Thermo Scientific DensityPRO Скачать руководство пользователя страница 75

Страница: 75 / 101

DensityPRO Specific Parameters

Parameter

Type

R/W

Description

MEASURE4_AT_MIN_IOUT

CON

R/W

The measurement 4 value that represents the minimum current output.

MIN_IOUT_VALUE

CON

R/W

The minimum current output in mA (3.80 to 20.0 mA)

NUM_MEASUREMENT

The number of active measurements.

NUMBER_OF_RELAYS

The number of relays available.

PIPE_INSIDE_DIAMETER

CON

R/W

The inside diameter of the process pipe.

PRIMARY_MEASURE_TYPE

CON

R/W

The primary measurement type.

If the material type is slurry:

1 = density

3 = solids content/vol

4 = carrier content/vol

5 = solids/carrier

6 = % by weight solids

7 = % by weight carrier

8 = % by volume solids

9 = % by volume carrier

If the material type is solution:

1 = density

2 = bulk density

3 = solute content/vol

4 = solvent content/vol

5 = solute/solvent

6 = % by weight solute

7 = % by weight solvent

8 = % by volume solute

9 = % by volume solvent

If the material type is single phase:

1 = density

If the material type is emulsion:

1 = density

3 = fluid_2 content/vol

4 = fluid_1 content/vol

5 = fluid_2/fluid_1

6 = % by weight fluid_2

7 = % by weight fluid_1

8 = % by volume fluid_2

9 = % by volume fluid_1

PROCESS_TEMP_LEARNED_
AT_CAL

CAL

R/W

The process temperature learned during the calibration cycle.

REFERENCE_DENSITY

CON

R/W

The material density at the reference temperature.

REFERENCE_TEMPERATURE

CON

R/W

The temperature used by the gauge for temperature compensation calculations.

RELAY1_ALM_MODE

CON

R/W

The alarm mode for relay 1.

0 = energize when alarm occurs

1 = deenergize when alarm occurs

RELAY1_LATCH_MODE

CON

R/W

The latching mode for relay 1.

0 = disable latching mode

1 = enable latching mode

RELAY2_ALM_MODE

CON

R/W

The alarm mode for relay 2.

0 = energize when alarm occurs

1 = deenergize when alarm occurs

RELAY2_LATCH_MODE

CON

R/W

The latching mode for relay 2.

0 = disable latching mode

1 = enable latching mode

Thermo Fisher Scientific

DensityPRO with

OUNDATION

™ fieldbus

Application Guide

C-13

Содержание DensityPRO

Страница 1: ...Part of Thermo Fisher Scientific DensityPRO With FOUNDATIONTM Fieldbus Application Guide P N 717917 Revision A...

Страница 2: ......

Страница 3: ...DensityPRO With FOUNDATIONTM Fieldbus Application Guide P N 717917 Revision A...

Страница 4: ......

Страница 5: ...s are the property of Thermo Fisher Scientific Inc and its subsidiaries Thermo Fisher Scientific Inc Thermo Fisher makes every effort to ensure the accuracy and completeness of this manual However we...

Страница 6: ...This page intentionally left blank...

Страница 7: ...Thermo Fisher Scientific DensityPRO with FOUNDATION fieldbus Application Guide v Revision History Revision Level Date Comments A 08 10 Initial release ERO 7489...

Страница 8: ...This page intentionally left blank...

Страница 9: ...tup 3 2 Configurator Interface 3 4 The Configuration Tree Object Menu 3 5 The Middle Frame 3 5 The Help Window 3 6 The Status Window 3 7 Configurator Basics 3 8 Block Modes 3 9 Using Menus Methods 3 1...

Страница 10: ...tions 7 1 Diagnostics 8 1 Chapter 8 Current Output 8 1 Loop Test 8 2 Trim Analog Output 8 2 Device Status 8 3 Chapter 9 Troubleshooting Service 9 1 Fieldbus Troubleshooting 9 1 Contact Information 9 2...

Страница 11: ...ropriate actions can be taken to ensure the safety of the equipment and personnel The procedures in this manual are not designed to replace or supersede required or common sense safety practices All s...

Страница 12: ...Fisher Scientific Caution Cautions notify users of operating procedures practices conditions etc which may result in equipment damage if not carefully observed or followed Note Notes emphasize importa...

Страница 13: ...e P N 717784 Fieldbus Overview Fieldbus is an all digital communication system between devices on the bus The DensityPRO with FOUNDATION fieldbus provides the following Execution of control functions...

Страница 14: ...bus network A device is identified by its device tag and device ID The device tag is the unique name you assign to it and the device ID is a unique identifier assigned by the manufacturer The device I...

Страница 15: ...nts Current output 3 8 20 5 mA DC Standard configuration Isolated loop powered 24 Vdc input 700 ohm max load Alternate configurations Non isolated self powered 700 ohm max load Isolated self powered 7...

Страница 16: ...d functionality of the standard DensityPRO Using this Application Guide A working knowledge of FOUNDATION fieldbus is assumed Associated Documentation Along with this guide the following documents mus...

Страница 17: ...dbus connector is accessible from the faceplate of the DensityPRO Figure 2 1 Signals on the DensityPRO FOUNDATION fieldbus connector The only connections required for operation are to the H1 bus Table...

Страница 18: ...0 meters with type A cable Table 2 2 Spur lengths Device Spur Length meters 25 32 1 19 24 30 15 18 60 13 14 90 1 12 120 The following table lists the possible jumper settings for the fieldbus board Ta...

Страница 19: ...nstruments NI FBUS Configurator If you are using this application software additional information can be found in the configurator user manual open the configurator and go to Help User Manual If you a...

Страница 20: ...nalInstruments NI FBUS NI FBUS Configurator or double click the NI FBUS icon on the PC desktop NI FBUS icon 2 A dialog appears informing you that NIFB EXE has not been launched Click Yes to start the...

Страница 21: ...main screen will open and the configuration tree will display all valid devices found on the network b Check the blocks available RESOURCE_ XXXXXXXXX RB2 The resource block contains device informatio...

Страница 22: ...he serial number The node address is the device address The PD tag and node address can be changed using the configurator software or host system Configurator Interface Note Additional information on...

Страница 23: ...Network Parameters object menu item changes to Function Block Application Figure 3 4 Object menus for Network Parameters and Function Block Application The Middle Frame The contents of the middle fra...

Страница 24: ...splays the help information available for a particular object or parameter Move the cursor over any object in the configuration tree and the help for that object will be displayed Help is also display...

Страница 25: ...recent I O errors project configuration errors and warnings If you double click on an error a window opens that displays the cause of the error allowing you to fix it Reference the NI FBUS user manual...

Страница 26: ...mum and maximum level the current output range etc 3 Creating a block diagram or control strategy and the execution schedule 4 Configuring alarms 5 Downloading the project to the device As mentioned e...

Страница 27: ...mode the block uses a local set point value in the normal block algorithm to determine the output value In Out Of Service mode the block is disabled This mode is typically used during block configura...

Страница 28: ...ime Constant Time constant setup 3 Temp Compensation Setup Temperature Comp Setup 4 Other meas assign modify Other meas assign modify 5 View other measurement View other measurement 2 Standardization...

Страница 29: ...example of how to use the menus 1 Go to AI_TRANSDUCER Root Menu 5 Actions 4 Clear All Holds Clear All Holds 2 The Clear All Holds screen will appear under the Methods tab Click Next or press Enter wh...

Страница 30: ...me Figure 3 10 Examples of modifying parameters using the NI FBUS Configurator There are two ways to save your changes depending on what you want to do If you want the changes to take effect immediate...

Страница 31: ...tom of the window To update a single parameter click on it and then click the Read Selected Set Selected Default icon To update all parameters in the block configuration window automatically click the...

Страница 32: ...to use one of the templates provided by the NI FBUS Configurator Reference the NI FBUS Configurator user manual for more information Additional information on the FBAP tools can also be found in the c...

Страница 33: ...selections In general you should always select Clear Devices and Automatic Mode Handling a Write Contained Parameters Causes the parameter changes you made in each block to take effect b Clear Devices...

Страница 34: ...nctions Once you have downloaded the configuration to the DensityPRO you can use the NI FBUS Configurator to do other things Note Refer to the NI FBUS user manual for more information on the functions...

Страница 35: ...w by clicking Next or pressing Enter If your host does not support menus reference Appendix C for a list of DensityPRO parameters The second level menus for the Setup menu are listed below Density Set...

Страница 36: ...Solids Gravity Additional menu items are displayed to enter the required specific gravity values for that material type as listed below a If you selected slurry enter the carrier gravity and solids gr...

Страница 37: ...ameter Enter the inside diameter of the pipe 9 Meas 1 Reading for 20 mA Output Enter the primary measurement value that represents the maximum current output 10 Meas 1 Reading for 4 mA Output Enter th...

Страница 38: ...p menu Setup consists of the following steps 1 Go to AI_TRANSDUCER Root Menu Setup 3 Temperature Comp Setup Temp Compensation Setup 2 Remove the loop from automatic control 3 Temp Input Source Select...

Страница 39: ...e temperature the density during the standardization measurement may be significantly different from the reference density value e g the carrier gravity for slurry that is assumed to correspond to the...

Страница 40: ...You can configure three measurements in addition to the primary measurement Enter which measurement you want to configure or modify 4 Reading represented by measurement Select the readout type for th...

Страница 41: ...DensityPRO parameters Note For detailed discussion on standardization and calibration reference the DensityPRO user guide P N 717784 Perform Standardization Follow this procedure to perform standardi...

Страница 42: ...pleted Click Write Changes Perform Calibration The steps below describe how to calibrate the gauge 1 If necessary set up the gauge 2 Standardize according to Perform Standardization 3 Fill the pipe wi...

Страница 43: ...age of the sample densities 9 CAL STD ratio from latest CAL When the calibration cycle is complete the ratio of the last calibration measurement to the standardization value is displayed 10 Use latest...

Страница 44: ...This page intentionally left blank...

Страница 45: ...ion on alarm parameters reference the DensityPRO user guide P N 717784 1 In the NI FBUS Configurator go to AI_TRANSDUCER 4 Alarm Alarm Setup 2 When prompted remove the loop from automatic control 3 Se...

Страница 46: ...h FOUNDATION fieldbus Application Guide Thermo Fisher Scientific 7 Alarm x set action Select the action used to indicate that the alarm has been triggered 8 Alarm setup is complete and the loop can be...

Страница 47: ...eviously entered set up data All settings except for the serial communication settings are reset to factory defaults Clear All Alarms Acknowledges clears and resets all alarms Alarm actions are cleare...

Страница 48: ...This page intentionally left blank...

Страница 49: ...st does not support menus reference Appendix C for a list of DensityPRO parameters Note For detailed discussion on any of the diagnostic items discussed reference the DensityPRO user guide P N 717784...

Страница 50: ...lue you enter d Selection 4 End Enter 4 to exit the menu Enter the selection you want 4 When prompted confirm the selection you made 5 The method has completed Loop may be returned to automatic contro...

Страница 51: ...ce meter 8 Does set output x mA equal readout device Confirm the set output and reference meter reading are the same Enter 1 to continue to the next step If you need to modify the value again enter 2...

Страница 52: ...This page intentionally left blank...

Страница 53: ...parameter is Bad No comm There is not enough time between the function block and communication schedules Edit the schedule to add more time between the function block and communication schedules refer...

Страница 54: ...the warranty period Thermo Fisher Scientific shall have the right to inspect such products at Buyer s plant or to require Buyer to return such products to Thermo Fisher plant In the event Thermo Fish...

Страница 55: ...except such suppliers warranties as to materials and workmanship Thermo Fisher disclaims all warranties expressed or implied with respect to such products EXCEPT AS OTHERWISE AGREED TO IN WRITING BY T...

Страница 56: ...This page intentionally left blank...

Страница 57: ...ype 4 CSA C US XP Hazardous model 9720 XP Class I Div 1 CSA C US Type 4 ATEX IP65 Code Detector Enclosure D Dual chain mount B Base plate mount required if pipe saddle option selected or for wall moun...

Страница 58: ...es optional L Lg SS tag 3 3 x 2 5 wired R RJ 11 modular connector jack D Model 9723 backlit LCD T Pipe tabs pipe saddles only Table A 2 Spare parts Part Number Description 886631 Complete electronics...

Страница 59: ...interrogation Surface mount technology provides high degree of reliability All user data is doubly stored in non volatile memory with no battery backup required Detection type PVT plastic scintillator...

Страница 60: ...field scalable Serial outputs RS485 half duplex RS232 full duplex Fieldbus A Device Description DD for the DensityPRO is available from the Fieldbus Foundation website The DD is a DD4 that is interpr...

Страница 61: ...m Table B 7 Programming Fieldbus host such as National Instruments NI FBUS Configurator Provides the interface between the DensityPRO and other devices on a FOUNDATION fieldbus network Emerson 375 475...

Страница 62: ...This page intentionally left blank...

Страница 63: ...lay information on the state of the alarm Bad Flags Indicate the cause of incorrect gauge configuration The parameter types are indicated in the table according to the abbreviations below CMD Command...

Страница 64: ...Alarm 12 Bit 12 Hold s are active Bit 28 Process Alarm 13 Bit 13 Alternate time constant active Bit 29 Process Alarm 14 Bit 14 Output on alternate measurement Bit 30 Process Alarm 15 Bit 15 Keypad in...

Страница 65: ...et 3 Bit 0 HV Background Interpolator Active Bit 16 FB IF to device comm error Bit 1 Unused Bit 17 Unused Bit 2 Unused Bit 18 Unused Bit 3 Unused Bit 19 Unused Bit 4 Unused Bit 20 Unused Bit 5 A D Con...

Страница 66: ...CLR_MODE 0 clr point 1 deadband CLR_POINT_ DEADBAND Enter clear point or dead band value ALARM2 ALM R W Set up alarm triggering point clear point and gauge actions when alarm happens for ALARM2 Sub p...

Страница 67: ...CLR_MODE 0 clr point 1 deadband CLR_POINT_ DEADBAND Enter clear point or dead band value ALARM4 ALM R W Set up alarm triggering point clear point and gauge actions when alarm happens for ALARM4 Sub p...

Страница 68: ...CLR_MODE 0 clr point 1 deadband CLR_POINT_ DEADBAND Enter clear point or dead band value ALARM6 ALM R W Set up alarm triggering point clear point and gauge actions when alarm happens for ALARM6 Sub p...

Страница 69: ...lect the action used to indicate that the alarm has been triggered ACTION 0 Nothing 1 Control relay 1 2 Control relay 2 3 Output 1 to FAULT LOW 5 Output 1 to FAULT HIGH SET_POINT The process level at...

Страница 70: ...STD_RATIO_FROM_ LAST_CAL CAL R W The calibration standardization ratio from latest calibration CAL_X_TIME_CONST CON R W Specify the number of time constant periods to be used for the calibration cycle...

Страница 71: ...Start Standardization Hold density at density hold mode value Switch current out to alt pri mode Hold current output at FAULT HIGH Abort standardization Start system test Erase protected NVRAM Use lat...

Страница 72: ...ximum current output in mA 4 0 to 20 5 mA MEA_NUM_ALARM1_ ASSIGN CON R W The measurement number ALARM1 is assigned to MEA_NUM_ALARM2_ ASSIGN CON R W The measurement number ALARM2 is assigned to MEA_NU...

Страница 73: ...aterial type is emulsion 1 density 3 fluid_2 content vol 4 fluid_1 content vol 5 fluid_2 fluid_1 6 by weight fluid_2 7 by weight fluid_1 8 by volume fluid_2 9 by volume fluid_1 MEA1_READOUT S R The va...

Страница 74: ...ow 12 solvent mass flow 16 bulk solute flow If the material type is single phase 0 inactive 10 bulk mass flow If the material type is emulsion 0 inactive 10 bulk mass flow 11 fluid_2 mass flow 12 flui...

Страница 75: ...olvent If the material type is single phase 1 density If the material type is emulsion 1 density 3 fluid_2 content vol 4 fluid_1 content vol 5 fluid_2 fluid_1 6 by weight fluid_2 7 by weight fluid_1 8...

Страница 76: ..._POLY_COEFA CON R W Solution polynomial coefficient A SOLUTION_POLY_COEFB CON R W Solution polynomial coefficient B SOLUTION_POLY_COEFC CON R W Solution polynomial coefficient C SOLUTION_POLY_COEFD CO...

Страница 77: ...rrection in deg C USE_TEMP_COMP_ON_STD CON R W Select whether temperature compensation equation will be used on the standardization cycle 0 no 1 yes VOLUME_FLOW_TIME_UNIT CON R W The time units assign...

Страница 78: ...This page intentionally left blank...

Страница 79: ...I_TRANSDUCER block and click the Others tab Click on DPRO_CMD to view the list of available commands To execute a command select it from the drop down list and click Write Changes Figure D 1 Drop down...

Страница 80: ...al processor The system performs an automatic test and verification function every 10 minutes and all user entered data is double stored and periodically cross checked Errors are automatically correct...

Страница 81: ...s to the gauge s process data and basic setup functions The DD menu flow blocks are provided in this appendix Note Text in blue indicates user entered data or selections Figure E 1 Root menu Figure E...

Страница 82: ...DD Flow Blocks Figure E 3 Density setup E 2 DensityPRO with FOUNDATION fieldbus Application Guide Thermo Fisher Scientific...

Страница 83: ...DD Flow Blocks Figure E 4 Time constant setup Thermo Fisher Scientific DensityPRO with FOUNDATION fieldbus Application Guide E 3...

Страница 84: ...DD Flow Blocks Figure E 5 Temperature compensation setup E 4 DensityPRO with FOUNDATION fieldbus Application Guide Thermo Fisher Scientific...

Страница 85: ...DD Flow Blocks Figure E 6 Other meas assign modify Thermo Fisher Scientific DensityPRO with FOUNDATION fieldbus Application Guide E 5...

Страница 86: ...DD Flow Blocks Figure E 7 View other meas Figure E 8 Standardization E 6 DensityPRO with FOUNDATION fieldbus Application Guide Thermo Fisher Scientific...

Страница 87: ...DD Flow Blocks Figure E 9 Calibration Thermo Fisher Scientific DensityPRO with FOUNDATION fieldbus Application Guide E 7...

Страница 88: ...DD Flow Blocks Figure E 10 Alarm setup Figure E 11 System restart E 8 DensityPRO with FOUNDATION fieldbus Application Guide Thermo Fisher Scientific...

Страница 89: ...DD Flow Blocks Figure E 12 Erase all entries Figure E 13 Clear all alarms Figure E 14 Diag Service menu Thermo Fisher Scientific DensityPRO with FOUNDATION fieldbus Application Guide E 9...

Страница 90: ...DD Flow Blocks Figure E 15 Current output setup E 10 DensityPRO with FOUNDATION fieldbus Application Guide Thermo Fisher Scientific...

Страница 91: ...DD Flow Blocks Figure E 16 Loop test Thermo Fisher Scientific DensityPRO with FOUNDATION fieldbus Application Guide E 11...

Страница 92: ...DD Flow Blocks Figure E 17 Trim analog output Figure E 18 Device status E 12 DensityPRO with FOUNDATION fieldbus Application Guide Thermo Fisher Scientific...

Страница 93: ...DD Flow Blocks Thermo Fisher Scientific DensityPRO with FOUNDATION fieldbus Application Guide E 13 Figure E 19 AI_Transducer Parameters...

Страница 94: ...This page intentionally left blank...

Страница 95: ...igned to the device by the user FOUNDATION fieldbus The communications network specification created by the Fieldbus Foundation LAS See link active scheduler link active scheduler LAS The device that...

Страница 96: ...This page intentionally left blank...

Страница 97: ...CARRIER_GRAVITY C 8 CARRIER_TEMP_COMP_ C 8 CARRIER_TEMP_EQ_COEFA C 8 CARRIER_TEMP_EQ_COEFB C 8 CARRIER_TEMP_EQ_COEFC C 8 clear all alarms 7 1 E 9 clear all holds 7 1 commands D 1 D 2 connections 2 1...

Страница 98: ...PE C 10 MAX_IOUT_VALUE C 10 MEA_NUM_AT_CURRENT_OUT_ALTMODE C 11 MEA1_READ C 11 MEA1_READOUT C 11 MEA1_UNIT C 12 MEA2_READ C 12 MEA2_READOUT C 12 MEA3_READ C 12 MEA3_READOUT C 12 MEA4_READ C 13 MEA4_RE...

Страница 99: ...MP_POLY C 15 SOLID_TEMP_EQ_COEFA C 15 SOLID_TEMP_EQ_COEFB C 15 SOLID_TEMP_EQ_COEFC C 15 SOLUTION_POLY_COEFA C 15 SOLUTION_POLY_COEFB C 15 SOLUTION_POLY_COEFC C 15 SOLUTION_POLY_COEFD C 15 SOLUTION_POL...

Страница 100: ...Index INDEX 4 DensityPRO with FOUNDATION fieldbus Application Guide Thermo Fisher Scientific X XRAY_MAX_HOLD_TIME C 16 XRAY_MIN_HOLD_TIME C 16 XRAY_MODE C 16 XRAY_THRESHOLD C 16...

Страница 101: ...Thermo Fisher Scientific 81 Wyman Street P O Box 9046 Waltham Massachusetts 02454 9046 United States www thermofisher com...

Результаты поиска

Содержание DensityPRO

Отзывы:

Похожие инструкции для DensityPRO

Бренды по названию

Популярные бренды

Thermo Scientific DensityPRO, Инструкция по применению

Результаты поиска

Содержание DensityPRO

Отзывы:

Похожие инструкции для DensityPRO

Бренды по названию

Популярные бренды