technical datasheet technical datasheet MTL5995 isolated power supply for fieldbus systems

Transcription

1 technical datasheet technical datasheet MTL99 isolated power supply for fieldbus systems Straightforward clip-on DIN-rail mounting Low cost per fieldbus segment High packing densities Simplified installation and maintenance using plug-in connectors The MTL99 is a general purpose power supply unit designed for use in.kbit/s (H) fieldbus systems. It complies with the requirements of Fieldbus Foundation power supply Type (non-is supply intended for feeding an IS barrier). To comply with fieldbus standards, each bus must be terminated at both ends. MTL s FBT-IS, F00 or FCS-MBT fieldbus terminators can be supplied for this purpose; or its switch-enabled, internal terminator can be used for installations in which an MTL99 is located at one end of the fieldbus trunk. When designing a fieldbus segment the total current consumption of the fieldbus devices should be calculated for normal operation. This should be within the range of the published design current for the power supply. For the MTL99 power supply, the current limit is at least 0mA higher than the maximum design current. This provides a margin for inrush current when a new device is added to the network. Therefore, with a fieldbus loaded with its maximum design current, a fieldbus device can be disconnected and reconnected without the risk that other devices on the bus will reset. The MTL99 clips quickly onto DIN rail, so it is compatible with the industry-standard mounting system. Wiring is simplified by a single, secured, plug-in fieldbus connector (MTL99-PS), or a pair of plug-in fieldbus connectors (MTL99) and a power plug which accepts a power bus; all leading to quicker insertion, fewer wiring errors and trouble-free, tidier installations. The applicable fieldbus specifications and standards are: FOUNDATION fieldbus.kbit/s Physical Layer Profile Specification, document FF-, IEC -: 99 and ISA-S for.kbit/s fieldbus systems. EPS99 RevM 00 enquiry@mtl-inst.com

2 MTL99 FIELDBUS POWER SUPPLY.kbit/s fieldbus The MTL99 provides a pair of plug-in fieldbus connections. The MTL99-PS is recommended for new fieldbus installations. SPECIFICATION OUTPUT Voltage 9V±% <Ω dc impedance Design current 0 to 0mA, Current limit >0mA Output ripple Complies with clause.. of the fieldbus standards for output current >0mA. Internal termination Selected by a switch in the base of the unit. INPUT Supply voltage 0 to 0V dc 0 C to +0 C Power requirement, with 0mA output load 0mA typical at V 0mA typical at 0V 0mA typical at 0V Power dissipation within unit, with 0mA output load.w typical at V.W maximum at 0V Note: To allow adequate heat dissipation under all likely thermal conditions, it is recommended that the MTL99-PS is installed on DIN-rail with 0mm clearance from any adjacent unit. 0mm DIN-rail module spacers (part no. MS00) are available from MTL for this purpose. LED indicator Green: one provided for power indication Isolation 0V rms between fieldbus and power supply terminals Location of units Safe area Terminals Accommodate conductors with cross-section of 0. to.mm, stranded or single-core Mounting On mm (top hat) rail to EN 00 x.; BS ; x x. DIN Ambient temperature limits 0 to +0 C ( F to +0 F) operating 0 to +0 C ( 0 F to + F) storage Humidity to 9% relative humidity Weight 0g approx SAFETY Location of module Safe area, Zone, IIC T hazardous area or Class, Div, Groups A, B, C, D T hazardous location. Fieldbus Foundation is a trademark of Fieldbus Foundation, Austin, Texas, USA. Foundation is a trademark of Fieldbus Foundation, Austin, Texas, USA Safe or Division /Zone hazardous area FBT* Fieldbus terminator T Switch Location of field wiring Safe area, Zone, IIC T hazardous area or Class, Div, Groups A, B, C, D T hazardous area. Field wiring protection Normally non-arcing/ex na CERTIFICATION EUROPE (ATEX) EN 00 II G Ex na IIC T USA (FM) Class No. Class, Div Grps A-D CANADA (CSA) C. No. Class, Div Grps A-D; Ex na IIC T DIMENSIONS 0 T PSU Fieldbus device(s) Fieldbus + + Fieldbus connectors Vs 0 to 0V dc Vs+ Terminal Function Internally linked to 0 & Fieldbus device(s) connection ve 9 & Fieldbus device(s) connection +ve 0 Internally linked to Supply ve Supply +ve 9 0 Power input connector FBT* Fieldbus terminator Note: Terminals and 0 are linked internally to assist in the process of terminating cable screens. T 0 0 Required spacing EUROPE (EMEA): + (0) THE AMERICAS: ASIA-PACIFIC: + enquiry@mtl-inst.com csinfo@mtl-inst.com sales@mtlsing.com.sg EPS99 RevM 00

3 MTL99-PS FIELDBUS POWER SUPPLY.kbit/s fieldbus The MTL99-PS provides a single, secured, plug-in fieldbus connection and is recommended for new fieldbus installations. SPECIFICATION OUTPUT Voltage 9V±% <Ω dc impedance Design current 0 to 0mA, Current limit >0mA Output ripple Complies with clause.. of the fieldbus standards for output current >0mA. Internal termination Selected by a switch in the base of the unit. INPUT Supply voltage 0 to 0V dc 0 C to +0 C Power requirement, with 0mA output load 0mA typical at V 0mA typical at 0V 0mA typical at 0V Power dissipation within unit, with 0mA output load.w typical at V.W maximum at 0V Note: To allow adequate heat dissipation under all likely thermal conditions, it is recommended that the MTL99-PS is installed on DIN-rail with 0mm clearance from any adjacent unit. 0mm DIN-rail module spacers (part no. MS00) are available from MTL for this purpose. LED indicator Green: one provided for power indication Isolation 0V rms between fieldbus and power supply terminals Location of units Safe area Terminals Accommodate conductors with cross-section of 0. to.mm, stranded or single-core Mounting On mm (top hat) rail to EN 00 x.; BS ; x x. DIN Ambient temperature limits 0 to +0 C ( F to +0 F) operating 0 to +0 C ( 0 F to + F) storage Humidity to 9% relative humidity Weight 0g approx Safe or Division /Zone hazardous area FBT* Fieldbus terminator T Terminal Function & Fieldbus device(s) connection ve 9 & Fieldbus device(s) connection +ve 0 Terminal for inteconnecting cable screens Supply ve Supply +ve SAFETY Location of module Safe area, Zone, IIC T hazardous area Location of field wiring Safe area, Zone, IIC T hazardous area Field wiring protection Normally non-arcing/ex na CERTIFICATION EUROPE (ATEX) IEC 009- II G Ex na IIC T DIMENSIONS 0 Switch T PSU Fieldbus device(s) Fieldbus + + Fieldbus connectors 9 0 Vs 0 to 0V dc Vs+ Power input connector FBT* Fieldbus terminator T 0 0 Required spacing Fieldbus Foundation is a trademark of Fieldbus Foundation, Austin, Texas, USA. Foundation is a trademark of Fieldbus Foundation, Austin, Texas, USA EUROPE (EMEA): + (0) THE AMERICAS: ASIA-PACIFIC: + enquiry@mtl-inst.com csinfo@mtl-inst.com sales@mtlsing.com.sg EPS99 RevM 00

4 technical datasheet technical datasheet F0/0 Fieldbus power supply Fieldbus power for Foundation fieldbus H cards Compact design Fully isolated Low power dissipation DIN-rail mounting Supports bussing of input power in the DIN rail F0 (.V min. at 00mA) F0 (.9V min. at 00mA) The F0 and F0 fieldbus power supplies are designed to provide power for a single Foundation fieldbus H segment. Galvanic isolation, power conditioning and segment termination are incorporated into each F0 or F0 module. Termination of the fieldbus segments is normally enabled with a switch on the module, but may be switched off for those few applications that do not require a Terminator at the Fieldbus Power Supply. For extreme reliability, the modules use passive components for power conditioning and a reliable DC/DC converter to provide galvanic isolation and power regulation. The connectors used for power input and the Fieldbus are high quality pluggable types with screw retention. Spring-clamp (-PC) and screw-terminal (-PS) connector versions are supported. The modules can be powered from a supply between DC. The incoming power can be applied via a top-mounted connector, which supports onward looping of power wiring, or by using a proprietary plug-in connector on a DIN-rail bussing system. LED indicators show the status of the modules. In normal operation, the green Power LED is lit, showing that there is proper input voltage to the module and the red Fault LED is off. If the fieldbus segment is shorted, or in an over-current condition, the Fault LED blinks. An internal module error is indicated by a steady light on the red Fault LED. The status of the internal terminator switch is also indicated by an illuminated T symbol. F0 and F0 modules provide galvanic isolation between the input power and the fieldbus segments, as required by the IEC- fieldbus standard and the Fieldbus Foundation FF- validation test for fieldbus power supplies. The F0 is specifically intended for use in applications that require live-workable, energy-limited spurs in Zone or Division hazardous areas where the field devices are certified Ex nl or Ex i with Ui V. The F0 has a high output voltage and should be specified for applications requiring heavily loaded segments and/or long cable lengths. Foundation fieldbus is a trademark of Fieldbus Foundation, Austin, Texas. EPS F0/ Rev 0 enquiry@mtl-inst.com

5 specification Location of equipment Safe Area, Class I Div Groups ABCD T, or Class I Zone IIC T hazardous area IEC Zone IIC T or Zone hazardous area INPUT Input voltage V DC Reverse polarity protection Yes Current consumption see Input Current graph Power dissipation see Power Dissipation graph Note: modules are capable of operating at full load without spacing OUTPUT Number of Channels One () Voltage F0:..0V DC F0:.9 0.0V DC Design Current 0 to 00mA per segment Segment Current Limit > 0mA Minimum Load 0mA Isolation Fieldbus to input power: Tested at 00V ACrms in accordance with FF- ELECTRICAL CONNECTIONS Fieldbus wiring (host and field) Screw-secured, -way pluggable connectors in screw terminal or spring clamp version, 0. to.mm Power input Screw-secured, -way pluggable connector in screw terminal or spring clamp version, 0. to.mm (see diagram) DIN-rail power bussing option Proprietary connection system - see Ordering Information Fieldbus terminator 00W, switchable mechanical Mounting method Integrated fixings for vertical Top hat DIN-rail, mm x.mm to EN00 Housing material Polycarbonate Tagging strip To accept paper legend ENVIRONMENTAL Ambient temperature Operating: 0 C to + C* (at maximum rated output) 0 C to +0 C* (at 00mA output) Storage: 0 C to + C * fitted on horizontal DIN-rail mounted on a vertical plane Relative humidity <9%, non-condensing Ingress protection IP0 to BS EN09 (Additional protection by means of enclosure) F0/0 - Block diagram (showing interconnection scheme) To field devices Megablock wiring hub + S + S + + Terminator T Host DIN-rail bus PHYSICAL NETWORKS IEC- ISA-S0.0 Part -99 Foundation fieldbus H Profibus PA + Power Supply The above diagram shows a basic illustration of how the F0 or F0 is wired. For detailed wiring information, see the installation instructions. LED INDICATORS Power (green) Fault (red) Terminator (white T ) OFF ON Flashing Power fail or internal fault Power OK Normal Terminator disabled Internal error, replace module Terminator enabled Output current limit exceeded EUROPE (EMEA): + (0) THE AMERICAS: ASIA-PACIFIC: + 9 enquiry@mtl-inst.com csinfo@mtl-inst.com sales@mtlsing.com.sg EPS F0/ Rev 0

6 F0 parameters (typical) F0 parameters (typical) F0/0 dimensions (mm) (shown with screw-clamp connectors).0.0.0* * + mm with spring clamp connectors EUROPE (EMEA): + (0) THE AMERICAS: ASIA-PACIFIC: + 9 enquiry@mtl-inst.com csinfo@mtl-inst.com sales@mtlsing.com.sg EPS F0/ Rev 0

7 ORDERING INFORMATION PART No. Description PART No. Description F0-PS F0-PC F0-PS F0-PC Fieldbus Power Supply (.V min., 00mA) pluggable screw-terminal connectors Fieldbus Power Supply (.V min., 00mA) pluggable spring-clamp connectors Fieldbus Power Supply (.9V min., 00mA) pluggable screw-terminal connectors Fieldbus Power Supply (.9V min., 00mA) pluggable spring-clamp connectors PBUS0 Power Bus DIN-rail connectors, pack of PBUS0 Power Bus DIN-rail input plug and socket set PBUS0 DIN-rail mounted strain relief clamps, pack of PBUS0 PBUS0 PBUS0 APPROVALS - for the latest certification information visit Region (Authority) Standard Certificate Approved for Ratings EU (Relcom) EN Class A Industrial Locations CE (Fieldbus Foundation ) FF- PS0900 (F0) PS090 (F0) Power Supply Type US (FM) Canada (FM) 00: 99 : 00 0: 00 CAN/CSA - E009- C. No. C. No C Class I, Div, ABCD, T Class I, Zone, IIC, T Class I, Div, ABCD, T Class I, Zone, IIC, T NI/I//ABCD/T Ta= C I//IIC/T Ta= C NI/I//ABCD/T Ta= C Ex na nl IIC T Ta= C ATEX (Relcom) EN EN 009- RELC09ATEX00X Zone IIC T Ex na IIC T E II GD EUROPE (EMEA): + (0) THE AMERICAS: ASIA-PACIFIC: + 9 enquiry@mtl-inst.com csinfo@mtl-inst.com sales@mtlsing.com.sg EPS F0/ Rev 0

8 technical datasheet technical datasheet F Fieldbus Power Hub power conditioner with terminators for fieldbus networks built-in fieldbus power conditioning fieldbus device ports 0mA current per device up to ma total current auxiliary port for expansion complete with AC power supply battery-pack option The Relcom Power Hub (F) is the next generation of the popular Power Hub. Ideal for bench-tops, labs, demonstrations and test setups, the Power Hub is a mini fieldbus segment in a box just add devices. The Power Hub is a combined bulk power supply, fieldbus power conditioner, two built-in terminators, five ports for attaching devices (Device Ports), and an Auxiliary Port for expansion and connection of additional devices. It functions as a zero length homerun with spurs (star topology). The Power Hub is powered by a plugin wall transformer with an input voltage range of 00-0VAC (0-0Hz). Adapters are supplied with the transformer for four different country power outlets (North America, Europe, UK, and Australia). Fieldbus devices can be connected to the Power Hub with shielded or unshielded twisted pair fieldbus cable. The controller (host), if present, is considered to be a device. The Power Hub provides a minimum of 0mA of power-conditioned current for each Device Port. If the current needs of a fieldbus segment exceed the capability of a Device Port, the Auxiliary Port can also be used to provide additional power-conditioned current. The Power Hub can supply up to ma of power-conditioned current for all Device Ports and the Auxiliary Port. The Power Hub can be mounted on a mm DIN rail. For applications where AC power is not available, the Power Hub can also be mounted on a battery pack (accessory FCS-A) for fieldbus power in the field. Current limiting SpurGuard protection for each Power Hub Device Port limits the current draw of an attached cable and device and protects against short circuits. A short circuit in a spur cable or device will not take down the entire segment. The remaining devices on the segment continue to operate normally. Wire Connections to the Power Hub are made using pluggable screw terminal connectors. Pluggable connectors allow easy connecting, disconnecting, and moving of devices for reconfiguration, maintenance, and troubleshooting. Two securing screws on each connector ensure it stays in place. To connect a device, cut and strip the +,, and shield (S) wires, insert them into the terminals, and tighten the screw terminals. Plug the connector into a Device Port or the Auxiliary Port and tighten the securing screws. A typical use for the Power Hub is to configure, precommission, test, or calibrate Fieldbus devices. In this case, the Fieldbus device and host device (Emerson or, National Instruments Fieldbus interface, etc.) are connected to the Power Hub. No other components are required to have a functioning Fieldbus segment. EPS F Rev 00 enquiry@mtl-inst.com

9 SPECIFICATIONS ELECTRICAL Device Port Rated Current 0mA Total Current for all Device Ports and Auxiliary Port ma max. (for specified operation) Device Port Short Circuit Protection Continuous protection against damage Maximum Fieldbus Cable Length 0 metres Auxiliary Port Short Circuit Protection Continuous protection against damage Wall-mounted Bulk Power Supply Input voltage: 00-0V ac, 0/0Hz Output voltage: V dc (nominal) MECHANICAL Fieldbus Connectors Six sets, pluggable screw-terminal, with two securing screws Mounting requirements mm DIN rail Wire capacity 0. to.mm Case material Lexan polycarbonate Temperature range 0º to +0ºC Weight g (nominal) PHYSICAL NETWORK IEC - Foundation fieldbus H Profibus PA ORDERING INFORMATION Fieldbus Power Hub Battery Pack (Power Hub power in the field) Heavy-duty DIN rail end stop mm DIN rail, aluminum, meter F FCS-A FCS-A0 FCS-A0 CASE DIMENSIONS Connection diagram Device Device Device D D D Device Device Device 00-0VAC 0/0Hz Wall Transformer Tx F.". mm F Fieldbus Power Hub Overload Tx Power In VDC Relcom D D Aux Auxiliary Device Device." 0. mm.9" 0. mm Expansion Device Device Wall Power Supply and Interchangeable Power Outlet Adapters (included with F) F with Optional Battery Pack EUROPE (EMEA): + (0) THE AMERICAS: ASIA-PACIFIC: + enquiry@mtl-inst.com csinfo@mtl-inst.com sales@mtlsing.com.sg EPS F Rev 00

10 technical datasheet technical datasheet F0 redundant fieldbus power for Foxboro I/A Series Control System Integrated redundant fieldbus power for FBM Foundation fieldbus modules -segment redundancy 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-Relcom F0 or F0 power modules operating in redundant configuration. Failure alarms, galvanic isolation, power conditioning and segment termination are incorporated into each F0x module. In applications requiring simplex power, a single F0x 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 F0x module has indicator LEDs to show both its status and that of the eight segments under power. In normal operation, each green 'Segment' 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 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 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 F0x 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. F0x 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). Foundation fieldbus is a trademark of Fieldbus Foundation, Austin, Texas. EPSF0 Rev 00 enquiry@mtl-inst.com

11 SPECIFICATION Location of equipment Safe area INPUT F0 F0 Input voltage (DC) V V Current consumption (V input, all outputs fully loaded) Total Power dissipation (V input, all outputs fully loaded).a*.9a* W* W* * Redundant operation (Figures based upon fully populated F0 baseplate, including all F0x, FBM and F09F modules - see also next page) OUTPUT F0 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: Segment to segment: ALARMS Alarm contact rating A 0V DC maximum Alarm contact status Normally closed 0V AC rms withstand 00V DC withstand Alarm threshold F0 F0 Segment output <9V DC <V DC MECHANICAL Mounting method Integrated fixings for 'Top hat' DIN rail, mm x.mm to EN00 SYSTEM CONNECTIONS Foxboro 'Fieldbus' LAN 9-way subminiature D, female Address switches Fieldbus wiring Baseplate I.D. Sw. Sw. 0 ON ON ON OFF OFF ON OFF OFF Posn. Sw. - ON - OFF Segment 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 ENVIRONMENTAL Ambient temperature F0 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. F0 - BLOCK DIAGRAM Alternative input power A Segment Field Connections 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 H ORDERING INFORMATION DESCRIPTION Carrier, unpopulated Segment Alternative input power B Chassis Gnd Screen/Shield Gnd -segment power module:.v, 0mA -segment power module: V, 00mA F0 system with pluggable screw terminal connectors and two F0 modules F0 system with pluggable screw terminal connectors and two F0 modules F0 system with pluggable spring clamp connectors and two F0 modules F0 system with pluggable spring clamp connectors and two F0 modules Blanking module * Fieldbus diagnostic module F0x Power Module Isolation Power conditioning F0x Power Module Isolation Power conditioning Diagnostic segment Foxboro Power A PART NO. F0-CA F0 F0 F0-PS F0--PS F0-PC F0--PC F00-BLK F09F * Used in place of an F0x power module for non-redundant operation in order to defeat the failure alarm caused by the absence of the F0x. Note: Foxboro FBM modules are not included and must be obtained separately. Diagnostic module Address switches Diagnostic segment FBM FBM Foxboro Power B FBM FBM Foxboro I/A Bus Alarm Foxboro I/A Bus EUROPE (EMEA): + (0) THE AMERICAS: ASIA-PACIFIC: + enquiry@mtl-inst.com csinfo@mtl-inst.com sales@mtlsing.com.sg EPSF0 Rev 00

12 F0 PARAMETERS a) b) Input vs Output Current - Simplex F0 System Input vs Output Current - Redundant F0 System.0.0 Module Input Current (A) Modules Input Current (A) c) d) Power Dissipation - Simplex F0 System Power Dissipation - Redundant F0 System F0 PARAMETERS a) b) Input vs Output Current - Simplex F0 System Power Dissipation - Simplex F0 System 9.0 Module Input Current (A) 9V Input V Input c) d) Power Dissipation - Simplex F0 System Power Dissipation - Redundant F0 System V Input V Input Calculating current requirements There are two separate methods of powering the F0x power modules on the baseplate - Option - from the Foxboro Power system or - Option - from External Power supplies. Both methods can provide redundant power to the F0. Note: Power for the FBM modules is always taken from the Foxboro power supplies. Option current requirement from either external supply:. Use the 0/0 a) graph for simplex operation or the b) graph for redundancy.. Add 0.0A for the F09F - if fitted. Option current requirement from Foxboro supply: Add a total of 0.A for four FBM module to Option current. Linking alarm circuits F0 - # ALARM F0 - # ALARM DI EUROPE (EMEA): + (0) THE AMERICAS: ASIA-PACIFIC: + enquiry@mtl-inst.com csinfo@mtl-inst.com sales@mtlsing.com.sg EPSF0 Rev 00

13 c c c c SW ON ON OFF OFF a a SW ID ON 0 OFF ON OFF a a c c c c POSITION BASEPLATES ONLY. POS'N TO TO SW ON OFF c c c c a a a a c c c c DIMENSIONS FOXBOROPOWERB F0 - CA FOX V EXT VA SEGMENT SEGMENT SEGMENT SEGMENT SEGMENT SEGMENT SEGMENT SEGMENT FOX V EXT VB + S - + S - + S - + S - + S - + S - + S - + S - REDUNDANT FOUNDATION FIELDBUS POWER SYSTEM CHASSIS GROUND SCREEN/SHIELD GROUND POWER MODULE A POWER MODULE B DIAGNOSTIC SEGMEN H- T H- HS H+ DIAGNOSTIC MODULE H+ HS DIAGNOSTIC SEGMEN T FBM SEG - FBM SEG - FIELDBUS a a a a ON OFF FIELDBUS A B a a ALARM FOXBOROPOWER A A A a a FBM SEG - FBM SEG - Shown using F0 power modules. Overall dimensions are the same when F0 modules are fitted F0x module top panels showing indicators APPROVALS - for the latest certification information visit Country Authority Standard Certificate Approved for Ratings Fieldbus Foundation FF- PS0000 (F0) PS00900 (F0) H Profile - EUROPE (EMEA): + (0) THE AMERICAS: ASIA-PACIFIC: + enquiry@mtl-inst.com csinfo@mtl-inst.com sales@mtlsing.com.sg EPSF0 Rev 00

14 technical datasheet technical datasheet F redundant fieldbus power for Foxboro I/A Series Control System Redundant fieldbus power for FBM FOUNDATION fieldbus modules -segment redundancy High-density, compact design Fully isolated Low power dissipation No components on carrier Built-in "smart" termination Physical layer diagnostic option Vertical DIN-rail mounting F0 output.v, 0mA F0 output V, 00mA The F fieldbus power system is designed to provide redundant FOUNDATION fieldbus power for Foxboro I/A Series control systems using FBM modules. The F module carrier has system connectors for direct connection to two redundant pairs of FBM modules mounted on standard Foxboro baseplates using the standard cables. Eight fieldbus segments are supported. The system comprises a carrier which accommodates two F0 or F0 power modules operating in redundant configuration. Failure alarms, galvanic isolation, power conditioning and segment termination are incorporated into each F0x module. In applications requiring simplex power, a single F0x module may be used. For extreme reliability, the module carrier has no components and provides only interconnections between the power modules and the external connections. Each F0x module has indicator LEDs to show both its status and that of the eight segments under power. In normal operation, each green 'Segment' 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 F carrier. If multiple F units are used, a common alarm circuit can be achieved by 'daisy-chaining' the alarm circuits. 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 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 F0x 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 carrier. For more information see the F09F product specification. Redundant V DC (nom.) input power is connected to the F carrier using two-part pluggable connectors. Field wiring connections are available with either pluggable screw terminals (F-PS) or pluggable spring clamp terminals (F-PC). FOUNDATION fieldbus is a trademark of Fieldbus Foundation, Austin, Texas. EPS F Rev 00 enquiry@mtl-inst.com

15 F - BLOCK DIAGRAM F Diagnostic segment Standard Foxboro baseplate Input power A Segment Field Connections Segment Input power B F0x Power Module Isolation Power conditioning F0x Power Module Isolation Power conditioning Diagnostic module Connection to simplex or redundant FBM modules FBM FBM FBM FBM Chassis Gnd Screen/Shield Gnd Diagnostic segment SPECIFICATION Location of equipment Safe area INPUT F0 F0 Input voltage (DC) V V Current consumption (V input, all outputs fully loaded).a*.0a* Total Power dissipation (V input, all outputs fully loaded) 0W* W* * Redundant operation OUTPUT F0 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 Segment to segment: 00V DC withstand ALARMS Alarm contact rating A 0V DC maximum Alarm contact status Normally closed Alarm threshold F0 F0 Segment output <9V DC <V DC MECHANICAL Mounting method Integrated fixings for 'Top hat' DIN rail, mm x.mm to EN00 ENVIRONMENTAL Ambient temperature F0 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 (For additional protection mount the equipment in an enclosure) ELECTRICAL System connectors Host, Host, via standard cables to FBM modules mounted on standard Foxboro template 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 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 H ORDERING INFORMATION DESCRIPTION Left-hand carrier, unpopulated Right-hand carrier, unpopulated -segment power module:.v, 0mA -segment power module: V, 00mA PART NO. F-CL-P* F-CR-P* F0 F0 Blanking module F00-BLK (Used in place of an F0x power module for non-redundant operation in order to defeat the failure alarm caused by the absence of the F0x.) Fieldbus diagnostic module F09F with F0 with F0 F-CL-P*and two F0x modules F-L* F--L* F-CR-P*and two F0x modules F-R* F--R* F-CL-P*and one F0x module F-L*-NR F--L*-NR F-CR-P*and one F0x module F-R*-NR F--R*-NR * = S or C S = Pluggable Screw Terminal Connectors C = Pluggable Spring Clamp Connectors EUROPE (EMEA): + (0) THE AMERICAS: ASIA-PACIFIC: + enquiry@mtl-inst.com csinfo@mtl-inst.com sales@mtlsing.com.sg EPS F Rev 00

16 F0 PARAMETERS a) b) Input vs Output Current - Simplex F0 System Input vs Output Current - Redundant F0 System.0.0 Module Input Current (A) Modules Input Current (A) c) d) Power Dissipation - Simplex F0 System Power Dissipation - Redundant F0 System F0 PARAMETERS a) b) Input vs Output Current - Simplex F0 System Power Dissipation - Simplex F0 System 9.0 Module Input Current (A) 9V Input V Input c) d) Power Dissipation - Simplex F0 System Power Dissipation - Redundant F0 System V Input V Input Linking alarm circuits DI Alarm terminals F-CR-P* # F-CR-P* # EUROPE (EMEA): + (0) THE AMERICAS: ASIA-PACIFIC: + enquiry@mtl-inst.com csinfo@mtl-inst.com sales@mtlsing.com.sg EPS F Rev 00

17 DIMENSIONS (mm) F-CL F-CR F0x module top panels showing indicators APPROVALS - for the latest certification information visit Country Authority Standard Certificate Approved for Ratings Fieldbus Foundation FF- PS0000 (F0) PS00900 (F0) H Profile - EUROPE (EMEA): + (0) THE AMERICAS: ASIA-PACIFIC: + enquiry@mtl-inst.com csinfo@mtl-inst.com sales@mtlsing.com.sg EPS F Rev 00

18 technical datasheet technical datasheet F0 redundant fieldbus power for Honeywell Experion "Series C" -link FIM redundant power for fieldbus segments -segment redundancy 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 F0 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 - F0s 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 'Segment' 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 anti-surge fuse, to provide reliable bulk power. Foundation fieldbus is a trademark of Fieldbus Foundation, Austin, Texas. EPS F0 Rev 00 enquiry@mtl-inst.com

19 specification Location of equipment Safe area Diagram showing interconnection scheme INPUT F0 F0 Input voltage (DC) V V Current conumption (V input, all outputs fully loaded) Total Power dissipation (V input, all outputs fully loaded).a* A* 0W* W* * Redundant operation OUTPUT F0 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 Segment to segment: 00V DC withstand ALARMS Alarm contact rating A 0V DC maximum Alarm contact status Normally closed Alarm threshold F0 F0 Segment 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 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 Weights F0:.kg F0:.0kg F0-CA: 0.9kg ELECTRICAL EMC Compliance To EN:99 Electrical equiment for measurement, control and laboratory use - EMC requirements System cable FCAB-0x supplying Segments - System cable FCAB-0x supplying Segments - Segments - 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 F0 modules and an F0-CA IOTA F0 system comprising two F0 modules and an F0-CA IOTA Alarm T Alarm T Segment Segment F0 Relcom, Inc. F0 Relcom, Inc. A FIM IOTA # CC-TFB0 (Simplex) CC-TFB (Redundant) F0 power supply IOTA Part No F0-CA F0 F0 FCAB-0 FCAB-0 FCAB-0 FCAB-0 F0 F0- EUROPE (EMEA): + (0) THE AMERICAS: ASIA-PACIFIC: + 9 enquiry@mtl-inst.com csinfo@mtl-inst.com sales@mtlsing.com.sg EPS F0 Rev 00

20 F0 parameters a) b) Input vs Output Current - Simplex F0 System Input vs Output Current - Redundant F0 System.0.0 Module Input Current (A) Modules Input Current (A) c) d) Power Dissipation - Simplex F0 System Power Dissipation - Redundant F0 System F0 parameters a) b) Input vs Output Current - Simplex F0 System Input vs Output Current - Redundant F0 System Module Input Current (A) 9V Input Module Input Current (A) 9V Input c) d) Power Dissipation - Simplex F0 System Power Dissipation - Redundant F0 System V Input V Input EUROPE (EMEA): + (0) THE AMERICAS: ASIA-PACIFIC: + 9 enquiry@mtl-inst.com csinfo@mtl-inst.com sales@mtlsing.com.sg EPS F0 Rev 00

21 A F0 dimensions A B C A Alarm Segment F0 A Tx Relcom, Inc. A 9mm.0 Alarm Segment F0 A Tx Relcom, Inc. 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 (F0) PS00900 (F0) H Profile - EUROPE (EMEA): + (0) THE AMERICAS: ASIA-PACIFIC: + 9 enquiry@mtl-inst.com csinfo@mtl-inst.com sales@mtlsing.com.sg EPS F0 Rev 00

22 technical datasheet technical datasheet F0 redundant fieldbus power for Yokogawa CENTUM 000 R Control System Integrated redundant fieldbus power for ALF Foundation fieldbus cards -segment redundancy 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 F0 output.v, 0mA F0 output V, 00mA The F0 fieldbus power system is designed to provide redundant power for eight Foundation fieldbus 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 - F0s 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 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 twopart 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. The F0-CA-Px carrier provides terminal numbering and consistent connector polarity. Where two columns of F0-CA-Px are installed in a cabinet the carrier is rotated by 0 degrees for installation in the second column. Alternatively, if there is a requirement for cabinet wiring to be symmetrical, there are lefthand (F0-CL-Px) and righthand (F0- CR-Px) versions. * Gas clearance certificate needed in Zone hazardous areas Foundation fieldbus is a trademark of Fieldbus Foundation, Austin, Texas. EPS F0 Rev enquiry@mtl-inst.com

23 SPECIFICATION Location of equipment Safe area, Class I Div Groups ABCD T or Class I Zone IIC T INPUT F0 F0 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 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: Segment to segment: ALARMS Alarm contact rating A 0V DC maximum Alarm contact status Normally closed 0V AC rms withstand 00V DC withstand Alarm threshold F0 F0 Segment 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 Diagnostics and ground terminals Fixed screw terminal connector 0. to. mm Cable screen ground connections (version D.0 or higher) User-selectable jumper for segment shields: isolated (default) or interconnected and ground connection Terminators A single termination is provided automatically when using either or power modules ENVIRONMENTAL Ambient temperature F0 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 Weights F0:.kg F0:.0kg F0-C*-P*: 0.9kg ELECTRICAL EMC Compliance To EN:99 Electrical equiment for measurement, control and laboratory use - EMC requirements. F0 - BLOCK DIAGRAM 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 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 PART NO. F0-CA-P* F0-CL-P* F0-CR-P* F0 F0 Blanking modules included with -NR systems F00-BLK Fieldbus diagnostic module F0x Power module B F0x Power module A To fieldbus devices Megablock wiring hub Yokogawa redundant FF cards Power B Host B Segments - Host A Host B Segments - Host A F09F with F0 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 ALF-B Power A ALF-A ALF-B ALF-A EUROPE (EMEA): + (0) THE AMERICAS: ASIA-PACIFIC: + enquiry@mtl-inst.com csinfo@mtl-inst.com sales@mtlsing.com.sg EPS F0 Rev9 000

24 F0 PARAMETERS a) b) Input vs Output Current - Simplex F0 System Input vs Output Current - Redundant F0 System.0.0 Module Input Current (A) Modules Input Current (A) c) d) Power Dissipation - Simplex F0 System Power Dissipation - Redundant F0 System F0 PARAMETERS a) b) Input vs Output Current - Simplex F0 System Input vs Output Current - Redundant F0 System Module Input Current (A) 9V Input Module Input Current (A) 9V Input c) d) Power Dissipation - Simplex F0 System Power Dissipation - Redundant F0 System V Input V Input F0x module top panels showing indicators Linking alarm circuits DI Alarm terminals Fxx-CA # Fxx-CA # EUROPE (EMEA): + (0) THE AMERICAS: ASIA-PACIFIC: + enquiry@mtl-inst.com csinfo@mtl-inst.com sales@mtlsing.com.sg EPS F0 Rev9 000

25 w w F0-L* & F0-R* DIMENSIONS Relcom Power A Host A Host B Host A Host B Power B Alarm Segment Segment Segment Segment Segment Segment Segment Segment Ground SG Power B Power A Host B Host A Host B Host A Diagnostic Module Shield Ground Option F0-CR Power Module A Power Module B F0 Segment Alarm Relcom ww.mtl-fieldbus.com T x F0 Segment Alarm Relcom ww w.mtl-fieldbus.com T x F0-CL Diagnostic Module Shield Ground Option Power Module A Power Module B Relcom F0 Segment Alarm Relcom ww.mtl-fieldbus.com T x F0 Segment Alarm Relcom ww w.mtl-fieldbus.com T x.0" 9mm Ground SG Segment Segment Segment Segment Segment Segment Segment Segment Alarm." mm." mm."." 0mm mm The Shield Ground Option is available on revision D.0 and later units. CAD drawings are available on-line at EUROPE (EMEA): + (0) THE AMERICAS: ASIA-PACIFIC: + enquiry@mtl-inst.com csinfo@mtl-inst.com sales@mtlsing.com.sg EPS F0 Rev9 000

26 F0-P* DIMENSIONS Diag Seg Diag Seg Ground SG Segment Segment Segment Segment Segment Segment Segment Segment Alarm F0 Segment Alarm F0 Relcom Segment ww.mtl-fieldbus.com T x Alarm Relcom ww.mtl-fieldbus.com T Host A Host B Host A Host B Power A Power B w w.0" 9mm Diagnostic Module Shield Ground Option Relcom Power Module A F0-CA Power Module B x." mm." mm." mm." 0mm Only units produced after date code 0 include the Diagnostic Segment connectors. The Shield Ground Option is available on revision D.0 and later units. CAD drawings are available on-line at APPROVALS - for the latest certification information visit Region (Authority) Standard Certificate Approved for Ratings EU (Relcom) EN Class A Industrial Locations CE (Fieldbus Foundation ) FF- US (FM) 00,, 0 Canada (FM) EU (Relcom) C. No. C. No. IEC 009-0:00 IEC 009-:00 PS (F0) PS (F0) 0 - (F0) 0 - (F0) 0C - (F0) 0C - (F0) RELC0ATEX00X (F0 + F0) Class I, Div, ABCD, T Class I, Zone, IIC, T Class I, Div, ABCD, T Class I, Zone, IIC, T Ex na IIC T Power Supply Type Vmax = V (F0) = 0V (F0) Vmax = V (F0) = 0V (F0) Uo = V (F0) = 0V (F0) EUROPE (EMEA): + (0) THE AMERICAS: ASIA-PACIFIC: + enquiry@mtl-inst.com csinfo@mtl-inst.com sales@mtlsing.com.sg EPS F0 Rev9 000

27 technical datasheet technical datasheet F0-RT redundant fieldbus power for Yokogawa CENTRUM 000 R Control System Integrated redundant fieldbus power for ALF Foundation fieldbus cards -segment redundancy 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 F0 output.v, 0mA F0 output V, 00mA The F0-RT fieldbus power system is designed to provide redundant power for eight Foundation fieldbus H segments when used with Yokogawa ALF fieldbus cards. The F0-CA-RT 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 - F0s 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-CA-RT 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-CA-RT carrier using ring terminals that are attached to the barrier strip on the carrier. Field wiring connections are made in the same manner. Foundation fieldbus is a trademark of Fieldbus Foundation, Austin, Texas. EPSF0-RT Rev 00 enquiry@mtl-inst.com

28 SPECIFICATION Location of equipment Safe area, Class I Zone IIC T Yokogawa redundant FF cards ALF-B ALF-A ALF-B ALF-A INPUT F0 F0 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 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: Segment to segment: ALARMS Alarm contact rating A 0V DC maximum Alarm contact status Normally closed 0V AC rms withstand 00V DC withstand Alarm threshold F0 F0 Segment output <9V DC <V DC ELECTRICAL CONNECTIONS System connectors Host A, Host B, Host A, Host B via AKB cables to ALF modules Fieldbus Wiring Segments, -way barrier strip for use with ring terminals. Fieldbus Power Input Power A, Power B, -way barrier strip for use with ring terminals Chassis ground and Alarm contacts -way barrier strip for use with ring terminals Note: Barrier strip supports up to mm ring terminals with hole sizes from.mm to.0mm ENVIRONMENTAL Ambient temperature F0 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 To fieldbus segments - The above diagram shows a block diagram of how the F0-CA-RT 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-RT (Document number 0-9). PHYSICAL NETWORKS IEC- ISA-S0.0 Part -99 Foundation fieldbus H Profibus PA ORDERING INFORMATION DESCRIPTION Carrier, unpopulated -segment power module:.v, 0mA -segment power module: V, 00mA F0-CA-RT and two F0 modules F0-CA-RT and one F0 module F0-CA-RT and two F0 modules F0-CA-RT and one F0 module Blanking modules included with -NR systems F0x Power module B F0x Power module A To fieldbus devices Megablock wiring hub Power B Host B Segments - Host A Host B Segments - Host A Power A PART NO. F0-CA-RT F0 F0 F0-RT F0-RT-NR F0--RT F0--RT-NR F00-BLK Fieldbus diagnostic module F09F EUROPE (EMEA): + (0) THE AMERICAS: ASIA-PACIFIC: + enquiry@mtl-inst.com csinfo@mtl-inst.com sales@mtlsing.com.sg EPSF0-RT Rev 00

29 F0 PARAMETERS a) b) Input vs Output Current - Simplex F0 System Input vs Output Current - Redundant F0 System.0.0 Module Input Current (A) Modules Input Current (A) c) d) Power Dissipation - Simplex F0 System Power Dissipation - Redundant F0 System F0 PARAMETERS a) b) Input vs Output Current - Simplex F0 System Power Dissipation - Simplex F0 System 9.0 Module Input Current (A) 9V Input V Input c) d) Power Dissipation - Simplex F0 System Power Dissipation - Redundant F0 System V Input V Input F0x module top panels showing indicators Linking alarm circuits DI Alarm terminals Fxx-CA # Fxx-CA # EUROPE (EMEA): + (0) THE AMERICAS: ASIA-PACIFIC: + enquiry@mtl-inst.com csinfo@mtl-inst.com sales@mtlsing.com.sg EPSF0-RT Rev 00

30 r w r G ro S S S S S S S S eg eg eg eg eg eg eg eg u r nd m A la F0-RT DIMENSIONS Diagnostic Module F0-CA-RT Power Module A Relcom Power Module B F0 Segment Alarm Relcom ww.mtl-fieldbus.com T x F0 Segment Alarm Relcom ww w.mtl-fieldbus.com T x P w A Host A Host B Host A Host B P w B.0" 9mm." mm." mm."." 0mm mm Shown using F0 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) Standard Certificate Approved for Ratings EU (Relcom) EN Class A Industrial Locations CE (Fieldbus Foundation ) FF- PS (F0) PS (F0) Power Supply Type EU (Relcom) IEC 009-0:00 IEC 009-:00 RELC0ATEX00X (F0 + F0) Ex na IIC T Uo = V (F0) = 0V (F0) EUROPE (EMEA): + (0) THE AMERICAS: ASIA-PACIFIC: + enquiry@mtl-inst.com csinfo@mtl-inst.com sales@mtlsing.com.sg EPSF0-RT Rev 00

31 technical datasheet technical datasheet F redundant fieldbus power for Yokogawa CENTUM 000 R Control System Integrated redundant fieldbus power for ALF Foundation fieldbus cards -segment redundancy 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 F0 output.v, 0mA F0 output V, 00mA The F fieldbus power system is designed to provide redundant power for eight Foundation fieldbus H segments when used with Yokogawa ALF fieldbus cards. The F 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 - F0s 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 F-CA-P* 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 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 F carrier using twopart pluggable connectors. Field wiring connections are available with either pluggable screw terminals (F-PS) or pluggable spring clamp terminals (F-PC). Foundation fieldbus is a trademark of Fieldbus Foundation, Austin, Texas. * Gas clearance certificate needed in Zone hazardous areas EPS F Rev 0 enquiry@mtl-inst.com

32 SPECIFICATION Location of equipment Safe area, Class I Div Groups ABCD T or Class I Zone IIC T INPUT F0 F0 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 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: Segment to segment: ALARMS Alarm contact rating A 0V DC maximum Alarm contact status Normally closed 0V AC rms withstand 00V DC withstand Alarm threshold F0 F0 Segment 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 terminals Pluggable rising cage-clamp screw terminals (-PS) Conductor size: 0. to. mm Pluggable spring-clamp screw terminals (-PC) Conductor size: 0. to. mm Alarm, Diagnostics and Ground terminals Fixed screw terminal connector 0. to. mm Cable screen ground connections User-selectable jumper for segment shields: isolated (default) or interconnected and ground connection Terminators A single termination is provided automatically when using either or power modules ENVIRONMENTAL Ambient temperature F0 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 Weights F0:.kg F0:.0kg F-CA-P*:.0kg ELECTRICAL EMC Compliance To EN:99 Electrical equiment for measurement, control and laboratory use - EMC requirements. F - BLOCK DIAGRAM To fieldbus segments - The above diagram shows a block diagram of how the F 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 F (Document number 0-0). PHYSICAL NETWORKS IEC- ISA-S0.0 Part -99 Foundation fieldbus H Profibus PA ORDERING INFORMATION DESCRIPTION Carrier, unpopulated -segment power module:.v, 0mA -segment power module: V, 00mA F-CA-P*and two F0 modules F-CA-P*and one F0 module F-CA-P*and two F0 modules F-CA-P*and one F0 module Blanking modules included with -NR systems Fieldbus diagnostic module F0x Power module B F0x Power module A To fieldbus devices Megablock wiring hub Yokogawa redundant FF cards Power B Host B Segments - Host A Host B Segments - Host A PART NO F-CA-P* F0 F0 F-P* F-P*-NR F--P* F--P*-NR F00-BLK F09F * = S or C S = Pluggable Screw Terminal Connectors C = Pluggable Spring Clamp Connectors ALF-B Power A ALF-A ALF-B ALF-A EUROPE (EMEA): + (0) THE AMERICAS: ASIA-PACIFIC: + enquiry@mtl-inst.com csinfo@mtl-inst.com sales@mtlsing.com.sg EPS F Rev 0

33 F0 PARAMETERS a) b) Input vs Output Current - Simplex F0 System Input vs Output Current - Redundant F0 System.0.0 Module Input Current (A) Modules Input Current (A) c) d) Power Dissipation - Simplex F0 System Power Dissipation - Redundant F0 System F0 PARAMETERS a) b) Input vs Output Current - Simplex F0 System Input vs Output Current - Redundant F0 System Module Input Current (A) 9V Input Module Input Current (A) 9V Input c) d) Power Dissipation - Simplex F0 System Power Dissipation - Redundant F0 System V Input V Input F0x module top panels showing indicators Linking alarm circuits DI F-CA # ALARM F-CA # ALARM EUROPE (EMEA): + (0) THE AMERICAS: ASIA-PACIFIC: + enquiry@mtl-inst.com csinfo@mtl-inst.com sales@mtlsing.com.sg EPS F Rev 0

34 w F-P* DIMENSIONS CAD drawings are available on-line at Power A Alm G SG Power B Host A Host A Diag Seg Diag Seg Host B Host B.9" mm Shields F0 Segment Alarm F0 Segment Alarm Diagnostic Module." mm Relcom ww.mtl-fieldbus.com T x Relcom ww w.mtl-fieldbus.com T x.00" 0mm Power Module A ww w.mtl-fieldbus.com Relcom F-CA Power Module B Rev: A.0 Segment Segment Segment Segment Segment Segment Segment Segment.9" 0mm." mm APPROVALS - for the latest certification information visit Region (Authority) Standard Certificate Approved for Ratings EU (Relcom) EN Class A Industrial Locations CE (Fieldbus Foundation ) FF- US (FM) 00,, 0 Canada (FM) EU (Relcom) C. No. C. No. IEC 009-0:00 IEC 009-:00 PS (F0) PS (F0) 0 - (F0) 0 - (F0) 0C - (F0) 0C - (F0) RELC0ATEX00X (F0 + F0) Class I, Div, ABCD, T Class I, Zone, IIC, T Class I, Div, ABCD, T Class I, Zone, IIC, T Ex na IIC T Power Supply Type Vmax = V (F0) = 0V (F0) Vmax = V (F0) = 0V (F0) Uo = V (F0) = 0V (F0) EUROPE (EMEA): + (0) THE AMERICAS: ASIA-PACIFIC: + enquiry@mtl-inst.com csinfo@mtl-inst.com sales@mtlsing.com.sg EPS F Rev 0

35 -segment redundant fieldbus power supply Relcom F90 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 F0 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 - F0s 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 F0 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 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). * Gas clearance certificate needed in Zone hazardous areas FOUNDATION fieldbus is a trademark of Fieldbus Foundation, Austin, Texas. EUROPE (EMEA) Tel: + (0) Fax: + (0) AMERICAS Tel: + 0 Fax: + 09 ASIA PACIFIC Tel: + Fax: enquiry@mtl-inst.com MTL web site: Relcom web site: Jan 009

36 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 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 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 Segment to segment: 00V DC withstand ALARMS Alarm contact rating A 0V DC maximum Alarm contact status Normally closed Alarm threshold F0 F0 Segment 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 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 F0 modules F90-CA-P*and one F0 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 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 EUROPE (EMEA) Tel: + (0) Fax: + (0) AMERICAS Tel: + 0 Fax: + 09 ASIA PACIFIC Tel: + Fax: enquiry@mtl-inst.com MTL web site: Relcom web site: Jan 009

37 F0 PARAMETERS Input vs Output Current - Simplex F0 System Input vs Output Current - Redundant F0 System.0.0 Module Input Current (A) Modules Input Current (A) Power Dissipation - Simplex F0 System Power Dissipation - Redundant F0 System F0 PARAMETERS Input vs Output Current - Simplex F0 System Input vs Output Current - Redundant F0 System Module Input Current (A) 9V Input Module Input Current (A) 9V Input Power Dissipation - Simplex F0 System Power Dissipation - Redundant F0 System V Input V Input Linking alarm circuits F0x module top panels showing indicators DI Alarm terminals Fxx-CA # Fxx-CA # EUROPE (EMEA) Tel: + (0) Fax: + (0) AMERICAS Tel: + 0 Fax: + 09 ASIA PACIFIC Tel: + Fax: enquiry@mtl-inst.com MTL web site: Relcom web site: Jan 009

38 w F90-P* DIMENSIONS F90-CA Power Module A Diagnostic Module Relcom Power Module B F0 Segment Alarm Relcom ww.mtl-fieldbus.com T x F0 Segment Alarm Relcom ww w.mtl-fieldbus.com T x Power A Segment Segment Segment Segment Segment Segment Segment Segment Power B.0" 9mm Ground Segment Segment Segment Segment Segment Segment Segment Segment Alarm." mm." mm."." 0mm mm Shown using F0 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 (Relcom) Standard Certificate Approved for Ratings EN Class A Industrial Locations CE (FIELDBUS foundation TM ) FF- PS (F0) PS (F0) Power Supply Type US (FM) (F0) 0 - (F0) Class I, Div, ABCD, T Class I, Zone, IIC, T V max = V (F0) = 0V (F0) Canada (FM) C. No. C. No. 0C - (F0) 0C - (F0) Class I, Div, ABCD, T Class I, Zone, IIC, T V max = V (F0) = 0V (F0) EU (Relcom) IEC 009-0:00 IEC 009-:00 RELC0ATEX00X (F0 + F0) Ex na IIC T Uo = V (F0) = 0V (F0) EUROPE (EMEA) Tel: + (0) Fax: + (0) AMERICAS Tel: + 0 Fax: + 09 ASIA PACIFIC Tel: + Fax: enquiry@mtl-inst.com MTL web site: Relcom web site: Jan 009

39 Relcom 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 F0 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 - F0s 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). * Gas clearance certificate needed in Zone hazardous areas FOUNDATION fieldbus is a trademark of Fieldbus Foundation, Austin, Texas. EUROPE (EMEA) Tel: + (0) Fax: + (0) AMERICAS Tel: + 0 Fax: + 09 ASIA PACIFIC Tel: + Fax: enquiry@mtl-inst.com MTL web site: Relcom web site: Jan 009

40 SPECIFICATION Location of equipment Safe area, Class I Div Groups ABCD T or Class I Zone IIC T F9 - BLOCK DIAGRAM Power B To Host Ports - INPUT F0 F0 Input voltage (DC) V V F0x Power Module B 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 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 Segment to segment: 00V DC withstand F0x Power Module A Power A ALARMS Alarm contact rating A 0V DC maximum Alarm contact status Normally closed Alarm threshold F0 F0 Segment 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 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 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. PHYSICAL NETWORKS IEC- ISA-S0.0 Part -99 Foundation fieldbustm H Profibus PA 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 ORDERING INFORMATION DESCRIPTION Carrier, unpopulated -segment power module:.v, 0mA -segment power module: V, 00mA F9-CA-P*and two F0 modules F9-CA-P*and one F0 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 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 EUROPE (EMEA) Tel: + (0) Fax: + (0) AMERICAS Tel: + 0 Fax: + 09 ASIA PACIFIC Tel: + Fax: enquiry@mtl-inst.com MTL web site: Relcom web site: Jan 009

41 F0 PARAMETERS Input vs Output Current - Simplex F0 System Input vs Output Current - Redundant F0 System.0.0 Module Input Current (A) Modules Input Current (A) Power Dissipation - Simplex F0 System Power Dissipation - Redundant F0 System F0 PARAMETERS Input vs Output Current - Simplex F0 System Input vs Output Current - Redundant F0 System Module Input Current (A) 9V Input Module Input Current (A) 9V Input Power Dissipation - Simplex F0 System Power Dissipation - Redundant F0 System V Input V Input Linking alarm circuits F0x module top panels showing indicators DI F9-CA # ALARM F9-CA # ALARM EUROPE (EMEA) Tel: + (0) Fax: + (0) AMERICAS Tel: + 0 Fax: + 09 ASIA PACIFIC Tel: + Fax: enquiry@mtl-inst.com MTL web site: Relcom web site: Jan 009

42 w F9-P* DIMENSIONS Shown using F0 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 F0 Segment Alarm F0 Segment Alarm Diagnostic Module." mm Relcom ww.mtl-fieldbus.com T x Relcom ww w.mtl-fieldbus.com T x.00" 0mm Power Module A Relcom ww w.mtl-fieldbus.com Power Module B Segment Segment Segment Segment Segment Segment Segment Segment.9" 0mm." mm CAD drawings are available on-line at APPROVALS - for the latest certification information visit Region (Authority) EU (Relcom) Standard Certificate Approved for Ratings EN Class A Industrial Locations CE (FIELDBUS foundation TM ) FF- PS (F0) PS (F0) Power Supply Type US (FM) (F0) 0 - (F0) Class I, Div, ABCD, T Class I, Zone, IIC, T V max = V (F0) = 0V (F0) Canada (FM) C. No. C. No. 0C - (F0) 0C - (F0) Class I, Div, ABCD, T Class I, Zone, IIC, T V max = V (F0) = 0V (F0) EU (Relcom) IEC 009-0:00 IEC 009-:00 RELC0ATEX00X (F0 + F0) Ex na IIC T Uo = V (F0) = 0V (F0) EUROPE (EMEA) Tel: + (0) Fax: + (0) AMERICAS Tel: + 0 Fax: + 09 ASIA PACIFIC Tel: + Fax: enquiry@mtl-inst.com MTL web site: Relcom web site: Jan 009

43 technical technical datasheet datasheet 9-x segment redundant fieldbus power for Invensys Foxboro I/A series control systems Redundant fieldbus power for Foundation fieldbus cards Integrated connections to Foxboro I/A baseplate Flexible N+ redundancy Low capital cost whilst supporting future expansion Fully isolated Hot swappable power modules Low power dissipation On-line diagnostics option Pluggable trunk surge protection option The 9 fieldbus power system is designed to provide redundant power for up to eight FOUNDATION TM fieldbus segments. It has host-side connections that allow direct integration into Invensys Foxboro I/A series control systems using standard pre-assembled cables. It is optimised for use in general purpose and hazardous area High Energy Trunk architectures which, with the appropriate FieldPlus wiring components, supports fieldbus devices using all hazardous area protection techniques. The power supply has been designed to optimise cabinet layouts, maximising the number of fieldbus segments powered per cabinet while providing space for installing and maintaining cable connections. Power for the fieldbus segments is provided by two groups of up to three 99x-FP -segment power modules, operating in N+ redundant configuration (load sharing). For redundant applications requiring 0 to 00mA current per segment, three 99-FP power modules are fitted on the carrier for each segment group. For redundant applications, initially requiring up to 0mA current per segment, two 99-FP modules are fitted on the carrier, with the option of adding a third power module to allow for future segment expansion. Failure alarms and galvanic isolation are incorporated into each 99x-FP module. Passive inductors and terminators on each fieldbus segment deliver the highest level of availability. Each 99x-FP module monitors the output of the four fieldbus segments and indicates an alarm (by means of a built-in, normally-closed relay) if any of the segments is shorted, or its output is below the minimum output voltage threshold. Failure of either of the bulk power input supplies is also announced. The alarm contacts are volt-free and galvanically isolated from other circuitry. Connections to the alarm relays are made via terminals on the 9-CA-Px carrier; a separate alarm module is not required for this function. LED indicators show the status of each 99x-FP module and that of the four 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. The 99x-FP 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 supplies. There is also galvanic isolation between the fieldbus segments, thereby preventing multiple segment failures due to ground faults on more than one segment. 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. Pluggable surge-protection components for each fieldbus trunk are available as an option reducing the installed cost of providing surge protection on fieldbus networks. Consult MTL for availability. Redundant V DC (nom.) input power is connected to the 9-CA-Px carrier using two-part pluggable connectors. System connections are compatible with Foxboro I/A Series baseplates, using P09Dx cables, and field wiring connections are available with either pluggable screw terminals (9-CA-PS) or pluggable spring clamp terminals (9-CA-PC). The pluggable connections are screw-retained providing a reliable connection in an industrial environment. EPS 9-x 00 enquiry@mtl-inst.com