Tricor PRO Series Manual
  1. Manuals
  2. Brands
  3. Tricor Manuals
  4. Measuring Instruments
  5. PRO Series
  6. Manual

Tricor PRO Series Manual

Hide thumbs
Table of Contents

Advertisement

Quick Links

Download this manual
PRO Series | Function Manual
TRICOR®
Coriolis Mass Flow Meter – TCD 9x00 Profibus

Advertisement

Table of Contents
loading
Need help?

Need help?

Do you have a question about the PRO Series and is the answer not in the manual?

Questions and answers

Subscribe to Our Youtube Channel

Related Manuals for Tricor PRO Series

Summary of Contents for Tricor PRO Series

  • Page 1 PRO Series | Function Manual TRICOR® Coriolis Mass Flow Meter – TCD 9x00 Profibus...
  • Page 2 This document is supplied as standard in electronic media with the device. Latest version can be downloaded at www.tricorflow.com. NOTE: This manual applies to the Coriolis Flow Meter with the brand TRICOR. TCD Electronics | Function Manual | Version: TCD_PROFI_S_EN_200326_E003...

  • Page 3: Table Of Contents

    LEGAL INFORMATION ......................5 1.1. Warning notice system ..........................5 1.2. Qualified Personnel ............................ 5 1.3. Proper use of TRICOR products ........................6 1.4. Disclaimer of Liability ..........................6 INTRODUCTION ........................7 2.1. Purpose of this documentation ........................7 2.2.
  • Page 4 Index 3.9. Access Control ............................46 3.10. Alarm, error, an system messages ......................47 3.10.1. Introduction .............................. 47 3.10.2. Diagnosis Response ..........................47 CABLE SPECIFICATIONS ....................... 49 LISTINGS ..........................50 5.1. List of Figures ............................50 5.2. List of Tables ............................. 50 TCD Electronics | Function Manual | Version: TCD_PROFI_S_EN_200326_E003...

  • Page 5: Legal Information

    Legal information Legal information 1.1. 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.

  • Page 6: Proper Use Of Tricor Products

    Note the following: WARNING! TRICOR products may only be used for the applications described in the relevant technical documentation. If products and components from other manufacturers are used, these must be recommended or approved by TRICOR. Proper transport, storage, installation, assembly, commissioning, operation and maintenance are required to ensure that the products operate safely and without any problems.

  • Page 7: Introduction

    In order to operate safety and for more detailed information you need the product specific manual. Available for download from Flow documentation (www.tricorflow.com). This manual applies to the TRICOR TCD 9x00 transmitter Profibus DP/PA version only. The TCD 9x00 transmitter is intended to be used for TCMP and TCMQ series.

  • Page 8: Communication

    Communication Communication 3.1. 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 • Support of PROFIBUS PA Profile for Process Control Devices V4.0 and V3 •...
  • Page 9 Communication Fig. 1: Transmitter exploded view Housing cover with viewing window Transmitter housing ① ⑫ Display (HMI) Terminal space ② ⑬ ③ HMI data cable ⑭ Power supply terminal protection cover ④ SD card ⑮ Housing cover ⑤ DIP switch (for custody transfer) ⑯...

  • Page 10: Changing Profibus Termination At The Transmitter Cassette

    Communication 3.4. 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.

  • Page 11: Connecting The Profibus (Ch1)

    Communication 8. Reinstall the transmitter cassette. 9. Reinstall the display and display cable, incl. the O-ring. Mount the O-ring by pulling it over the display lid. 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.

  • Page 12: Installation Check

    Communication 3.6. 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. 3.7.

  • Page 13: Acyclic Communication

    Communication 3.8. 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. Slot Index Range Block...
  • Page 14 Communication Data type Index Parameter name Access Annotation [size] Hardware_Revision Visible- Read String representation of the product hardware String(20) only version VendorID Unsigned16 Read Unsigned16 identifier of the product manufacturer only DEVICE_ID Visible- Read Product name String(20) only IM_Serial_Number Visible- Read Serial number String(20)
  • Page 15 Communication Data type Index Parameter name Access Annotation [size] RESET Unsigned16 Read Valid Codes: 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.
  • Page 16 Communication Data type Index Parameter name Access Annotation [size] BAUD RATE Unsigned8 Read Shows the current used baud rate. only 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)
  • Page 17 Communication Data type Index Parameter name Access Annotation [size] View_2 Read Parameter to read the following block parameters at Write once: • CURRENT_MODE • DIAGNOSIS • IM_Revision_Counter • STARTUP_PARAM_VALIDITY • BUS_ADDRESS • IDENT_NUMBER • BAUD_RATE • WRITE_PROTECTION • NE107_COMMON View_3 Read Parameter to read and write the following block Write...

  • Page 18: Slot 1: Analog Input Block - Mass Flow

    Communication Data type Index Parameter name Access Annotation [size] DEFAULT_AC- Unsigned8 Read Initial access level for an acyclic connection. See also SESS LEVEL Write access control 2: Read only 3: User LOGIN_USER Unsigned16 Read Input of the end user PIN to change the current AC‐ Write CESS_LEVEL of the acyclic connection.

  • Page 19: Slot 1: Transducer Block

    Communication 3.8.3. Slot 1: Transducer Block Data type Index Parameter name Access Annotation [size] BLOCK_OBJECT DS-32 Read Constant block information only CURRENT_MODE Unsigned8 Read Fixed to automatic (8) only VOLUME_FLOW Read Volume flow only VOLUME_FLOW Unsigned16 Read Volume flow units UNITS The coding is according the PROFIBUS PA Profile specification...
  • Page 20 Communication Data type Index Parameter name Access Annotation [size] 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 1475: µi.gal/d 1476: mi.gal/d 1477: ki.gal/d 1478: Mi.gal/d...
  • Page 21 Communication Data type Index Parameter name Access Annotation [size] 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...
  • Page 22 Communication Data type Index Parameter name Access Annotation [size] VOLUME_FLOW_H Float32 Read Volume flow high limit I_LIMIT MASS_FLOW Read Mass flow MASS_FLOW_UNIT Unsigned16 Read Mass flow units: Write The coding is according the PROFIBUS PA Profile specification: 1318: g/s 1319: g/min 1320: g/h 1321: g/d 1322: kg/s...
  • Page 23 Communication Data type Index Parameter name Access Annotation [size] 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 DENSITY_LO_ Float32 Read Fixed to 0.0 LIMIT...
  • Page 24 Communication Data type Index Parameter name Access Annotation [size] • 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 VIEW_2 Read Parameter to read and write the following block Write parameters at once: •...
  • Page 25 Communication Data type Index Parameter name Access Annotation [size] FRACTION_FLOW_ Read only FRACTION_FLOW_ Unsigned16 Read Selected unit for fractional mass flow value that UNITS Write affects values accessed via the PROFIBUS fieldbus interface. The coding is according the PROFIBUS PA Profile specification: 1318: g/s 1319: g/min...
  • Page 26 Communication Data type Index Parameter name Access Annotation [size] 1354: l/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...
  • Page 27 Communication Data type Index Parameter name Access Annotation [size] 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...
  • Page 28 Communication Data type Index Parameter name Access Annotation [size] 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_VOLUME_FLOW and PID_CUSTOM_FACTOR_VOLUME_FLOW) 32768: bush/s 32769: bush/min 32770: bush/h...

  • Page 29: Slot 2: Analog Input Block - Density

    Communication Data type Index Parameter name Access Annotation [size] CUSTOM_UNIT_ Visible Read Define a name for the custom units volume flow LABEL VOLUME String(8) Write FLOW CUSTOM_UNIT_ Float32 Read Define a mass flow factor for the custom units FACTOR DENSITY Write Density flow CUSTOM_UNIT_...

  • Page 30: Slot 3: Analog Input Block - Medium Temperature

    Communication 3.8.5. Slot 3: Analog Input block – Medium temperature Data type Index Parameter name Access Annotation [size] BLOCK_OBJECT DS-32 Read Constant block information only CURRENT_MODE Unsigned8 Read Follows the target mode of the Physical Block only 8: Automatic 128: Out of service PROCESS_VALUE DS-101 Read...
  • Page 31 Communication Data type Index Parameter name Access Annotation [size] TOTAL_UNITS Unsigned16 Read Influences the TOTAL,TOTAL_DOUBLE and Write 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.
  • Page 32 Communication Data type Index Parameter name Access Annotation [size] 1573: Nm³ 1574: Nl 1575: Sm³ 1576: Sl 1995: customized unit SET_TOT Unsigned8 Read 1: RESET; assign value „0“ to Totalizer Write 2: PRESET; assign value of PRESET_TOT to Totalizer 3: HOLD; totalization stopped 4: TOTALIZE;...

  • Page 33: Slot 5: Totalizer Block 2

    Communication Data type Index Parameter name Access Annotation [size] VIEW_2 Read Parameter to read and write the following block Write parameters at once • SET_TOT • MODE_TOT • FAIL_TOT • PRESET_TOT • INPUT_SELECTOR Manufacturer Specific TOTAL_UNITS TEXT Visible Read Textual unit representation of the current String(8) only TOTAL_UNITS parameter settings.
  • Page 34 Communication Data type Index Parameter name Access Annotation [size] 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...
  • Page 35 Communication Data type Index Parameter name Access Annotation [size] FAIL_TOT Unsigned8 Read 0: RUN; totalization is continued using the input Write values despite the BAD status. The status is ignored. 1: HOLD; totalization is stopped during occurrence of BAD status of incoming values. 2: MEMORY;...

  • Page 36: Slot 6: Analog Input Block - Volume Flow

    Communication 3.8.8. Slot 6: Analog Input block – Volume flow Data type Index Parameter name Access Annotation [size] BLOCK_OBJECT DS-32 Read Constant block information only CURRENT_MODE Unsigned8 Read Follows the target mode of the Physical Block only 8: Automatic 128: Out of service PROCESS_VALUE DS-101 Read...

  • Page 37: Slot 8: Analog Input Block - Fractional Flow B Block

    Communication Data type Index Parameter name Access Annotation [size] SIMULATE DS-50 Read Possibility to simulate the PROCESS_VALUE Write parameter (in‐ cluding the quality code). This could be used to verify the PLC program behavior. VIEW_1 Read Read-only parameter to read •...

  • Page 38: Slot 9: Analog Input Block - Fractional Flow % A Block

    Communication 3.8.11. Slot 9: Analog Input block – Fractional flow % A block Data type Index Parameter name Access Annotation [size] BLOCK_OBJECT DS-32 Read Constant block information only CURRENT_MODE Unsigned8 Read Follows the target mode of the Physical Block only 8: Automatic 128: Out of service PROCESS_VALUE...

  • Page 39: Slot 11: Analog Input Block - Standard Volume Flow

    Communication Data type Index Parameter name Access Annotation [size] SIMULATE DS-50 Read Possibility to simulate the PROCESS_VALUE Write parameter (in‐ cluding the quality code). This could be used to verify the PLC program behavior. VIEW_1 Read Read-only parameter to read •...

  • Page 40: Slot 12: Analog Input Block - Frame Temperature

    Communication 3.8.14. Slot 12: Analog Input block – Frame temperature Data type Index Parameter name Access Annotation [size] BLOCK_OBJECT DS-32 Read Constant block information only CURRENT_MODE Unsigned8 Read Follows the target mode of the Physical Block only 8: Automatic 128: Out of service PROCESS_VALUE DS-101 Read...

  • Page 41: Slot 13: Totalizer Block 3

    Communication Data type Index Parameter name Access Annotation [size] SIMULATE DS-50 Read Possibility to simulate the PROCESS_VALUE Write parameter (in‐ cluding the quality code). This could be used to verify the PLC program behavior. VIEW_1 Read Read-only parameter to read •...
  • Page 42 Communication Data type Index Parameter name Access Annotation [size] 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...
  • Page 43 Communication Data type Index Parameter name Access Annotation [size] MODE_TOT Unsigned8 Read 0: FORWARD AND BACKWARD; totalization of Write positive and negative incoming flowrate 1: FORWARD; totalization of positive incoming rate values only. 2: BACKWARD; totalization of negative incoming rate values only. FAIL_TOT Unsigned8 Read...

  • Page 44: Slot 14: Control Commands (Manufacturer Specific)

    Communication Data type Index Parameter name Access Annotation [size] Manufacturer Specific TOTAL_UNITS TEXT Visible- Read Textual unit representation of the current Stirng(8) only TOTAL_UNITS parameter settings. Tab. 18: Slot 13: Totalizer block 3 3.8.17. Slot 14: Control commands (Manufacturer Specific) Data type Index Parameter name Access Annotation...

  • Page 45: Dosing Block, Slot 15

    Communication 3.8.18. Dosing block, Slot 15 Data type Index Parameter name Access Annotation [size] BLOCK_OBJECT DS-32 Read Constant block information only CURRENT_MODE Unsigned8 Read Fixed to automatic (8) only BATCH_STATE Unsigned8 Read 0: batch stopped only 1: batch running 2: batch paused 3: cleaning (all valves are set to "open valve") BATCH_COM- Unsigned8...

  • Page 46: Access Control

    EXPERT EXPERT_PIN to reach this access level. The initiator is either a service user at the plant (not TRICOR service personnel) or TRICOR service personnel. TCD Electronics | Function Manual | Version: TCD_PROFI_S_EN_200326_E003...

  • Page 47: Alarm, Error, An System Messages

    Communication 3.10. Alarm, error, an system messages 3.10.1. Introduction The PROFIBUS slave has the capability of sending diagnostic data. The diagnostic data is hierarchically organized. • Device status • General faults and conditions • Alarm status (1 to 10) 3.10.2. Diagnosis Response A PROFIBUS master is able to request diagnosis information from the slave using the diagnosis service.
  • Page 48 Communication Byte Element Name Description Excessive temperature shock Deviation from measurement Humidity in electronics area Medium in electronics area Mechanical damage Communication error Foreign material in electro area Detailed alarm status 23…26 ALARM_STATUS_1 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...

  • Page 49: Cable Specifications

    Cable specifications 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.

  • Page 50: Listings

    Listings Listings 5.1. List of Figures Fig. 1: Transmitter exploded view ........................9 Fig. 2: Profibus DP/PA ............................11 5.2. List of Tables Tab. 1: Cyclic services ............................12 Tab. 2: Acyclic data ............................13 Tab. 3: Slot 0, Physical Block ..........................18 Tab.
  • Page 51 Contact NORTH & SOUTH AMERICA EUROPE (ROW) AW Lake Company KEM Küppers Elektromechanik GmbH 2440 W. Corporate Preserve Dr. #600 Liebigstraße 5 Oak Creek WI 53154 | USA 85757 Karlsfeld | Germany +1 414 574 4300 +49 8131 59391-100 sales@aw-lake.com sales@kem-kueppers.com www.aw-lake.com www.kem-kueppers.com...

Table of Contents