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1 technical datasheet technical datasheet F0 redundant fieldbus poer for Yokogaa CENTUM 000 R Control System Integrated redundant fieldbus poer for ALF Foundation fieldbus cards -segment redundancy High-density, compact design Fully isolated Hot sappable poer modules* Lo poer dissipation Zero component carrier On-line diagnostics option Redundant poer & conditioning Vertical DIN-rail mounting output.v, 0mA F0 output V, 00mA The F0 fieldbus poer system is designed to provide redundant poer for eight Foundation fieldbus H segments hen used ith Yokogaa ALF fieldbus cards. The F0 module carrier has system connectors for direct connection to to redundant pairs of fieldbus cards using Yokogaa AKB cables. Poer for the fieldbus segments is provided by to poer modules - s or F0s - operating in a redundant configuration (load sharing). Failure alarms, galvanic isolation, poer 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 hen single or redundant F0x modules are fitted. For extreme reliability, the module carrier has no components and only provides interconnections beteen the poer 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 belo the minimum output voltage threshold. Failure of either of the bulk poer 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 sho the status of each F0x module and the eight individual segments. In normal operation, each segment LED is lit, shoing that the segment is poered. If a segment is shorted, this LED is extinguished, and the module 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 beteen the V DC input poer and the fieldbus segments, as required by the IEC- fieldbus standard and the Fieldbus Foundation FF- validation test for fieldbus poer supplies. There is also galvanic isolation beteen the fieldbus segments, thereby preventing multiple segment failures due to ground faults on more than one segment. Each segment has its on fieldbus poer conditioner and current limitation. Redundant V DC (nom.) input poer is connected to the F0 carrier using topart pluggable connectors. Field iring connections are available ith either pluggable scre 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 to 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 iring 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..mtl-inst.com enquiry@mtl-inst.com

2 SPECIFICATION Location of equipment Safe area, Class I Div Groups ABCD T or Class I Zone IIC T INPUT F0 Input voltage (DC) V V Current consumption (V input, all outputs fully loaded) Total Poer 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 Isolation Fieldbus to input poer: to segment: ALARMS contact rating A 0V DC maximum contact status Normally closed 0V AC rms ithstand 00V DC ithstand 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, Poer & terminals Pluggable rising cage-clamp scre terminals (-PS) Conductor size: 0. to. mm Pluggable spring-clamp scre terminals (-PC) Conductor size: 0. to. mm Diagnostics and ground terminals Fixed scre 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 hen using either or poer 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 hen 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 :.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 shos a block diagram of ho the F0 is ired. Note that the Chassis Ground and connection are not shon. The Diagnostic module is also not shon (see the F09F product specification). For detailed iring 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 poer module:.v, 0mA -segment poer module: V, 00mA PART NO. F0-CA-P* F0-CL-P* F0-CR-P* F0 Blanking modules included ith -NR systems F00-BLK Fieldbus diagnostic module F0x Poer module B F0x Poer module A To fieldbus devices Megablock iring hub Yokogaa redundant FF cards Host B s - Host A Host B s - Host A F09F ith ith F0 F0-CA-P*and to F0x modules F0-P* F0--P* F0-CL-P*and to F0x modules F0-L* F0--L* F0-CR-P*and to 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 Scre Terminal Connectors C = Pluggable Spring Clamp Connectors ALF-B Poer A ALF-A ALF-B ALF-A

3 PARAMETERS a) b) Input vs Output Current - Simplex System Input vs Output Current - Redundant System Modules Input Current (A) c) d) Poer Dissipation - Simplex System Poer Dissipation - Redundant System F0 PARAMETERS a) b) Input vs Output Current - Simplex F0 System Input vs Output Current - Redundant F0 System 0 0 c) d) Poer Dissipation - Simplex F0 System Poer Dissipation - Redundant F0 System F0x module top panels shoing indicators Linking alarm circuits DI terminals Fxx-CA # Fxx-CA #

4 F0-L* & F0-R* DIMENSIONS Poer A Host A Host B Host A Host B Ground SG Poer A Host B Host A Host B Host A F0-CR.mtl-fieldbus.com F0-CL.mtl-fieldbus.com.0" 9mm Ground SG." mm." mm."." 0mm mm The is available on revision D.0 and later units. CAD draings are available on-line at.mtl-fieldbus.com

5 F0-P* DIMENSIONS Diag Seg Diag Seg Ground SG T x T Host A Host B Host A Host B Poer A.0" 9mm F0-CA x." mm." mm." mm." 0mm Only units produced after date code 0 include the Diagnostic connectors. The is available on revision D.0 and later units. CAD draings are available on-line at.mtl-fieldbus.com APPROVALS - for the latest certification information visit.mtl-inst.com/support/certificates/ Region (Authority) Standard Certificate Approved for Ratings EU () EN Class A Industrial Locations CE (Fieldbus Foundation ) FF- US (FM) 00,, 0 Canada (FM) EU () C. No. C. No. IEC 009-0:00 IEC 009-:00 PS () PS (F0) 0 - () 0 - (F0) 0C - () 0C - (F0) RELC0ATEX00X ( + 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 Poer Supply Type Vmax = V () = 0V (F0) Vmax = V () = 0V (F0) Uo = V () = 0V (F0)