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DRIVER CABLE AMSAMOTION & SMART
PLC All-in-One Text Display Domestic Compatible Mitsubishi Op320
Industrial Control Board 10mt Programmable Controller
1) FX3U/FX3UC PLCs
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Device name |
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Description |
Reference |
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I/O relay |
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Input relay |
X000 to X367*1 |
248 points |
Device numbers are octal. The total number of inputs and outputs is 256. |
Section 4.2 |
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Output relay |
Y000 to Y367*1 |
248 points |
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Auxiliary relay |
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General type [variable] |
M0 to M499 |
500 points |
The setting can be changed between the latched (battery backed) type and the non-latched type using parameters. |
Section 4.3 |
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Latched (battery backed) type [variable] |
M500 to M1023 |
524 points |
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Latched (battery backed) type [fixed] |
M1024 to M7679 |
6656 points |
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Special type*2 |
M8000 to M8511 |
512 points |
| Chapter 37 |
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State relay |
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Initial state (general type [variable]) |
S0 to S9 |
10 points |
The setting can be changed between the latched (battery backed) type and the non-latched type using parameters. |
Section 4.4 |
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General type [variable] |
S10 to S499 |
490 points |
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Latched (battery backed) type [variable] |
S500 to S899 |
400 points |
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Annunciator (latched (battery backed) type [variable]) |
S900 to S999 |
100 points |
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Latched (battery backed) type [fixed] |
S1000 to S4095 |
3096 points |
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Timer (on-delay timer) |
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100 ms |
T0 to T191 |
192 points |
0.1 to 3,276.7 sec |
Section 4.5 |
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100 ms [for subroutine or interrupt routine] |
T192 to T199 |
8 points |
0.1 to 3,276.7 sec |
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10 ms |
T200 to T245 |
46 points |
0.01 to 327.67 sec |
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Retentive type for 1 ms |
T246 to T249 |
4 points |
0.001 to 32.767 sec |
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Retentive type for 100 ms |
T250 to T255 |
6 points |
0.1 to 3,276.7 sec |
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1 ms |
T256 to T511 |
256 points |
0.001 to 32.767 sec |
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Counter |
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General type up counter (16 bits) [variable] |
C0 to C99 |
100 points |
Counts 0 to 32,767 The setting can be changed between the latched (battery backed) type and the non-latched type using parameters. |
Section 4.6 |
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Latched (battery backed) type up counter (16 bits) [variable] |
C100 to C199 |
100 points |
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General type bi-directional counter (32 bits) [variable] |
C200 to C219 |
20 points |
−2,147,483,648 to +2,147,483,647 counts The setting can be changed between the latched (battery backed) type and the non-latched type using parameters. |
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Latched (battery backed) type bi-directional counter (32 bits) [variable] |
C220 to C234 |
15 points |
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Device name |
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Description |
Reference |
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|---|---|---|---|---|
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High-speed counter |
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1-phase 1-counting input Bi-directional (32 bits) |
C235 to C245 |
8 points maximum can be used among C235 to C255 [latched (battery backed) type]. The setting can be changed between the latched (battery backed) type and the non-latch type using parameters. −2,147,483,648 to +2,147,483,647 counts Hardware counter*3 1 phase: 100 kHz × 6 points, 10 kHz × 2 points 2 phases: 50 kHz (1 edge count), 50 kHz (4 edge count) Software counter 1 phase: 40 kHz 2 phases: 40 kHz (1 edge count), 10 kHz (4 edge count) |
Section 4.7 |
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1-phase 2-counting input Bi-directional (32 bits) |
C246 to C250 |
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2-phase 2-counting input Bi-directional (32 bits) |
C251 to C255 |
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Data register (32 bits when used in pair form) |
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General type (16 bits) [variable] |
D0 to D199 |
200 points |
The setting can be changed between the latched (battery backed) type and the non-latched type using parameters. |
Section 4.9 |
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latched (battery backed) type (16 bits) [variable] |
D200 to D511 |
312 points |
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latched (battery backed) type (16 bits) [fixed] <file register> |
D512 to D7999 <D1000 to D7999> |
7488 points <7000 points> |
Among the 7488 fixed latched (battery backed) type data registers, D1000 and later can be set as file registers in units of 500 points. |
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Special type (16 bits)*2 |
D8000 to D8511 |
512 points |
Chapter 37 |
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Index type (16 bits) |
V0 to V7, Z0 to Z7 |
16 points |
Section 4.11 |
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Extension register/Extension file register |
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Extension register (16 bits) |
R0 to R32767 |
32768 points |
latched (battery backed) |
Section 4.10 |
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Extension file register (16 bits) |
ER0 to ER32767 |
32768 points |
Available only while a memory cassette is mounted |
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Pointer |
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For jump and branch call |
P0 to P4095 |
4096 points |
For CJ and CALL instructions |
Section 4.12 |
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Input interrupt Input delay interrupt |
I0?? to I5?• |
6 points |
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Timer interrupt |
I6?? to I8?• |
3 points |
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Counter interrupt |
I010 to I060 |
6 points |
For HSCS instruction |
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Nesting |
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For master control |
N0 to N7 |
8 points |
For MC instruction |
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Constant |
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Decimal (K) |
16 bits |
−32768 to +32767 |
Chapter 5 |
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32 bits |
−2,147,483,648 to +2,147,483,647 |
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Hexadecimal (H) |
16 bits |
0 to FFFF |
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32 bits |
0 to FFFFFFFF |
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Real number (E) |
32 bits |
−1.0 × 2128 to −1.0 × 2−126, 0, 1.0 × 2−126 to 1.0 × 2128 Both the decimal point expression and the exponent expression are available. |
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Character string (" ") |
Character string |
Specify characters by quotation marks. In a constant of an instruction, up to 32 half-width characters are available. |
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*1. |
Available device numbers vary depending on the PLC. For details, refer to Section 4.2. |
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*2. |
For supported functions, refer to Chapter 37. |
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For handling of the latched (battery backed) area, refer to Section 2.6. |
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*3. |
When the FX3U-4HSX-ADP is connected to an FX3U PLC, the maximum input frequency is set as follows: |
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1 phase: 200 kHz |
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2 phases: 100 kHz (1 edge count). 100 kHz (4 edge count) |
2) FX3G/FX3GC PLCs
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Device name |
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|
Description |
Reference |
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I/O relay |
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Input relay |
X000 to X177 |
128 points |
Device numbers are octal. The total number of inputs and outputs is 128. |
Section 4.2 |
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Output relay |
Y000 to Y177 |
128 points |
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Auxiliary relay |
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General type |
M0 to M383 |
384 points |
| Section 4.3 |
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EEPROM keep type |
M384 to M1535 |
1152 points |
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General type*1 |
M1536 to M7679 |
6144 points |
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Special type*2 |
M8000 to M8511 |
512 points |
| Chapter 37 |
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State relay |
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Initial state type (EEPROM keep) |
S0 to S9 |
10 points |
| Section 4.4 |
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EEPROM keep type |
S10 to S899 |
890 points |
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Annunciator type (EEPROM keep) |
S900 to S999 |
100 points |
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General type*1 |
S1000 to S4095 |
3096 points |
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Timer (on-delay timer) |
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100 ms |
T0 to T191 |
192 points |
0.1 to 3,276.7 sec |
Section 4.5 |
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100 ms [for subroutine or interrupt routine] |
T192 to T199 |
8 points |
0.1 to 3,276.7sec |
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10 ms |
T200 to T245 |
46 points |
0.01 to 327.67 sec |
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Retentive type for 1 ms (EEPROM keep) |
T246 to T249 |
4 points |
0.001 to 32.767 sec |
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Retentive type for 100 ms (EEPROM keep) |
T250 to T255 |
6 points |
0.1 to 3,276.7 sec |
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1 ms |
T256 to T319 |
64 points |
0.001 to 32.767 sec |
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Counter |
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General type up counter (16 bits) |
C0 to C15 |
16 points |
Counts 0 to 32,767 |
Section 4.6 |
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EEPROM keep type up counter (16 bits) |
C16 to C199 |
184 points |
Counts 0 to 32,767 |
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General type bi-directional counter (32 bits) |
C200 to C219 |
20 points |
−2,147,483,648 to +2,147,483,647 counts |
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EEPROM keep bi-directional counter (32 bits) |
C220 to C234 |
15 points |
−2,147,483,648 to +2,147,483,647 counts |
|
*1. |
When the optional battery is installed, general type devices can be changed to latched (battery backed) type |
|
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devices by the parameter setting. However, the latched range cannot be set. |
|
*2. |
For applicable functions, refer to Chapter 37. |
For handling of the latched area, refer to Section 2.6.
|
Device name |
|
Description |
Reference |
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|---|---|---|---|---|
|
High-speed counter |
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1-phase 1-counting input Bidirectional (32 bits) (EEPROM keep) |
C235 to C245 |
−2,147,483,648 to +2,147,483,647 counts Software counter 1 phase: 60 kHz × 4 points, 10 kHz × 2 points 2 phases: 30 kHz × 2 points, 5 kHz × 1 point |
Section 4.8 |
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1-phase 2-counting input Bidirectional (32 bits) (EEPROM keep) |
C246 to C250 |
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2-phase 2-counting input Bidirectional (32 bits) (EEPROM keep) |
C251 to C255 |
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Data register (32 bits when used in pair form) |
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General type (16 bits) |
D0 to D127 |
128 points |
Section 4.9 |
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EEPROM keep type (16 bits) |
D128 to D1099 |
972 points |
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General type (16 bits)*1 |
D1100 to D7999 |
6900 points |
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EEPROM keep type (16 bits) <file register> |
D1000 to D7999 |
7000 points |
Among 7000 latched type data registers backed up by the EEPROM, D1000 and later can be set as file registers in units of 500 points by the parameter setting. |
|
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Special type (16 bits)*2 |
D8000 to D8511 |
512 points |
Chapter 37 |
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Index type (16 bits) |
V0 to V7, Z0 to Z7 |
16 points |
Section 4.11 |
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Extension register/Extension file register |
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Extension register (16 bits)*1 |
R0 to R23999 |
24000 points |
Section 4.10 |
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Extension file register (16 bits) (EEPROM keep) |
ER0 to ER23999 |
24000 points |
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Pointer |
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For jump and branch call |
P0 to P2047 |
2048 points |
For CJ and CALL instructions |
Section 4.12 |
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Input interrupt |
I0?? to I5?• |
6 points |
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Timer interrupt |
I6?? to I8?• |
3 points |
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Nesting |
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For master control |
N0 to N7 |
8 points |
For MC instruction |
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Constant |
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Decimal (K) |
16 bits |
−32,768 to +32,767 |
Chapter 5 |
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32 bits |
−2,147,483,648 to +2,147,483,647 |
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Hexadecimal (H) |
16 bits |
0 to FFFF |
||
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32 bits |
0 to FFFFFFFF |
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Real number (E)*3 |
32 bits |
−1.0 × 2128 to −1.0 × 2−126, 0, 1.0 × 2−126 to 1.0 × 2128 Both the decimal point expression and the exponent expression are available. |
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*1. |
When the optional battery is installed, general type devices can be changed to latched (battery backed) type |
|
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devices by the parameter setting. However, the latched range cannot be set. |
|
*2. |
For applicable functions, refer to Chapter 37. |
|
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For handling of the latched area, refer to Section 2.6. |
|
*3. |
Available in Ver. 1.10 or later. |
