Hart principle & application

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HART Principle & Application

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  • This presentation was created using application from Factory Automation division (industries which is exclude oil & gas refinery, chemical and pharmaceutical).
  • Hart principle & application

    1. 1. HART Multiplexer HART Multiplexer & & Application Application PEPPERL+FUCHS1 PROCESS AUTOMATION HART Multiplexer Topic
    2. 2. PEPPERL+FUCHS2 PROCESS AUTOMATION
    3. 3. HART Multiplexer What is HART Highway Addressable Remote Transducer HART is a fully open and de-facto communication protocol for process industries Almost 75%+ field transmitters are HART capable PEPPERL+FUCHS3 PROCESS AUTOMATION HART is the acronym for
    4. 4. HART Multiplexer Communication Modes PROCESS AUTOMATION HART is a MASTER-SLAVE Communication Protocol SLAVE device communication is initiated by MASTER device SLAVE can be a Field Device and MASTER can be a DCS/PLC/PC/HHT 2 MASTERS is allow in the HART loop PEPPERL+FUCHS4
    5. 5. HART Multiplexer Communication Modes PROCESS AUTOMATION HART also allow Burst Mode communication Burst Mode allow faster communication (3-4 data update per second) SLAVE continuously send reply message until MASTER instruct SLAVE to stop bursting PEPPERL+FUCHS5
    6. 6. HART communication protocol use BELL 202 telephone communication standard BELL 202 is a FSK technology Super-impose sine wave on conventional 4/20 mA signal LOGIC 1 ≡1,200 Hz LOGIC 0 ≡ 2,200 Hz Communication speed (baud rate) = 1.2 kbps (1,200 baud) PEPPERL+FUCHS6 PROCESS AUTOMATION HART Multiplexer HART Physical Layer
    7. 7. HART Multiplexer HART Physical Layer 1/1,200 sec 4/20 mA DC current -0,5 mA FSK LOGIC 1,200 Hz 2,200 Hz “1” Time “0” HART uses Frequency Shift Keying to encode digital information on top of the 4/20 mA analog signal PEPPERL+FUCHS7 PROCESS AUTOMATION +0,5 mA
    8. 8. HART Multiplexer HART Physical Layer 1/1,200 sec A -0,5 mA B 4/20 mA DC current Time The current modulation for “A” is positive cycle and “B” is negative cycle. The resultant current or average current is zero. This meaning the FSK current modulation will not disturb the 4/20 mA DC current. PEPPERL+FUCHS8 PROCESS AUTOMATION +0,5 mA
    9. 9. HART protocol has a min. sensitivity of 200 mV p-p. This also means that for 1 mA p-p (+0.5 mA to –0.5 mA) FSK current modulation, min. load is 200 Ω according to Ohm’s Law. HART specified load requirement for the loop 230 Ω … 1,100 Ω PEPPERL+FUCHS9 PROCESS AUTOMATION HART Multiplexer HART Load Requirement
    10. 10. HART Multiplexer HART Network: HART Multiplexer PLC/DCS KFD2-HMM-16 ON ON or AO device 13 19 14 20 15 16 21 17 18 HART Multiplexer max. 7,905 channels for 1 PC PC running maintenance software PEPPERL+FUCHS10 PROCESS AUTOMATION AI device Optional IS barrier
    11. 11. HART Multiplexer HART Commands Universal Common Practice Device-Specific PEPPERL+FUCHS11 PROCESS AUTOMATION HART Commands
    12. 12. PROCESS AUTOMATION HART Multiplexer HART Benefits PEPPERL+FUCHS12
    13. 13. HART Multiplexer HART Product Overview Oil & Gas Petrochemical Pharmaceutical PEPPERL+FUCHS13 PROCESS AUTOMATION P+F HART Multiplexer
    14. 14. P+F HART Multiplexer HART Multiplexer HART Product Overview Master-slave design for cost effectiveness Max. baud rate at RS-485 com line: 38.4 kbps Stand alone or retrofit using FI- interface board solution Customized solution using motherboard with IS barrier PEPPERL+FUCHS14 PROCESS AUTOMATION Max. 7,905 channels for 1 PC (255x31=7,905 channel)
    15. 15. HART Multiplexer HART Product Overview AMS Cornerstone Valve Manager RS-232 Converter RS 485 Master Slave 26 way ribbon cable DIN Rail 1 23 4 56 KFD2-HMM-16 KFD2-EB2 ON ON ! 4 AT 789 10 1112 13 14 15 13 19 14 20 15 21 16 17 18 KFD0-HMS-16 KFD0-HMS-16 14 way ribbon cable 24 Vdc RS 485 connection Up to 15 HART Mux Slaves per Master Up to 31 HART Mux Masters PEPPERL+FUCHS15 PROCESS AUTOMATION HART signals from HART Field device 16 HART field devices per Slave and Master
    16. 16. HART Multiplexer Motherboard Ex Safe Area 1 23 4 56 1 23 4 56 PWR PWR KFD2STC4-Ex2 7 89 10 1112 13 14 1 23 4 56 KFD2STC4-Ex2 15 7 89 10 1112 13 14 1 23 4 56 PWR PW R KFD2STC4-Ex2 15 7 89 10 1112 13 14 1 23 4 56 KFD2STC4-Ex2 15 7 89 10 1112 13 14 1 23 4 56 PW R PWR KFD2STC4-Ex2 15 7 89 10 1112 13 14 1 23 4 56 KFD2STC4-Ex2 15 7 89 10 1112 13 14 1 23 4 56 PW R PWR KFD2STC4-Ex2 15 7 89 10 1112 13 14 KFD2STC4-Ex2 15 7 89 10 1112 13 14 Motherboard with Barriers • single or dual channel barriers • 4, 8, 12 and 16 barriers/motherboard 15 • customized system connectors • redundant power supply System Connector to DCS/PLC KFD0-HMS-16 or 14 20 ON Slave 13 19 ON 15 21 16 17 KFD2-HMM-16 18 24 Vdc Redundant 24 Vdc Master PC PEPPERL+FUCHS16 PROCESS AUTOMATION Motherboard Solutions:
    17. 17. Overview of P+F HART Multiplexer HART Maintenance software supported : ‘AMS’, ‘Valve Manager’, ‘Cornerstone’, ‘PACTware’ etc PROCESS AUTOMATION PC 31 HART Multiplexers Master 465 HART Multiplexers Slave Legends :HMM HMS HART Tx PC HART 7,905 HART transmitters -HART Multiplexer master -HART Multiplexer slave -HART Transmitter -IBM compatible Personal Computer -Highway Addressable Remote Transducer developed by Rosemount in mid 1980’s using FSK ( Frequency-Shift-Keying, Bell 202 standard ) technology superimposed on conventional 4 - 20 mA signal PEPPERL+FUCHS17
    18. 18. Overview of P+F HART Multiplexer 1. One FI-PFH-XXXXXX connector can be connected up to 16 HART transmitters/positioners. 3. One HART Multiplexer Master KFD2-HMM-16 can also be connected to one FI-PFH-XXXXXX connector through 26 way ribbon cable. 4. One HART Multiplexer Master KFD2-HMM-16 can be connected to 15 HART Multiplexers Slave KFD0-HMS-16 through 14 way ribbon cable. 5. One HART Multiplexer Master KFD2-HMM-16 with 15 HART Multiplexers Slave KFD0-HMS-16 can be connected up to 255 HART transmitters. {( 1+15 ) x 16 } -1= 255. 6. Up to 31 HART Multiplexers Master KFD2-HMM-16 can be connected through RS-485 physical layer. Using RS-485/RS-232 converter, it can communicate through Personal Computer. 7. One Personal Computer can communicate to 7,905 HART transmitters/positioners [ {( 1+15 ) x 16 } -1 ] x 31 = 7,905 using 31 HART Multiplexers Master KFD2-HMM-16 and 465 HART Multiplexers Slave KFD0-HMS-16. 8. Three most popular maintenance software supported are, ‘AMS’, ‘Valve Manager’ & ‘Cornerstone’. PEPPERL+FUCHS18 PROCESS AUTOMATION 2. One HART Multiplexer Slave KFD0-HMS-16 can be connected to one FI-PFH-XXXXXX connector through 26 way ribbon cable.
    19. 19. Overview of P+F HART Multiplexer Serial com port RS-485/RS-232 converter HART RS-232 ( max. 16 m ) 16x HART Tx 2-wire RS-485 ( max. 1 km ) RS-232 RS-485 2 core cable Patch Board SMART AIN HMM 26 way ribbon cable 16x HART Tx 2 core cable SMART AIN #0 14 way ribbon cable HMS #1 24Vdc PS HMM #1 24Vdc PS 14 way ribbon cable HMS PROCESS AUTOMATION PC #1 26 way ribbon cable PEPPERL+FUCHS19
    20. 20. Cornerstone PACTware AMS P+ F HART Multiplexer System Components 26 way ribbon cable Converter RS - 485 1 2 5 6 KFD2-EB2 HART ® connector to Patch Board / Flexible Interface Board 26 way IDC 3 4 Power Rail Insert KFD2-HMM-16 26 way IDC KFD0HMS-16 ON 26 way IDC KFD0HMS-16 ON ! 4 AT 13 7 10 13 8 11 14 9 12 15 14 15 19 20 21 16 17 18 14 way ribbon cable DIN Rail 24 Vdc Up to 15 HART ® Mux Slaves per Master PEPPERL+FUCHS20 PROCESS AUTOMATION RS - 232
    21. 21. P+F HART Multiplexer Master type KFD2-HMM-16 Communication Baud Rate & Address Setting HART Multiplexer Master KFD2-HMM-16(.1S) (recommended) ON ON 123 123 123 RS485 baud rate setting (3 bits) ON Addr 0 1 RS485 address setting (5 bits) 4 3 2 5 6 7 9 8 ON 13 19 10 11 12 13 14 20 15 21 16 17 18 14 15 ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON ON 45678 45678 45678 45678 45678 45678 45678 45678 45678 45678 45678 45678 45678 45678 45678 45678 Addr 16 17 18 19 20 21 22 23 24 26 25 27 ON ON ON ON ON ON ON ON ON 45678 45678 45678 45678 45678 45678 45678 45678 45678 45678 45678 45678 ON ON ON 45678 ON 30 45678 ON 29 45678 ON 28 PROCESS AUTOMATION ON KFD2-HMM-16 ON 12345678 9.6 kbps 19.2 kbps 38.4 kbps PEPPERL+FUCHS21
    22. 22. P+F HART Multiplexer Slave type KFD0-HMS-16 Address Setting HART Multiplexer Slave KFD0-HMS-16 Addr 0 = not used Addr 1 = 1 Addr 2 = 2 SLAVE ID. PROCESS AUTOMATION Rotary switch for slave address KFD0HMS-16 Addr 14 = E Addr 15 = F PEPPERL+FUCHS22
    23. 23. Wiring Diagram for P+F HART Multiplexer Using FI-PFH-NS0137 for Intrinsically Safe Application Hazardous Area Safe Area HART Positioner eg. Rosemount 3044 + - 1+ 3- 8+ 7- Analog Input module from PLC/DCS Patch Board KFD2-STC3-Ex1 B1 4-20mA+HART C1 A1 D1 4-20mA+HART In 1 com 250 Ω 14+ 15- Channel 1 Supply 24 Vdc 16x 16x 16x KFD2-STC3-Ex1 + - 1+ 3- 8+ 7- 4-20mA+HART B16 C16 A16 D16 4-20mA+HART In 16 com 250 Ω 14+ 15- Channel 16 Supply 24 Vdc PEPPERL+FUCHS23 PROCESS AUTOMATION Case # 1 Wiring for 2-wire HART transmitter
    24. 24. Wiring Diagram for P+F HART Multiplexer Using FI-PFH-NS0137 for Intrinsically Safe Application Hazardous Area Safe Area HART Positioner eg. Fisher DVC 5000 KFD2-SCD-Ex1.LK + - Channel 1 1+ 2- 8+ 7- Analog Output module from PLC/DCS Patch Board B1 4-20mA+HART C1 A1 D1 4-20mA+HART Out 1+ Out 1- + - 11+ 12Supply 24 Vdc 16x 16x 16x KFD2-SCD-Ex1.LK + Channel 16 - 1+ 2- 8+ 7- 11+ 12- B16 C16 4-20mA+HART A16 D16 4-20mA+HART Out 16+ + Out 16- - Supply 24 Vdc PEPPERL+FUCHS24 PROCESS AUTOMATION Case # 2 Wiring for HART Positioner
    25. 25. Wiring Diagram for P+F HART Multiplexer Using FI-PFH-NS0137 for Non Intrinsically Safe Application 126 mm A B C 1 1 D 1 1 26-way IDC connector to HART multiplexer master/slave Case # 3 Wiring for 2-wire HART transmitter FI-PFH-NS0137 + - A1 4-20mA+HART D1 B1 C1 Analog Input module from PLC/DCS +24 Vdc In 1 250 Ω 4-20mA+HART com Channel 1 110 mm 16x 16x 16x + - 16 16 A B 16 16 C A16 D16 4-20mA+HART B16 C16 4-20mA+HART +24 Vdc In 16 250 Ω com Channel 16 D Note:FI-PFH-NS0137 with de-coupling Capacitor on terminal A1~ A16. PEPPERL+FUCHS25 PROCESS AUTOMATION PEPPERL+FUCHS FI-PFH-NS0137
    26. 26. Wiring Diagram for P+F HART Multiplexer Using FI-PFH-NS0137 for Non Intrinsically Safe Application 126 mm A B C 1 1 D 1 1 26-way IDC connector to HART Multiplexer master/slave FI-PFH-NS0137 + + Channel 1 - - B1 4-20mA+HART C1 A1 D1 4-20mA+HART Analog Input module from PLC/DCS In 1 com 110 mm 16x 16x 16x ++ Channel 16 - 16 16 A B - 4-20mA+HART B16 C16 A16 D16 250 Ω 4-20mA+HART In 16 com 250 Ω 16 16 C D Note:FI-PFH-NS0137 with de-coupling Capacitor on terminal A1~ A16. PEPPERL+FUCHS26 PROCESS AUTOMATION PEPPERL+FUCHS FI-PFH-NS0137 Case # 4 Wiring for HART current source
    27. 27. Wiring Diagram for P+F HART Multiplexer Using FI-PFH-NS0137 for Non Intrinsically Safe Application 126 mm A B C 1 1 D 1 1 26-way IDC connector to HART Multiplexer master/slave FI-PFH-NS0137 + - Channel 1 B1 4-20mA+HART C1 A1 D1 4-20mA+HART 110 mm + A B B16 C16 - 16 + 16x 16x 16 Out 1+ Out 1- - 16x Channel 16 Analog Output module from PLC/DCS A16 D16 4-20mA+HART 4-20mA+HART Out 16+ + Out 16- - 16 16 C D Note:FI-PFH-NS0137 with de-coupling Capacitor on terminal A1~ A16. PEPPERL+FUCHS27 PROCESS AUTOMATION PEPPERL+FUCHS FI-PFH-NS0137 Case # 5 Wiring for HART Positioner
    28. 28. HART Multiplexer HART Software Fisher-Rosemount Applied Systems Technology Pepperl+Fuchs Yokogawa Neles Automation ? PEPPERL+FUCHS28 PROCESS AUTOMATION P+F and ELCON HART Multiplexer are compatible with major software package supplier
    29. 29. HART Multiplexer AMS Display Panel Table-like detail parameters PEPPERL+FUCHS29 PROCESS AUTOMATION Directory-like HART device list
    30. 30. Detail parameters PEPPERL+FUCHS30 PROCESS AUTOMATION HART device list HART Multiplexer Cornerstone Display Panel
    31. 31. HART Multiplexer Valve Manager Display Panel Detail parameters PEPPERL+FUCHS31 PROCESS AUTOMATION HART device list
    32. 32. HART Multiplexer PRM Display Panel Detail parameters PEPPERL+FUCHS32 PROCESS AUTOMATION HART device list
    33. 33. PEPPERL+FUCHS33 PROCESS AUTOMATION Thank You

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