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Rosemount 3095FB
Multivariable

™

Transmitter with

Modbus

™

Protocol

Rosemount 3095FB Multivariable Transmitter with Modbus Protocol may be protected by one or more of the
following U.S. Patent Nos. 4,370,890; 4,612,812; 4,791,352; 4,798,089; 4,818,994; 4,833,922; 4,866,435;
4,926,340; 5,028,746; Des. 358,782. MEXICO PATENTADO NO. 154961.
Other U.S. and foreign patents issued and pending.

Rosemount and the Rosemount logotype are registered trademarks of Rosemount Inc.
Coplanar and Multivariable are trademarks of Rosemount Inc.
Hastelloy C-276 is a registered trademark of Cabot Corp.
Microsoft and Windows are registered trademarks of Microsoft Corp.

COVER PHOTO: 3095\063AB.tif

Read this manual before working with the product. For personal and system
safety, and for optimum product performance, make sure you thoroughly
understand the contents before installing, using, or maintaining this product.

Within the United States, Rosemount Inc. has two toll-free assistance numbers.

Customer Central:

1-800-999-9307 (

7:00 a.m. to 7:00 p.m. CST)

Technical support, quoting, and order-related questions.

North American

1-800-654-7768 (

24 hours a day – Includes Canada)

Response Center:

Equipment service needs.

For equipment service or support needs outside the United States, contact your
local Rosemount representative.

The products described in this document are NOT designed for
nuclear-qualified applications.

Using non-nuclear qualified products in applications that require
nuclear-qualified hardware or products may cause inaccurate readings.

For information on Rosemount nuclear-qualified products, contact your local
Rosemount Sales Representative.

SNF-0004

NOTICE

Rosemount 3095FB Software Revision 110
Rosemount 3095FB Configurator User Interface Software Revision 2.00

Reference Manual

00809-0100-4738, Rev DA
May 2006

Rosemount 3095FB

www.rosemount.com

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Summary of Contents for 3095FB

Page 1: ...www rosemount com Reference Manual 00809 0100 4738 Rev DA May 2006 Rosemount 3095FB MultiVariable Transmitter with Modbus Protocol ...

Page 2: ......

Page 3: ...tand the contents before installing using or maintaining this product Within the United States Rosemount Inc has two toll free assistance numbers Customer Central 1 800 999 9307 7 00 a m to 7 00 p m CST Technical support quoting and order related questions North American 1 800 654 7768 24 hours a day Includes Canada Response Center Equipment service needs For equipment service or support needs out...

Page 4: ......

Page 5: ...s Connections 2 9 Consider Housing Rotation 2 11 Set Jumpers 2 11 RTD Assembly Optional 2 13 Connect Wiring and Power Up 2 16 Hazardous Locations 2 19 Grounding the Transmitter Case 2 19 Rosemount 305 Integral Manifold 2 20 Integral Manifold Installation Procedure 2 20 Integral Manifold Operation 2 21 SECTION 3 Modbus Communication Suggestions and Tips 3 1 SECTION 4 Operation Safety Messages 4 1 I...

Page 6: ... Reassembling the Process Sensor Body 5 10 APPENDIX A Specifications and Reference Data Functional Specifications A 1 Performance Specifications A 2 Differential Pressure A 2 Absolute Gage Pressure A 3 Process Temperature RTD A 3 Physical Specifications A 4 Dimensional Drawings A 5 Ordering Information A 7 Spare Parts A 9 Options A 12 Accessories A 12 APPENDIX B Product Certifications Approved Man...

Page 7: ...Options and accessories Section 3 RTU Communication Rosemount 3095FB Modbus Protocol Guide Revision F Section 4 Operation How to use the configuration software Installing the software onto a personal computer Establishing communications Configuring the transmitter Creating a configuration file Calibrating the transmitter Explains each configurator software menu Section 5 Transmitter Maintenance an...

Page 8: ...Reference Manual 00809 0100 4738 Rev DA May 2006 Rosemount 3095FB 1 2 ...

Page 9: ...sult in death or serious injury Do not remove the transmitter covers in explosive environments when the circuit is live Fully engage both transmitters covers to meet explosion proof requirements Verify that the operating atmosphere of the transmitter is consistent with the appropriate hazardous locations certifications Electrical shock can result in death or serious injury Avoid contact with the l...

Page 10: ...mples NOTE For steam service or for applications with process temperatures greater than the limits of the transmitter do not blow down impulse piping through the transmitter Flush lines with the blocking valves closed and refill lines with water before resuming measurement NOTE When the transmitter is mounted on its side position the Coplanar flange to ensure proper venting or draining Mount the f...

Page 11: ...oduct Manual Bench Configure BENCH CONFIGURE Connect Bench Power Supply Connect Personal Computer Perform Bench Configuration Tasks Optl Perform Bench Calibration Tasks FIELD INSTALLATION Review Installation Considerations Mount Transmitter and Install Bolts Optional Install RTD Assembly Make Field Wiring Connections DONE Yes No Optl Perform Field Calibration Tasks Bench Configuration Performed No...

Page 12: ...hen the vents are used In addition consider the possible need for a testing or calibration input Housing Rotation See Consider Housing Rotation on page 2 11 Terminal Side of Electronics Housing Mount the transmitter so that the terminal side is accessible A 0 75 inch 19 mm clearance is required for cover removal Use a conduit plug on the unused side of the conduit opening Circuit Side of Electroni...

Page 13: ...able with the 3095FB facilitate mounting to a panel wall or 2 inch pipe The bracket option for use with the Coplanar flange is 316 SST with 316 SST bolts Figure 2 3 shows bracket dimensions and mounting configurations for this option When installing the transmitter to one of the mounting brackets torque the bolts to 125 in lb 3095FB RTD Connector Process Connections RTD Cable RTD Assembly Conduit ...

Page 14: ...ed with four 1 75 inch flange bolts The following bolts also are supplied to facilitate other mounting configurations Four 2 25 inch manifold flange bolts for mounting the Coplanar flange on a three valve manifold In this configuration the 1 75 inch bolts may be used to mount the flange adapters to the process connection side of the manifold Optional If flange adapters are ordered four 2 88 inch f...

Page 15: ...IFOLD MANIFOLD FLANGE BOLTS FLANGE ADAPTERS AND FLANGE ADAPTER BOLTS NOTE Dimensions are in inches millimeters Description Qty Size in mm Flange bolts Flange adapter bolts Manifold flange bolts 4 4 4 1 75 44 2 88 73 2 25 57 2 88 73 x 4 TRANSMITTER WITH OPTIONAL FLANGE ADAPTERS AND FLANGE ADAPTER BOLTS TRANSMITTER WITH FLANGE BOLTS 1 75 44 x 4 3095 3095D05M 3095C05A fieldbus 3095 3095a29A ...

Page 16: ...asurement Place taps in the top or side of the line Mount the transmitter beside or above the taps so liquid will drain into the process line Steam Flow Measurement Place taps to the side of the line Mount the transmitter below the taps to ensure that the impulse piping will stay filled with condensate Fill impulse lines with water to prevent the steam from contacting the transmitter directly and ...

Page 17: ...ns on the transmitter flange are on 21 8 inch 54 mm centers to allow direct mounting to a three or five valve manifold By rotating one or both of the flange adapters connection centers of 2 21 8 or 21 4 inches 51 54 or 57 mm may be obtained Install and tighten all four flange bolts before applying pressure or process leakage will result When properly installed the flange bolts will protrude throug...

Page 18: ...e bolts after installation to compensate for cold flow Impulse Piping The piping between the process and the transmitter must accurately transfer the pressure to obtain accurate measurements There are five possible sources of error pressure transfer leaks friction loss particularly if purging is used trapped gas in a liquid line liquid in a gas line and density variations between the legs Failure ...

Page 19: ...ss fluid to freeze within the process flange Consider Housing Rotation The electronics housing can be rotated up to 180 degrees left or right to improve field access or to better view the optional LCD display To rotate the housing perform the following procedure 1 Loosen the housing rotation set screw using a 5 64 in hex wrench 2 Turn the housing up to 180 degrees to the left or right of its origi...

Page 20: ...ble baud rates for RS 485 Modbus communications Table 2 2 Baud Rate Settings Configuring RS485 and Security Jumpers When shipped from the factory the RS 485 switches are all set to off and the baud rate switches are set to 9600 see Table 2 2 To reposition the jumpers follow the procedure described below 1 If the transmitter is installed remove power 2 Remove the housing cover opposite the field te...

Page 21: ... RTD Assembly NOTE To meet ISSep CENELEC Flameproof certification only European Flameproof Cable Assemblies Process Temperature Input Codes A B or C may be used for RTD cable installation RTD Installation Procedure All RTD Cable Assemblies use the 3095 RTD Cable Connector OUTPUT ELECTRONICS BOARD OFF ON Real Time Clock Battery Jumper SECURITY ON OFF Baud Rate S1 S2 ON OFF RS 485 Configuration AC B...

Page 22: ...metal figure 2 10 3 Install the compression fitting 4 Use pliers to tighten the cap onto the compression fitting figure 2 11 Installing a Shielded RTD Cable intended for conduit use Figure 2 7 details a standard shielded RTD cable Figure 2 7 Shielded RTD Cable 1 Fully engage the black cable connector to the 3095 RTD connector figure 2 9 2 Tighten the cable adapter until metal contacts metal figure...

Page 23: ...Fully engage the black cable connector to the 3095 RTD connector figure 2 9 2 Tighten the cable adapter and cable gland until metal contacts metal figure 2 10 Figure 2 9 Engaging the Black Cable Connector FIGURE 2 10 Tightening the Cable Adapter Black Cable Connector Cable Adapter Cable Gland RTD Cable Gland CM20 ...

Page 24: ...he RTD Figure 2 12 illustrates a typical wiring configuration of the Rosemount RTD cable assembly with a 4 wire RTD Figure 2 12 RTD Sensor Wiring Diagram RTD Cable Assembly Wires Connect Wiring and Power Up The transmitter terminal block is in the compartment of the electronics housing labeled FIELD TERMINALS The other compartment contains the transmitter electronics module Refer to figure 2 13 to...

Page 25: ... lead that originates from the negative side of the power supply to the terminal marked Avoid contact with the leads and terminals 3 Connect the lead that originates from the A line from the RS 485 bus to the terminal marked A and the lead that originates from the B line to the terminal marked B 4 Plug and seal unused conduit connections on the transmitter housing to avoid moisture accumulation in...

Page 26: ...power supply is a recommended grounding point Device must be properly grounded or earthed according to local electric codes Power Supply The transmitter requires between 7 5 and 30 V dc to operate and provide complete functionality The dc power supply should provide power with less than 2 ripple RS 485 Bus The 3095FB does not provide electrical isolation between the RS 485 bus and the transmitter ...

Page 27: ... in accordance with national and local electrical codes The most effective transmitter case grounding method is direct connection to earth ground with minimal impedance Methods for grounding the transmitter case include Internal Ground Connection The Internal Ground Connection screw is inside the FIELD TERMINALS side of the electronics housing This screw is identified by a ground symbol and is sta...

Page 28: ...ransmitter 1 Inspect the Teflon sensor module O rings If the O rings are undamaged reusing them is recommended If the O rings are damaged if they have nicks or cuts for example replace them with new O rings IMPORTANT If replacing the O rings take care not to scratch or deface the O ring grooves or the surface of the isolating diaphragm while you remove the damaged O rings 2 Install the Integral Ma...

Page 29: ...s Test Vent Closed FIVE VALVE NAT GAS Test Vent Port Isolate open Isolate open Test Plugged Isolate open closed closed Isolate open Plugged Test Drain Vent Valve Drain Vent Valve Equalize closed Process Isolate closed Isolate open THREE VALVE H L Equalize closed Process Test Vent Port FIVE VALVE Equalize closed Equalize closed H H L L Process Process Test Vent Closed FIVE VALVE NAT GAS Test Vent P...

Page 30: ... H L Equalize closed Process Test Vent Port FIVE VALVE Equalize closed Equalize closed H H L L Process Process Test Vent Closed FIVE VALVE NAT GAS Test Vent Isolate open Isolate closed Test Plugged closed closed Isolate open Isolate closed Test Plugged Drain Vent Valve Drain Vent Valve Equalize closed Process Isolate open Isolate open THREE VALVE H L Equalize closed Process Test Vent Port FIVE VAL...

Page 31: ...the Modbus RTU protocol 2 Read Sections 4 9 as needed to determine which Rosemount 3095FB registers will require read write actions in order to meet your process control needs NOTE Be sure to consider Section 3 8 0 in the Modbus Protocol Guide The only way to detect transmitter exceptions is by polling the registers described in this section NOTE Additional registers may be added to the Modbus Pro...

Page 32: ...Page 1 of 79 Rosemount 3095FB Multivariable Transmitter with Modbus Protocol Modbus Protocol Guide Report Number D9500114 Revision F ...

Page 33: ... Examples of Modbus Commands 16 2 6 1 Reading and Writing Floating Point Data 16 2 6 2 Reading and Writing 16 Bit Registers 19 2 6 3 Reading and Writing Bit Registers 19 3 0 Communications 21 3 1 Communication Options 21 3 2 Communication Statistics 22 3 3 Write Protect Jumper 22 3 4 Floating Point Formats available for 3095FB output board Rev 107 or later 23 4 0 Sensor and Transmitter Information...

Page 34: ...ion Flag 46 6 2 Damping 47 6 3 Restore Factory Trim Defaults 48 7 0 LCD Display Configuration 49 8 0 Exception Handling 50 8 1 Diagnostic Status Bits 50 8 1 1 Critical Alarm 52 8 1 2 Warning 52 9 0 Diagnostics 53 9 1 Self Test 53 9 2 Master Reset 54 9 3 Restoring Nonvolatile Database to Factory Defaults 54 Appendix A Modbus Mapping Assignments by Data Types 57 Appendix B Modbus Mapping Assignments...

Page 35: ...ith Modbus Protocol This document defines the Modbus interface and register layout in suf ficient detail for the 3095FB 1 2 References Modicon Modbus Protocol Reference Guide 1 3 Abbreviations Definitions and Acronyms Table 1 1 Glossary Term Description AP absolute pressure above absolute zero pressure C degrees Celsius 5 9 T F 32 coil A read write bit register Conventional Symbol A symbol which i...

Page 36: ...uare inch absolute psig pounds per square inch gauge PT process temperature PV s process variable s query a request from the master host device for a slave device to per form an action register a 16 bit memory location that can be read write or read only response a response from a slave device to a master host device SP static pressure ST sensor temperature U16 16 bit unsigned integer 0 to 65535 U...

Page 37: ...ransaction Transactions are either a query response type where only a single slave is addressed or a broadcast no response type where all slaves are addressed The host master controller can produce query frames or broadcast frames Query frames generate a response frame from one slave device Broadcast frames address all the slave devices which do not respond A query response message includes one qu...

Page 38: ...odbus Protocol Guide 2 2 3 Data Field The data field contains information that is specific to each individual function Section 2 4 gives the data field layout for each function 2 2 4 Error Check Field The error check field contains a 16 bit CRC checksum that is used to verify the integrity of the message frame 2 2 5 Broadcast mode and address 0 Any query message with a slave address of 0 is a broa...

Page 39: ...e registers in Modbus messages are referenced to zero This means the number of the mapped address register i e 0005 is one higher than the actual number i e 0004 that is sent in the Modbus frame message There are a number of 8 bit values that are stored in 16 bit registers The 8 bit value is stored in the Least Significant Byte of the 16 bit register For example the value 24 would be stored as 002...

Page 40: ...as either two 16 bit registers or one 32 bit register See Section 2 3 1 1 3001 30001 40001 50001 214 3214 30214 40214 50214 16 16 16 16 16 03 04 Input reg isters Read only One 16 bit unsigned integer per register Shares the same register range with the Holding registers and ASCII registers See Sec tion 2 3 1 03 04 06 16 Holding register Read write One 16 bit unsigned integer per register Shares th...

Page 41: ...point register pairs To access the 32 bit float ing point registers 7401 7444 use Equation 1 or see for the complete layout of the 32 bit register block Equation 1 32 bit register address 7401 base address 401 2 Examples Differential Pressure 7401 401 401 2 7401 Static Pressure 7401 403 401 2 7402 Differential Pressure Damping 7401 441 401 2 7421 For example the host can read the floating point va...

Page 42: ...rs Base 16 bit Floats Integers 16 bit Floats 32 bit Floats 16 bit 20401 20488 7401 7444 Integers 16 bit 401 402 403 404 405 406 7401 7402 7403 401 402 403 404 405 406 20401 20402 20403 20404 20405 20406 32 bit Float 16 bit Float 30001 30214 40001 40214 50001 50214 Integers 16 bit Integers 16 bit Base Address Address 16 bit Float Address 16 bit Float Base Address ...

Page 43: ...rent locations To access the boolean regis ters in the regions other than the base region simply add the base register address i e 1 to the desired range i e 1 000 which gives the new register address i e 1 001 For example the host can perform a self test by writing to any of 3 separate coil locations A self test can be performed by writing to either coil 1 1001 or 10001 Whichever coil location is...

Page 44: ...iscrete inputs 03 Read Read holding regis ters Read binary values of one or more holding registers 04 Read Read input registers Read binary values in one or more input registers 05 Write Force coil Set coil to a specified ON or OFF state 06 Write Load register Write a binary value to a holding register 08 Diagnostic Loopback diagnos tic Sends diagnostic test message to transmit ter to evaluate com...

Page 45: ...82 error code query 03 start reg H start reg L reg cnt H reg cnt L resp 03 byte cnt data H data L resp 83 error code query 04 start reg H start reg L reg cnt H reg cnt L resp 04 byte cnt data H data L resp 84 error code query 05 bit addr H bit addr L FF 00 00 resp 05 bit addr H bit addr L FF 00 00 resp 85 error code query 06 reg addr H reg addr L data H data L resp 06 reg addr H reg addr L data H ...

Page 46: ...5 byte cnt data H data L resp C5 error code query 46 start reg H start reg L reg cnt H reg cnt L byte cnt data H data L resp 46 start reg H start reg L reg pair cnt H reg pair cnt L resp C6 error code Table 2 5 Exception Responses Exception Response Description Explanation of Exception Response 01 Illegal function The received message function is not an allowable action for the transmitter 02 Ille...

Page 47: ...ing with the 3095FB There are two ways to write a 16 bit register pair using function 16 and function 70 When writing to a 32 bit register either function 6 or function 16 can be used The first three examples show the Modbus message for reading a Differential Pressure DP of 100 00 The last four examples show the Modbus message for writing a DP upper operat ing limit of 230 00 See Section 3 4 for i...

Page 48: ...16 Writing Floating Point Data in a 16 bit Register Pair Address Function Starting register of reg isters byte count Register data bytes Error check Query 01 10 01 A0 00 02 04 43 66 00 00 XXXX Address Function Starting register of reg isters Error check Response 01 10 01 A0 00 02 XXXX Function 06 Writing Floating Point Data in a single 32 bit Register Address Function Starting register Register da...

Page 49: ...heck Query 01 10 1C F0 00 01 04 43 66 00 00 XXXX Address Function Starting register of reg isters Error check Response 01 10 1C F0 00 01 XXXX Function 70 Writing Floating Point Data using a 32 bit Function Address Function Starting register of reg ister pairs byte count Register data bytes Error check Query 01 46 01 A0 00 01 04 43 66 00 00 XXXX Address Function Starting register of reg isters pair...

Page 50: ...ng 16 Bit Register Data Address Function Starting reg ister of registers Error check Query 01 04 00 12 00 01 XXXX Address Function Byte count Register data bytes Error check Response 01 04 02 00 86 XXXX Function 16 Writing 16 Bit Register Data Address Function Starting register of reg isters byte count Register data bytes Error check Query 01 10 00 30 00 01 02 00 24 XXXX Address Function Starting ...

Page 51: ...ly two valid values that can be sent to the coil The value FF00 will force the coil to 1 ON and 0000 will force the coil to 0 OFF Function 05 Forcing a Single Coil Address Function Coil address Force data Error check Query 01 05 00 02 FF 00 XXXX Address Function Coil address Force data Error check Response 01 05 00 02 FF 00 XXXX ...

Page 52: ...zero the 3095FB will respond as fast as it can With a simple polling of the PVs and Status Registers the 3095FB will respond after about 6 milliseconds This may be too fast for some hosts The default Turnaround Delay Time is 50 milliseconds Table 3 1 Communication Options Modbus Access DESCRIPTION Address Address Type Attributes Functional Area Data Control Default 0016 Holding register R W WP Com...

Page 53: ...e ON position This jumper is located on the Output Electronics Board If the WP jumper is ON and the host tries to write to a register location that has the attribute Write Protected WP the Modbus exception Illegal Data Address 02 will be returned Table 3 2 Communication Statistics Modbus Access DESCRIPTION Address Address Type Attributes Functional Area Data Control 0145 Input reg ister RO Communi...

Page 54: ...nt Format Code will not affect the transmission byte order of the integer data Table 3 3 Floating Point Format Code Modbus Access DESCRIPTION Address Address Type Attributes Functional Area Data Control 0132 Holding register RW WP Communi cation Floating Point Format Code Attributes R W Read Write RO Read Only WP Write Protected These registers are available at multiple Modbus addresses see Sectio...

Page 55: ...ting Point Format Code 1 Address Function Starting reg ister of registers Error check Query 01 04 01 90 00 02 XXXX Address Function Byte count Register data bytes Error check Response 01 04 04 80 00 42 C8 XXXX Table 3 8 Floating Point Format Code 2 Address Function Starting reg ister of registers Error check Query 01 04 01 90 00 02 XXXX Address Function Byte count Register data bytes Error check R...

Page 56: ...ransmitter information consists of integer data and ASCII character strings that provide data about the transmitter The user can review or change sensor and transmitter information without affecting the operation of the transmitter The transmitter information that are 8 bit values are stored in the Least Significant Byte of their 16 bit register space For instance the value 24 would be stored as 0...

Page 57: ...830 to 830 in H2O 60 F 0018 Input Reg ister RO SP Sensor Range Code U8 3 4 0 to 800 psi 0 to 3 626 psi 0019 Input Reg ister RO PT Sensor Range Code U8 2 40 to 1200 F 0020 Input Reg ister RO Module Isolator Code U8 2 3 4 5 15 253 316 Stainless Steel Hastelloy C Monel Tantalum Gold Monel Special 0021 Input Reg ister RO Module Fill Fluid Code U8 1 2 250 253 Silicone Inert Not Used Special 0022 Holdin...

Page 58: ...300 ANSI Lvl DN 80 PN 40 Lvl DN 100 PN 40 Lvl DN 100 PN 10 16 Lvl 2 in class 150 ANSI Lvl 2 in class 300 ANSI Lvl DN 50 PN 6 Lvl DN 50 PN 40 Not Used Unknown Special 0024 Holding register R W WP drain vent code U8 2 3 4 251 252 253 316 Stainless Steel Hastelloy CTM Monel None Unknown Special 0025 Holding register R W WP O ring gasket material U8 10 11 12 13 250 252 253 PTFE Teflon R Viton Buna N E...

Page 59: ...one Unknown Special 0027 Holding register R W WP remote seal fill fluid U8 2 3 4 5 6 7 251 252 253 Silicone Oil Syltherm 800 Inert Glycerin H20 Prop Gly H20 Neobee M20 None Unknown Special 0028 Holding register R W WP remote seal isolator material U8 2 3 5 9 250 251 252 253 316 Stainless Steel Hastelloy C Tantalum Cobalt Chromium Nickel Not Used None Unknown Special Table 4 1 Transmitter Info Modb...

Page 60: ...tered date U24 day month year i e April 26 1996 0x001a 0x0460 0032 0035 ASCII R W WP user entered tag U8x8 0036 0043 ASCII R W WP user entered descriptor U8x16 0044 0059 ASCII R W WP user entered message U8x32 Attributes R W Read Write RO Read Only WP Write Protected These registers are available at multiple Modbus addresses see Section 2 3 located in the Modbus Protocol Guide Table 4 1 Transmitte...

Page 61: ...ut reg ister RO Output Board Software Rev Level U8 U8 MSB integer part LSB decimal part i e 0x6803 rev 104 3 0004 Input reg ister RO Sensor Module Software Rev Level U8 0005 0006 Input reg ister RO Sensor Module Serial Number U24 0007 0008 Input reg ister RO Transmitter Serial Number U24 0009 Input reg ister RO Hardware Rev Level U8 0010 Input reg ister RO Modbus Specific Rev Level U8 0011 Input r...

Page 62: ... the unit code 1 Inches of H2O 60o F Table 5 1 Process Variables Modbus Access DESCRIPTION Address Address Type Attributes Functional Area Data Control 0401 0402 FP register RO PVs DP 0403 0404 FP register RO SP 0405 0406 FP register RO PT Attributes R W Read Write RO Read Only WP Write Protected These registers are available at multiple Modbus addresses see Section 2 3 located in the Modbus Proto...

Page 63: ... The UOL and LOL cannot cross each other Here is the formula that the transmitter uses to validate the operating limits sent by the host The 3095FB will return the Modbus exception Illegal Data Value 03 if invalid operating limits are sent Lower Operating Limit LRL LOL UOL min_span Upper Operating Limit LOL min_span UOL URL min_span URL 100 0062 R W WP Process Tempera ture 20 21 Degrees Celsius De...

Page 64: ...ter R W WP DP lower operating limit 0421 0422 FP register RO SP upper range limit 0423 0424 FP register RO SP lower range limit 0425 0426 FP register R W WP SP upper operating limit 0427 0428 FP register R W WP SP lower operating limit 0429 0430 FP register RO PT upper range limit 0431 0432 FP register RO PT lower range limit 0433 0434 FP register R W WP PT upper operating limit 0435 0436 FP regis...

Page 65: ...Rev 107 or later Integer scaling allows the 3095FB to represent the process variables DP PT and SP as 16 bit integers Where x1 Minimum Measured Process Variable x2 Maximum Measured Process Variable y1 Minimum Scaled Integer Value y2 Maximum Scaled Integer Value Figure 5 1 Scaled Integers 0 65534 LRL URL Process Variable Floating Point Input Scaled x1 y1 x2 y2 Output input output ...

Page 66: ...all the Scaled Integers will be set to 65535 Table 5 4 Process Variable Scaled Integers Modbus Access DESCRIPTION Address Address Type Attributes Functional Area Data Control 0116 Input reg ister RO PV Scaled Integers DP 0117 Input reg ister RO SP 0118 Input reg ister RO PT Attributes R W Read Write RO Read Only WP Write Protected These registers are available at multiple Modbus addresses see Sect...

Page 67: ...o the following limits The values for x1 and x2 should be configured for the current unit codes If the host changes unit codes after the scaled integers are configured using Method 1 the values for x1 and x2 will be changed to reflect the new unit codes Table 5 6 Limits for Defining Endpoints Variable Valid Range Type Description x1 LRL x1 x2 min_span F32 Minimum Measured Value x2 x1 min_span x2 U...

Page 68: ...onal Area Data Control 0188 Holding register RW PV Scaled Integers DP_y1 0189 Holding register RW DP_y2 0190 Holding register RW SP_y1 0191 Holding register RW SP_y2 0192 Holding register RW PT_y1 0193 Holding register RW PT_y2 Attributes R W Read Write RO Read Only WP Write Protected These registers are available at multiple Modbus addresses see Section 2 3 located in the Modbus Protocol Guide ...

Page 69: ...quation 2 y A x B 32 768 Where y scaled integer output see Table 5 4 x measured value of PV in current units see Table 5 1 A scale factor see Table 5 10 B offset of scaled integer see Table 5 10 Table 5 8 PV Scaled Integer X Value Modbus Access DESCRIPTION Address Address Type Attributes Functional Area Data Control 0469 0470 FP register RW PV Scaled Integers DP_x1 0471 0472 FP register RW DP_x2 0...

Page 70: ...in Section 5 3 2 occur the affected scaled integers will be set to the maximum integer plus one The maximum integer can be any value from 0 to 65534 The default maximum integer is 65534 Table 5 9 PV Scaled Integer Maximum Integer Modbus Access DESCRIPTION Address Address Type Attributes Functional Area Data Control 125 Holding register RW PV Scaled Integers Maximum Integer applies to all PVs Attri...

Page 71: ... Offset must be recalculated Equation 3 A y2 y1 x2 x1 Offset The offset is calculated using Equation 4 Equation 4 B A x1 32768 y1 Table 5 10 Scale Factors and Offsets Modbus Access DESCRIPTION Address Address Type Attributes Functional Area Data Control 0198 Holding register RW PV Scaled Integers DP Scale Factor 0199 Holding register RW DP Offset 0200 Holding register RW SP Scale Factor 0201 Holdi...

Page 72: ...ethod 2 the value returned is maximum integer 1 5 3 2 2 Exceptions that Apply to DP The following exceptions apply only to the differential pressure Table 5 11 General Sensor Errors Attributes Description AD ST signal is above Upper Internal Limit AD ST signal is below Lower Internal Limit AD Sensor module is NOT updating AD Sensor microprocessor does not respond Table 5 12 DP Exceptions Attribute...

Page 73: ...immed and damped The formula for interpreting the 24 bit numbers is shown below output input 8388608 URL 7601920 Where input Untrimmed and Corrected Process Variable output Scaled Process Variable Table 5 13 SP Exceptions Attributes Description AD SP signal above Upper Range Limit 10 W SP signal above Upper Range Limit W SP signal below Lower Range Limit AD SP signal below Lower Range Limit 10 AD ...

Page 74: ...F then entering a floating point value of 60 in the register pair 455 456 would set the User Entered PT Value to 60 oF If at a later time the PT unit code is changed to oC then the User Entered PT Value will read as 15 556 o C Table 5 15 Untrimmed and Corrected Process Variables Modbus Access DESCRIPTION Address Address Type Attributes Functional Area Data Control 0076 0077 Input reg ister RO PVs ...

Page 75: ...d Only WP Write Protected These registers are available at multiple Modbus addresses see Section 2 3 located in the Modbus Protocol Guide Table 5 17 User Entered PT Value Modbus Access DESCRIPTION Address Address Type Attributes Functional Area Data Control 0455 0456 FP register R W WP User Entered PT Value Default 60 o F Attributes R W Read Write RO Read Only WP Write Protected These registers ar...

Page 76: ...s at the same time For example if the user wants to trim the DP from 0 to 100 inches of H2O 60 F there are four steps 1 Apply the offset zero DP to the transmitter In this case apply 0 inches of H2O 60 F and wait for the transmitter to stabilize 2 Write the IEEE 754 floating point number to the register pair 437 438 In this case write a zero to the register pair 3 Apply the slope span DP to the tr...

Page 77: ...The 3095FB may be in an unknown state such as vented to atmosphere If the Calibration Flag is set the host that is polling the 3095FB will be able to see the Calibration status bit and mark the incoming data as unreliable 0449 0450 FP register R W WP PT calibra tion PT offset zero 0451 0452 FP register R W WP PT slope span Attributes R W Read Write RO Read Only WP Write Protected These registers a...

Page 78: ...ing value will be selected Only values of 0 to 30 seconds will be accepted by the 3095FB If the value is outside of this range a Modbus exception Illegal Data Value 03 will be returned 0 108 0 216 0 432 0 864 1 728 3 456 6 912 13 824 27 648 Table 6 3 Damping Modbus Access DESCRIPTION Address Address Type Attributes Functional Area Data Control 0441 0442 FP register R W WP Damping DP damping 0447 0...

Page 79: ... The 3095FB must then be recalibrated Table 6 4 Reset Factory Trim Defaults Modbus Access DESCRIPTION Address Address Type Attributes Functional Area Data Control 0031 Coil R W WP Reset Trim to Factory Defaults DP 0032 Coil R W WP SP 0033 Coil R W WP PT Attributes R W Read Write RO Read Only WP Write Protected These registers are available at multiple Modbus addresses see Section 2 3 located in th...

Page 80: ...e between one and ten seconds Table 7 1 Transmitter Info Modbus Access DESCRIPTION Address Address Type Attributes Functional Area Data Control 0126 Holding register R W WP LCD LCD Update Rate 1 10 seconds 0127 0128 Holding register R W WP LCD Display Bit Mask 0x0000 0001 0x0000 0002 0x0000 0004 0x0000 0008 Differential Pressure Static Pressure Process Temperature Communication Setup Attributes R ...

Page 81: ...egisters in a single query Table 8 1 on page 50 shows the register layout of the diagnostic status bits in each form discrete input input register and floating point register The float ing point status registers are in a bit mapped format A value of zero will indicate that the condition is FALSE OFF and a value of one will indi cate that the condition is TRUE ON All reserved bits will be forced to...

Page 82: ...signal above Upper Range Limit 10 0068 13 W PT signal above Upper Range Limit 0069 12 PT signal above Upper Operating Limit 0070 11 PT signal below Lower Operating Limit 0071 10 W PT signal below Lower Range Limit 0072 9 AD PT signal below Lower Range Limit 10 0073 8 AD RTD is disconnected 0074 7 AD ST signal is above Upper Internal Limit 0075 6 AD ST signal is below Lower Internal Limit Not Avail...

Page 83: ...atus Bit is also set 0121 0409 15 AD Sensor module is NOT updating Not Available as Discrete Inputs 0121 cont 0409 cont 14 Reserved 13 AD Sensor microprocessor does not respond 12 AD Sensor board eeprom burn failure 11 AD Sensor hardware incompatible with software 10 AD Sensor CRC error Static Region 9 AD Sensor CRC error Dynamic Region 8 Reserved 7 Reserved 6 Flash output board eeprom soft recove...

Page 84: ...errors that are detected will show up in the following status bits The following diagnostic status bits will be set or cleared by the Self Test Master Reset or cycling power Table 9 1 Self Test Modbus Access DESCRIPTION Address Address Type Attributes Functional Area Data Control 0001 Coil R W Diagnos tics self test Attributes R W Read Write RO Read Only WP Write Protected These registers are avai...

Page 85: ...le 9 2 Master Reset Modbus Access DESCRIPTION Address Address Type Attributes Functional Area Data Control 0002 Coil R W Diagnos tics Master Reset Attributes R W Read Write RO Read Only WP Write Protected These registers are available at multiple Modbus addresses see Section 2 3 located in the Modbus Protocol Guide Table 9 3 Restoring Nonvolatile Database Modbus Access DESCRIPTION Address Address ...

Page 86: ...store Trim Section 1 DP damping SP damping PT damping Scale Integer Method DP_y1 DP_y2 SP_y1 SP_y2 PT_y1 PT_y2 DP_x1 DP_x2 SP_x1 SP_x2 PT_x1 PT_x2 Maximum Integer DP Scale Factor DP Offset SP Scale Factor SP Offset PT Scale Factor PT Offset 864 864 864 0 0 65534 0 65534 0 65534 250 250 0 800 40 400 65534 131 18 81 32768 148 26848 0041 Coil R W WP Restore Nonvola tile Data base Restore LCD Section ...

Page 87: ...se Restore Mapping Section Mapping Addresses Attributes R W Read Write RO Read Only WP Write Protected These registers are available at multiple Modbus addresses see Section 2 3 located in the Modbus Protocol Guide Table 9 3 Restoring Nonvolatile Database Modbus Access DESCRIPTION Address Address Type Attributes Functional Area Data Control ...

Page 88: ... WP RTD present 0 not present 1 present 0031 Coil R W WP Reset Trim to Factory Defaults DP 0032 Coil R W WP SP 0033 Coil R W WP PT 0035 Coil R W WP Restore Nonvola tile Data base Restore Modbus Section 1 0036 Coil R W WP Restore Modbus Section 2 0037 Coil R W WP Restore Sensor Section 1 0039 Coil R W WP Restore Trim Section 1 0041 Coil R W WP Restore LCD Section 1 0049 Coil R W WP Restore Mapping ...

Page 89: ... available at multiple Modbus addresses see Section 2 3 located in the Modbus Protocol Guide Floating Point Register Pairs Modbus Access DESCRIPTION Address Address Type Attributes Functional Area Data Control 0300 0400 FP register Reserved for future use 0401 0402 FP register RO PVs DP 0403 0404 FP register RO SP 0405 0406 FP register RO PT 0407 0408 FP register RO Diagnos tics Status Bytes 0409 ...

Page 90: ... 0425 0426 FP register R W WP SP upper operating limit 0427 0428 FP register R W WP SP lower operating limit 0429 0430 FP register RO PT upper range limit 0431 0432 FP register RO PT lower range limit 0433 0434 FP register R W WP PT upper operating limit 0435 0436 FP register R W WP PT lower operating limit 0437 0438 FP register R W WP DP calibra tion DP offset 0439 0440 FP register R W WP DP slop...

Page 91: ...ping 0455 0456 FP register R W WP User Entered PT User Entered PT Value 0457 0458 FP register RO PVs ST 0469 0470 FP register RW PV Scaled Integers DP_x1 0471 0472 FP register RW DP_x2 0473 0474 FP register RW SP_x1 0475 0476 FP register RW SP_x2 0477 0478 FP register RW PT_x1 0479 0480 FP register RW PT_x2 Attributes R W Read Write RO Read Only WP Write Protected These registers are available at ...

Page 92: ... 0002 Input reg ister RO transmitter type code U8 0003 Input reg ister RO output board software rev level U8 0004 Input reg ister RO sensor module software rev level U8 U8 0005 0006 Input reg ister RO sensor module serial number U32 0007 0008 Input reg ister RO transmitter serial number U24 0009 Input reg ister RO hardware rev level U8 0010 Input reg ister RO Modbus specific rev level U8 0011 Inpu...

Page 93: ...reg ister RO Module Fill Fluid Code U8 0076 0077 Input reg ister RO PVs Untrimmed and Cor rected Counts DP U24 0078 0079 Input reg ister RO SP U24 0080 0081 Input reg ister RO PT U24 0082 0083 Input reg ister RO ST U24 0084 0115 Input reg ister RO Reserved 0116 Input reg ister RO PV Scaled Integers DP 0117 Input reg ister RO SP 0118 Input reg ister RO PT 0119 0124 Input reg ister RO Diagnos tics S...

Page 94: ...R W Read Write RO Read Only WP Write Protected These registers are available at multiple Modbus addresses see Section 2 3 located in the Modbus Protocol Guide Holding Registers Modbus Access DESCRIPTION Address Address Type Attributes Functional Area Data Control 0016 Holding register R W WP Transmit ter Info transmitter address 0022 Holding register R W WP flange material code U8 0023 Holding reg...

Page 95: ...ng register R W WP user entered date 0060 Holding register R W WP Modbus units codes for PVs DP 0061 Holding register R W WP SP 0062 Holding register R W WP PT 0063 0075 Holding register R W WP Reserved Reserved 0125 Holding register R W WP PV Scaled Integers Maximum Integer 0126 Holding register R W WP LCD LCD Update Rate 0127 0128 Holding register R W WP LCD Display Bit Mask 0131 Holding registe...

Page 96: ... WP DP Scale Factor 0199 Holding register R W WP DP Offset 0200 Holding register R W WP SP Scale Factor 0201 Holding register R W WP SP Offset 0202 Holding register R W WP PT Scale Factor 0203 Holding register R W WP PT Offset 0204 Holding register R W WP Scaled Integer Method Attributes R W Read Write RO Read Only WP Write Protected These registers are available at multiple Modbus addresses see S...

Page 97: ...ributes Functional Area Data Control 0032 0035 ASCII R W WP Transmit ter info user entered tag U8x8 0036 0043 ASCII R W WP user entered descriptor U8x16 0044 0059 ASCII R W WP user entered message U8x32 Attributes R W Read Write RO Read Only WP Write Protected These registers are available at multiple Modbus addresses see Section 2 3 located in the Modbus Protocol Guide ...

Page 98: ...not present 1 present 0031 Coil R W WP Reset Trim to Factory Defaults DP 0032 Coil R W WP SP 0033 Coil R W WP PT 0035 Coil R W WP Restore Nonvola tile Data base Restore Modbus Section 1 0036 Coil R W WP Restore Modbus Section 2 0037 Coil R W WP Restore Sensor Section 1 0039 Coil R W WP Restore Trim Section 1 0041 Coil R W WP Restore LCD Section 1 0049 Coil R W WP Restore Mapping Section 0050 0075 ...

Page 99: ...ut reg ister RO transmitter type code U8 0003 Input reg ister RO output board software rev level U8 0004 Input reg ister RO sensor module software rev level U8 U8 0005 0006 Input reg ister RO sensor module serial number U32 0007 0008 Input reg ister RO transmitter serial number U24 0009 Input reg ister RO hardware rev level U8 0010 Input reg ister RO Modbus specific rev level U8 0011 Input reg ist...

Page 100: ...erial code U8 0023 Holding register R W WP flange type code U8 0024 Holding register R W WP drain vent code U8 0025 Holding register R W WP O ring gasket material U8 0026 Holding register R W WP remote seal type U8 0027 Holding register R W WP remote seal fill fluid U8 0028 Holding register R W WP remote seal isolator material U8 0029 Holding register R W WP number of remote seals U8 0030 0031 Hol...

Page 101: ...2 Holding register R W WP PT 0063 0075 Holding register R W WP Reserved Reserved 0076 0077 Input reg ister RO PVs Untrimmed and Cor rected Counts DP U24 0078 0079 Input reg ister RO SP U24 0080 0081 Input reg ister RO PT U24 0082 0083 Input reg ister RO ST U24 0084 0115 Input reg ister RO Reserved 0116 Input reg ister RO PV Scaled Integers DP 0117 Input reg ister RO SP 0118 Input reg ister RO PT I...

Page 102: ... R W WP Communi cations Options Turnaround Delay Time 0132 Holding register R W WP Floating Point Format Code 0132 0144 Holding register R W Reserved 0145 Input reg ister RO Communi cation Sta tistics Framing Error Count 0146 Input reg ister RO Noise Error Count 0147 Input reg ister RO Overrun Error Count 0148 Input reg ister RO CRC Error Count 0149 Input reg ister RO Busy Count 0150 Input reg ist...

Page 103: ...er R W WP PT_y2 0198 Holding register R W WP DP Scale Factor 0199 Holding register R W WP DP Offset 0200 Holding register R W WP SP Scale Factor 0201 Holding register R W WP SP Offset 0202 Holding register R W WP PT Scale Factor 0203 Holding register R W WP PT Offset 0204 Holding register R W WP Scaled Integer Method 0205 0400 Reserved for future use Input and Holding Registers includes Floating P...

Page 104: ...3 0414 FP register RO Sensor lim its DP upper range limit 0415 0416 FP register RO DP lower range limit 0417 0418 FP register R W WP DP upper operating limit 0419 0420 FP register R W WP DP lower operating limit 0421 0422 FP register RO SP upper range limit 0423 0424 FP register RO SP lower range limit 0425 0426 FP register R W WP SP upper operating limit Input and Holding Registers includes Float...

Page 105: ...DP calibra tion DP offset 0439 0440 FP register R W WP DP slope 0441 0442 FP register R W WP DP damping 0443 0444 FP register R W WP SP calibra tion SP offset 0445 0446 FP register R W WP SP slope 0447 0448 FP register R W WP SP damping 0449 0450 FP register R W WP PT calibra tion PT offset 0451 0452 FP register R W WP PT slope 0453 0454 FP register R W WP PT damping 0455 0456 FP register R W WP U...

Page 106: ... RW SP_x1 0475 0476 FP register RW SP_x2 0477 0478 FP register RW PT_x1 0479 0480 FP register RW PT_x2 Attributes R W Read Write RO Read Only WP Write Protected These registers are available at multiple Modbus addresses see Section 2 3 located in the Modbus Protocol Guide Input and Holding Registers includes Floating Point and ASCII registers Modbus Access DESCRIPTION Address Address Type Attribut...

Page 107: ...FP register RO Sensor lim its DP upper range limit 7408 FP register RO DP lower range limit 7409 FP register R W WP DP upper operating limit 7410 FP register R W WP DP lower operating limit 7411 FP register RO SP upper range limit 7412 FP register RO SP lower range limit 7413 FP register R W WP SP upper operating limit 7414 FP register R W WP SP lower operating limit 7415 FP register RO PT upper r...

Page 108: ...egister R W WP User Entered PT User Entered PT Value 7429 FP register RO PVs ST 7435 FP register RW PV Scaled Integers DP_x1 7436 FP register RW DP_x2 7437 FP register RW SP_x1 7438 FP register RW SP_x2 7439 FP register RW PT_x1 7440 FP register RW PT_x2 Attributes R W Read Write RO Read Only WP Write Protected These registers are available at multiple Modbus addresses see Section 2 3 located in t...

Page 109: ...ite a 250 to register DP_x2 see Table 5 8 Method 2 1 Configure the Scaled Integer Method for Method 2 2 The Scale Factor y2 y1 x2 x1 65534 0 250 250 131 068 Since the Scale Factor must be an integer the Scale Factor 131 3 The Offset Scale Factor x1 y1 32768 131 250 0 32768 18 4 Write a 65 534 to register Maximum Integer see Table 5 9 5 Write a 131 to register DP Scale Factor see Table 5 10 6 Write...

Page 110: ...see Table 5 7 3 Write a 10 000 to register DP_y2 see Table 5 7 4 Write a 0 to register DP_x1 see Table 5 8 5 Write a 100 to register DP_x2 see Table 5 8 Method 2 1 Configure the Scaled Integer Method for Method 2 2 The Scale Factor y2 y1 x2 x1 10 000 0 100 0 100 3 The Offset Scale Factor x1 y1 32768 100 0 0 32768 32768 4 Write a 10 000 to register Maximum Integer see Table 5 9 5 Write a 100 to reg...

Page 111: ...package is available with or without the RS232 485 converter and connecting cables The complete UI package contains the UI software CD ROM and one RS232 485 converter with cables for connecting the computer to the 3095 Explosions could result in death or serious injury Do not remove the transmitter cover in explosive atmospheres when the circuit is live Verify that the operating atmosphere of the ...

Page 112: ...rive letter other than D type that letter instead of D in step 3 above ex E setup exe 4 Follow the onscreen instructions provided by installation wizard Connecting to a Personal Computer Figure 4 1 shows how to interface a computer and 3095FB Figure 4 1 Connecting a Personal Computer to a Rosemount 3095FB NOTE The converter cables may be connected directly to the RS 485 bus or the transmitter term...

Page 113: ... Connect the red mini grabber connector to the A terminal and the black mini grabber connector to the B terminal 5 Launch the 3095FB User Interface Software NAVIGATION USE Figure 4 2 shows the main screen that appears when a valid connection is established between the PC and the 3095FB transmitter Figure 4 2 3095FB User Interface Software Main Screen Explosions can cause death or serious injury Do...

Page 114: ...the current revision of the UI Software Hot Keys Hot keys provide convenient one click access to nine of the more popular commands on the 3095FB UI Software Create a new configuration file Open an existing configuration file Save the active configuration file Connect to the transmitter or change the multidrop address Trim the sensors for each process variable View or change the sensor limits for e...

Page 115: ... each process variable 5 Select Setup Device Info to define basic transmitter information 6 Select Setup Sensor Limits to define the upper and lower sensor limits for each process variable 7 Click Transmitter Connect to reestablish communication with the transmitter 8 Select Setup Send Config to download the configuration to the transmitter Bench Calibration Procedure After a transmitter is bench ...

Page 116: ...p PCs Bit Rate Specifies the baud rate for the PC serial communication port This baud rate must match the transmitter s baud rate as selected by the jumper positions on the electronics comm board see page 2 12 CTS Delay Specifies the delay before a Clear To Send message is sent out Valid range is 0 9999 ms recommended value is 25 ms Hardware CTS Enabled Enable Disable hardware Clear To Send Poll P...

Page 117: ...ime between the transmitter and the Modbus host system In some instances the 3095FB responds too fast and the host misses the response message Responses from the transmitter can be delayed from 0 200 ms The default value is 50 ms Figure 4 4 Transmitter Comm Screen If the valid delay time value is less than 50 mS communication problems may occur with the user interface ...

Page 118: ...ing values can be entered for the DP SP and PT process variables Available damping values are shown in Table 4 2 High damping values filter out process noise but response time is decreased Low damping values increase response time but process noise can also be detected The factory default damping value is 0 864 To change the damping value simply enter new values and click Set Values If a new value...

Page 119: ...creen contains information that can be used to uniquely identify the transmitter Tag Date Descriptor and Message can all be used for transmitter identification purposes Additionally material information for the flange o ring drain vent and remote seals can be assigned for reference purposes Figure 4 7 Device Info Screen ...

Page 120: ...n order only affects the transmission of data that is in floating point form not integer form Changing the byte order may be necessary to make sure that floating point numbers are compatible between the 3095FB transmitter and the Modbus host system IEEE floating point numbers are made up of 4 bytes total of 32 bits The 3095FB can transmit floating point numbers in 4 different byte formats The defa...

Page 121: ...n for values in between Integer values must be between 0 and 65534 For more information see section 5 3 1 1 in the Modbus Protocol Guide located in chapter 3 of the manual Integer Scaling Method Description Disabled This is the default setting Only floating point values will be available when integer scaling is disabled Entered Endpoints Allows you to define two endpoints for scaling each process ...

Page 122: ...on where y scaled integer output x measured value of PV in current units A scale factor B offset of scaled integer For more information see section 5 3 1 2 in the Modbus Protocol Guide located in chapter 3 of the manual 1 Define the maximum integer count 2 Calculate the scale factor A in above equation for each process variable 3 Calculate the offset B in above equation for each process variable 4...

Page 123: ...omatically calculates the values for the scale and offset 1 Define the maximum integer count 2 Chose the rounding method all integers must be whole number values 3 Enter in the minimum and maximum process variable limits that will correspond to 0 and the maximum integer count 4 Click View Factors to show the calculated scale factor and offset values for the entered information in steps 1 3 Click O...

Page 124: ...Integer Scaling Calculated Scale Factor and Offset Screen Setup LCD Display This screen allows for the selection of what process variables are shown on the LCD display The Update Interval determines the rate at which the LCD display updates the readings Figure 4 13 LCD Display Screen ...

Page 125: ... available transmitters will appear Select the desired transmitter from the list and click OK to connect Change Address To change the address for a particular transmitter on the RS485 bus select Change Address Type in the transmitter s old address and assign it a new one Click OK to implement changes NOTE In a multidrop installation each transmitter must have a different address These addresses sh...

Page 126: ...ent is required for a sensor trim 3095FB transmitter Dead weight tester Power supply and load resistor Vacuum pump or a barometer that is at least 3 times as accurate as the 3095FB AP sensor The barometer is preferred Only required for transmitters equipped with an AP sensor Ice bath and hot oil bath for trimming the RTD probe Table 4 5 identifies the sensor range limits for the 3095FB transmitter...

Page 127: ... applied by a reference device and click Trim c Apply the offset trim value If using a vacuum pump pull a vacuum to both the high and low sides of the transmitter Wait for the measured value to stabilize and click OK If vented to atmosphere and using a barometer wait for the measured value to stabilize and click OK d Using a deadweight tester apply the desired slope trim value high pressure value ...

Page 128: ...ero and Slope span Trim a Select PT from the Sensor Selection heading and click Offset and Slope Trim b Enter the Offset Trim Point and Slope Trim Point values that will be applied and click Trim c Insert the RTD probe into an ice bath Wait for the measured value to stabilize and click OK d Insert the RTD probe into a hot oil bath Wait for the measured value to stabilize and click OK NOTE A calibr...

Page 129: ...ixed Process Temp This selection allows enabling or disabling the process temperature input from the RTD To disable the process temperature input 1 Select Fixed Process Temperature Absent RTD so that an x appears in the box 2 Enter the desired fixed temperature between 40 and 1200 F then click OK To enable the process temperature input from the RTD simply deselect the Fixed Process Temperature Abs...

Page 130: ...d in step 3 will be stored in the process temperature register In addition RTD is Disconnected exception handling status bits will be set Section 8 0 in the Modbus Protocol Guide located in chapter 3 of the manual Diagnostics Menu Read Outputs This screen displays continuously updated readings for the process variables Figure 4 18 Read Outputs Screen Diagnostics Device Info Module Info The module ...

Page 131: ... 21 Rosemount 3095FB Figure 4 19 Module Information Screen Diagnostics Device Info Identification Info This screen displays information about hardware and software revisions as well as device serial numbers Figure 4 20 Identification Information Screen ...

Page 132: ...ed the Diagnostics Error Info screen is automatically displayed to show the test results Diagnostics Error Info This screen identifies the current error status for the 3095FB transmitter The screen is NOT actively updated Section 8 0 of the Modbus Protocol Guide in Chapter 3 of the manual identifies the possible errors that could be displayed Figure 4 21 Error Info Screen View Menu Toolbar This se...

Page 133: ...eck conditions first SAFETY MESSAGES Procedures and instructions in this section may require special precautions to ensure the safety of the personnel performing the operations Information that raises potential safety issues is indicated by a warning symbol Refer to the following safety messages before performing an operation preceded by this symbol Warnings Explosions could result in death or ser...

Page 134: ...n to the RS 485 bus Verify identical baud rates for computer and transmitter Verify the correct COMM port is selected Verify the laptop computer is not in low energy mode some models disable all comm ports in low energy mode No communication between the transmitter and the Modbus host Check for proper voltage across the power terminals of the transmitter 7 5 30 V dc Check for intermittent shorts o...

Page 135: ...action required 20407 7 A DP signal is less than Lower Range Limit 10 This display means that the transmitter differential pressure reading exceeds its sensor limits by more than 10 There are two possible causes Either the transmitter is underpressured or it has a sensor malfunction Check the pressure input to the transmitter If an overpressure condition exists correct it If not replace the sensor...

Page 136: ...is less than Lower Range Limit 10 Check the transmitter RTD connector and RTD screw terminals to ensure the RTD cable is properly connected Verify that the process temperature is between 40 F and 400 F If transmitter temperature exceeds these limits correct the temperature If transmitter temperature is within these limits replace the sensor module as described on page 5 7 20408 8 A RTD is disconne...

Page 137: ... error static region Sensor CRC checksum failed indicating corrupted sensor module memory Replace the sensor module as described on page 5 7 20409 9 A Sensor CRC error dynamic region Sensor CRC checksum failed indicating corrupted sensor module memory Replace the sensor module as described on page 5 7 20409 8 Reserved NA 20409 7 Reserved NA 20409 6 Flash output board eeprom soft recoverable error ...

Page 138: ...gs Replace the O rings if they show any signs of damage such as nicks or cuts If they are undamaged you may reuse them Remove the Terminal Block Electrical connections are located on the terminal block in the compartment labeled FIELD TERMINALS Remove the housing cover see Figure 5 1 Loosen the two small screws located at the 9 o clock and 4 o clock positions and pull the entire terminal block out...

Page 139: ...he board to the housing see Figure 5 2 5 Disconnect the sensor module ribbon cable to release the electronics board from the transmitter See Figure 5 2 Figure 5 2 Removing the Electronics Board Removing the Sensor Module from the Electronics Housing 1 Carefully tuck the cable connector completely inside of the internal shroud see Figure 5 3 The circuit board is electrostatically sensitive To preve...

Page 140: ... the shroud and sensor cable do not catch on the housing Damage can occur to the cable if the internal shroud and sensor cable rotate with the housing Carefully pull the shroud and sensor ribbon cable assembly through the housing opening REASSEMBLY PROCEDURE Follow these procedures carefully to ensure proper reassembly Before removing the sensor module from the electrical housing disconnect the el...

Page 141: ...d and cable through the housing and into the external shroud 4 Turn the housing clockwise to fasten it to the module 5 Thread the housing completely onto the sensor module The housing must be no more than one full turn from flush with the sensor module to comply with explosion proof requirements 6 Tighten the housing rotation set screw using a hex wrench 3095 016ab 031ab To prevent damage to the c...

Page 142: ...ge on the sensor module To hold the process flange in place install the two hex head alignment screws While these screws are not pressure retaining tighten the hex head alignment screws to 33 in lbs to ensure proper alignment Do not over tighten this will affect the module flange alignment 3 Install the appropriate flange bolts For installations requiring a 1 4 18 NPT mounting install the four 1 7...

Page 143: ...low 5 Install the drain vent valve a Apply sealing tape to the threads on the seat Starting at the base of the valve with the threaded end pointing toward the installer apply two clockwise turns of the sealing tape b Take care to place the opening on the valve so that process fluid will drain toward the ground and away from personnel when the valve is opened c Tighten the drain vent valve to 250 i...

Page 144: ...Reference Manual 00809 0100 4738 Rev DA May 2006 Rosemount 3095FB 5 12 ...

Page 145: ...f 3 626 psia Static Pressure Limit Operates within specifications between static line pressures of 0 5 psia and the URL of the absolute pressure sensor Power Quiescent supply current 10 mA typical Transmitting supply current not to exceed 100 mA External power supply required Transmitter operates on terminal voltage of 7 5 42 Vdc RS 485 Signal Wiring 2 wire half duplex RS 485 MODBUS with 8 data bi...

Page 146: ...om 0 1 to 30 seconds for one time constant This is in addition to sensor response time of 0 2 seconds PERFORMANCE SPECIFICATIONS Zero based spans reference conditions silicone oil fill 316 SST isolating diaphragms and digital trim values to the span end points Specification Conformance The Rosemount 3095FB maintains a specification conformance of measured variables to at least 3 Differential Press...

Page 147: ...ange 4 0 5 36 26 to 0 5 3 626 psia 3 447 250 to 3 447 25000 kPa Gage 100 1 rangeability allowed Range C 0 8 to 0 800 psig 0 55 16 to 0 5516 kPa Range D 0 36 26 to 0 3 626 psig 0 250 to 0 25000 kPa Ambient Temperature Effect per 50 F 28 C 0 05 URL 0 125 of span spans from 1 1 to 30 1 0 06 URL 0 175 of span spans from 30 1 to 100 1 Stability 0 125 URL for five years for 50 F 28 C ambient temperature...

Page 148: ...missions Meets requirements of IEC 61326 Process Wetted Parts Isolating Diaphragms 316L SST or Hastelloy C 276 Drain Vent Valves 316 SST or Hastelloy C Flanges Plated carbon steel 316 SST or Hastelloy C Wetted O rings Glass Filled TFE Non Wetted Parts Electronics Housing Low copper aluminum Bolts Plated carbon steel per ASTM A449 Grade 5 or austenitic 316 SST Fill Fluid Silicone oil Inert oil avai...

Page 149: ...ew of 3095FB Transmitter Certification Label Electronics Board Nameplate Module O ring Sensor Module Drain Vent Valve Coplanar Flange Bolts Optional Flange Adapters Flange Adapter O ring Process Flange O ring RTD Connector Housing Locking Screw Extended Cover O ring Terminal Block Housing 3095 3095a08d ...

Page 150: ...cuitry Meter Cover Optional 1 2 14 NPT on Optional Mounting Adapters Adapters Can be Rotated to Give Connection Centers of 2 00 51 2 125 54 or 2 25 57 4 20 107 4 09 104 7 07 180 8 17 208 Certification Label Housing Rotation Set Screw 1 4 18 NPT on Coplanar Flange for Pressure Connection without the use of Mounting Adapters 3095 3095H05A 3095G05A Mounting Configurations for 3095FB Transmitter Panel...

Page 151: ...l A SST C 1 Hastelloy C 0 None Required for Option Codes S3 or S5 Code O ring 1 Glass filled TFE Code Process Temperature Input RTD ordered separately 0 No RTD Cable required for 3095FC 1 RTD Input with 12 ft 3 66 m of Shielded Cable intended for use with conduit 2 RTD Input with 24 ft 7 32 m of Shielded Cable intended for use with conduit 3 RTD Input with 12 ft 3 66 m of Armored Shielded Cable in...

Page 152: ... Ultra for Flow 0 05 DP reading accuracy up to 100 1 rangedown 10 year stability limited 12 year warranty S3 Assembly with 405 Compact Orifice requires compact orifice model number see 00813 0100 4810 S4 3 Assembly with Annubar Averaging Pitot Tubes or 1195 Integral Orifice Plates requires corresponding model number see 00813 0100 4809 00813 0100 4760 or 00813 0100 4686 S5 Assemble to 305 Integral...

Page 153: ...Fill Sensor Module Differential 0 2 5 250 in H2O Range 2 Gage 0 8 800 psig Range C 316L SST 03095 0345 2822 Hastelloy C 276 03095 0345 2823 Differential 0 2 5 250 in H2O Range 2 Gage 0 36 26 3 626 psig Range D 316L SST 03095 0345 2922 Hastelloy C 276 03095 0345 2923 Differential 0 10 830 in H2O Range 3 Gage 0 8 800 psig Range C 316L SST 03095 0345 3822 Hastelloy C 276 03095 0345 3823 Differential ...

Page 154: ...h kit contains parts for one transmitter Spares Category 1 Item No O Ring Packages Parts Description Part Number B 2 Electronic Housing Cover Standard and Meter 03031 0232 0001 B 8 Electronics Housing Module 03031 0233 0001 B 15 Process Flange Glass filled Teflon 03031 0234 0001 B 14 Flange Adapter Glass filled Teflon Each package contains 12 O rings 03031 0242 0001 Spares Category 1 Item No Mount...

Page 155: ...0320 0003 RTD input with 4 ft 1 22 m of Armored Shielded cable 03095 0320 0004 RTD Input with 75 ft 22 86 m of Shielded Cable Intended for use with conduit 03095 0320 0013 RTD Input with 75 ft 22 86 m of Armored Shielded Cable 03095 0320 0007 RTD Input with 12 ft 3 66 m of CENELEC Flameproof Cable 03095 0320 0021 RTD Input with 24 ft 7 32 m of CENELEC Flameproof Cable 03095 0320 0022 RTD Input wit...

Page 156: ...olds The Rosemount 3095 Transmitter and 305AC 305BC Integral Manifold are fully assembled calibrated and seal tested by the factory Refer to the Rosemount product data sheet 00813 0100 4733 for additional information Temperature Sensors and Assemblies Rosemount offers many types of temperature sensors and assemblies ACCESSORIES User Interface Software Package The User Interface Software package is...

Page 157: ...y Location Certification for Factory Mutual As standard the Rosemount 3095FB transmitter has been examined and tested to determine that the design meets basic electrical mechanical and fire protection requirements by FM a nationally recognized testing laboratory NRTL as accredited by the Federal Occupational Safety and Health Administration OSHA HAZARDOUS LOCATIONS CERTIFICATIONS North American Ce...

Page 158: ...m Installation maintenance and use shall take into account the environmental conditions to which the diaphragm will be subjected The manufacturer s instructions for installation and maintenance shall be followed in detail to assure safety during its expected lifetime 3095FC Certificate Number LCIE05ATEX6057X II 2 G EEx d IIB T5 Vmax 28V dc IP66 1180 Special Conditions for Safe Use x Operating ambi...

Page 159: ...Reference Manual 00809 0100 4738 Rev DA May 2006 B 3 Rosemount 3095FB APPROVAL DRAWINGS Factory Mutual FM Electronic Master PRINTED COPIES ARE UNCONTROLLED Rosemount Proprietary ...

Page 160: ...Reference Manual 00809 0100 4738 Rev DA May 2006 Rosemount 3095FB B 4 Electronic Master PRINTED COPIES ARE UNCONTROLLED Rosemount Proprietary ...

Page 161: ...Reference Manual 00809 0100 4738 Rev DA May 2006 B 5 Rosemount 3095FB Electronic Master PRINTED COPIES ARE UNCONTROLLED Rosemount Proprietary ...

Page 162: ...Reference Manual 00809 0100 4738 Rev DA May 2006 Rosemount 3095FB B 6 Canadian Standards Association CSA Electronic Master PRINTED COPIES ARE UNCONTROLLED Rosemount Proprietary ...

Page 163: ...Reference Manual 00809 0100 4738 Rev DA May 2006 B 7 Rosemount 3095FB Electronic Master PRINTED COPIES ARE UNCONTROLLED Rosemount Proprietary ...

Page 164: ...Reference Manual 00809 0100 4738 Rev DA May 2006 Rosemount 3095FB B 8 Electronic Master PRINTED COPIES ARE UNCONTROLLED Rosemount Proprietary ...

Page 165: ...arity None Bit Order Least Significant Byte LSB Baud Rate The baud rate is selectable by using the jumper located on the comm electronics board of the transmitter see section 2 12 of this manual Default Baud Rate 9600 Available Baud Rates 1200 2400 4800 9600 Supported Modbus Function Codes Table C 1 lists all of the Modbus functions supported by the 3095FB For more information please refer to page...

Page 166: ...in H20 could correspond to 0 65534 65534 is the maximum value for a 16 bit number OTHER CONSIDERATIONS For the successful integration of 3095FB transmitters with various installations it may also be necessary to consider some of the following Make sure the RS 485 network is terminated only twice on the entire bus once on each end Termination at multiple points on the bus will hamper communication ...

Page 167: ...he furthest transmitter on the bus while leaving the jumpers on all the other transmitters in the off position This guarantees that the bus is not terminated at more than one point and that only one transmitter has the pull up pull down jumpers on The transmitter turnaround time may require adjustment see page 4 7 to make sure the Modbus host receives all transmitted data ...

Page 168: ...Reference Manual 00809 0100 4738 Rev DA May 2006 Rosemount 3095FB C 4 ...

Page 169: ... 4 5 Bench configuration outline 4 5 Field calibration outline 4 5 Menu categories 4 4 Procedure outlines 4 4 System requirements 4 1 User interface software screens 4 6 Critical alarms 5 3 F Field calibration outline 4 5 I Installation Flowchart 2 3 Installation flowchart 2 3 M Maintenance Reassembly procedure 5 8 Modbus communication Modbus protocol guide 3 1 S Software screens 4 6 T Troubleshoo...

Page 170: ... of their respective owners Reference Manual 00809 0100 4738 Rev DA May 2006 Emerson Process Management GmbH Co Argelsrieder Feld 3 82234 Wessling Germany Tel 49 8153 9390 Fax 49 8153 939172 Emerson Process Management Asia Pacific Private Limited 1 Pandan Crescent Singapore 128461 T 65 6777 8211 F 65 6777 0947 Enquiries AP EmersonProcess com Rosemount Divison 8200 Market Boulevard Chanhassen MN 55...

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