choose the appropriate Rheonics sensor Figure 11 Selecting appropriate device from Hardware Catalog 6 4 2 Select Rheonics SMET and add the device to your project Figure 12 Rheonics SMET device in the I O device tree ...

Page 13: ...on process 13 6 5 Rheonics sensor will appear in topology view Figure 13 Rheonics sensor as it appears in Topology View 6 6 Connect the Rheonics sensor SMET to the PLC 6 6 1 Drag drop the connection Figure 14 Screenshot showing Module Definition Module Info ...

Page 14: ...er 6 Installation process 14 6 7 Once PLC and SMET are connected you will find green wire that connects both PLC controller and rheonics sensor Figure 15 Establishing Profinet network by connecting Rheonics SMET to PLC in TIA portal software ...

Page 15: ...rent modules and parameters To select these modules parameters the master configuration tooling software is used 7 1 Rheonics device provides 2 modules Diagnostics_1 and Device Parameters_1 Figure 16 Device overview Controller Address 7 2 Diagnostics_1 7 2 1 This module covers data that is useful for Rheonics support team to help customers diagnose any issues ...

Page 16: ...ce Parameters_1 This module covers the 22 parameters available for the SMET as well the sensor status parameter 7 3 1 Define tags in the PLC table based in the information from the GSD file Figure 18 Define tag in the plc table from gsd file 7 3 2 Go to online mode and start monitoring the parameters from the SMET ...

Page 17: ...PNET Operators Manual PNET OP 2022 Chapter 7 Device configuration settings 17 Figure 19 Data monitor from SMET showing the measured data in both the TIA portal and RCP ...

Page 18: ...10 Bit 1 0x0002 PLL not locked The PLL is not locked Derived from the ASB string E01 Bit 2 0x0004 PLL lock incorrect The PLL has locked on a wrong frequency Derived from the ASB string E02 Bit 3 0x0008 ASB communication error Issues with sensor electronics Bit 4 0x0010 Temperature sensor failed The temperature sensor has failed Derived from the ASB string if temperature is 273 0 Bit 5 0x0020 Senso...

Page 19: ...case of a free formula a referenced parameter is NAN Bit 4 0x0010 Not ready No result is yet available Example No measurement has been taken yet The algorithm requires a run in time Bit 5 0x0020 Internal error Internal error Report to Rheonics Bit 6 0x0040 Calibration Error Diagnostics Bit 7 0x0080 Further use Bit 8 0x0100 Parameter Calibrated Triggered when parameter has a calibration scale facto...

Page 20: ...ead as 16 0117 for a little endian format Sensor error status is the combination from any bit from Table 2 Sensor error status bit code and description in this scenario Error0117 is the combination OR of the error bits Bit H Comments 0 0x01 The PLL frequency does not match the sensor frequency Derived from the ASB string E10 1 0x02 The PLL is not locked Derived from the ASB string E01 2 0x04 The P...

Page 21: ...out applying any modification scaling calibration factor or filters Parameter Status Each parameter provides its own status Refer to Parameter Status Private Status This is status is for Rheonics support and provides information about performance of the sensor Unit This is the unit for the parameter For up to date information please check the page https support rheonics com support solutions artic...

Page 22: ...omment Input Voltage Float32 Power source to the SME Fv Integer32 Diagnostics ph Integer32 Diagnostics I Integer32 Diagnostics I Integer32 Diagnostics q Float32 Diagnostics fr Float32 Diagnostics df Float32 Diagnostics df Float32 Diagnostics Esn String VisibleString Electronics sensor serial number SW Version VisibleString Firmware version Table 5 Diagnostic table for slot 1 ...

Page 23: ... to applying the user calibration Parameter 1 density median status Unsigned16 Refer to Parameter Status Parameter 1 density median private status Unsigned16 Diagnostics Parameter 1 density median unit Unsigned 8 Unit for parameter 1 refer to Table 7 Parameter 2 temperature median value Float32 Median of last 5 temperature measurements Parameter 2 temperature median raw value Float32 Median of las...

Page 24: ... raw status Unsigned16 Refer to Parameter Status Parameter 5 viscosity raw private status Unsigned16 Diagnostic Parameter 5 viscosity raw unit Unsigned8 Unit for parameter 5 refer to Table 7 Parameter 6 density raw value Float32 Instantaneous value of density raw from the measurement Parameter 6 density raw raw value Float32 Instantaneous value of density raw from the measurement prior to applying...

Page 25: ...e user calibration Parameter 9 compensated resonant frequency Hz status Unsigned16 Refer to Parameter Status Parameter 9 compensated resonant frequency Hz private status Unsigned16 Diagnostic Parameter 9 compensated resonant frequency Hz unit Unsigned8 Unit for parameter 9 refer to Table 7 Parameter 10 damping Hz value Float32 Instantaneous value of damping from the measurement Parameter 10 dampin...

Page 26: ...igned8 Unit for parameter 12 refer to Table 7 Parameter 13 density median and last good value Float32 This parameter provides the density median measurement value and if there is any error in memory last good value is saved Parameter 13 density median and last good raw value Float32 This parameter provides the density median measurement value and if there is any error in memory last good value is ...

Page 27: ...register 516 value prior to applying the user calibration Parameter 16 Unsigned16 Refer to Parameter Status Parameter 16 Unsigned16 Diagnostic Parameter 16 Unsigned8 Unit for parameter 16 refer to Table 7 Parameter 17 Float32 Te Estimated Temperature from internal temperature Algorithm value Parameter 17 Float32 Te Estimated Temperature from internal temperature Algorithm value prior to applying t...

Page 28: ...y model value Float32 Mathematical model for density from the measurement Parameter 20 Calculated parameter from density model raw value Float32 Mathematical model for density from the measurement prior to applying the user calibration Parameter 20 Calculated parameter from density model status Unsigned16 Refer to Parameter Status Parameter 20 Calculated parameter from density model private status...

Page 29: ...ess ratio value Float32 Sensor status measurement Parameter 22 Sensor cleanliness ratio raw value Float32 Sensor status measurement prior to applying the user calibration Parameter 22 Sensor cleanliness ratio status Unsigned16 Refer to Parameter Status Parameter 22 Sensor cleanliness ratio private status Unsigned16 Diagnostic Parameter 22 Sensor cleanliness ratio unit Unsigned8 Unit for parameter ...

Page 30: ... 5 Reyn 42 m3 s 6 mm2 s 43 sccm 7 cSt 44 gpm 8 St 45 pH 9 m2 s 46 m3 10 in2 s 47 gal 11 SUS 48 STP 12 VI 49 Tref 13 AV 50 nD 14 PV 51 wt 15 YP 52 Vol 16 sec 53 mol m3 17 μ 54 alcohol 18 η 55 ethanol 19 ν 56 Hz 20 C 57 rhe 21 F 58 P 22 K 23 refXX Y 24 g cc 25 Kg m3 26 lb ft3 27 lbm gal 28 lbs gal 29 ppg 30 pptf 31 slug ft3 32 SG 33 ρ 34 API 35 Baumé 36 Brix Table 7 Units translation table ...

Page 31: ...ll settings are correct with RCP and controller side 3 Verify there is no duplicated address in the network 4 Try to use the ping command to get a response from either the PLC or SME 5 Verify that the latest version of the GDS file is installed Data issues Measured value is different from my reference standards 1 SRV viscosity output is compared against only dynamic viscosity of the calibration fl...

Page 32: ...PNET Operators Manual PNET OP 2022 Chapter 11 Troubleshooting 32 Contact RHEONICS support desk o support rheonics com o https support rheonics com https support rheonics com support home ...

Page 33: ...PNET Operators Manual PNET OP 2022 Chapter 12 Notes Errata 33 12 Notes Errata Contact Rheonics support for customization of system settings Notes ...

Page 34: ...64 5427 Website https rheonics com Support Portal https support rheonics com Support E Mail support rheonics com Sales E Mail info rheonics com 2021 Rheonics Inc All rights reserved The Rheonics logo is a trademark and service mark of Rheonics Inc Photographs excerpts trademarks and logos are not endorsements and are used only for representation under fair use copyright laws All rights stay with t...

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