The Future is Digital But which bus goes where? 1 1 Successful - PowerPoint PPT Presentation

The Future is Digital But which bus goes where? 1 1 Successful Implementation & Improved Operation

Topics  Instrumentation – Reducing Footprint and Wiring Even Further  Smart Discrete Devices  Flexibility to Handle Changes  Reducing Device Count  Eliminating the Last Proprietary Protocols  Motor controls  SIS 2 2 Successful Implementation & Improved Operation

Instrumentation Reducing Footprint and Wiring - Even Further with Integrated Fieldbus Power Supply 3 3 Successful Implementation & Improved Operation

Hardwired Marshalling - Well Known, Labor Intensive, Hardware FTA FTA FTA FTA FTA FTA P T JB JB CONTROLLERS MARSHALLING & I/O & POWER 4 4 Successful Implementation & Improved Operation

Fieldbus with Separate Device Power Supply - Now Almost „Traditional‟ FPS FPS P FPS T FPS JB FPS FIELDBUS FPS JB CONTROLLERS MARSHALLING & INTERFACES & POWER 5 5 Successful Implementation & Improved Operation

Fieldbus with Integral Device Power Supply - No Marshalling Cabinet P T FIELDBUS JB JB CONTROLLERS & INTERFACES WITH POWER 6 6 Successful Implementation & Improved Operation

Smart Discrete Devices Intelligence in on/off devices 7 7 Successful Implementation & Improved Operation

On/Off Valves - Hardwired FTA DO (DC) FTA DI (DC) FTA AO (mA) 3X FTA AI (mA) FTA DO (AC) FTA DI (AC) ON/OFF VALVE I/O MARSHALLING 8 8 Successful Implementation & Improved Operation

Intelligent On/Off Valves - Fieldbus FIELDBUS FF (H1) S FT LT TT PT FIELDBUS ON/OFF VALVE I/O 9 9 Successful Implementation & Improved Operation

On/Off Valve Intelligent Device Management: Diagnostics & Setup • TRAVEL TIME OPERAT. DEVICE OPERAT. DEVICE • NO DIAGNOSTICS • CYCLE COUNTS CONSOLE MGMT CONSOLE MGMT • STUCK VALVE x F D D F F O I F HARDWIRED FIELDBUS FIELDBUS 3X S S P T P T 10 10 Successful Implementation & Improved Operation

Flexibility to Handle Changes Virtual Marshalling 11 11 Successful Implementation & Improved Operation

Hardwired Marshalling - On/Off Valve FTA DO (DC) FTA DI (DC) FTA AO (mA) FTA AI (mA) FTA DO (AC) FTA DI (AC) ON/OFF VALVE I/O MARSHALLING 12 12 Successful Implementation & Improved Operation

Hardwired Marshalling - Redesign for Control Valve FTA DO (DC) FTA DI (DC) FTA AO (mA) 2-3X FTA AI (mA) FTA DO (AC) FTA DI (AC) CONTROL VALVE I/O MARSHALLING 13 13 Successful Implementation & Improved Operation

Hardwired Marshalling - Redesign for Electric Actuator (MOV) FTA DO (DC) FTA DI (DC) FTA AO (mA) 6-16X M FTA AI (mA) FTA DO (AC) FTA DI (AC) MOTOR OPERATED VALVE (MOV) I/O MARSHALLING 14 14 Successful Implementation & Improved Operation

Virtual Marshalling: Flexibility - For Fieldbus Device Type Doesn‟t Matter FIELDBUS FF (H1) ON/OFF VALVE I/O 15 15 Successful Implementation & Improved Operation

Virtual Marshalling - No Card or Wire Redesign FIELDBUS FF (H1) CONTROL VALVE I/O 16 16 Successful Implementation & Improved Operation

Virtual Marshalling - No Card or Wire Redesign FIELDBUS FF (H1) M MOTOR OPERATED VALVE I/O 17 17 Successful Implementation & Improved Operation

Reducing Device Count Multi-Input Transmitters 18 18 Successful Implementation & Improved Operation

Single Point Temperature Transmitters T T T T T T T T T T T JB T T T T T 19 19 Successful Implementation & Improved Operation

Multi-Input Fieldbus Temperature Transmitters TMP.XMT TMP.XMT FIELDBUS 20 20 Successful Implementation & Improved Operation

Eliminating the Last Proprietary Protocols Fieldbus in complex devices reduce wiring the most 21 21 Successful Implementation & Improved Operation

Complex Devices Have Many Signals RUNNING OPEN COMMAND FTA DI (DC) STOP COMMAND CLOSE COMMAND FTA DO (AC) STOPPED M AVAILABLE FTA AI (mA) LOCAL LOW BATTERY OPENED FEEDBACK FTA AO (mA) CLOSED FEEDBACK FTA POSITION DI (DC) TORQUE OVERHEAT FTA DO (DC) OVER-TORQUE ELECTRIC I/O MARSHALLING ACTUATOR 22 22 Successful Implementation & Improved Operation

“Virtual Marshalling” of Intelligent MOV in Software FTA DI (DC) FF-H1 FTA DO (AC) M PT TT LT FT M FTA AI (mA) FTA AO (mA) FTA DI (DC) ELECTRIC FTA DO (DC) ACTUATOR ELECTRIC I/O MARSHALLING I/O ACTUATOR 23 23 Successful Implementation & Improved Operation

Eliminate Proprietary Protocols, Gateways, and Proprietary Software DEVICE OPERAT. DEVICE OPERAT. M.O.V. MGMT CONSOLE MGMT CONSOLE CONFIG. F F M M F F GATEWAY F F B B F F FIELDBUS MODBUS FIELDBUS M M M M P T P T PROPRIETARY M M M M P T P T 24 24 Successful Implementation & Improved Operation

Intrinsically Safe Two-Wire Intelligent Tank Gauging System TEMP & WATER TEMP & WATER BOTTOM BOTTOM GAUGE LEVEL PRESSURE PRESSURE FIELDBUS FIELD FIELD DISPLAY DISPLAY POWER BUS 25 25 Successful Implementation & Improved Operation

IPAS: Integrated Process Analyzer System - Shared Infrastructure GC DEVICE OPERAT. OPERAT. CONFIG. MGMT. CONSOLE CONSOLE MODBUS FIELDBUS H1 SHELTER GC FIELD GC FT PT TT SAMPLING SYSTEM 26 26 Successful Implementation & Improved Operation

FOUNDATION fieldbus as “Electronic Sampling Line” GC OPERAT. CONFIG. CONSOLE SAMPLING LINE MODBUS SHELTERED GAS CHROMATOGRAPH DEVICE OPERAT. MGMT. CONSOLE FIELDBUS H1 FT PT TT FIELD GAS SAMPLING SYSTEM CHROMATOGRAPH 27 27 Successful Implementation & Improved Operation

Motor Controls 28 28 Successful Implementation & Improved Operation

Variable/Adjustable Speed/Frequency Drive ENABLE 15 ++ X START COMMAND FTA DI (DC) STOP COMMAND ` REVERSE/FORWARD FTA DO (AC) AT SPEED RUNNING FTA AI (mA) FAULT SPEED 1 SPEED 2 FTA AO (mA) SPEED 3 M FTA CURRENT DI (DC) TORQUE ALARM FTA DO (DC) LOCAL VARIABLE I/O MARSHALLING SPEED DRIVE 29 29 Successful Implementation & Improved Operation

“Virtual Marshalling” of VSD in Software PROFIBUS-DP DI (DC) ` DO (AC) AI (mA) AO (mA) M M M M M DI (DC) DO (DC) VARIABLE VARIABLE I/O MARSHALLING I/O SPEED SPEED DRIVE DRIVEs 30 30 Successful Implementation & Improved Operation

Safety Instrumented Systems (SIS) Products are hardwired 31 31 Successful Implementation & Improved Operation

SIS ESD (ON/OFF) ` S PST (HART) PST / HART) PV (4-20 mA PT ESD VALVE 32 32 Successful Implementation & Improved Operation

Summary  Reducing footprint and wiring further than ever  Smart discrete devices  Flexibility to handle changes  Reduce device count  Eliminating the last proprietary protocols  Motor controls  SIS 33 33 Successful Implementation & Improved Operation