Integrated redundant fieldbus power for FBM228 Foundation fieldbus modules High-density, compact design Fully isolated

Transcription

1 F0 -segment redundant fieldbus power system for use with Foxboro I/A Series Control System Integrated redundant fieldbus power for FBM Foundation fieldbus modules High-density, compact design Fully isolated Low power dissipation No components on carrier Built-in "smart" termination Continuous physical layer diagnostic option The F0 fieldbus power system is designed to provide redundant FOUNDATION fieldbus power for Foxboro I/A Series control systems using FBM modules. Eight fieldbus segments are supported. The system comprises a baseplate which accommodates two redundant pairs of Foxboro FBM modules and two MTL- power modules operating in redundant configuration. Failure alarms, galvanic isolation, power conditioning and segment termination are incorporated into each module. In applications requiring simplex power, a single module may be used. For extreme reliability, the module baseplate has no components and only provides interconnections between FBM modules, the power modules and external connections. Each module has indicator LEDs to show both its status and that of the eight segments under power. In normal operation, each green '' LED is lit, showing that the segment is powered. If a segment is shorted, this LED is extinguished, and the red 'Alarm' LED is lit. In the alarm condition, a normally closed, galvanically-isolated relay contact goes to an open condition. Connections to the alarm relay are made via screw terminals on the F0 baseplate. If multiple F0 units are used, a common alarm circuit can be achieved by 'daisy-chaining' the alarm circuits. The module provides galvanic isolation between the V DC input power and the fieldbus segments, as required by the IEC- fieldbus standard and the Fieldbus Foundation FF- validation test for power conditioners. There is also galvanic isolation between the fieldbus segments, thereby preventing multiple segment failures from ground faults on more than one segment. Each segment has its own fieldbus power conditioner and current limitation. Termination of the fieldbus segment is automatically maintained when single or redundant modules are fitted. An F09F diagnostic module may optionally be installed on the carrier, to automatically collect and distribute diagnostic information on each of the eight fieldbus segments. Measured parameters may be viewed in the Foxboro control system by either assigning the F09F as a fieldbus device to segment or of the powered segments, or by means of a separate fieldbus segment. Connections for the separate segment are provided on the baseplate. For more information see the F09F product specification. Redundant V DC (nom.) input power can be connected to the F0 baseplate using Foxboro I/A standard AMP connectors. power modules and the F09F fieldbus diagnostic module can either be powered from the same source or, alternatively, for installations in which standard Foxboro power supplies are unable to provide sufficient current capacity, an external V DC supply may be connected. Field wiring connections are available with either pluggable screw terminals (F0-PS) or pluggable spring clamp terminals (F0-PC). Oct 00

2 SPECIFICATION Location of equipment Safe area OUTPUT Number of channels Eight Voltage Minimum.V DC Maximum.0V DC Design current 0 to 0 ma per segment Current limit > 0 ma Minimum load No load Isolation Fieldbus to power supply: 0 V AC rms withstand INPUT Input voltage V DC Current consumption ( segments each with 0mA output V DC input, max. Power dissipation ( segments each with 0mA output load).w max. ALARMS Alarm contact rating A 0 V DC max. Alarm contact status Normally closed Alarm threshold output: <9V DC MECHANICAL Mounting method Six holes for M screw mounting SYSTEM CONNECTIONS Foxboro 'Fieldbus' LAN 9-way subminiature D, female Address switches Baseplate I.D. Sw. Sw. 0 ON ON ON OFF OFF ON OFF OFF Posn. Sw. - ON - OFF Fieldbus wiring - and diagnostic segment each has -way pluggable connector in screw terminal or spring clamp version, 0. to.mm (See ordering information) Foxboro primary and secondary power inputs x -way socket headers type AMP Universal MATE-N-LOK Alternative power inputs x -way pluggable connector in screw terminal or spring clamp version, 0. to.mm (See ordering information) Chassis and ground -way fixed screw terminal connector, 0. to.mm Alarm contacts -way fixed screw terminal connector, 0. to.mm F0 - Block diagram Alternative input power Field Connections Alternative input power Chassis Gnd Screen/Shield Gnd Power Module Isolation ENVIRONMENTAL Ambient temperature Operating 0 C to + C (See note) Storage 0 C to + C Power conditioning Power Module Isolation Power conditioning Note: This temperature range applies only when the modules are in a vertical orientation and mounted on a vertical surface. Ingress protection IP0 to BS EN09 (For additional protection mount the equipment in an enclosure) ELECTRICAL EMC Compliance To EN:99 Electrical equipment for measurement, control and laboratory use - EMC requirements PHYSICAL NETWORKS IEC- ISA-S0.0 Part -99 FOUNDATION fieldbus TM H Diagnostic segment ORDERING INFORMATION COMPONENTS AND ACCESSORIES Address switches Foxboro Power Primary Secondary FBM FBM FBM FBM Foxboro I/A Bus Alarm Foxboro I/A Bus Part No Description F0-CA-PS F0 carrier, pluggable screw terminal connectors F0-CA-PC F0 carrier, pluggable spring clamp connectors -segment power module F09F Fieldbus diagnostic module F00-BLK Blanking module * F0-PS F0 system, pluggable screw terminal connectors, comprising F0 carrier and two modules F0-PC F0 system, pluggable spring clamp connectors, comprising F0 carrier and two modules Diagnostic module Diagnostic segment * Used, in place of an power module, for non-redundant operation, in order to defeat the failure alarm caused by the absence of the. Figures based upon fully populated F0 baseplate, including all, FBM and F09F modules Foxboro FBM modules are not included and must be obtained separately. Oct 00

3 DIMENSIONS SECONDARY POWER F0 - CA FOUNDATION FIELDBUS POWER SYSTEM PP+ 0V VA POWER A POWER MODULE DIAGNOSTIC SEGMENT H- HS H+ FBMA PRIMARY POWER ALARM SEGMENT SEGMENT SEGMENT SEGMENT SEGMENT SEGMENT SEGMENT SEGMENT + S - + S - + S - + S - + S - + S - + S - + S - T DIAGNOSTIC MODULE FBMA FBMB FBMB POSITION BASEPLATES ONLY ON SW SW ID ON ON 0 SW ON OFF POS'N OFF ON TO ON OFF OFF TO OFF OFF FIELDBUS SP+ 0V VB POWER B T POWER MODULE H+ HS H- DIAGNOSTIC SEGMENT FIELDBUS CHASSIS GND SCREEN/SHIELD GND 0.0 Linking alarm circuits DI Alarm terminals F0-CA # Alarm terminals F0-CA # Oct 00

4 APPROVALS - FOR THE LATEST CERTIFICATION INFORMATION VISIT Country Authority Standard Certificate Approved for Ratings Fieldbus Foundation FF- PS0000 H Profile - Oct 00

5 Redundant power supply for use with Honeywell Experion Series C -link FIM F0 -segment redundant fieldbus power IOTA redundant power for fieldbus segments Series C I/O compatible high-density, compact design. inch IOTA format highest levels of availability fully isolated low power dissipation remote-alarm facility on-line diagnostics option output.v, 0mA F0 output V, 00mA The F0 is designed to provide redundant power for eight FOUNDATION fieldbus H segments when used with Honeywell Experion "Series C" Fieldbus Interface Modules (FIMs). The module carrier complies with the mechanical and electrical requirements of. inch I/O Termination Assemblies (IOTAs), for direct fitting into Honeywell mounting channel. Power for the fieldbus segments is provided by two power modules - s or F0s - operating in a redundant configuration. Failure alarms, galvanic isolation, power conditioning and segment termination are incorporated into each F0x module. In simplex applications, a single F0x module may be used. Termination of the fieldbus segments is automatically maintained when single or redundant F0x modules are fitted. For extreme reliability, the F0 IOTA is passive and only provides interconnections between the power modules and the external connections. The IOTA has two multi-pin connectors, each of which is connected to a FIM IOTA by mean of a standard system cable. Different lengths are available, to accommodate mounting of the F0 and its respective FIM IOTAs in various locations within a Series C I/O cabinet. Field wiring is connected at the FIM IOTA. Each F0x module provides galvanic isolation between the V DC input power and the fieldbus segments, as recommended by the IEC- fieldbus standard and the Fieldbus Foundation FF- validation test for power conditioners. There is galvanic isolation between the fieldbus segments, thereby preventing segment failure in the event of ground faults in the field wiring. Each F0x module has indicator LEDs to show both its status and that of the eight segments under power. In normal operation, each green '' LED is lit, showing that the segment is powered. If a segment is shorted, this LED is extinguished, and the red 'Alarm' LED is lit. An alarm is also triggered by faults inside the F0x modules, or by the loss of V DC power to either module. In the alarm condition, fault inputs for segments are alerted automatically via dedicated signal lines in the interconnecting cable to the FIM IOTAs. Separate digital input modules are not needed to detect alarms. A separate physical layer diagnostics module may be installed on the carrier to automatically collect and distribute additional diagnostic information for each of the eight fieldbus segments. For more information see the F09F product specification. Power for the IOTA is taken via mounting screws from V DC busbars that are embedded in the Series C mounting channel. Alternatively, for installations in which the internal Series C power supplies are unable to provide sufficient current capacity, two independent (for redundancy) external V DC supplies may be connected to the IOTA via two-part pluggable connectors. Each F0x power module is protected by its own replaceable antisurge fuse, to provide reliable bulk power. FOUNDATION fieldbus is a trademark of Fieldbus Foundation, Austin, Texas.

6 SPECIFICATION Location of equipment Safe area, Class I Div Groups ABCD T* or Class I Zone IIC T* *F0 power module certification is pending Diagram showing interconnection scheme INPUT F0 Input voltage (DC) V V Current consumption (V input, all outputs fully loaded).a* A* Total Power dissipation (V input, all outputs fully loaded) 0W* W* * Redundant operation OUTPUT F0 Number of channels Eight () Eight () Voltage (DC).V -.0V.0V - 0.0V Design current (per segment) 0 to 0mA 0 to 00mA Current limit > 0mA > 0mA Minimum load 0mA 0mA Isolation Fieldbus to input power: 0V AC rms withstand to segment: 00V DC withstand ALARMS Alarm contact rating A 0V DC maximum Alarm contact status Normally closed Alarm threshold F0 output <9V DC <V DC POWER INPUT CONNECTIONS Channel Busbars Via mounting screws onto busbar OR External power supply Pluggable rising cage-clamp screw terminals Conductor size: 0. to. mm FIM IOTAS -way multipin connectors using FCAB-0x cable ( off required) TERMINATORS A single termination per segment is provided automatically when using either or power modules. ENVIRONMENTAL Ambient temperature F0 Operating (full load) 0 C to + C 0 C to +0 C Operating (0% load) 0 C to + C 0 C to + C Storage 0 C to + C 0 C to + C Note: Temperature range applies only when mounted on a vertical IOTA channel. Ingress protection IP0 to BS EN09 (Additional protection by use of enclosure) MECHANICAL Mounting method Standard Honeywell Series C I/O mounting channel ELECTRICAL EMC Compliance To EN:99 Electrical equiment for measurement, control and laboratory use - EMC requirements Product specifications are subject to change without notice System cable FCAB-0x supplying s - System cable FCAB-0x supplying s - s - CON CON TO FIM IOTA # (Simplex or Redundant) PHYSICAL NETWORKS IEC- ISA-S0.0 Part -99 FOUNDATION fieldbus H Profibus PA ORDERING INFORMATION DESCRIPTION IOTA, unpopulated -segment power module:.v, 0mA -segment power module: V, 00mA IOTA power cable, 0cm IOTA power cable, m IOTA power cable, m IOTA power cable, m F0 REDUNDANT FIELDBUS POWER SYSTEM F0 system comprising two modules and an F0-CA IOTA F0 system comprising two F0 modules and an F0-CA IOTA Alarm T Alarm T, Inc., Inc. A F09F FIM IOTA # CC-TFB0 (Simplex) CC-TFB (Redundant) PART NO F0-CA F0 FCAB-0 FCAB-0 FCAB-0 FCAB-0 F0 F0 power supply IOTA F0-

7 PARAMETERS Input vs Output Current - Simplex System Input vs Output Current - Redundant System Modules Input Current (A) Power Dissipation - Simplex System Power Dissipation - Redundant System F0 PARAMETERS Input vs Output Current - Simplex F0 System Input vs Output Current - Redundant F0 System 0 0 Power Dissipation - Simplex F0 System Power Dissipation - Redundant F0 System

8 F0 DIMENSIONS A B C A Alarm Shown using power modules. Overall dimensions are the same when F0 modules are fitted. A Tx, Inc. A Tx Alarm, Inc. F09F PWR FB SEL DIAGNOSTIC MODULE 9mm.0 A A CAD drawings are available on-line at 0.mm. F0x module top panels showing indicators 9.mm.9 APPROVALS - for the latest certification information visit Country Authority Standard Certificate Approved for Ratings Fieldbus Foundation FF- PS0000 () PS00900 (F0) H Profile -

9 F0 -segment redundant fieldbus power system for use with Yokogawa CENTUM 000 R Control System Integrated redundant fieldbus power for ALF FOUNDATION fieldbus TM cards High-density, compact design Fully isolated Hot swappable power modules Low power dissipation Zero component carrier On-line diagnostics option Redundant power & conditioning Vertical DIN-rail mounting output.v, 0mA F0 output V, 00mA The F0 fieldbus power system is designed to provide redundant power for eight FOUNDATION fieldbus TM H segments when used with Yokogawa ALF fieldbus cards. The F0 module carrier has system connectors for direct connection to two redundant pairs of fieldbus cards using Yokogawa AKB cables. Power for the fieldbus segments is provided by two power modules - s or F0s - operating in a redundant configuration (load sharing). Failure alarms, galvanic isolation, power conditioning and segment termination are incorporated into each F0x module. In simplex applications, a single F0x module may be used. Termination of the fieldbus segments is automatically maintained when single or redundant F0x modules are fitted. For extreme reliability, the module carrier has no components and only provides interconnections between the power modules and external connections. It is supported in a rigid metal frame that protects the circuit board from mechanical damage. Secure DINrail mounting is provided by integrated fixings. Each F0x module monitors the output of the eight fieldbus segments and indicates an alarm, by means of a built-in, normally closed relay, if any of the segments is shorted or below the minimum output voltage threshold. Failure of either of the bulk power input supplies is also annunciated. The alarm contacts are volt-free and galvanically isolated from other circuitry. Connections to the alarm relays are made via terminals on the F0-Cx carrier. A separate alarm module is not required for this function. LED indicators also show the status of each F0x module and the eight individual segments. In normal operation, each segment LED is lit, showing that the segment is powered. If a segment is shorted, this LED is extinguished, and the module Alarm LED is lit. A separate physical layer diagnostics module may be installed on the carrier to automatically collect and distribute additional diagnostic information for each of the eight fieldbus segments. For more information see the F09F product specification. The F0x module provides galvanic isolation between the V DC input power and the fieldbus segments, as required by the IEC- fieldbus standard and the Fieldbus Foundation TM FF- validation test for fieldbus power supplies. There is also galvanic isolation between the fieldbus segments, thereby preventing multiple segment failures due to ground faults on more than one segment. Each segment has its own fieldbus power conditioner and current limitation. Redundant V DC (nom.) input power is connected to the F0 carrier using two-part pluggable connectors. Field wiring connections are available with either pluggable screw terminals (F0-xS) or pluggable spring clamp terminals (F0-xC). Three variants of carriers are available in the F0 family, to be used in two different types of installations. For large installations, where multiple F0 systems will be installed in a cabinet, there are Left (F0-CL) and Right (F0-CR) hand versions that make cabinet wiring symmetrical. In smaller installations, where carriers are not installed side-byside, the F0-CA carrier provides terminal numbering and consistent connector polarity. FOUNDATION fieldbus is a trademark of Fieldbus Foundation, Austin, Texas.

10 SPECIFICATION Location of equipment Safe area, Class I Div Groups ABCD T* or Class I Zone IIC T* *F0 power module certification is pending F0 - BLOCK DIAGRAM Yokogawa redundant FF cards ALF-B ALF-A ALF-B ALF-A INPUT F0 Input voltage (DC) V V Current consumption (V input, all outputs fully loaded).a* A* Total Power dissipation (V input, all outputs fully loaded) 0W* W* * Redundant operation OUTPUT F0 Number of channels Eight () Eight () Voltage (DC).V -.0V.0V - 0.0V Design current (per segment) 0 to 0mA 0 to 00mA Current limit > 0mA > 0mA Minimum load 0mA 0mA Isolation Fieldbus to input power: 0V AC rms withstand to segment: 00V DC withstand ALARMS Alarm contact rating A 0V DC maximum Alarm contact status Normally closed Alarm threshold F0 output <9V DC <V DC ELECTRICAL CONNECTIONS System connectors Host A, Host B, Host A, Host B via AKB cables to ALF modules Field, Power & Alarm terminals Pluggable rising cage-clamp screw terminals (-PS) Conductor size: 0. to. mm Pluggable spring-clamp screw terminals (-PC) Conductor size: 0. to. mm Chassis ground -way fixed screw terminal connector 0. to. mm Terminators A single termination is provided automatically when using either or power modules ENVIRONMENTAL Ambient temperature F0 Operating (full load) 0 C to + C 0 C to +0 C Operating (0% load) 0 C to + C 0 C to + C Storage 0 C to + C 0 C to + C Note: Temperature range applies only when mounted on a vertical DIN rail. Ingress protection IP0 to BS EN09 (Additional protection by use of enclosure) MECHANICAL Mounting method Integrated fixings for 'Top hat' DIN rail, mm x.mm to EN00 ELECTRICAL EMC Compliance To EN:99 Electrical equiment for measurement, control and laboratory use - EMC requirements Product specifications are subject to change without notice To fieldbus segments - The above diagram shows a block diagram of how the F0 is wired. Note that the Chassis Ground and Alarm connection are not shown. The Diagnostic module is also not shown (see the F09F product specification). For detailed wiring information see the Installation Instructions for the F0 (Document number 0-09). PHYSICAL NETWORKS IEC- ISA-S0.0 Part -99 FOUNDATION fieldbus TM H Profibus PA ORDERING INFORMATION DESCRIPTION Carrier, unpopulated Left hand carrier, unpopulated Right hand carrier, unpopulated -segment power module:.v, 0mA -segment power module: V, 00mA Blanking modules included with -NR systems F0x Power module B F0x Power module A To fieldbus devices Megablock wiring hub Power B Host B s - Host A Host B s - Host A Power A PART NO. F0-CA-P* F0-CL-P* F0-CR-P* F0 F00-BLK Fieldbus diagnostic module F09F with with F0 F0-CA-P*and two F0x modules F0-P* F0--P* F0-CL-P*and two F0x modules F0-L* F0--L* F0-CR-P*and two F0x modules F0-R* F0--R* F0-CA-P*and one F0x module F0-P*-NR F0--P*-NR F0-CL-P*and one F0x module F0-L*-NR F0--L*-NR F0-CR-P*and one F0x module F0-R*-NR F0--R*-NR * = S or C S = Pluggable Screw Terminal Connectors C = Pluggable Spring Clamp Connectors

11 PARAMETERS Input vs Output Current - Simplex System Input vs Output Current - Redundant System Modules Input Current (A) Power Dissipation - Simplex System Power Dissipation - Redundant System F0 PARAMETERS Input vs Output Current - Simplex F0 System Input vs Output Current - Redundant F0 System 0 0 Power Dissipation - Simplex F0 System Power Dissipation - Redundant F0 System Linking alarm circuits F0x module top panels showing indicators DI Alarm terminals Fxx-CA # Fxx-CA #

12 w F0-L* DIMENSIONS F0-CL Power Module A Diagnostic Module Power Module B Alarm ww.mtl-fieldbus.com T x Alarm ww w.mtl-fieldbus.com T x Alarm Ground.0" 9mm Power B Power A Host B Host A Host B Host A." mm." mm."." 0mm mm Shown using power modules. Overall dimensions are the same when F0 modules are fitted. CAD drawings are available on-line at

13 w F0-R* & F0-P* DIMENSIONS F0-CR Power Module A Diagnostic Module Power Module B Alarm ww.mtl-fieldbus.com T x Alarm ww w.mtl-fieldbus.com T x Power A Host A Host B Host A Host B Power B.0" 9mm Ground Alarm." mm." mm."." 0mm mm Shown using power modules. Overall dimensions are the same when F0 modules are fitted. CAD drawings are available on-line at APPROVALS - for the latest certification information visit Region (Authority) EU () Standard Certificate Approved for Ratings EN Class A Industrial Locations CE (FIELDBUS foundation TM ) FF- PS () PS (F0) Power Supply Type US (FM) () pending - (F0) Class I, Div, ABCD, T Class I, Zone, IIC, T V max = V () = 0V (F0) Canada (FM) C. No. C. No. 0C - () pending - (F0) Class I, Div, ABCD, T Class I, Zone, IIC, T V max = V () = 0V (F0) EU () IEC 009-0:00 IEC 009-:00 RELC0ATEX00X pending - (F0) Ex na IIC T Uo = V () = 0V (F0)

14 F90 -segment redundant fieldbus power supply for use with non-proprietary cabled systems Redundant fieldbus power for FOUNDATION fieldbus TM cards High-density, compact design Fully isolated Hot swappable power modules Low power dissipation Zero component carrier On-line diagnostics option Redundant power & conditioning Vertical DIN-rail mounting output.v, 0mA F0 output V, 00mA The F90 fieldbus power system is designed to provide redundant power for eight FOUNDATION fieldbus TM H segments when used with the Emerson DeltaV or another non-proprietary cabled fieldbus system. Power for the fieldbus segments is provided by two power modules - s or F0s - operating in redundant configuration (load sharing). Failure alarms, galvanic isolation, power conditioning and segment termination are incorporated into each F0x module. In simplex applications, a single F0x module may be used. Termination of the fieldbus segments is automatically maintained when single or redundant F0x modules are fitted. For extreme reliability, the module carrier has no components and only provides interconnections between the power modules and external connections. It is supported in a rigid metal frame that protects the circuit board from mechanical damage. Secure DINrail mounting is provided by integrated fixings. Each F0x module monitors the output of the eight fieldbus segments and indicates an alarm by means of a built-in, normally closed relay if any of the segments is shorted, or below the minimum output voltage threshold. Failure of either of the bulk power input supplies is also annunciated. The alarm contacts are volt-free and galvanically isolated from other circuitry. Connections to the alarm relays are made via terminals on the F90-CA carrier. A separate alarm module is not required for this function. LED indicators also show the status of each module and the eight individual segments. In normal operation, each segment LED is lit, showing that the segment is powered. If a segment is shorted, this LED is extinguished, and the module Alarm LED is lit. A separate physical layer diagnostics module may be installed on the carrier to automatically collect and distribute additional diagnostic information for each of the eight fieldbus segments. For more information see the F09F product specification. The module provides galvanic isolation between the V DC input power and the fieldbus segments, as required by the IEC- fieldbus standard and the Fieldbus Foundation TM FF- validation test for power supplies. There is also galvanic isolation between the fieldbus segments, thereby preventing multiple segment failures due to ground faults on more than one segment. Each segment has its own fieldbus power conditioner and current limitation. Redundant V DC (nom.) input power is connected to the F90 carrier using two-part pluggable connectors. Field wiring connections are available with either pluggable screw terminals (F90-PS), or pluggable spring clamp terminals (F90-PC). FOUNDATION fieldbus is a trademark of Fieldbus Foundation, Austin, Texas.

15 SPECIFICATION Location of equipment Safe area, Class I Div Groups ABCD T* or Class I Zone IIC T* *F0 power module certification is pending F90 - BLOCK DIAGRAM Power B To Host Ports - INPUT F0 Input voltage (DC) V V F0x Power Module B Current consumption (V input, all outputs fully loaded).a* A* Total Power dissipation 0W* W* (V input, all outputs fully loaded) * Redundant operation OUTPUT F0 Number of channels Eight () Eight () Voltage (DC).V -.0V.0V - 0.0V Design current (per segment) 0 to 0mA 0 to 00mA Current limit > 0mA > 0mA Minimum load 0mA 0mA Isolation Fieldbus to input power: 0V AC rms withstand F0x Power Module A Power A to segment: 00V DC withstand ALARMS Alarm contact rating A 0V DC maximum Alarm contact status Normally closed Alarm threshold F0 output <9V DC <V DC To fieldbus segments - To fieldbus devices Megablock wiring hub ELECTRICAL CONNECTIONS System, Field, Power & Alarm terminals Pluggable rising cage-clamp screw terminals (-PS) Conductor size: 0. to. mm Pluggable spring-clamp screw terminals (-PC) Conductor size: 0. to. mm Chassis ground -way fixed screw terminal connector 0. to. mm Terminators A single termination is provided automatically when using either or power modules ENVIRONMENTAL Ambient temperature F0 Operating (full load) 0 C to + C 0 C to +0 C Operating (0% load) 0 C to + C 0 C to + C Storage 0 C to + C 0 C to + C Note: Temperature range applies only when fitted to a vertical DIN rail mounted on a vertical plane. Ingress protection IP0 to BS EN09 (Additional protection by use of enclosure) MECHANICAL Mounting method Integrated fixings for 'Top hat' DIN rail, mm x.mm to EN00 ELECTRICAL EMC Compliance To EN:99 Electrical equiment for measurement, control and laboratory use - EMC requirements The above diagram shows a block diagram of how the F90 is wired. Note that the Chassis Ground and Alarm connection are not shown. The Diagnostic module is also not shown (see the F09F product specification). For detailed wiring information see the Installation Instructions for the F90 (Document number 0-090). PHYSICAL NETWORKS IEC- ISA-S0.0 Part -99 FOUNDATION fieldbus TM H Profibus PA ORDERING INFORMATION DESCRIPTION Carrier, unpopulated -segment power module:.v, 0mA -segment power module: V, 00mA F90-CA-P*and two modules F90-CA-P*and one module F90-CA-P*and two F0 modules F90-CA-P*and one F0 module Blanking modules included with -NR systems Fieldbus diagnostic module PART NO F90-CA-P* F0 F90-P* F90-P*-NR F90--P* F90--P*-NR F00-BLK F09F * = S or C S = Pluggable Screw Terminal Connectors C = Pluggable Spring Clamp Connectors Product specifications are subject to change without notice

16 PARAMETERS Input vs Output Current - Simplex System Input vs Output Current - Redundant System Modules Input Current (A) Power Dissipation - Simplex System Power Dissipation - Redundant System F0 PARAMETERS Input vs Output Current - Simplex F0 System Input vs Output Current - Redundant F0 System 0 0 Power Dissipation - Simplex F0 System Power Dissipation - Redundant F0 System Linking alarm circuits F0x module top panels showing indicators DI Alarm terminals Fxx-CA # Fxx-CA #

17 w F90-P* DIMENSIONS F90-CA Power Module A Diagnostic Module Power Module B Alarm ww.mtl-fieldbus.com T x Alarm ww w.mtl-fieldbus.com T x Power A Power B.0" 9mm Ground Alarm." mm." mm."." 0mm mm Shown using power modules. Overall dimensions are the same when F0 modules are fitted. CAD drawings are available on-line at APPROVALS - for the latest certification information visit Region (Authority) EU () Standard Certificate Approved for Ratings EN Class A Industrial Locations CE (FIELDBUS foundation TM ) FF- PS () PS (F0) Power Supply Type US (FM) () pending - (F0) Class I, Div, ABCD, T Class I, Zone, IIC, T V max = V () = 0V (F0) Canada (FM) C. No. C. No. 0C - () pending - (F0) Class I, Div, ABCD, T Class I, Zone, IIC, T V max = V () = 0V (F0) EU () IEC 009-0:00 IEC 009-:00 RELC0ATEX00X pending - (F0) Ex na IIC T Uo = V () = 0V (F0)

18 F9 -segment redundant fieldbus power supply for horizontal DIN-rail mounting Redundant fieldbus power for FOUNDATION fieldbus TM cards High-density, compact design Fully isolated Hot swappable power modules Low power dissipation Zero component carrier On-line diagnostics option Redundant power & conditioning Horizontal DIN-rail mounting output.v, 0mA F0 output V, 00mA The F9 fieldbus power system is designed to provide redundant power for eight FOUNDATION fieldbus TM H segments when used with the Emerson DeltaV or another non-proprietary cabled fieldbus system. Power for the fieldbus segments is provided by two power modules - s or F0s - operating in redundant configuration (load sharing). Failure alarms, galvanic isolation, power conditioning and segment termination are incorporated into each F0x module. In simplex applications, a single F0x module may be used. Termination of the fieldbus segments is automatically maintained when single or redundant F0x modules are fitted. For extreme reliability, the module carrier has no components and only provides interconnections between the power modules and external connections. It is supported in a rigid metal frame that protects the circuit board from mechanical damage. Secure DINrail mounting is provided by integrated fixings. Each F0x module monitors the output of the eight fieldbus segments and indicates an alarm by means of a built-in, normally closed relay if any of the segments is shorted or below the minimum output voltage threshold. Failure of either of the bulk power input supplies is also annunciated. The alarm contacts are volt-free and galvanically isolated from other circuitry. Connections to the alarm relays are made via terminals on the F9-CA carrier. A separate alarm module is not required for this function. LED indicators also show the status of each F0x module and the eight individual segments. In normal operation, each segment LED is lit, showing that the segment is powered. If a segment is shorted, this LED is extinguished, and the module Alarm LED is lit. A separate physical layer diagnostics module may be installed on the carrier to automatically collect and distribute additional diagnostic information for each of the eight fieldbus segments. For more information see the F09F product specification. The F0x module provides galvanic isolation between the V DC input power and the fieldbus segments, as required by the IEC- fieldbus standard and the Fieldbus Foundation TM FF- validation test for power conditioners. There is also galvanic isolation between the fieldbus segments, thereby preventing multiple segment failures due to ground faults on more than one segment. Each segment has its own fieldbus power conditioner and current limitation. Redundant V DC (nom.) input power is connected to the F9 carrier using two-part pluggable connectors. Field wiring connections are available with either pluggable screw terminals (F9-PS) or pluggable spring clamp terminals (F9-PC). FOUNDATION fieldbus is a trademark of Fieldbus Foundation, Austin, Texas.

19 SPECIFICATION Location of equipment Safe area, Class I Div Groups ABCD T* or Class I Zone IIC T* *F0 power module certification is pending F9 - BLOCK DIAGRAM Power B To Host Ports - INPUT F0 F0x Power Module B Input voltage (DC) V V Current consumption (V input, all outputs fully loaded) Total Power dissipation (V input, all outputs fully loaded).a* A* 0W* W* * Redundant operation OUTPUT F0 Number of channels Eight () Eight () Voltage (DC).V -.0V.0V - 0.0V Design current (per segment) 0 to 0mA 0 to 00mA Current limit > 0mA > 0mA Minimum load 0mA 0mA F0x Power Module A Isolation Fieldbus to input power: 0V AC rms withstand Power A to segment: 00V DC withstand ALARMS Alarm contact rating A 0V DC maximum Alarm contact status Normally closed To fieldbus segments - To fieldbus devices Megablock wiring hub Alarm threshold F0 output <9V DC <V DC ELECTRICAL CONNECTIONS System, Field, Power & Alarm terminals Pluggable rising cage-clamp screw terminals (-PS) Conductor size: 0. to. mm Pluggable spring-clamp screw terminals (-PC) Conductor size: 0. to. mm Chassis ground -way fixed screw terminal connector 0. to. mm Terminators A single termination is provided automatically when using either or power modules The above diagram shows a block diagram of how the F9 is wired. Note that the Chassis Ground and Alarm connection are not shown. The Diagnostic module is also not shown (see the F09F product specification). For detailed wiring information see the Installation Instructions for the F9 (Document number 0-09). The above diagram also shows two sets of connectors for connection to the Host. Early versions of the F9 included only one set of connectors (unit date code 0, and earlier) and so did not support redundant Host connection. Some Host systems such as the Emerson DeltaV provide their own method of connecting the Redundant Host port, in which case a Simplex connection to the F9 is all that is required, or desired. ENVIRONMENTAL Ambient temperature F0 Operating (full load) 0 C to + C 0 C to +0 C Operating (0% load) 0 C to + C 0 C to + C Storage 0 C to + C 0 C to + C Note: Temperature range applies only when mounted on a horizontal DIN rail attached to a vertical surface. Ingress protection IP0 to BS EN09 (Additional protection by use of enclosure) MECHANICAL Mounting method Integrated fixings for 'Top hat' DIN rail, mm x.mm to EN00 ELECTRICAL EMC Compliance To EN:99 Electrical equiment for measurement, control and laboratory use - EMC requirements PHYSICAL NETWORKS IEC- ISA-S0.0 Part -99 Foundation fieldbustm H Profibus PA ORDERING INFORMATION DESCRIPTION Carrier, unpopulated -segment power module:.v, 0mA -segment power module: V, 00mA F9-CA-P*and two modules F9-CA-P*and one module F9-CA-P*and two F0 modules F9-CA-P*and one F0 module Blanking modules included with -NR systems Fieldbus diagnostic module PART NO F9-CA-P* F0 F9-P* F9-P*-NR F9--P* F9--P*-NR F00-BLK F09F Product specifications are subject to change without notice * = S or C S = Pluggable Screw Terminal Connectors C = Pluggable Spring Clamp Connectors

20 PARAMETERS Input vs Output Current - Simplex System Input vs Output Current - Redundant System Modules Input Current (A) Power Dissipation - Simplex System Power Dissipation - Redundant System F0 PARAMETERS Input vs Output Current - Simplex F0 System Input vs Output Current - Redundant F0 System 0 0 Power Dissipation - Simplex F0 System Power Dissipation - Redundant F0 System Linking alarm circuits F0x module top panels showing indicators DI F9-CA # ALARM F9-CA # ALARM

21 w F9-P* DIMENSIONS Shown using power modules. Overall dimensions are the same when F0 modules are fitted. Power A Seg Seg Seg Seg Seg Seg Seg Seg Alm G Power B Seg Seg Seg Seg Seg Seg Seg Seg F9-CA.9" mm Alarm Alarm Diagnostic Module." mm ww.mtl-fieldbus.com T x ww w.mtl-fieldbus.com T x.00" 0mm Power Module A ww w.mtl-fieldbus.com Power Module B.9" 0mm." mm CAD drawings are available on-line at APPROVALS - for the latest certification information visit Region (Authority) EU () Standard Certificate Approved for Ratings EN Class A Industrial Locations CE (FIELDBUS foundation TM ) FF- PS () PS (F0) Power Supply Type US (FM) () pending - (F0) Class I, Div, ABCD, T Class I, Zone, IIC, T V max = V () = 0V (F0) Canada (FM) C. No. C. No. 0C - () pending - (F0) Class I, Div, ABCD, T Class I, Zone, IIC, T V max = V () = 0V (F0) EU () IEC 009-0:00 IEC 009-:00 RELC0ATEX00X pending - (F0) Ex na IIC T Uo = V () = 0V (F0)