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Product details
FX1S series PLC
Brief introduction
The FX1S series PLC integrates excellent features into a very small controller.
The FX1S is suitable for the smallest package, providing up to 30 I/Os and capable of transmitting data through serial communication, making it suitable for applications where compact PLCs cannot be used.
Positioning and pulse output function
The FX1S series PLC unit can simultaneously output 2-point 100KHz pulses and is equipped with 7 special positioning commands, including zero return, absolute position readout, absolute or relative address expression, and special pulse output control.
Other functions
| Built in 24V DC power supply | 24V, 400mA DC power supply can be used for peripheral devices such as sensors or other components. |
| Clock function and hour meter function | There is a real-time clock standard in all FX1sPLCs. The time setting and comparison instructions are easy to operate. The hour meter function provides valuable information for process tracking and machine maintenance. |
| Continuous scanning function | Define the operation cycle for the continuous scanning time required by the application. |
| Input filter adjustment function | An input filter can be used to flatten the input signal (x000 to x017 in the basic unit). |
| Component annotation recording function | Component annotations can be recorded in program registers. |
| Online program editing | Changing programs online will not result in loss of working time or halt of production operations. |
| RUN/STOP switch | The run/stop switch on the panel is easy to operate. |
| remote maintenance | Remote programming software can monitor, upload, or uninstall programs and data through modem communication |
| Password protection | Protect your program with an eight digit password. |
AC power supply, 24V DC input type
| model | Total I/O count | input | output | size Mm (inches) (Width) * (Thickness) * (Height) |
|||
|---|---|---|---|---|---|---|---|
| number | type | number | type | ||||
 |
FX1s-10MR-001 | 10 | 6 | leakage type | 4 | relay | 60*75*90 (2.4*3.0*3.5) |
| FX1s-10MT | transistor | ||||||
 |
FX1s-14MR-001 | 14 | 8 | leakage type | 6 | relay | 60*75*90 (2.4*3.0*3.5) |
| FX1s-14MT | transistor | ||||||
 |
FX1s-20MR-001 | 20 | 12 | leakage type | 8 | relay | 75*75*90 () 3.0*3.0*3.5 |
| FX1s-20MT | transistor | ||||||
 |
FX1s-30MR-001 | 30 | 16 | leakage type | 14 | relay | 100*75*90 (3.0*3.0*3.5) |
| FX1s-30MT | transistor | ||||||
FX1s Performance Specifications
| project | Specifications | remark | |
|---|---|---|---|
| Operation control mode | Running through stored program cycles | ||
| I/O control method | Batch processing method (when executing END instruction) | I/O instructions can refresh | |
| Operation processing time | Basic instruction: 0.55 to 0.7 µ s Application instructions: 3.7 to several hundred µ s |
||
| programming language | Logic ladder diagram and instruction list | Using a step ladder diagram can generate SFC type programs | |
| Program capacity | Built in 2K step EEPROM | Storage box (FX1n-EEPROM-8L) optional | |
| Number of instructions | Basic sequence instruction: 27 Step ladder instruction: 2 Application instruction: 85 |
Maximum available 167 application instructions, including all changes | |
| I/O configuration | The maximum total I/O is set by the main processing unit | ||
| Auxiliary relay (M coil) |
average | 384 points | M0 to M383 |
| lock | 128 points (subsystem) | M384 to M511 | |
| special | 256 points | M8000 to M8255 | |
| Status relay (S coil) |
average | 128 points | S0 to S127 |
| initial | 10 o'clock (subsystem) | S0 to S9 | |
| Timer (T) | 100 milliseconds | Range: 0 to 3276.7 seconds at 63 o'clock | T0 to T55 |
| 10 milliseconds | Range: 0 to 327.67 seconds 31 o'clock | When the special M coil is working, T32 to T62 | |
| 1 millisecond | Range: 0.001 to 32.767 seconds 1 o'clock | T63 | |
| Counter (C) | average | Range: 1 to 32767 numbers 16 points | C0 to C15 Type: 16 bit up counter |
| lock | Range: 1 to 32767 numbers 16 points | C16 to C31 Type: 16 bit up counter |
|
| High-speed counter （C） |
single-phase | Range: -2147483648 to+2147483647 numbers FX0: Select up to 4 single-phase counters, with a combined counter frequency not exceeding 2KHz. FX0s: When using multiple single-phase counters, the sum of frequencies must not exceed 14KHz. Only single and dual phase high-speed counters are allowed to be used simultaneously. When using a biphasic counter, the maximum counting speed must be greater than 14KHz, calculated as (2ph counter speed when counting 5 sides)+1ph counter speed. |
C235 to C238 4 o'clock (note that C235 is locked) |
| Starting from single-phase c/w Stop input |
C241 (locked), C242, and C244 (locked) 3 points | ||
| bipolar | C246, C247, and C249 (all locked) 3 points | ||
| A/B phase | C251, C252, and C254 (all locked) 3 points | ||
| Data register （D） |
average | 128 points | D0 to D127 Type: 16 bit data storage register pair for 32-bit components |
| lock | 128 points | D128 to D255 Type: 16 bit data storage register pair for 32-bit components |
|
| external regulation | Range: 0 to 255 2 points | Indirectly input D8013 or D8030&D803114 data through external potentiometer settings | |
| special | 256 points (including D8030, D8031) | From D8000 to D8255 Type: 16 bit data storage register |
|
| Address change | four p.m. | V and Z Type: 16 bit data storage register |
|
| indicator （P） |
Used for CALL | 64 points | P0 to P64 |
| Used for interrupting | six o'clock | 100 * to 130* (Rising trigger *=1, falling trigger *=0) |
|
| Nested hierarchy | Used for MC and MRC at 8 o'clock | N0至N7 | |
| constant | Decimal K | 16 bits: -32768 to+32768 32-bit: -2147483648 to+2147483647 |
|
| Hexadecimal H | 16 bits: 0000 to FFFF 32-bit: up to FFFFFFFF |
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