<<Contents>> <<Index>> General Specifications FA-M FA-M Value, Value II (including base, power supply, sequence CPU and DI/O modules) CONTENTS FSC-N FA-M Value... FSC-, FSC- FA-M Value II... Yokogawa Electric Corporation GS M0C-0E Copyright Oct. 00 th Edition: Oct. 00
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<<Content>> <<Index>> General Specifications FSC-N FA-M Value (including base, power supply, sequence CPU and DI/O modules) General The FSC-N (FA-M Value) is a compact programmable controller consisting of the following modules: FBU0-0N base module (with slots) FSP0-0P sequence CPU module (with power supply and memory) FWD-N I/O module (with inputs and outputs) SP0-0P RDY RDY RUN CPU 0 0 0 WD-N DC I/O DISPAY CN CN ASSY S BK-0 The FSP0-0P double-slot sequence CPU module is installed in the leftmost slot of the FBU0-0N -slot base module and the FWD-N I/O module in slot. You can install any FA-M I/O modules in slots and. Features Its compact size greatly reduces installation space. The sequence CPU module has a 00-0 VAC universal power supply so that the user doesn't have to worry about the power supply environment when using the FSC-N. The high-speed instruction processing capability of the FSC-N makes it ideal for applications that require high speed response. The use of a structured ladder programming language facilitates programming and maintenance of ladder programs. The sequence CPU module has the personal computer link function to communicate with a higher-level computer or display. The user needs no personal computer link module (FC-N) for this purpose. Programs and data can be saved on an optional ROM pack. PROGRAMMER All Rights Reserved. Copyright 00, Yokogawa Electric Corporation GS M0C-0E Oct. 00-00
<< Content >> <<Index>> Specifications Base module (FBU0-0N) Sequence CPU module * (FSP0-0P) Power supply block Sequence CPU block Item Specification slots free I/O slots (as the sequence CPU and -point I/O modules occupy two slots) Weight 0 g Supply voltage 00-0 V AC, single phase, 0/0 Hz Supply voltage fluctuation range - V AC, 0/0 Hz ± Hz Power consumption VA Inrush current 0 A max. (0 V AC, Ta= ºC) A max. (0 V AC, Ta= ºC) Rated output voltage V DC Rated output current.0 A Insulation resistance MΩ or greater at 00 V DC (between external AC terminals and FG terminal) Dielectric strength 00 V AC for minute (between external AC terminals and FG terminal) FAI-signal contact output Provided on the front terminal block on the power supply block; contact rating: V DC, 0. A (both normally-open and normally-closed terminals available) Allowable common-mode 0 V max. AC or DC voltage of FAI-signal contact (between FAI OUTPUT COM terminal and FG terminal) eakage current 0. ma max. Allowable momentary power failure time 0 ms Noise immunity Immune to noise of up to 00 Vp-p with - s pulse width and -ns rise time at -0 Hz (as measured with a noise simulator). Control mode Stored program, cyclic execution I/O control mode Refreshing method/direct I/O instructions Programming language Structured ladder language, mnemonic language Basic instructions types instructions Application types instructions Instruction Basic instructions 0.-0. μs/instruction processing Application speed instructions 0. μs min./instruction Program size K steps (can be stored in ROM) I/O points 0 points max. program blocks max. Sampling trace No ink to personal computer Yes Monitoring of scan time 0-00 ms variable Internal relay I: 0 points max. Shared relay Extended shared relay ink relay : 0 points Special relay M: 0 points Timer T: points max. (total of internal and external timers and counters) Counter C: points max. (total of internal and external timers and counters) Data register D: 0 points max. File register ink register W: 0 points Special register Z: points Index register V: points Shared register Extended shared register Self-diagnostics Memory error, CPU error, input/output error, syntax check, etc. Devices All Rights Reserved. Copyright 00, Yokogawa Electric Corporation GS M0C-0E Oct. 00-00
<< Content >> <<Index>> Sequence CPU module * (FSP0-0P) Input/Output module (FWD-N) Sequence CPU block Input Block Output Block Item Specification Configuration function (device capacity, data lock-up range at power failure, output when CPU stops, etc.) Constant scan function ( ms to 0 ms) Debugging functions (forced SET/RESET, online edit, scan operation, etc.) Other features Error history function ( records) Date/clock function (year/month/day/hour/minute/second/day of week) Program protection functions ROM programming and data storage Personal computer link function Current consumption 0 ma ( V DC) * dimensions (W) X 00 (H) X. (D) mm Weight 0 g Compliance with safety and EMC standards * U CE EMC Directive C-Tick EMC Framework U0 approved, File No.E0 (Overvoltage Category * II, Pollution Degree * ) EN - Class A, Table (For use in industrial locations) EN -- * EN 0 Class A, Group EN 000--, EN 000--, EN 000-- compliance EN 0 Class A, Group compliance Input type DC voltage points points/common points/common Isolation method Photocoupler isolation Rated input voltage V DC Operating voltage 0.-. V DC Rated input current. ma/point ( V DC) Operating ON.0 V DC min.,. ma min. voltage/current OFF. V DC max., 0. ma max. Input OFF ON.0 ms max. ON OFF. ms max. Interrupt No Output type Transistor contact (sink type) points points/common points/common Isolation method Photocoupler isolation Rated load voltage V DC Maximum load current 0. A/point, 0. A/common Output OFF ON.0 ms max. Response ON OFF.0 ms max. Off-time leakage current 0. ma max. Surge protector Zener diode power supply V DC, 0 ma Input/output status indicator it when on (indicates either input or output status by using the selector switch) Current consumption 00 ma ( V DC) connection Two 0-pin connectors Weight 0 g *: When a sequence CPU module is to be used, use the adder Diagram Support Program M, Rev..0 or later. *: The total current dissipated by the modules in slots and must be less than 00 ma. *: For details on conforming modules, see U-approved, CE marking and C-Tick mark-compliant Modules (GS M0C-E) general specification brochure. *: The term Overvoltage Category involves prescriptions on resistance to surge voltage reduction due to lightning and has four categories. Overvoltage Category II applies to systems with rated voltage of 0/0/0V and applies to electrical appliances, portable devices, etc. *: The term Pollution Degree represents the degree of pollution with foreign matter, solid, liquid or gaseous, that may produce a reduction of dielectric strength or surface resistivity in the operating environment of the equipment. Pollution degree refers to an environment where normally only non-conductive pollution occurs but occasionally temporary conductivity caused by condensation is to be expected. *: EN -- is applicable only to FCU0-0S and FCU0-S All Rights Reserved. Copyright 00, Yokogawa Electric Corporation GS M0C-0E Oct. 00-00
<< Content >> <<Index>> Base Module and s FBU0-0N slots (excluding slot for power supply) Dimensions slots (FBU0-0N) O mounting hole (for M mounting screw). 00 0.. (When mounted on module surface).. All Rights Reserved. Copyright 00, Yokogawa Electric Corporation GS M0C-0E Oct. 00-00
<< Content >> <<Index>> Sequence CPU Module Components and Functions it when power supply is normal Fail-signal contact output Contact ratings: V DC, 0. A During Normal operation Between FAI and COM Open Between FAI and COM Short Subject to grounding resistance of 00Ω max independently (JIS class D grounding, previously class grounding) Connect to FG and grounded RDY ED (green) During System and Power Failures Short Open FG (Frame Ground) G (ine filter Ground) SP0-0P FAI OUTPUT FAI COM FAI FG G RDY RDY RUN AM ERR CPU CPU module maintenace EDs 00-0 VAC Power supply N INPUT 00-0VAC PROGRAMMER Programming tool interface connector FB000.VSD Terminal Dimensions and s. mm M.. mm FSC -N FSP0-0P FA-M Value (with base, power supply, sequence CPU, and DI/O modules) Sequence CPU module (with power supply and memory) Memory: K steps Dimensions Examples of Applicable Solderless Terminals Vender Japan Solderless Terminal Mfg. Co., td. Nippon Tanshi Co., td. Japan Solderless Terminal Mfg. Co., td. Japan Solderless Terminal Mfg. Co., td. V.-M RAV.-. V.-M V-M Applicable Conductor AWG to (0. to 0. mm ) (Copper wire) AWG to (. to.0 mm ) (Copper wire) Applicable Crimping Torque 0. N m CPU Error Processing Different levels of errors are identified by different EDs on the front panel of the CPU module. ED RDY (READY) Green RUN (RUN) Green AM (AARM) Yellow ERR (ERROR) Red Meaning Major failure (when off): The core hardware cannot run. Example: CPU error Memory error When lit: The user program is running. Minor failure (when lit): The user program can still run in spite of a failure. Example: Power failure Communication error Moderate failure (when lit): The user program cannot start or continue execution. Example: Program error* I/O comparison error* I/O module error* Memory error Sequence processor error Instruction processing error* Scan timeout* *: Minor or moderate failure can be defined in the configuration settings. All Rights Reserved. Copyright 00, Yokogawa Electric Corporation GS M0C-0E Oct. 00-00
<< Content >> <<Index>> I/O Module (FWD-N) Internal Circuit Diagram Connections Wire connection method Soldered Connector Type 0 Applicable wire size AWG max. (0. mm max.) Internal bus Bus interface COM ~ COM Applicable Connectors Connection Method Soldered type Solderless type Solderless type Applicable Connector Fujitsu FCN-J00-AU connector FCN-0C00-B connector cover Fujitsu FCN-J00 housing FCN-J-AU contact FCN-0C00-B connector cover Fujitsu FCN-J00-AU / F Display selector IN OUT ~ Operating Environment There is no restriction on the type of CPU modules that can be used with this module. Connection Diagram CN (Input block) COM 0 COM 0 B 0 0 A 0 0 COM 0 COM and s FWD -N V DC input/output Note: See the spare parts in the FA-M Range-free Multi-controller (GS MA0-0E) for information on connectors. Dimensions FWD-N CN (Output block) V COM 0 V COM 0 B 0 0 A V COM 0 0 V COM 0 Note: Viewed from the front of the module. All Rights Reserved. Copyright 00, Yokogawa Electric Corporation GS M0C-0E Oct. 00-00
<<Content>> <<Index>> General Specifications FSC-, FSC- FA-M Value II (including base, power supply, sequence CPU and DI/O modules) General The FSC- or the FSC- (FA-M Value II) is a compact programmable controller consisting of the following modules: FSC-F FBU0-0N (-slot base module) FSP0-0P (sequence CPU module) FWD-F (-point I/O module) FSC-F FBU0-0N (-slot base module) FSP0-0P (sequence CPU module) FWD-F (-point I/O module) FSC-A FBU0-0N (-slot base module) FSP0-0P (sequence CPU module) FXD-F (-point input module) FYD-A (-point output module) FSC-F FBU0-0N (-slot base module) FSP0-SP (sequence CPU module) FWD-F (-point I/O module) FSC-F FBU0-0N (-slot base module) FSP0-SP (sequence CPU module) FWD-F (-point I/O module) FSC-A FBU0-0N (-slot base module) FSP0-SP (sequence CPU module) FXD-F (-point input module) FYD-A (-point output module) FSC-P FBU0-0N (-slot base module) FSP0-SP (sequence CPU module) FWD-P (-point I/O module) FSC-P FBU0-0N (-slot base module) FSP0-SP (Sequence CPU module) FWD-P (-point I/O module, V) SP0-0P RDY RDY RUN CPU PROGRAMMER 0 0 0 WD-F DC I/O Features Its compact size greatly reduces installation space. The sequence CPU module has a 00-0 VAC universal power supply so that the user doesn't have to worry about the power supply environment. The high-speed instruction processing capability makes it ideal for applications that require high speed response. The use of a structured ladder programming language facilitates programming and maintenance of ladder programs. The sequence CPU module has the personal computer link function to communicate with a higher-level computer or display. The user needs no personal computer link module (FC-N) for this purpose. Programs and data can be saved on an optional ROM pack. CN CN ASSY S BK-0 Install the FSP0- P sequence CPU module in the leftmost slot of the FBU0-0N base module and the other I/O module(s) in slot (or slots and ). The remaining slot(s) is available for a variety of FA-M I/O modules. All Rights Reserved. Copyright 00, Yokogawa Electric Corporation GS M0C-0E Oct. 00-00
<<Content>> <<Index>> 0 Specifications Specifications for FSC and FSC Base module (FBU0-0N) Sequence CPU module * (FSP0-0P, FSP0-SP) * Item Specification slots free I/O slots (for FSC-F, FSC-F, FSC-F, FSC-F, FSC-P, and FSC-P) (for FSC-A and FSC-A) Weight 0 g Supply voltage 00-0 V AC, single phase, 0/0 Hz Supply voltage fluctuation range - V AC 0/0 Hz Hz Power consumption VA Inrush current 0 A max. (0 V AC, Ta= C) A max. (0 V AC, Ta= C) Rated output voltage V DC Rated output current.0 A Insulation resistance M or greater at 00 V DC (between external AC terminals and FG terminal) Dielectric strength 00 V AC for minute (between external AC terminals and FG terminal) Provided on the front terminal block on the power supply block; FAI-signal contact output contact rating: V DC, 0. A (both normally-open and normally-closed terminals available) Allowable common-mode 0 V max. AC or DC voltage of FAI-signal (between FAI OUTPUT COM terminal and FG terminal) contact eakage current 0. ma max. Allowable momentary power failure time 0 ms Noise immunity Immune to noise of up to 00 Vp-p with - s pulse width and -ns rise time at -0 Hz (as measured with a noise simulator). Control mode Stored program, cyclic execution I/O control mode Refreshing method/direct I/O instructions Programming language Structured ladder language, mnemonic language Basic instructions types instructions Application instructions types Basic Instruction 0.-0. s/instruction instructions Processing Application speed 0. s min./instruction instructions Program size 0K steps (can be stored in ROM) I/O points 0 points max. program blocks max. Sampling trace No ink to personal computer Yes Monitoring of scan time 0-00 ms variable Internal relay I: 0 points max. Shared relay Extended shared relay ink relay : 0 points Special relay M: 0 points Timer T: points max. (total of internal and external timers and counters) Counter C: points max. (total of internal and external timers and counters) Data register D: 0 points max. File register ink register W: 0 points Special register Z: points Index register V: points Shared register Extended shared register Self-diagnostics Memory error, CPU error, input/output error, syntax check, etc. Power Supply Block Sequence CPU Block Device All Rights Reserved. Copyright 00, Yokogawa Electric Corporation GS M0C-0E Oct. 00-00
<<Content>> <<Index>> Sequence CPU module * (FSP0-0P, FSP0-SP) * Sequence CPU Block Item Specification Configuration function (device capacity, data lock-up range at power failure, output when CPU stops, etc.) Constant scan function ( ms to 0 ms) Debugging functions (forced SET/RESET, online edit, scan operation, etc.) Other features Error history function ( records) Date/clock function (year/month/day/hour/minute/second/day of week) Program protect functions ROM programming and data storage Personal computer link function Current consumption 0 ma ( V DC) * dimensions (W) 00 (H). (D) mm Weight 0 g U0 approved, File No.E0 U (Overvoltage Category * II, Pollution Degree * ) EN - Class A, Table (For use in industrial locations) EMC EN -- * Directive EN 0 Class A, Group CE EN 000--, EN 000--, EN 000-- compliance Compliance with safety and EMC standards * ow EN 00- compliance (only for FSC- ) Directive (Overvoltage Category * II, Pollution Degree * ) C-Tick EMC Frame-work EN 0 Class A, Group compliance *: When a sequence CPU module is to be used, use the FA-M programming Tool WideField Rev..0 or later. *: The total current dissipated by the modules in slots to must be less than 00 ma. *: FSP0-0P and FSP0-SP have exactly the same dimensions, internal circuitry and other characteristics, except that FSP0-0P uses M.-screw terminals while FSP0-SP uses M-screw terminals. FSP0-SP is compliant to IEC00- and EN00-, but FSP0-0P is not. * For details on conforming modules, see U-approved, CE marking and C-Tick mark-compliant Modules (GS M0C-E) general specification brochure. *: The term Overvoltage Category involves prescriptions on resistance to surge voltage reduction due to lightning and has four categories. Overvoltage Category II applies to systems with rated voltage of 0/0/0V and applies to electrical appliances, portable devices, etc. *: The term Pollution Degree represents the degree of pollution with foreign matter, solid, liquid or gaseous, that may produce a reduction of dielectric strength or surface resistivity in the operating environment of the equipment. Pollution degree refers to an environment where normally only non-conductive pollution occurs but occasionally temporary conductivity caused by condensation is to be expected. *: EN -- is applicable only to FCU0-0S and FCU0-S FSC-F, FSC-F FWD-F Input Type Points Isolation Method Current DC V DC.mA/point Output Type Transistor contact (sink type) Points Photocoupler isolation Rated oad V DC Maximum oad Current 0.A/point 0.A/common Operating / Input Response Time Current ON OFF OFF ON ON OFF Configu Configu.V DC -rable as -rable as V DC min. max..ma min..0ms.ms 0.mA max. max. or max. or ms.ms Output Response Time OFF ON OFF ON ms max. ms max. Surge Protector Zener diode Power Supply V DC 0mA Connection 0-pin connector Connection 0-pin connector * For CPU error, see Severity of Failures and ED Display of FA-M Range-free Multi-controller (GSMA0-0E). FSC-F, FSC-F FWD-F Input Type Points Isolation Method Current DC V DC.mA/point Output Type Points Transistor contact (sink type) Photocoupler isolation Rated oad V DC Maximum oad Current 0.A/point 0.A/common Operating / Current Input Response Time ON OFF OFF ON ON OFF.V DC V DC min..ma min. max..0ms max..ms max. 0.mA max. Output Response Time OFF ON ms max OFF ON ms max Surge Protector Zener diode Power Supply V DC 0mA Connection 0-pin connector Connection 0-pin connector * For CPU error, see Severity of Failures and ED Display of FA-M Range-free Multi-controller (GSMA0-0E). Points/ points/ common Points/ points/ common Points/ points/ common Points/ points/ common HOD/REST Output When Program Stops Default: RESET Configurable on module basis.* HOD/REST Output When Program Stops Default: RESET Configurable on module basis.* All Rights Reserved. Copyright 00, Yokogawa Electric Corporation GS M0C-0E Oct. 00-00
<<Content>> <<Index>> FSC-A, FSC-A FXD-F Input Type DC (sink/source type) Points Isolation Method Photocoupler isolation V DC Current.mA/ point V DC Operating / Input Response Time Current ON OFF OFF ON ON OFF Configu Configu V DC min..v DC -rable as -rable as.ma min. max..0ms.ms 0.mA max. max. or max. or ms.ms Connection -point terminal block M. screw Points/ points/ FYD-A Output Type Transistor Contact (sink type) Points Isolation Method Photocoupler isolation -V DC Maximum oad Output Response Time Current OFF ON ON OFF 0.A/point A/common ms max. ms max. Surge Protector Zener diode Power Supply -point terminal block M. screw Connection -V DC 0mA * For CPU error, see Severity of Failures and ED Display of FA-M Range-free Multi-controller (GSMA0-0E). FSC-P, FSC-P FWD-P Input Type DC Output Type Transistor contact (sink type) Points Isolation Method Current V DC.mA/point Points Photocoupler isolation Rated oad V DC Maximum oad Current 0.A/point 0.A/common Operating / Input Response Time Current ON OFF OFF ON ON OFF.VDC VDC min. max.,.0ms max..ms max..ma min. 0.mA max. Output Response Time OFF ON ms max. OFF ON ms max. Surge Protector Active clamp Power Supply V DC ma Connection 0-pin connector Connection 0-pin Connector Points/ points/ common points/ common Points/ points/ common Points/ points/ common HOD/REST Output When Program Stops) Default: RESET Configurable on module basis.* HOD/REST Output When Program Stops) Default: RESET Configurable on module basis.* FWD-P Input Type DC Output Type Transistor contact (sink type) Points Isolation Method Current V DC.mA/point Points Photocoupler isolation Rated oad V DC Maximum oad Current 0.A/point 0.A/common Operating / Input Response Time Current ON OFF OFF ON ON OFF.V DC V DC min. max.,.0ms max..ms max..ma min..0ma max. Output Response Time OFF ON ms max. OFF ON ms max. Surge Protector Active clamp Power Supply V DC ma Connection 0-pin connector Connection 0-pin Connector * For CPU error, see Severity of Failures and ED Display of FA-M Range-free Multi-controller (GSMA0-0E). Base Module and s FBU0-0N slots (excluding slots for power supply) Points/ points/ common Points/ points/ common HOD/REST Output When Program Stops) Default: RESET Configurable on module basis.* Dimensions slots (FBU0-0N) O mounting hole (for M mounting screw). 00 0.... (When mounted on module surface) All Rights Reserved. Copyright 00, Yokogawa Electric Corporation GS M0C-0E Oct. 00-00
<<Content>> <<Index>> Sequence CPU Module Components and Functions it when the power supply is normal. Fail-signal contact output Contact ratings: V DC, 0. A SP0-0P RDY RDY RUN AM ERR CPU CPU module maintenance EDs Between FAI and COM Between FAI and COM During Normal operation Open Short During System and Power Failures Short Open FAI OUTPUT FAI COM Subject to JIS class grounding FG independently. G Subject to JIS class grounding independently for increased noise immunity. Power supply 00-0 VAC FAI FG G N INPUT 00-0 V AC PROGRAMMER Programming tool interface connector Terminal Dimensions. mm FSP0-0P M.. mm. mm FSP0-SP M. mm Examples of Applicable Solderless Terminals Vender Japan Solderless Terminal Mfg. Co., td. Nippon Tanshi Co., td. Japan Solderless Terminal Mfg. Co., td. Japan Solderless Terminal Mfg. Co., td. V.-M RAV.-. V.-M V-M Applicable Conductor AWG to (0. to 0.mm ) (Copper wire) AWG to (. to.0mm ) (Copper wire) Applicable Crimping Torque FSP0-0P FSP0-SP 0. N m Not available. N m CPU Error Processing Different levels of errors are identified by different EDs on the front panel of the CPU module. ED RDY (READY) Green RUN (RUN) Green AM (AARM) Yellow ERR (ERROR) Red Meaning Major failure (when off): The core hardware cannot run. Example: CPU error Memory error When lit: The user program is running. Minor failure (when lit): The user program can still run in spite of a failure. Example: Power failure Communication error Moderate failure (when lit): The user program cannot start or continue execution. Example: Program error* I/O comparison error* I/O module error* Memory error Sequence processor error Instruction processing error* Scan timeout* *: Minor or moderate error can be selected in the configuration settings. All Rights Reserved. Copyright 00, Yokogawa Electric Corporation GS M0C-0E Oct. 00-00
<<Content>> <<Index>> and s FSC -F -F -A FSP0-0P FA-M Value II (with base, power supply (M. screws), sequence CPU, and DI/O (FWD-F) modules) FA-M Value II (with base, power supply (M. screws), sequence CPU, and DI/O (FWD-F) modules) FA-M Value II (with base, power supply (M. screws), sequence CPU, and DI/O (FXD-F, FYD-A) modules) Sequence CPU Module (with power supply (M. screws) and memory), memory: 0K steps FSC -F -F -A -P -P FSP0 SP FA-M Value II (with base, power supply (M screws), sequence CPU, and DI/O (FWD-F) modules) FA-M Value II (with base, power supply (M screws), sequence CPU, and DI/O (FWD-F) modules) FA-M Value II (with base, power supply (M screws), sequence CPU, and DI/O (FXD-F, FYD-A) modules) FA-M Value II (with base, power supply (M screws), sequence CPU, and DI/O (FWD-P) modules) FA-M Value II (with base, power supply (M screws), sequence CPU, and DI/O (FWD-P) modules) Sequence CPU Module (with power supply (M screws) and memory), memory: 0K steps Dimensions. 00 All Rights Reserved. Copyright 00, Yokogawa Electric Corporation GS M0C-0E Oct. 00-00
<<Content>> <<Index>> I/O Module (FXD-F) Internal Circuit Diagram Operating Environment There is no restriction on the type of CPU modules that can be used with this module. FXD-F (DC input module) and s ~ COM Bus interface Internal bus FXD -F Dimensions FXD-F DC input (sink/source type) V DC, points Connection Diagram FXD-F (DC input module) COM 0 COM 0 Note: Viewed from the front of the module. Connections Terminal Block Applicable conductor 0. to 0. mm Method of connection Temperature rating Solderless C min. Material Solderless terminal Solderless terminal Crimping torque Applicable solderless terminal Copper For. mm screws 0. N m e.g.: Japan Solderless Terminal Mfg.Co.,td. V.-M V.-M V-M Nippon Tanshi Co., td RAV.-. All Rights Reserved. Copyright 00, Yokogawa Electric Corporation GS M0C-0E Oct. 00-00
<<Content>> <<Index>> I/O Module (FYD-A) Internal Circuit Diagram Operating Environment There is no restriction on the type of CPU modules that can be used with this module. FYD-A (Transistor Output Module) and s Internal bus Bus interface ~ COM FYD -A Dimensions FYD-A TR output sink type - V DC, 0.A, points 0 Connection Diagram FYD-A (Transistor Output Module) COM V 0 COM V 0 Note: Viewed from the front of the module. Connections Terminal Block Applicable conductor 0. to 0. mm Method of connection Temperatule rating Solderless C min. Material Solderless terminal Solderless terminal Crimping torque Applicable solderless terminal Copper For. mm screws 0. N m ex: Japan Solderless Terminal Mfg.Co.,td. V.-M V.-M V-M Nippon Tanshi Co., td RAV.-. All Rights Reserved. Copyright 00, Yokogawa Electric Corporation GS M0C-0E Oct. 00-00
<<Content>> <<Index>> I/O Module (FWD-F) Internal Circuit Diagram Operating Environment This module can be used with the following CPU modules: FSP0-0P and FSP0-SP and s FWD -F V DC input/output Note: See the spare parts in the FA-M Range-free Multi-controller (GS MA0-0E) for information on connectors. Dimensions FWD-F Connection Diagram - - V COM 0 COM 0 B 0 0 A 0 0 V COM 0 COM - - Note: Viewed from the front of the module. Connections Connector Type Wire connection method Applicable wire size Soldered AWG max. (0. mm max.) Applicable Connectors Connection Method Soldered type Solderless type Solderless type Applicable Connector Fujitsu FCN-J00-AU connector FCN-0C00-B connector cover Fujitsu FCN-J00 housing FCN-J-AU contact FCN-0C00-B connector cover Fujitsu FCN-J00-AU / F All Rights Reserved. Copyright 00, Yokogawa Electric Corporation GS M0C-0E Oct. 00-00
<<Content>> <<Index>> I/O Module (FWD-F) Connections Internal Circuit Diagram Wire connection method Soldered Connector Type 0 Applicable wire size AWG max. (0. mm max.) Internal bus Bus interface COM ~ COM Applicable Connectors Connection Method Soldered type Solderless type Solderless type Applicable Connector Fujitsu FCN-J00-AU connector FCN-0C00-B connector cover Fujitsu FCN-J00 housing FCN-J-AU contact FCN-0C00-B connector cover Fujitsu FCN-J00-AU / F Display selector IN OUT Connection Diagram CN (Input block) COM 0 COM 0 B 0 0 A 0 0 COM 0 COM ~ Operating Environment There is no restriction on the type of CPU modules that can be used with this module. and s FWD -F V DC input/output Note: See the spare parts in the FA-M Range-free Multi-controller (GS MA0-0E) for information on connectors. Dimensions FWD-F CN (Output block) V COM 0 V COM 0 B 0 0 A 0 0 V COM V COM 0 Note: Viewed from the front of the module. All Rights Reserved. Copyright 00, Yokogawa Electric Corporation GS M0C-0E Oct. 00-00
<<Content>> <<Index>> I/O Module (FWD-P) Internal Circuit Diagram Connections Wire connection method Soldered Connector Type Applicable wire size AWG max. (0. mm max.) Applicable Connectors Connection Method Applicable Connector Internal bus ~ Soldered type Solderless type Fujitsu FCN-J00-AU connector FCN-0C00-B connector cover Fujitsu FCN-J00 housing FCN-J-AU contact FCN-0C00-B connector cover Solderless type Fujitsu FCN-J00-AU / F Connection Diagram CN (Input block) - - - - COM 0 COM 0 B 0 0 A 0 0 COM 0 COM ~ Operating Environment There is no restriction on the type of CPU modules that can be used with this module. and s V DC input/output FWD -P (with short-circuit protector) Note: See the spare parts in the FA-M Range-free Multi-controller (GS MA0-0E) for information on connectors. Dimensions FWD-P CN (Output block) V COM 0 V COM 0 B 0 0 A 0 0 V COM V COM 0 Note: Viewed from the front of the module. All Rights Reserved. Copyright 00, Yokogawa Electric Corporation GS M0C-0E Oct. 00-00
<<Content>> <<Index>> 0 I/O Module (FWD-P) Internal Circuit Diagram Connections Wire connection method Soldered Connector Type Bus Interface Display selector Overheat protector Overcurrent protector IN OUT Constant voltage circuit Connection Diagram CN (Input block) COM 0 COM 0 B 0 0 A 0 0 COM 0 COM 0 COM - COM - - Applicable wire size AWG max. (0. mm max.) Applicable Connectors Connection Method Soldered type Solderless type Solderless type Applicable Connector Fujitsu FCN-J00-AU connector FCN-0C00-B connector cover Fujitsu FCN-J00 housing FCN-J-AU contact FCN-0C00-B connector cover Fujitsu FCN-J00-AU / F Operating Environment There is no restriction on the type of CPU modules that can be used with this module. and s V DC input/output FWD -P (with short-circuit protector) Note: See the spare parts in the FA-M Range-free Multi-controller (GS MA0-0E) for information on connectors. Dimensions FWD-P CN (Output block) V COM 0 V COM 0 B 0 0 A V 0 COM V 0 COM 0 Note: Viewed from the front of the module. All Rights Reserved. Copyright 00, Yokogawa Electric Corporation GS M0C-0E Oct. 00-00