FX3U-32MT w/ RS485 PLC Programmable Logic Controller Board High-Speed Input Output 6AD-2DA For MODBUS

FX3U-32MT w/ RS485 PLC Programmable Logic Controller Board High-Speed Input Output 6AD-2DA For MODBUS

Advantages:
- 16 inputs 16 outputs
- 6AD+2DA
- High-speed input and output
- Support PID

Features:
- Industrial control board
- Original chip
- Stable performance
- Online Download
- Online monitoring
- MT transistor type: Support pulse output. Only support DC24V load. Output current up to 1A
- Can be used in various industrial automation control
- Suitable for metallurgy, printing, chemicals, plastics, building materials, home furnishing, packaging, textiles, food

Product Parameters:
- Product name: industrial control board
- Product model: FX3U-32MT
- Product number: 14500
- Output type: Transistor output
- Input points: 16 points
- Output points: 16 points
- Supply voltage: 24V DC
- Output current: 1A
- Analog input: 6AD
- Analog output: 2DA
- High-speed counting: 6 channels 3K. Optional 6 channels 60K
- Pulse output: Default 8/ 10K. Optional 8/ 100K
- Floating point: support
- Stepper motor: Support
- Memory capacity: 8000 steps
- Download method: Direct download
- RS485 communication port: optional
- For MODBUS: optional
- Connect text screen: support
- Connect the touch screen: support
- Programming software: For GX Developer or GX Works2
- Installation method: fixed isolation column installation

Soft Element:
- Intermediate relay M: M0-M3071, power-down storage range can be set
- Step point S: S0-1023, power-down saving range can be set to S0-S1023
- 100MS timer: T0-T199, accumulative power-down save T184-T199
- 10MS timer: T200-T249, accumulative power-off save T246-T249
- 1MS timer: T250-T383, of which T250-255 is cumulative
- 16-bit counter: C0-C199, save C100-199 when power off
- 32-bit counter: C200-C219, save C220-C234 when power off
- 32-bit high-speed counter:
  C235-255; C235-240 is a single-phase counter without frequency multiplication;
  C241-240 is a single-phase counter, 2 times the frequency;
  C247-249 is a two-phase counter without frequency multiplication;
  C250-252 is a two-phase counter, 2 times the frequency;
  C253-255 is a two-phase counter, 4 times the frequency;
- Register D: D0-D7999, the saving range can be set to D0-7999 after power-off,
- Indirect addressing pointer V, Z: V0-7, Z0-7
- P subroutine jump number: P0-63
- I Interrupt: X0-5 external interrupt. Timer interrupt (1MS as a unit). The counter is interrupted.
- Special M element: M8000 is normally closed when running, M8002 is power-on pulse, M8011 is 10Ms pulse, M8012 is 100Ms pulse, M8013 is 1s pulse, and M8014 is minute pulse.

Instruction List:
Basic instructions:
LD: Normally open contact at the start of operation
LDI: Normally closed contact at the start of operation
LDP: Rising edge detection operation starts
LDF: Falling edge detection operation starts
AND: series normally open contact
ANI: Series normally closed contact
ANDP: Series connection detected on rising edge
ANDF: Falling edge detection of series connection
OR: Parallel normally open contacts
ORI: Parallel normally closed contacts
ORP: parallel connection detected by rising edge
ORF: Falling edge detection parallel connection
ANB: Series connection between circuit blocks
ORB: parallel connection between circuit blocks
OUT: Coil output drive
SET: keep the coil action
RST: Release the coil operation hold
PLS: Coil rising edge output
PLF: Coil falling edge output
ALT: alternate output
MC: Coil for common string connection point
MCR: Common contact release command
MPS: Operational storage
MRD: storage read
MPP: memory read and reset
INV: Invert the result of the operation
END: end of program
STL: start of step ladder diagram
RET: End of step ladder diagram
CALL: call subroutine
SRET: Subroutine return

Procedure Flow:
CJ: Conditional jump
CALL: subroutine call
SRET: Subroutine return
FEND: End of main program

Send and Compare:
CMP: Comparison
ZCP: Regional comparison
MOV: transfer
CML: Reverse transmission
BMOV: send together
FMOV: Multicast
XCH: Exchange
BCD: BCD conversion
BIN: BIN conversion

Four Logical Operations:
ADD: BIN addition
SUB: BIN subtraction
MUL: BIN multiplication
DIV: BIN division
INC: BIN plus 1
DEC: BIN minus 1
WAND: logical word and
WPR: logical word or
WXOR: logical word exclusive OR
NEG: complement

Cycle Displacement:
ROR: right shift cycle
ROL: Shift left loop
RCR: right shift
RCL: Left shift
SFTL: bit shift left
SFTR: bit shift right

Special Components Instruction:
M8000: Normally closed during operation
M8002: Power-on pulse
M8011: 10Ms pulse
M8012: 100Ms pulse
M8013: 1s pulse
M8014: is the minute pulse

ZRST: Batch reset
MEAN: Average
FLT: BIN, integer → 2, hexadecimal floating point number conversion
GRY: BIN, integer → gray code conversion
GBIN: Gray code → BIN, integer

DHSCS: High-speed comparison set
DHSCR: High-speed comparison reset
SPD: Pulse density, pulse width (pulse interval time) can also be measured
PLSY: Pulse output
PLSV: Pulse output with direction control
PWM: Pulse width modulation, 0-32767us
PLSR: Pulse output with acceleration and deceleration
DRVA: Absolute position control
DRVI: Relative position control
ABSD: Cam control (absolute method)

RS: Serial data transmission
ASCI: HEX-ASCII conversion
HEX: ASCII-HEX conversion
CCD: check code
PID: PID calculation
SEGD: BCD to 7-segment digital tube

ECMP: Comparison of binary floating-point numbers
EZCP: Interval comparison of binary floating point numbers
EBIN: decimal floating point number-2, conversion of decimal floating point number
EADD: Addition of binary floating-point numbers
ESUB: binary floating-point number subtraction
EMUL: Binary floating point number multiplication
EDIV: Division of binary floating-point numbers
INT: Binary floating point number -BIN, integer conversion
SIN: floating-point number SIN operation
TAN: Floating point number TAN operation
COS: Floating point COS operation
ASIN: floating-point number SIN-1 operation
EXP: binary floating point exponential operation
LOGE: natural logarithm operation of binary floating-point numbers
LOGE10: Commonly used logarithmic operations of binary floating-point numbers

SWAP: Up and down byte conversion

SER: data search
ALT: alternate output
RAMP: ramp signal
BON: ON bit judgment
SUM: ON digits
ANS: Alarm set
ANR: Alarm reset
HOUR: Chronograph

TCMP: Clock data comparison
TRD: Clock data read
TWR: clock data write

LD=: (S1=(S2)
LD>: (S1)>(S2)
LD<: (S1)<(S2)
LD◇: (S1)≠(S2)
LD≤: (S1)≤(S2)
LD≥: (S1)≥(S2)
AND=: (S1=(S2)
AND>: (S1)>(S2)
AND<: (S1)<(S2)
AND◇: (S1)≠S2)
AND≤: (S1)≤(S2)
AND≥: (S1)≥(S2)
OR=: (S1=(S2)
OR>: (S1)>(S2)
OR<: (S1)<(S2)
OR◇: (S1)≠(S2)
OR≤: (S1)≤(S2)
OR≥: (S1)≥(S2)

Package Included:
- 1 x Set of PLC Controller

Note: Programming cable is not included. Please purchase separately.




How To Fix:
The installation method of the base of the PLC industrial control board: use four screws to fix the base. Each PLC board has holes on the four corners for fixing installation holes, and each board has 4 screws and a bottom seat.

Application Example: