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Panasonic FP10S, Technical Manual

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Panasonic FP10S Technical Manual Download Page 14

FP3 MEWNET - TR
Chapter1 - 4. Page.12

8

J

Limitations on unit installation

x

More than one FP3 transmitter master unit can be mounted; however, the following cautions should be observed.

- I/O occupation:

The total number of controllable I/O points should not be set higher than the number of I/O points of the FP3/FP10S
CPU.

< For FP3 CPU >

The maximum number of controllable I/O points is 2,048 for input and 2,048 for output.
For example, an FP3 transmitter master unit for which 128 input points and 128 output points are selected can be
mounted with up to 16 units.

< For FP10S CPU >

The maximum number of controllable I/O points is 3,072 for input and 3,072 for output.
For example, an FP3 transmitter master unit for which 128 input points and 128 output points are selected can be
mounted with up to 24 units.

- Current consumption:

The total current consumption of the units used should not exceed the rated output current of their power supply unit.

x

There is no restriction concerning the combination or mounting slot of the FP3/FP10S I/O units and intelligent units.
However, please note that I/O allocation is determined by the mounting positions and combinations of the units (I/O
occupation).
The I/O occupation points of an FP3 transmitter master unit are the same as the I/O points selected by operation mode
selector Nos. 5 to 8.
For example, when 128 input points and 128 output points are selected by the operation mode selector, the I/O
occupation is 128X and 128Y.

Notes:

x

See the “FP3/FP10S HARDWARE Technical Manual” for details about limitations on unit installation.

x

The maximum number of controllable I/O points for FP3/FP10S CPUs is set at the factory to 1,024.
If the number of I/O points used by the MEWNET - TR system exceeds 1,024, change the base word number
using the NPST - GR software to increase the number of controllable I/O points.
See the “NPST - GR SOFTWARE Manual” and “REMOTE I/O SYSTEM Technical Manual” for details about
the I/O number allocation by base word number setting.

Example: To use 1,280 I/O points with a MEWNET - TR system, change the base word number from No. 64

(factory setting) to No. 80 using the NPST - GR software.

0

80

127

Memory area

1,280 points

(0 to 79F)

Base
word No.

0

64

127

Memory area

1,024 points

(0 to 63F)

Base
word No.

I/O points for I/O units and
MEWNET - TR system

I/O points for MEWNET - F
system

1 -4. Combinations

Summary of Contents for FP10S

Page 1: ...PROGRAMMABLE CONTROLLER Technical Manual FP3 FP10S MEWNET TR I O SYSTEM FP3 5 MEWNET TR I O SYSTEMTechnical Manual ACG M0076 1 ...

Page 2: ...tics and performance that are assure in these specifications Do not dismantle or remodel the product It could lead to abnormal exothermic heat or smoke generation Do not touch the terminal while turning on electricity It could lead to an electric shock Use the external devices to function the emergency stop and interlock circuit Connect the wires or connectors securely The loose connection might c...

Page 3: ... 1 Parts terminology 13 2 Performance specifications 15 3 Dimensions 15 2 3 Slave Stations 16 1 Product Types 16 2 FP I O Transmitter Units 16 1 Parts terminology 16 2 Dimensions 21 3 Expansion FP I O Terminal Units 22 1 Parts terminology 22 2 Dimensions 25 CHAPTER 3 INSTALLATION AND WIRING 3 1 Installation 28 1 Master Station 28 1 Limitations on location 28 2 Limitations on unit installation 28 3...

Page 4: ... selector setting 50 2 Operation mode when shipped 51 2 Slave Station 52 1 Operation mode selector setting 52 2 Operation mode when shipped 53 3 Operation Mode Setting When an Error Occurs 54 1 Communication error 54 2 I O control operation condition when a communication error occurs 54 3 Output condition when a communication error occurs 56 4 2 I O Allocation 57 1 I O Allocation and Station Numbe...

Page 5: ...us 91 1 When the power for each unit is turned ON 91 2 During remote I O control 95 2 Troubleshooting 98 1 Troubleshooting on a master station 98 2 Troubleshooting on a slave station 101 3 When I O data cannot be exchanged accurately even though the LED status is normal 102 7 3 I O Link Control When an Error Occurs 103 1 Operation Monitor LED Status 103 1 When the power for each unit is turned ON ...

Page 6: ... I O transmitter unit 121 2 Station Number Selector 121 8 4 I O Allocation Table 122 8 5 Transfer Time 128 1 Remote I O Control 128 2 I O Link Control 131 8 6 Terminology 132 8 7 Product Types 142 1 Master Stations 142 2 Slave Stations 142 3 Transmission Cable 142 INDEX 143 RECORD OF CHANGES 144 ...

Page 7: ...S 1 1 System Configurations 2 1 2 Features 3 1 3 Product Types 6 1 Master Stations 6 2 Slave Stations 6 3 Transmission Cable 6 1 4 Combinations 7 1 Master Stations 7 2 Slave Stations 9 3 Controllable I O Points and I O Allocation 10 ...

Page 8: ...ansion cable Twisted pair cable Slave station FP I O transmitter unit 8 input type AFP87521 8 output type AFP87523 FP I O transmitter unit 16 input type AFP87522 16 output type AFP87524 Twisted pair cable Expansion FP I O terminal unit 8 input type AFP87425 16 input type AFP87426 8 output type AFP87427 16 output type AFP87428 TERMINAL UNIT x Master station The master station consists of the FP3 FP...

Page 9: ...smitter master units remoteI O controlof up to 3 072inputs and 3 072 outputs is possible Master station Slave station FP I O transmitter units DExample of using one FP3 transmitter master unit FP3 FP10S CPU FP3 transmitter master unit Max 128 inputs Max 128 outputs Master station Slave station DExample of using two FP3 transmitter master units 128 inputs 128 outputs FP3 transmitter master units to...

Page 10: ...figuration The 8 point and 16 point FP I O transmitter units can be combined with the expansion FP I O terminal unit to establish a system with different numbers of input and output points Type Description Part number FP I O transmitter 4 input Rated power supply voltage 24 V DC So ce i p t AFP87525 transmitter unit 8 input Source input AFP87521 unit 16 input AFP87522 4 output Rated power supply v...

Page 11: ... FP10S and FP M FP3 FP10S CPU FP3 transmitter master unit Twisted pair cable FP M control board FP M transmitter master board Master station A Master station B J Equipped with a safety function for selecting the operation status when an abnormality occurs When an abnormality occurs such as cable or power disconnection and there is a communication failure even with one single slave station the cont...

Page 12: ...pen collector output Max load current 0 5 A point 1 A common AFP87523 16 output Max load current 0 5 A point 1 A common AFP87524 Expansion FP I O 8 input Rated power supply voltage 24 V DC S i t AFP87425 p FP I O terminal unit 16 input p pp y g Source input AFP87426 terminal unit 8 output Rated power supply voltage 24 V DC Transistor NPN open collector output AFP87427 16 output Transistor NPN open...

Page 13: ... An FP3 CPU or FP10S CPU can be mounted with more than one FP3 transmitter master unit x The number of controllable I O points can be selected by operation mode selector Nos 5 to 8 of the FP3 transmitter master unit You can select the number of input points to be 0 32 64 or 128 You can select the number of output points to be 0 32 64 or 128 x When two or more FP3 transmitter master units are mount...

Page 14: ... O allocation is determined by the mounting positions and combinations of the units I O occupation The I O occupation points of an FP3 transmitter master unit are the same as the I O points selected by operation mode selector Nos 5 to 8 For example when 128 input points and 128 output points are selected by the operation mode selector the I O occupation is 128X and 128Y Notes xSee the FP3 FP10S HA...

Page 15: ...nput type 16 units 128 inputs 8 output type 16 units 128 outputs x When the system is configured with only 4 point units the maximum of 16 input units and 16 output units can be used even if the setting is made for 128 input points and 128 output points Therefore only 64 points can be used for each as shown below 4 input 16 units 64 inputs 4 output 16 units 64 outputs J Expansion on the slave stat...

Page 16: ...70 to 7F 80 to 8F 90 to 9F 100 to 10F 110 to 11F 120 to 12F 130 to 13F 140 to 14F 150 to 15F 128 f f f f f f f f F F F F F F F F 64 f f f f f f f f F F F F 128 32 f f f f f f f f F F 16 f f f f f f f f F 0 f f f f f f f f 128 f f f f F F F F F F F F 64 f f f f F F F F 64 32 f f f f F F 16 f f f f F 0 f f f f 128 f f F F F F F F F F 64 f f F F F F 32 32 f f F F 16 f f F 0 f f 128 f F F F F F F F F ...

Page 17: ...1 Specifications 12 1 General Specifications 12 2 FP3 MEWNET TR System Specifications 12 2 2 Master Station 13 1 FP3 Transmitter Master Unit 13 2 3 Slave Stations 16 1 Product Types 16 2 FP I O Transmitter Units 16 3 Expansion FP I O Terminal Units 22 ...

Page 18: ...stance Max 700 m 2 296 59 ft with twisted pair cable Max 400 m 1 312 34 ft with 2 conductor cable See transmission cable below Communication speed 0 5 Mbps Input output response time I O response time is determined by the number of slave stations FP I O transmitter units and expansion FP I O terminal units See page 128 8 5 Transfer Time for details about the I O response time Controllable I O poin...

Page 19: ...2 Operation monitor LEDs Indicate the operation and communication status of the MEWNET TR system See following page 3 Selector for station monitor LEDs Selects the unit type input or output of station monitor LEDs Input position INPUT Status of slave station FP I O transmitter unit input type is indicated by station monitor LEDs Output position OUTPUT Status of slave station FP I O transmitter uni...

Page 20: ...Selector number Function Description 1 2 3 4 5 6 7 8 1 System configuration l ti Remote I O control disabled master B of I O link ON g selection Remote I O control enabled master A of I O link OFF 2 Output operation condition during a i ti Hold continues I O control operation ON g communication error Output OFF OFF 3 and 4 Not used 5 and 6 Input point l ti f l 0 point OFF OFF p p selection of slav...

Page 21: ...from 0 32 64 or 128 points I O occupation points The total number of input and output points that are set Current consumption 130 mA or less Connection method Terminal block M3 5 screw Weight Approx 240 g 8 466 oz 3 Dimensions 150 5 906 unit mm in 34 5 1 358 113 4 449 OFF ON 1 2 3 4 5 6 7 8 MASTER 0 1 2 3 4 5 6 7 8 9 A B C D E F TRANSMITTER MASTER COM ALARM DSP SW F G I II INPUT OUTPUT SLAVE UNIT ...

Page 22: ... output AFP87427 16 output Transistor NPN open collector output Max load current 0 5 A point 1 A common AFP87428 Note xFP I O transmitter units 4 input and 4 output type cannot be combined with expansion FP I O terminal units 2 FP I O Transmitter Units 1 Parts terminology J 4 input type AFP87525 and 4 output type AFP87527 1 Operation monitor LEDs 2 Station number selector STATION NO 3 Operation mo...

Page 23: ...4 2 I O Allocation for details about the station number setting 3 Operation mode selector MODE SW Selects the MEWNET TR communication conditions See following page 4 Input or output indicators LED Input type Indicates the input ON OFF states Output type Indicates the output ON OFF states Example 8 input output type LEDs 24V 0 1 2 3 4 5 6 7 RS485 5 Power supply terminal 24 V DC Supplies 24 V DC 6 I...

Page 24: ... 1 1 n communication ON mode selection 1 1 communication OFF 2 System configuration selection This unit is regarded as a slave station ON This unit is not regarded as a slave station OFF 3 Output operation condition during Hold continues I O communication ON condition during a communication error Output OFF OFF 4 Terminal station setting Terminal station ON Not a terminal station OFF Notes xThe op...

Page 25: ... or less when all points are OFF 85 mA or less when all points are ON AFP87522 40 mA or less when all points are OFF 125 mA or less when all points are ON Input points per common AFP87525 4 points common AFP87521 8 points common AFP87522 16 points common Input type Source input Connection method Terminal block M3 5 screw Insulation Optical coupler Weight AFP87525 Approx 130 g 4 586 oz AFP87521 App...

Page 26: ... are ON AFP87523 40 mA or less when all points are OFF 85 mA or less when all points are ON AFP87524 40 mA or less when all points are OFF 120 mA or less when all points are ON Output points per common AFP87527 4 points common AFP87523 8 points common AFP87524 16 points common Output type Sink output Connection method Terminal block M3 5 screw Insulation Optical coupler Weight AFP87527 Approx 130 ...

Page 27: ...362 76 0 2 992 45 0 1 772 6 5 0 256 J 8 input type AFP87521 and 8 output type AFP87523 60 0 2 362 110 0 4 331 45 0 1 772 6 5 0 256 35 1 0 1 378 0 039 unit mm in J 16 input type AFP87522 and 16 output type AFP87524 60 0 2 362 45 0 1 772 6 5 0 256 35 1 0 1 378 0 039 unit mm in 180 0 7 087 2 3 Slave Stations ...

Page 28: ...r supply terminal 24 V DC 4 Input or output terminal DINrail attachmentlevers 5 Frame ground terminal F G 1 Expansion connector Connects to FP I O transmitter unit using expansion cable 2 Input or output indicators LED Input type Indicate the input ON OFF states Output type Indicate the output ON OFF states Example 8 input output type LEDs 24V 0 1 2 3 4 5 6 7 3 Power supply terminal 24 V DC Suppli...

Page 29: ...FP87425 60 mA or less when all points are ON AFP87426 110 mA or less when all points are ON Input points per common AFP87425 8 points common AFP87426 16 points common Input type Source input Connection method Terminal block M3 5 screw Insulation Optical coupler Weight AFP87425 Approx 170 g 5 997 oz AFP87426 Approx 270 g 9 524 oz Note When all points are ON the current required for the driving inpu...

Page 30: ... current consumption AFP87427 60 mA or less when all points are ON AFP87428 110 mA or less when all points are ON Output points per common AFP87427 8 points common AFP87428 16 points common Output type Sink output Connection method Terminal block M3 5 screw Insulation Optical coupler Weight AFP87427 Approx 170 g 5 997 oz AFP87428 Approx 270 g 9 524 oz Note The current consumption when all points a...

Page 31: ...d 8 output type AFP87427 unit mm in 60 0 2 362 35 1 0 1 378 0 039 110 0 4 331 45 0 1 772 6 5 0 256 J 16 input type AFP87426 and 16 output type AFP87428 unit mm in 60 0 2 362 35 1 0 1 378 0 039 180 0 7 087 45 0 1 772 6 5 0 256 2 3 Slave Stations ...

Page 32: ...26 ...

Page 33: ...r Station 28 2 Slave Station 33 3 2 Wiring 35 1 Notes on Wiring 35 2 Wiring the I O Terminal Power Supply of the Master Station 35 3 Wiring the I O Terminal Power Supply of the Slave Station 38 4 Wiring Using the Transmission Cable 43 5 Slave Station Expansion 46 ...

Page 34: ... The current consumption of the FP3 transmitter master unit is 150 mA The total number of I O points used by the FP3 transmitter master units must not exceed the number of I O points of the CPU that is used x See the FP3 FP10S HARDWARE Technical Manual for details about limitations on current consumption and I O points Combination example x When using an FP3 CPU to control an FP3 transmitter maste...

Page 35: ...rrow to plug it onto the backplane 3 After properly plugging the unit into the backplane secure the mounting screw at the top Notes xBe sure to turn the power supply OFF before installing or removing the units xBe careful not to use unreasonable force when plugging the connector on the unit into the connector on the master or expansion backplane 3 1 Installation Tab Hole Master or expansion backpl...

Page 36: ...ink unit 80 mm or more When using the ET LAN unit 100 mm or more See the FP3 FP10S HARDWARE Technical Manual for details about link system FP3 FP10S Other devices 100 mm 3 937 in or more Panel door etc x When installing devices facing the FP3 FP10S such as on the door of the panel leave a space of at least 100 mm between that devices and the unit to avoid the effects of heat or radiated noise 120 ...

Page 37: ...oltage equipment power cables power equipment radio transmitters or any other equipment that generates high switching surges x Water splashes x Direct sunlight J Notes on installation x Do not install the programmable controller vertically or horizontally since it may cause abnormal heat generation within the programmable controller above devices which generate large amounts of heat such as heater...

Page 38: ...lace x When removing the cables release the lock by pinching the spring release tabs of the connector before pulling out the cable Master backplane Expansion backplane Expansion backplane Connector Springs Notes xLeave the dust proofing label on the upper surface of the unit until the wiring work is finished xLeave the connector covers on any unused slots to protect them from dust xThe same for th...

Page 39: ... nsta at on x The s ave s a on shou d be used under he fo ow ng cond ons A amb en empera ures of 0 qC o 55 qC 32 qF o 131 qF A amb en hum d y of 35 o 85 RH x Do no use he s ave s a on n p aces where w be sub ec o Sudden empera ure changes caus ng condensa on Inf ammab e or corros ve gas Excess ve a rborne dus or ron par c es Benz ne pa n h nner a coho o her organ c so ven s or s rong a ka ne so u ...

Page 40: ...terminal unit 16 I O points 170 6 693 35 1 378 J DIN rail mount To mount the slave station FP I O transmitter unit and expansion FP I O terminal unit on a DIN rail use the attachment lever that is attached to each unit DIN rail DIN rail Attachment lever Claw Slotted screwdriver x Attachment Align the slave station withthe DIN rail grooveand push the unit down to install it Example FP I O transmitt...

Page 41: ...ice power supplies to each other or in parallel with other power supplies S Voltage switch terminal only on the AFP3631 Shorted 100 to 120 V AC Open 200 to 240 V AC S Power supply terminals Supplies 100 to 120 V AC or 200 to 240 V AC See table below Use a twisted wire that is thicker than 2 mm2 for the electrical wire Use a wire that is thicker than 2 mm2 for the ground wire S ALARM output termina...

Page 42: ...pe Round type 7 2 mm 0 283 in or less J Power supply lines x The power supply lines for the FP3 or FP10S I O devices and motorized devices should be isolated as shown below x Design the power supply lines so that the power for master and expansion backplanes can be turned ON and OFF at the same time x Use twisted pair cable with 2 mm2 or larger conductors as the power supply lines x Excessive nois...

Page 43: ... ON when the watchdog timer is activated by a program error eg infinite loop or an error in the hardware itself The ALARM output terminal has two relay contacts N O and N C on the power supply unit which can be used as external alarm signals The watchdog timer is a program error and hardware error detection timer It goes ON when the scandal time exceeds 640 ms When the watchdog timer is activated ...

Page 44: ...tical coupler 24 V DC 24 V 24 V 24 V DC Output terminal Load 24 V DC 2 Wiring the power supply x The FP I O transmitter unit must be provided directly with an external DC power supply x Diagram of the power supply terminal layout 24 V DC Power supply lines x The power supply to the FP I O transmitter unit must be independent from the power supply to the master station x Use a twisted pair cable fo...

Page 45: ...nternal circuit Sensors also use the 24 V DC supplied by the internal circuit Wiring example 24V 24V 0 1 2 3 RS 485 F G RS 485 4 5 6 7 16 input type FP I O transmitter unit 8 9 A B C D E F Internal circuit 24 V DC External power supply See note Switch Sensor Internal circuit Sensor Notes xLimit the total capacity of current used from the internal power supply to less than 1 A Formula Internal driv...

Page 46: ...ommended if the input is not turned OFF due to leakage current from a two wire type sensor x The OFF voltage of the input is 2 4 V Therefore select an R value so that the voltage between the negative terminal and the input terminal will be less than 2 4 V The impedance of the input terminal is 4 4 k x The bleeder resistor R is R 10 56 4 4I 2 4 kΩ I sensor s leakage current mA x The wattage W of th...

Page 47: ...pedance of the input terminal is 4 4 k x The bleeder resistor R is R 10 56 4 4I 2 4 kΩ x The wattage W of the bleeder resistor is W Power supply voltage 2 R Actually use a value that is 3 to 5 times the value of W LED equipped reed switch x When an LED such as an LED equipped reed switch is connected in series with an input point make the voltage that is applied to the FP I O transmitter unit s in...

Page 48: ...nal drive current is under 0 5 A the output terminal can be connected to up to 16 points 16 output points can be turned ON at the same time xThe negative terminal of the external power supply is connected to the nearest negative of the output terminals xLimit the total capacity of current used from the internal power supply to less than 1 A Formula Internal drive current 5 mA Number of ON points C...

Page 49: ... See page 36 Crimps See page 36 Master station FP3 transmitter master unit Slave station FP I O transmitter unit 2 Wiring a slave station and a slave station Slave station FP I O transmitter unit Slave station FP I O transmitter unit F G Transmission cable Twisted pair cable or 2 conductor cable Crimps See page 36 Crimps See page 36 RS485 RS485 F G RS485 RS485 3 2 Wiring ...

Page 50: ...s Terminal station J Layout 2 using only port II FP3 transmitter master unit FP I O transmitter units Terminal station J Layout 3 using port I and port II FP3 transmitter master unit FP I O transmitter units FP I O transmitter units Terminal station Terminal station Terminal station Notes xBe sure to connect the FP3 transmitter master unit at the end of the connection layout xDo not connect transm...

Page 51: ...ductor Size Min 1 25 mm2 AWG16 or larger Resistance Max 16 8 km at 20 C 68 F Cable Insulation material Polyethylene Insulation thickness Max 0 5 mm 0 020 in Jacket diameter Approx 8 5 mm 0 335 in Conductors Jacket Insulation 6 Notes on wiring x The master station can be installed in any of the following positions Example 1 Between slave stations Slave station Slave station Slave station Master sta...

Page 52: ...8 cm 11 024 in APL2511 48 cm 18 898 in APL2515 Expansion FP I O terminal unit 2 Connecting method x Only one expansion FP I O terminal unit can be connected to one FP I O transmitter unit 8 or 16 point type Note xThe 4 point FP I O transmitter unit cannot be connected with the expansion FP I O terminal unit Example 1 Expansion cable FP I O transmitter unit Expansion FP I O terminal unit Example 2 ...

Page 53: ...input type 24 8 input type 8 output type 8 8 16 output type 8 16 8 input type 24 16 input type 16 input type 32 16 input type 8 output type 16 8 16 output type 16 16 8 input type 8 8 8 output type 16 input type 16 8 8 output type 8 output type 16 16 output type 24 8 input type 8 16 16 output type 16 input type 16 16 16 output type 8 output type 24 16 output type 32 3 2 Wiring ...

Page 54: ...48 ...

Page 55: ... Operation Mode Setting 50 1 Master Station 50 2 Slave Station 52 3 Operation Mode Setting When an Error Occurs 54 4 2 I O Allocation 57 1 I O Allocation and Station Number Setting 57 2 I O Allocation When Using Expansion Units 62 3 I O Allocation Table 64 ...

Page 56: ...or allows you to select whether I O control is to be terminated or continued with the slave stations in proper connection when the transmission cable disconnects or when the power supply to a slave station is cut OFF Example 1 When the cable between slave station 2 and slave station 3 disconnects When the master station s selector number 2 is set to ON slave stations 1 and 2 continue I O control W...

Page 57: ... OFF ON OFF OFF 32 128 Pattern No 9 ON OFF ON ON 32 64 Pattern No 10 ON OFF OFF ON 32 32 Pattern No 11 ON OFF ON OFF 32 0 Pattern No 12 ON OFF OFF OFF 0 128 Pattern No 13 OFF OFF ON ON 0 64 Pattern No 14 OFF OFF OFF ON 0 32 Pattern No 15 OFF OFF ON OFF Note xSince the FP3 transmitter master unit has no selector for terminal station setting it must be located on the network as a terminal 2 Operatio...

Page 58: ...using a communication error When the transmission cable between slave stations disconnects or when the power supply to a slave unit stops and the master station s operation mode selector number 2 is set to ON continuance of I O control for properly operating slave stations Example 1 When the cable between slave stations 1 and 2 disconnects When selector number 3 of each slave station is set to ON ...

Page 59: ...mber 4 of these units to OFF Because slave station 3 is the terminal station set selector number 4 of this unit to ON 2 Operation mode when shipped x The operation mode selector numbers of the slave station FP I O transmitter unit are all set to the OFF position when shipped x Operation mode setting of the FP I O transmitter unit when shipped The setting disallows the use of the unit as a slave st...

Page 60: ...ccurs x Operation mode selector No 2 of the FP3 transmitter master unit and system register 21 let you select whether to continue the I O control of the properly operating slave stations or to terminate the I O control of all slave stations when a communication error occurs J To terminate all control of the CPU x Set system register 21 to K0 stop When the register is set this way operation mode se...

Page 61: ... O control of the properly operating slave stations x Set system register 21 to K1 continue and the operation mode selector No 2 to the ON position x The I O control continues for the slave stations that are properly connected when a communication error occurs x When the cause of the communication error is removed the I O control resumes for the slave stations for which the communication error occ...

Page 62: ...utput of the slave station with a communication error x Set the operation mode selector No 3 to the OFF position COM LED of slave station Output Y70 OFF ON 1 2 3 4 MODE SW OFF ON OFF ON OFF Flashing in approx 0 2 s intervals Communication error occurs Example Operation mode selector of FP I O transmitter unit Notes xThe output of a slave station to which power is not supplied cannot be held xThe o...

Page 63: ...tter 4 points X4 to X7 cannot be used Set station numbers 0 through 3 for both input and output type units FP3 transmitter master unit 0 1 2 3 4 FP3 FP10S CPU Power supply unit OFF ON 1 2 3 4 5 6 7 8 ON OFF ON OFF Example 2 When configuring a system with 8 point type units Slave stations all FP I O transmitter units 8 input type 8 input type 8 input type 8 output type 8 output type Station number ...

Page 64: ...F Operation mode selector FP3 transmitter master unit 0 1 2 3 4 FP3 FP10S CPU Power supply unit OFF ON 1 2 3 4 5 6 7 8 ON OFF ON OFF Example 4 When combining 4 8 and 16 point type units Slave stations all FP I O transmitter units 16 input type 8 input type 4 input type 8 output type 16 output type Station number X0 to XF X10 to X17 X18 to X1B Y20 to Y27 Y28 to Y37 No 0 No 2 No 0 No 1 No 3 32 input...

Page 65: ...output in turn FP3 transmitter master unit 0 1 2 3 4 CPU Power supply unit 32 inputs X0 to X1F 32 outputs Y20 toY3F FP3 transmitter master unit 0 1 2 3 4 CPU Power supply unit 32 inputs X10 to X2F 32 outputs Y30 toY4F 16 point type input unit 16 inputs X0 to XF Example 1 When an FP3 transmitter master unit set to 32 inputs 32 outputs is mounted in slot 0 of the backplane Example 2 When an FP3 tran...

Page 66: ...P I O transmitter units use only the first 4 points of the 8 allocated points The last 4 points cannot be used No 2 X10 to X17 No 3 X18 to X1F 0 1 2 3 4 5 6 7 8 9 A B C D E F terminal No Station number Set slave station No 2 Example 16 point type 2 station numbers J Notes on station number setting x Slave station numbers do not have to be set in the order that the units are connected x Make sure t...

Page 67: ...e 16 input type 4 input type 2 Divide the tentatively allocated I O numbers into groups of 8 points and give a slave station number to each group of points in order 4 input type 16 input type 4 input type X8 to XF 1 X10 to X17 2 X18 to X1F 3 Station No Station No 3 For each FP I O transmitter unit set the first slave station number using the station number selector 4 input type 16 input type 4 inp...

Page 68: ...S CPU Power supply unit OFF ON 1 2 3 4 5 6 7 8 ON OFF ON OFF Example 2 When adding output type expansion FP I O terminal units to input type FP I O transmitter units or when adding input type expansion FP I O terminal units to output type FP I O transmitter units 16 output type Station number No 0 8 input type FP I O transmitter unit Expansion FP I O terminal unit X0 to X7 Y20 to Y2F X8 to XF Y30 ...

Page 69: ...nput unit to output unit or output unit to input unit the station numbers that are occupied by the FP I O transmitter unit are also set in the expansion FP I O terminal unit 8 input type FP I O transmitter unit No 0 X0 to X7 Y20 to Y2F 16 output type Expansion FP I O terminal unit No 0 and No 1 Station No 8 output type FP I O transmitter unit No 2 Y30 to Y37 X10 to X17 8 input type Expansion FP I ...

Page 70: ...F ON 1 2 3 4 5 6 7 8 OFF OFF OFF OFF OFF ON 1 2 3 4 5 6 7 8 ON ON ON ON OFF ON 1 2 3 4 5 6 7 8 ON ON OFF ON OFF ON 1 2 3 4 5 6 7 8 ON ON ON OFF OFF ON 1 2 3 4 5 6 7 8 ON ON OFF OFF Note 4 2 I O Allocation xStarting with the first slave station number I O numbers are allocated in the number of 1 station unit to a 4 point type unit and an 8 point type unit and 2 station units to a 16 point type unit...

Page 71: ...X5F Y138 to Y13F X60 to X67 Y140 to Y147 X68 to X6F Y148 to Y14F X70 to X77 Y150 to Y157 X78 to X7F Y158 to Y15F X0 to X7 Y80 to Y87 X8 to XF Y88 to Y8F X10 to X17 Y90 to Y97 X18 to X1F Y98 to Y9F X20 to X27 Y100 to Y107 X28 to X2F Y108 to Y10F X30 to X37 Y110 to Y117 X38 to X3F Y118 to Y11F X40 to X47 X48 to X4F X50 to X57 X58 to X5F X60 to X67 X68 to X6F X70 to X77 X78 to X7F X0 to X7 Y80 to Y87...

Page 72: ...transmitter master unit I O points I O allocation of the slave station Input type Output type Input type Output type Input type Output type Input type Output type Input type Output type Slave station type OFF ON 1 2 3 4 5 6 7 8 OFF ON ON ON OFF ON 1 2 3 4 5 6 7 8 OFF ON OFF ON OFF ON 1 2 3 4 5 6 7 8 OFF ON ON OFF OFF ON 1 2 3 4 5 6 7 8 OFF ON OFF OFF OFF ON 1 2 3 4 5 6 7 8 ON OFF ON ON X0 to X1F 3...

Page 73: ...to XF Y88 to Y8F X10 to X17 Y90 to Y97 X18 to X1F Y98 to Y9F X20 to X27 Y100 to Y107 X28 to X2F Y108 to Y10F X30 to X37 Y110 to Y117 X38 to X3F Y118 to Y11F Y40 to Y47 Y48 to Y4F Y50 to Y57 Y58 to Y5F Y60 to Y67 Y68 to Y6F Y70 to Y77 Y78 to Y7F Y40 to Y47 Y48 to Y4F Y50 to Y57 Y58 to Y5F Y60 to Y67 Y68 to Y6F Y70 to Y77 Y78 to Y7F Y40 to Y47 Y48 to Y4F Y50 to Y57 Y58 to Y5F Y60 to Y67 Y68 to Y6F Y...

Page 74: ... 15 Operation mode selector of the FP3 transmitter master unit I O points I O allocation of the slave station Input type Output type Input type Output type Input type Output type Input type Output type Input type Output type Slave station type OFF ON 1 2 3 4 5 6 7 8 ON OFF ON OFF OFF ON 1 2 3 4 5 6 7 8 ON OFF OFF OFF OFF ON 1 2 3 4 5 6 7 8 OFF OFF ON ON OFF ON 1 2 3 4 5 6 7 8 OFF OFF OFF ON 1 2 3 ...

Page 75: ... to X1F Y38 to Y3F X0 to X7 X8 to XF X10 to X17 X18 to X1F Y 0 to Y 7 Y 8 to Y F Y10 to Y17 Y18 to Y1F Y20 to Y27 Y28 to Y2F Y30 to Y37 Y38 to Y3F Y40 to Y47 Y48 to Y4F Y50 to Y57 Y58 to Y5F Y60 to Y67 Y68 to Y6F Y70 to Y77 Y78 to Y7F Not used Not used Not used Y 0 to Y 7 Y 8 to Y F Y10 to Y17 Y18 to Y1F Y20 to Y27 Y28 to Y2F Y30 to Y37 Y38 to Y3F Y 0 to Y 7 Y 8 to Y F Y10 to Y17 Y18 to Y1F Not us...

Page 76: ...70 ...

Page 77: ...5 BEFORE TRIAL OPERATION 5 1 Things to Check Before Turning the Power ON 72 5 2 Procedure Up to Trial Operation 73 1 Trial Operation Procedure 73 2 Checking the Communication Condition of the Slave Stations 74 ...

Page 78: ...47 Setting of terminal i Master station S Is the FP3 transmitter master unit located as a terminal of the network layout page 44 station Slave station S Is operation mode selector No 4 set to the ON position when a slave station FP I O transmitter unit is located as a terminal station page 53 Setting of master station CPU S Is the mode selector set to the PROG mode S Is the backup battery connecto...

Page 79: ... manner shown below there is a communication error See page 91 7 2 Remote I O Control When an Error Occurs 2 Programming S Check the I O addresses allocated to each slave station S Enter the program with the NPST GR or FP Programmer II S When using the FP Programmer II be sure to perform the Clear Program operation before inputting S Use the programming tool s total check function to check for syn...

Page 80: ...station has been set with the corresponding station number x Even if the station number is occupied by the latter 8 points of a 16 point type FP I O transmitter unit or expansion FP I O terminal unit the LED does not light unless the station number is set Selector for station monitor LEDs x When the selector is set to the INPUT position the station number LEDs correspond to station numbers 0 to F ...

Page 81: ...t OFF ON 1 2 3 4 5 6 7 8 ON OFF ON OFF Slave stations x In the above system configuration when communication is normal the station monitor LEDs indicate as follows depending on the position INPUT or OUTPUT of the selector for the station moniter LEDs 8 9 A B C D E F Station Nos 0 2 and 3 ON Connection status of input type slave stations selector in INPUT position 0 1 2 3 4 5 6 7 INPUT OUTPUT INPUT...

Page 82: ...Communication error on station Nos 2 and 3 OFF 0 1 2 3 4 5 6 7 Connectionstatusofoutputtypeslavestations selector in OUTPUT position x If a communication error suddenly occurs when communication has been normal the LED indicator corresponding to the error generating slave station flashes In the example check the power supply and transmission cable of slave station No 3 Example 8 9 A B C D E F Comm...

Page 83: ... 78 6 2 FP M FP1 Master Station and FP3 FP10S Master Station 80 1 FP M and FP3 FP10S 80 2 FP1 and FP3 FP10S 82 6 3 I O Link Application Examples 84 1 FP M MEWNET TR System and FP3 FP10S Master Station 84 2 FP1 MEWNET TR System and FP3 FP10S Master Station 86 6 4 Notes on 16 Bit Data Transfer 88 ...

Page 84: ...tting at 32 inputs 32 outputs FP3 FP10S CPU Operation mode selector OFF ON 1 2 3 4 5 6 7 8 ON ON OFF ON OFF ON OFF ON OFF x Connect the RS485 interfaces of the two FP3 transmitter master units with a transmission cable x Set the operation mode selectors of the two FP3 transmitter master units as shown below Master A Master B Selector No 1 OFF Selector No 1 ON Notes xEither master station can be se...

Page 85: ...7 X8 to XF W X 1 X10 to X17 X18 to X1F W X 0 W Y 2 Y20 to Y27 Y28 to Y2F W Y 3 Y30 to Y37 Y38 to Y3F X0 to X7 X8 to XF W X 1 X10 to X17 X18 to X1F W Y 4 Y40 to Y47 Y48 to Y4F W Y 5 Y50 to Y57 Y58 to Y5F Master A pattern No 11 Master B pattern No 7 W X 0 Conditions of master A and B Installation location Slot No 0 ofthe masterbackplane I O setting of master A 32 inputs 32 outputs I O setting of mas...

Page 86: ...on cable Twisted pair cable or 2 conductor cable OFF OFF OFF x Connect the RS485 interfaces of the FP M transmitter master board and FP3 transmitter master unit with a transmission cable x Set the operation mode selectors of each master station as shown below Master A Master B FP M Selector No 1 OFF No 3 ON FP3 FP10S Selector No 1 ON Notes xEither master station can be set as master B However be s...

Page 87: ...er A pattern No 1 FP3 FP10S Master B pattern No 11 Conditions of master A and B Installation location of master B Slot No 0 of the master backplane I O setting of master A and B 32 inputs 32 outputs Notes xFor the I O allocation pattern numbers of FP M master A see the FP M FP1 MEWNET TR Technical Manual xFor the pattern numbers of FP3 FP10S master B see page 64 3 I O Allocation Table xWhen the nu...

Page 88: ...ng at 32 inputs 32 outputs OFF OFF x Connect the RS485 interfaces of the FP1 transmitter master unit and FP3 transmitter master unit with a transmission cable x Set the operation mode selectors of each master station as shown below Master A Master B FP1 Selector No 1 OFF No 3 ON FP3 FP10S Selector No 1 ON Notes xEither master station can be set as master B However be sure to pair up two stations a...

Page 89: ...aster A pattern No 1 FP3 FP10S Master B pattern No 11 Conditions of master A and B Installation location of master B Slot No 0 of the master backplane I O setting of master A and B 32 inputs 32 outputs Notes xFor the I O allocation pattern numbers of FP1 master A see the FP M FP1 MEWNET TR Technical Manual xFor the pattern numbers of FP3 FP10S master B see page 64 3 I O Allocation Table xWhen the ...

Page 90: ... B Operation mode selector setting setting at 32 inputs 32 outputs Inputs X0 to XF X10 to X1F Outputs Y20 to Y2F Y30 to Y3F W Y 11 Y110 to Y117 Y118 to Y11F W Y 12 Y120 to Y127 Y128 to Y12F X110 to X117 X118 to X11F W X 12 X120 to X127 X128 to X12F W X 11 X0 to X7 X8 to XF W X 1 X10 to X17 X18 to X1F W X 0 W Y 2 Y20 to Y27 Y28 to Y2F W Y 3 Y30 to Y37 Y38 to Y3F FP3 FP10S Master A pattern No 11 FP ...

Page 91: ...ion station No 0 of the FP M MEWNET TR system is transferred to internal relay R63F of FP3 FP10S master A T0 Y20 X110 Y3F FP3 FP10S Master A FP M MEWNET TR Example 2 I O data transfer from FP3 FP10S master A to a slave station of the FP M MEWNET TR system When timer relay T0 of FP3 FP10S master A turns ON an output is generated from terminal F of station No 0 of the 16 point output slave station o...

Page 92: ...f the master backplane Master station A FP3 FP10S CPU Master station B Operation mode selector setting setting at 32 inputs 32 outputs Inputs X0 to XF X10 to X1F Outputs Y20 to Y2F Y30 to Y3F X0 to X7 X8 to XF W X 1 X10 to X17 X18 to X1F W X 0 W Y 2 Y20 to Y27 Y28 to Y2F W Y 3 Y30 to Y37 Y38 to Y3F FP3 FP10S Master A pattern No 11 FP1 Master B pattern No 1 FP3 FP10S Master A Operation mode selecto...

Page 93: ...tion station No 0 of the FP1 MEWNET TR system is transferred to internal relay R63F of FP3 FP10S master A T0 Y20 X70 Y3F FP3 FP10S Master A FP1 MEWNET TR Example 2 I O data transfer from FP3 FP10S master A to a slave station of the FP1 MEWNET TR system When timer relay T0 of FP3 FP10S master A turns ON an output is generated from terminal F of station No 0 of the 16 point output slave station of t...

Page 94: ...O allocation of the I O link The input condition when the allow flag is ON is set for 16 bit data processing 6 4 Notes on 16 Bit Data Transfer R0 F0 MV DT 0 WY 2 DF R1 Y3F R0 R1 Master station A One scan R0 R1 Y3F WY2 X1F R10 WX0 Master station B R10 F0 MV WX 0 DT10 DF X1F R10 One scan Ineffective data Effective data ON OFF ON OFF ON OFF ON OFF ON OFF x The 16 bit data in data register DT0 is outp...

Page 95: ...g the CPU When an Error Occurs 90 7 2 Remote I O Control When an Error Occurs 91 1 Operation Monitor LED Status 91 2 Troubleshooting 98 7 3 I O Link Control When an Error Occurs 103 1 Operation Monitor LED Status 103 2 Troubleshooting 108 ...

Page 96: ...tic error code E40 can be read by the NPST GR software and FP programmer II Error code E40 is stored in special data register DT9000 for the FP3 and in special data register DT90000 for the FP10S See the FP3 FP10S HARDWARE Technical Manual for details about the special data registers and self diagnostic error codes 4 The slot No of the FP3 transmitter master unit that is generating an error can be...

Page 97: ...ox 1 s intervals 1 When the power for each unit is turned ON J Normal condition x FP3 FP10S CPU RUN OFF PROG ON TEST BREAK ERROR BATT and ALARM OFF x FP3 transmitter master unit COM Flashing ALARM OFF x Slave stations 1 and 2 POWER ON COM Flashing ALARM OFF POWER COM ALARM POWER COM ALARM Master station Slave station 1 FP I O transmitter unit Slave station 2 FP I O transmitter unit RUN PROG TEST B...

Page 98: ... stations Slave station 1 POWER OFF COM OFF Other LEDs normal status Slave station 1 Slave station 2 POWER COM ALARM POWER COM ALARM No power supply Master station RUN PROG TEST BREAK ERROR BATT ALARM COM ALARM FP3 FP10S CPU FP3 transmitter master unit S Check that power is properly supplied to slave station 1 Slave station 1 COM OFF ALARM ON Other LEDs normal status Slave station 1 Slave station ...

Page 99: ... OFF Slave stations 1 and 2 COM ON Other LEDs normal status POWER COM ALARM Slave station 1 Slave station 2 POWER COM ALARM Disconnection Master station RUN PROG TEST BREAK ERROR BATT ALARM COM ALARM FP3 FP10S CPU FP3 transmitter master unit S Check the wiring between master and slave station xWhen the remote I O control function cannot be used Master station COM ON Slave stations 1 and 2 COM ON O...

Page 100: ... S Check that all slave station numbers are correctly registered S Set the I O points correctly using operation mode selector Nos 5 through 8 xWhen the ALARM LED on the FP3 transmitter master unit is ON Master station ERROR ON COM OFF ALARM ON Slave stations 1 and 2 COM OFF Other LEDs normal status POWER COM ALARM Slave station 1 Slave station 2 POWER COM ALARM There is probably an abnormality Mas...

Page 101: ... station Master station ERROR ON COM OFF Slave stations 1 and 2 POWER OFF COM OFF Other LEDs normal status Slave station 1 Slave station 2 POWER COM ALARM POWER COM ALARM No power supply No power supply Master station RUN PROG TEST BREAK ERROR BATT ALARM COM ALARM FP3 FP10S CPU FP3 transmitter master unit S Check that power is properly supplied to slave stations 1 and 2 Master station ERROR ON COM...

Page 102: ...nit S Check that power is properly supplied to slave station 1 Master station ERROR ON Slave station 2 COM OFF Other LEDs normal status Slave station 1 Slave station 2 POWER COM ALARM POWER COM ALARM Disconnection Master station RUN PROG TEST BREAK ERROR BATT ALARM COM ALARM FP3 FP10S CPU FP3 transmitter master unit S Check the wiring between slave stations Master station ERROR ON Slave station 2 ...

Page 103: ...k that power is properly supplied to slave station 1 Master station ERROR ON COM Flashing slowly Slave stations 1 and 2 COM OFF Other LEDs normal status POWER COM ALARM Slave station 1 Slave station 2 POWER COM ALARM Disconnection Master station RUN PROG TEST BREAK ERROR BATT ALARM COM ALARM FP3 FP10S CPU FP3 transmitter master unit S Check the wiring Master station ERROR ON COM Flashing slowly Sl...

Page 104: ...nit Turn the power of the FP3 transmitter master unit OFF and then ON again x If the ALARM LED is still ON please contact your dealer J When the ALARM LED is flashing Error condition A station number setting error has occurred and the I O points are set incorrectly Set the station number correctly x See page 57 for details about station number setting Set the I O points correctly using operation m...

Page 105: ...rect wiring x See page 43 about wiring with transmission cable If there is a break in the transmission cable change the cable J When the COM LED is flashing slowly in 1 s intervals Error condition Remote I O control terminated due to a communications error Error example Master station Slave station Slave station Master station Slave station Slave station Disconnection No power supply Make sure tha...

Page 106: ...smission cable If there is a break in the transmission cable change the cable J When the station monitor LED is OFF Error condition No communications with the slave station indicated by the unlit LED since the system began operation Error example Master station Station No 0 Station No 4 Station No 6 Slave stations No power supply OFF Station monitor LEDs 8 9 A B C D E F 0 1 2 3 4 5 6 7 ON Confirm ...

Page 107: ...d then ON again Check the wiring and look for looseness of terminal screws Check the transmission cable for correct wiring x See page 43 about wiring with transmission cable If there is a break in the transmission cable change the cable J When the COM LED is OFF Error condition No communications between the master station and the slave station indicated by the unlit COM LED If operation mode selec...

Page 108: ...re the program and I O allocation correspond Check the wiring of the I O terminals on slave stations and I O field devices Correct the program so that one relay is not used for two or more output OT instructions Check for I O malfunctions on other slave stations x If a certain slave station displays an abnormal I O communication the slave station unit FP I O transmitter unit may be malfunctioning ...

Page 109: ...ster unit COM Flashing ALARM OFF Master A RUN PROG TEST BREAK ERROR BATT ALARM COM ALARM FP3 FP10S CPU FP3 transmitter master unit Master B RUN PROG TEST BREAK ERROR BATT ALARM COM ALARM FP3 FP10S CPU FP3 transmitter master unit J Abnormal conditions LED status Steps to take xCommunications error between master A and master B Master A COM OFF Master B COM ON Other LEDs normal status Master A RUN P...

Page 110: ...RM FP3 FP10S CPU FP3 transmitter master unit Master B RUN PROG TEST BREAK ERROR BATT ALARM COM ALARM FP3 FP10S CPU FP3 transmitter master unit S See troubleshooting on page 109 Master A COM OFF Master B COM OFF Other LEDs normal status Incorrect terminal station Incorrect terminal station and incorrect master station setting Master A RUN PROG TEST BREAK ERROR BATT ALARM COM ALARM FP3 FP10S CPU FP3...

Page 111: ...tatus Master A RUN PROG TEST BREAK ERROR BATT ALARM COM ALARM FP3 FP10S CPU FP3 transmitter master unit Master B RUN PROG TEST BREAK ERROR BATT ALARM COM ALARM FP3 FP10S CPU FP3 transmitter master unit There is probably an abnormality S See troubleshooting on page 108 Master A and B ERROR ON COM ON Other LEDs normal status Incorrect master station setting Master A RUN PROG TEST BREAK ERROR BATT AL...

Page 112: ...RROR BATT ALARM COM ALARM FP3 FP10S CPU FP3 transmitter master unit Master B RUN PROG TEST BREAK ERROR BATT ALARM COM ALARM FP3 FP10S CPU FP3 transmitter master unit S Check the wiring Master A ERROR ON COM OFF Master B RUN OFF COM OFF Other LEDs normal status No power supply Master A RUN PROG TEST BREAK ERROR BATT ALARM COM ALARM FP3 FP10S CPU FP3 transmitter master unit Master B RUN PROG TEST BR...

Page 113: ...r B RUN PROG TEST BREAK ERROR BATT ALARM COM ALARM FP3 FP10S CPU FP3 transmitter master unit S Make sure power is properly supplied to master A Master A ERROR ON COM OFF ALARM ON Master B ERROR ON COM OFF Other LEDs normal status There is probably an abnormality Master A RUN PROG TEST BREAK ERROR BATT ALARM COM ALARM FP3 FP10S CPU FP3 transmitter master unit Master B RUN PROG TEST BREAK ERROR BATT...

Page 114: ...the transmission cable for correct wiring x See page 43 about wiring with transmission cable If there is a break in the transmission cable change the cable J When the COM LED is flashing slowly in 1 s intervals Error condition A communications error has been generated Check the wiring and look for looseness of terminal screws Check the transmission cable for correct wiring x See page 43 about wiri...

Page 115: ...ondition Master B has not communicated with master A since the power was turned ON Set operation mode selector No 1 of master A to OFF x When the setting is changed turn the power OFF and then ON again Check the wiring and look for looseness of terminal screws Check the transmission cable for correct wiring x See page 43 about wiring with transmission cable If there is a break in the transmission ...

Page 116: ...110 ...

Page 117: ...7 2 FP I O Transmitter Unit 118 3 Expansion FP I O Terminal Unit 119 8 3 Settings 120 1 Operation Mode Selector 120 2 Station Number Selector 121 8 4 I O Allocation Table 122 8 5 Transfer Time 128 1 Remote I O Control 128 2 I O Link Control 131 8 6 Terminology 132 8 7 Product Types 142 1 Master Stations 142 2 Slave Stations 142 3 Transmission Cable 142 ...

Page 118: ...nsmitter units and expansion FP I O terminal units See page 128 8 5 Transfer Time for details about the I O response time Controllable I O points Max 128 inputs and 128 outputs FP3 transmitter master unit Max 2 048 inputs and 2 048 outputs sixteen FP3 transmitter master units FP3 CPU Max 3 072 inputs and 3 072 outputs twenty four FP3 transmitter master units FP10S CPU Interface RS485 Communication...

Page 119: ...n all points are OFF 85 mA or less when all points are ON AFP87522 40 mA or less when all points are OFF 125 mA or less when all points are ON Input points per common AFP87525 4 points common AFP87521 8 points common AFP87522 16 points common Input type Source input Connection method Terminal block M3 5 screw Insulation Optical coupler Weight AFP87525 Approx 130 g 4 586 oz AFP87521 Approx 190 g 6 ...

Page 120: ...less when all points are OFF 85 mA or less when all points are ON AFP87524 40 mA or less when all points are OFF 120 mA or less when all points are ON Output points per common AFP87527 4 points common AFP87523 8 points common AFP87524 16 points common Output type Sink output Connection method Terminal block M3 5 screw Insulation Optical coupler Weight AFP87527 Approx 130 g 4 586 oz AFP87523 Approx...

Page 121: ...A or less when all points are ON AFP87426 110 mA or less when all points are ON Input points per common AFP87425 8 points common AFP87426 16 points common Input type Source input Connection method Terminal block M3 5 screw Insulation Optical coupler Weight AFP87425 Approx 170 g 5 997 oz AFP87426 Approx 270 g 9 524 oz Note When all points are ON the current required for the driving input current is...

Page 122: ... 60 mA or less when all points are ON AFP87428 110 mA or less when all points are ON Output points per common AFP87427 8 points common AFP87428 16 points common Output type Sink output Connection method Terminal block M3 5 screw Insulation Optical coupler Weight AFP87427 Approx 170 g 5 997 oz AFP87428 Approx 270 g 9 524 oz Note The current consumption when all points are ON shows the ratings when ...

Page 123: ...ansmitter Master Unit AFP3750 150 5 906 unit mm in 34 5 1 358 113 4 449 OFF ON 1 2 3 4 5 6 7 8 MASTER 0 1 2 3 4 5 6 7 8 9 A B C D E F TRANSMITTER MASTER COM ALARM DSP SW F G I II INPUT OUTPUT SLAVE UNIT NO MODE SW 8 2 Dimensions ...

Page 124: ...n 60 0 2 362 76 0 2 992 45 0 1 772 6 5 0 256 J 8 input type AFP87521 and 8 output type AFP87523 60 0 2 362 110 0 4 331 45 0 1 772 6 5 0 256 35 1 0 1 378 0 039 unit mm in J 16 input type AFP87522 and 16 output type AFP87524 60 0 2 362 180 0 7 087 45 0 1 772 6 5 0 256 35 1 0 1 378 0 039 unit mm in 8 2 Dimensions ...

Page 125: ... AFP87425 and 8 output type AFP87427 unit mm in 60 0 2 362 35 1 0 1 378 0 039 110 0 4 331 45 0 1 772 6 5 0 256 J 16 input type AFP87426 and 16 output type AFP87428 unit mm in 60 0 2 362 35 1 0 1 378 0 039 180 0 7 087 45 0 1 772 6 5 0 256 8 2 Dimensions ...

Page 126: ...g communication error Output OFF OFF 3 and 4 Not used 5 and 6 Input points l ti f l 0 point OFF OFF p p selection of slave station 32 points ON OFF station 64 points OFF ON 128 points ON ON 7 and 8 Output points l ti f l 0 point OFF OFF p p selection of slave station 32 points ON OFF station 64 points OFF ON 128 points ON ON Notes xThe operation mode selectors are all set to the OFF position when ...

Page 127: ... station OFF Notes xThe operation mode selectors are all set to the OFF position when shipped xThe operation mode selector s upper state is ON and the lower state is OFF xBe sure the power is OFF when changing the switch position 2 Station Number Selector x The I O numbers to be allocated to each slave station are determined by the slave station number setting Since each I O number is assigned to ...

Page 128: ... 1 2 3 4 5 6 7 8 OFF OFF OFF OFF OFF ON 1 2 3 4 5 6 7 8 ON ON ON ON OFF ON 1 2 3 4 5 6 7 8 ON ON OFF ON OFF ON 1 2 3 4 5 6 7 8 ON ON ON OFF OFF ON 1 2 3 4 5 6 7 8 ON ON OFF OFF Note xStarting with the first slave station number I O numbers are allocated in the number of 1 station unit to a 4 point type unit and to an 8 point type unit and 2 station units to a 16 point type unit X0 to X7 0 X8 to XF...

Page 129: ...to X5F Y138 to Y13F X60 to X67 Y140 to Y147 X68 to X6F Y148 to Y14F X70 to X77 Y150 to Y157 X78 to X7F Y158 to Y15F X0 to X7 Y80 to Y87 X8 to XF Y88 to Y8F X10 to X17 Y90 to Y97 X18 to X1F Y98 to Y9F X20 to X27 Y100 to Y107 X28 to X2F Y108 to Y10F X30 to X37 Y110 to Y117 X38 to X3F Y118 to Y11F X40 to X47 X48 to X4F X50 to X57 X58 to X5F X60 to X67 X68 to X6F X70 to X77 X78 to X7F X0 to X7 Y80 to ...

Page 130: ...FP3 transmitter master unit I O points I O allocation of the slave station Input type Output type Input type Output type Input type Output type Input type Output type Input type Output type Slave station type OFF ON 1 2 3 4 5 6 7 8 OFF ON ON ON OFF ON 1 2 3 4 5 6 7 8 OFF ON OFF ON OFF ON 1 2 3 4 5 6 7 8 OFF ON ON OFF OFF ON 1 2 3 4 5 6 7 8 OFF ON OFF OFF OFF ON 1 2 3 4 5 6 7 8 ON OFF ON ON X0 to X...

Page 131: ...X8 to XF Y88 to Y8F X10 to X17 Y90 to Y97 X18 to X1F Y98 to Y9F X20 to X27 Y100 to Y107 X28 to X2F Y108 to Y10F X30 to X37 Y110 to Y117 X38 to X3F Y118 to Y11F Y40 to Y47 Y48 to Y4F Y50 to Y57 Y58 to Y5F Y60 to Y67 Y68 to Y6F Y70 to Y77 Y78 to Y7F Y40 to Y47 Y48 to Y4F Y50 to Y57 Y58 to Y5F Y60 to Y67 Y68 to Y6F Y70 to Y77 Y78 to Y7F Y40 to Y47 Y48 to Y4F Y50 to Y57 Y58 to Y5F Y60 to Y67 Y68 to Y6...

Page 132: ...n No 15 Operation mode selector of the FP3 transmitter master unit I O points I O allocation of the slave station Input type Output type Input type Output type Input type Output type Input type Output type Input type Output type Slave station type OFF ON 1 2 3 4 5 6 7 8 ON OFF ON OFF OFF ON 1 2 3 4 5 6 7 8 ON OFF OFF OFF OFF ON 1 2 3 4 5 6 7 8 OFF OFF ON ON OFF ON 1 2 3 4 5 6 7 8 OFF OFF OFF ON 1 ...

Page 133: ...to Y37 X18 to X1F Y38 to Y3F X0 to X7 X8 to XF X10 to X17 X18 to X1F Y0 to Y7 Y8 to YF Y10 to Y17 Y18 to Y1F Y20 to Y27 Y28 to Y2F Y30 to Y37 Y38 to Y3F Y40 to Y47 Y48 to Y4F Y50 to Y57 Y58 to Y5F Y60 to Y67 Y68 to Y6F Y70 to Y77 Y78 to Y7F Not used Not used Not used Y0 to Y7 Y8 to YF Y10 to Y17 Y18 to Y1F Y20 to Y27 Y28 to Y2F Y30 to Y37 Y38 to Y3F Y0 to Y7 Y8 to YF Y10 to Y17 Y18 to Y1F Not used...

Page 134: ...the FP3 FP10S CPU such as an I O updateor programexecution after receiving an input signal x Tres is calculated by the following formula Tres ms Tires Tc Tores Tires Input response time Tc Scan time of the CPU Tores Output response time Ttr FP3 transmitter master unit Max Ttr FP3 FP10S CPU Tc Tc Max Tc Max Ttr Todly Tires Tores Max Ttr Max Ttr Tidly Slave station Input signal Output signal ON OFF ...

Page 135: ...mula DT9022 DT90022 Scan time register current value Current scan time ms data 0 1 DT9023 DT90023 Scan time register minimum value Minimum scan time ms data 0 1 DT9024 DT90024 Scan time register maximum value Maximum scan time ms data 0 1 Tidly Input response time of the input type slave station Slave station Response time FP I O transmitter unit OFF ON 1 ms or less Expansion FP I O terminal unit ...

Page 136: ...smitter units Te 8 input type or 16 input type 8 input type or 16 input type Te 1 16 number of expansion FP I O terminal units Tf 8 output type or 16 output type 8 output type or 16 output type Tf 0 78 number of expansion FP I O terminal units Tg 8 input type or 16 input type 8 output type or 16 output type Tg 1 30 number of expansion FP I O terminal Tg 8 output type or 16 output type 8 input type...

Page 137: ...P3 FP10S and FP M Tiol ms Tc 14 master station combination FP3 FP10S and FP3 FP10S Tc Scan time of the CPU This is the time required for the FP3 FP10S CPU to perform an I O update program execution or tool services The value varies depending on the program and operating conditions The current minimum and maximum values of the scan time are stored in special data registers DT9022 DT9023 and DT9024 ...

Page 138: ...xadecimal asynchronous Not synchronous Repeated operations that take place in patterns unrelated over time AWG See American Wire Gauge AWG backplane Aprintedcircuitboardlocatedinthe backof achassis thatcontainsadata bus power bus and mating connectors for units For FP3 FP5 FP10S and FP10 programmable controllers two types of backplanes are available Master Backplane Expansion Backplane backup A de...

Page 139: ... of the codes expressed in binary BCD is a binary code in which each decimal digit from 0 to 9 is represented by four binary digits bits The four positions have a weighted value of 1 2 4 and 8 respectively starting with the least significant bit A thumbwheel switch is specified as a BCD device and when connected to a programmable controller each decimal digit requires four inputs BCD is usually ex...

Page 140: ...are errors which will cause unexpected actions bus Power distribution conductors Central Processing Unit The Central Processing Unit is usually referred to as the CPU The CPU controls system activities of the programmable controller character A symbol such as a letter of the alphabet or decimal number An ASCII character is most commonly used to express characters using binary complement A logical ...

Page 141: ...ased with the use of an ultra violet light source FIFO See First In First Out First In First Out The order that data is written in and read from registers flag A relay used to detect and remember certain events in the programmable controller In FP series programmable controllers some of the special internal relays are used as flags full duplex A communication link in which data can be transmitted ...

Page 142: ...relay logic systems LCD Abbreviation for Liquid Crystal Display leading edge differential A programming technique to operate a bit only for one scan at the moment its input condition turns ON from the OFF state Least Significant Bit LSB The bit which represents the smallest value in a byte word or double word Least Significant Digit LSD The digit which represents the smallest value in a number LED...

Page 143: ...llers that performs communication between a computer and programmable controllers modem Abbreviation for MOdulator DEModulator The modem modulates digital signals and transmits them through a telephone line Most Significant Bit MSB The bit which represents the greatest value in a byte word or double word Most Significant Digit MSD The digit which represents the greatest value in a number multidrop...

Page 144: ...r PC link PC link S0 is assigned for the unit farthest from the CPU unit with a larger S link number System register 46 is available for FP3C series with CPU version 4 4 or later and all FP10Ses PC link for high level link system In the high level link system a maximum of two PC links are available per CPU using MEWNET H link units The two PC links for the high level link systems are called PC lin...

Page 145: ... 7 and route 8 including 5 standard link units and 3 high level link units Route 5 ET LAN unit Route 4 ET LAN unit Route 3 MEWNET W link unit Route 2 MEWNET P link unit Route 1 C NET link unit RS232C An EIA communication standard for data transmission media that is less than 15 m Most common serial communication standard RS422 An EIA communication standard for data transmission media rung Term for...

Page 146: ...ckplane board number 1 Expansion Backplane board number 2 Slot number 0 1 2 3 4 5 6 7 Slot number 8 9 10 11 12 13 14 15 Slot number 16 17 18 19 20 21 22 23 On five slot backplanes each of the three open slots which actually do not exist is counted as one slot On three slot backplanes each of the five open slots which actually do not exist is counted as one slot Power supply unit stop bit The last ...

Page 147: ...rammable controllers numbers are expressed using the two s complement underflow The act of going below the minimum limit in a register s capacity watchdog timer Atimerthatmonitorsprocessingtimeoftheprogrammablecontroller If theprogram does not time out the processor is assumed to be faulty word A unit of bits which is usually executed at the same time A word is composed of 16 bits 8 6 Terminology ...

Page 148: ...open collector output Max load current 0 5 A point 1 A common AFP87523 16 output Max load current 0 5 A point 1 A common AFP87524 Expansion FP I O 8 input Rated power supply voltage 24 V DC S i t AFP87425 p FP I O terminal unit 16 input p pp y g Source input AFP87426 terminal unit 8 output Rated power supply voltage 24 V DC Transistor NPN open collector output AFP87427 16 output Transistor NPN ope...

Page 149: ...smitter unit 19 20 L Limitations on unit installation 8 M Master station 2 6 Maximum I O link transmission time Tiol 131 Maximum input response time Tires 129 Maximum output response time Tores 129 Maximum remote I O response time Tres 128 Mounting hole dimensions 32 34 N NPST GR programming tool 73 O Operation mode selector Master station 50 51 Slave station 52 53 Operation monitor LED status I O...

Page 150: ...RECORD OF CHANGES 144 RECORD OF CHANGES ACG No Date Description of Changes ACG M0076 1 MAY 1995 First edition ...

Page 151: ......

Page 152: ...ACG M0076 1 ...

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