### TOYOPUC-PC10G

Device | Bit Address | Byte Address | Word Address | 32bits | Notes
--- | --- | --- | --- | --- | ---
Input Relay | 1X000 - 1X7FF | 1X00L - 1X7FH | 1X00W - 1X7FW |  | *1 *3
2X000 - 2X7FF | 2X00L - 2X7FH | 2X00W - 2X7FW
3X000 - 3X7FF | 3X00L - 3X7FH | 3X00W - 3X7FW
Output Relay | 1Y000 - 1Y7FF | 1Y00L - 1Y7FH | 1Y00W - 1Y7FW | *1 *3
2Y000 - 2Y7FF | 2Y00L - 2Y7FH | 2Y00W - 2Y7FW
3Y000 - 3Y7FF | 3Y00L - 3Y7FH | 3Y00W - 3Y7FW
Internal Relay | 1M000 - 1M7FF | 1M00L - 1M7FH | 1M00W - 1M7FW | *1
2M000 - 2M7FF | 2M00L - 2M7FH | 2M00W - 2M7FW
3M000 - 3M7FF | 3M00L - 3M7FH | 3M00W - 3M7FW
1M1000 - 1M17FF | 1M100L - 1M17FH | 1M100W - 1M17FW | *1 *7
2M1000 - 2M17FF | 2M100L - 2M17FH | 2M100W - 2M17FW
3M1000 - 3M17FF | 3M100L - 3M17FH | 3M100W - 3M17FW
Keep Relay | 1K000 - 1K2FF | 1K00L - 1K2FH | 1K00W - 1K2FW | *1
2K000 - 2K2FF | 2K00L - 2K2FH | 2K00W - 2K2FW
3K000 - 3K2FF | 3K00L - 3K2FH | 3K00W - 3K2FW
Link Relay | 1L000 - 1L7FF | 1L00L - 1L7FH | 1L00W - 1L7FW | *1
2L000 - 2L7FF | 2L00L - 2L7FH | 2L00W - 2L7FW
3L000 - 3L7FF | 3L00L - 3L7FH | 3L00W - 3L7FW
1L1000 - 1L2FFF | 1L100L - 1L2FFH | 1L100W - 1L2FFW | *1 *7
2L1000 - 2L2FFF | 2L100L - 2L2FFH | 2L100W - 2L2FFW
3L1000 - 3L2FFF | 3L100L - 3L2FFH | 3L100W - 3L2FFW
Special Relay | 1V00 - 1VFF | 1V0L - 1VFH | 1V0W - 1VFW | *1
2V00 - 2VFF | 2V0L - 2VFH | 2V0W - 2VFW
3V00 - 3VFF | 3V0L - 3VFH | 3V0W - 3VFW
1V1000 - 1V17FF | 1V100L - 1V17FH | 1V100W - 1V17FW | *1 *7
2V1000 - 2V17FF | 2V100L - 2V17FH | 2V100W - 2V17FW
3V1000 - 3V17FF | 3V100L - 3V17FH | 3V100W - 3V17FW
Timer (Contact) | 1T000 - 1T1FF | 1T00L - 1T1FH | 1T00W - 1T1FW | *1 *3
2T000 - 2T1FF | 2T00L - 2T1FH | 2T00W - 2T1FW
3T000 - 3T1FF | 3T00L - 3T1FH | 3T00W - 3T1FW
1T1000 - 1T17FF | 1T100L - 1T17FH | 1T100W - 1T17FW | *1 *3 *7
2T1000 - 2T17FF | 2T100L - 2T17FH | 2T100W - 2T17FW
3T1000 - 3T17FF | 3T100L - 3T17FH | 3T100W - 3T17FW
Counter (Contact) | 1C000 - 1C1FF | 1C00L - 1C1FH | 1C00W - 1C1FW | *1 *3
2C000 - 2C1FF | 2C00L - 2C1FH | 2C00W - 2C1FW
3C000 - 3C1FF | 3C00L - 3C1FH | 3C00W - 3C1FW
1C1000 – 1C17FF | 1C100L – 1C17FH | 1C100W – 1C17FW | *1 *3 *7
2C1000 – 2C17FF | 2C100L – 2C17FH | 2C100W – 2C17FW
3C1000 – 3C17FF | 3C100L – 3C17FH | 3C100W – 3C17FW
Current Value Register | 1N000-0 - 1N1FF-F | 1N000L - 1N1FFH | 1N000 - 1N1FF | *2
2N000-0 - 2N1FF-F | 2N000L - 2N1FFH | 2N000 - 2N1FF
3N000-0 - 3N1FF-F | 3N000L - 3N1FFH | 3N000 - 3N1FF
1N1000-0 - 1N17FF-F | 1N1000L - 1N17FFH | 1N1000 - 1N17FF | *2 *7
2N1000-0 - 2N17FF-F | 2N1000L - 2N17FFH | 2N1000 - 2N17FF
3N1000-0 - 3N17FF-F | 3N1000L - 3N17FFH | 3N1000 - 3N17FF
Data Register | 1D0000-0 - 1D2FFF-F | 1D0000L - 1D2FFFH | 1D0000 - 1D2FFF | *2
2D0000-0 - 2D2FFF-F | 2D0000L - 2D2FFFH | 2D0000 - 2D2FFF
3D0000-0 - 3D2FFF-F | 3D0000L - 3D2FFFH | 3D0000 - 3D2FFF
Link Register | 1R000-0 - 1R7FF-F | 1R000L - 1R7FFH | 1R000 - 1R7FF | *2
2R000-0 - 2R7FF-F | 2R000L - 2R7FFH | 2R000 - 2R7FF
3R000-0 - 3R7FF-F | 3R000L - 3R7FFH | 3R000 - 3R7FF
Special Register | 1S000-0 - 1S3FF-F | 1S000L - 1S3FFH | 1S000 - 1S3FF | *2
2S000-0 - 2S3FF-F | 2S000L - 2S3FFH | 2S000 - 2S3FF
3S000-0 - 3S3FF-F | 3S000L - 3S3FFH | 3S000 - 3S3FF
1S1000-0 - 1S13FF-F | 1S1000L - 1S13FFH | 1S1000 - 1S13FF | *2 *7
2S1000-0 - 2S13FF-F | 2S1000L - 2S13FFH | 2S1000 - 2S13FF
3S1000-0 - 3S13FF-F | 3S1000L - 3S13FFH | 3S1000 - 3S13FF
File Register | B0000-0 - B1FFF-F | B0000L - B1FFFH | B0000 - B1FFF | *2
Extension Input | EX000 - EX7FF | EX00L - EX7FH | EX00W - EX7FW | *1 *3
Extension Output | EY000 - EY7FF | EY00L - EY7FH | EY00W - EY7FW | *1 *3
Extension Internal Relay | EM0000 - EM1FFF | EM000L - EM1FFH | EM000W - EM1FFW | *1
Extension Special Relay | EV000 - EVFFF | EV00L - EVFFH | EV00W - EVFFW | *1
Extension Keep Relay | EK000 - EKFFF | EK00L - EKFFH | EK00W - EKFFW | *1
Extension Timer | ET000 - ET7FF | ET00L - ET7FH | ET00W - ET7FW | *1 *3
Extension Counter | EC000 - EC7FF | EC00L - EC7FH | EC00W - EC7FW | *1 *3
Extension Link Relay | EL0000 - EL1FFF | EL000L - EL1FFH | EL000W - EL1FFW | *1
Extension 2 Input | GX0000 - GXFFFF | GX000L - GXFFFH | GX000W - GXFFFW | *1 *3
Extension 2 Output | GY0000 - GYFFFF | GY000L - GYFFFH | GY000W - GYFFFW | *1 *3
Extension 2 Internal Relay | GM0000 - GMFFFF | GM000L - GMFFFH | GM000W - GMFFFW | *1
Extension Data Register | U00000-0 - U1FFFF-F | U00000L - U1FFFFH | U00000 - U1FFFF | *2
Extension Setting Value Register | H000-0 - H7FF-F | H000L - H7FFH | H000 - H7FF | *2
Extension Special Register | ES000-0 - ES7FF-F | ES000L - ES7FFH | ES000 - ES7FF | *2
Extension Current Value Register | EN000-0 - EN7FF-F | EN000L - EN7FFH | EN000 - EN7FF | *2
Watch Time Register | ------ | ------ | WT0 - WT6 | *4 *5
Extended buffer register | EB00000-0 - EB3FFFF-F | EB00000L - EB3FFFFH | EB00000 - EB3FFFF | *2
Extended flash register | FR000000-0 - FR1FFFFF-F | FR000000L - FR1FFFFFH | FR000000 - FR1FFFFF | *2 *6

*1For word description of the bit device, add "W" to the last of the word address.
Example) When the address is 0 in M device, describe "M0000W".

*2For bit description of the word device, describe "-" following the word address and the bit position next.
Example) When the address is 0 and the bit is 5 in D device, describe " D0000-5".

*3You cannot set the duplicate address for X and Y (EX, EY, GX, GY), T and C (ET, EC).
(Setting such address as X000/Y000, EX000/EY000, T000/C000, ET000/EC000 is wrong.)

*4When you write "Watch Time Register", the Display reads all addresses of "Watch Time Register" in the External Device. Then the Display writes all addresses of "Watch Time Register" after the Display changes the data of your requested address. Note that the correct data may not be written if you change the word address using the ladder program while the Display reads data from the External Device and returns it.

*5Contents of "Watch Time Register" are shown below.

Address | Mean | Note
--- | --- | ---
WT0 | day of week | 0:Sunday, 1:Monday, 2:Tuesday, 3:Wednesday, 4:Thursday, 5:Friday, 6:Saturday
WT1 | year | lower two digits of A.D.
WT2 | month |
WT3 | day |
WT4 | hour | 24-hour system
WT5 | minute |
WT6 | second |

*6You can read from and write to the extended flash register. However, you cannot write values to flash memory. Use the ladder software to write values to flash memory.

*7M1, L1, V1, T1, C1, N1 and S1 can be used with [PC10 mode]. Select [Auto Detect] or [PC10 mode] from [Series] in the driver properties.

NOTE

- Please refer to the precautions on manual notation for icons in the table.
  Supported Devices Symbol and Terms