• FX1S FX2N FX1N-40MR Multiaxis 4 Axis Servo Stepper Motion Controller

FX1S FX2N FX1N-40MR Multiaxis 4 Axis Servo Stepper Motion Controller

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FX1S FX2N FX1N-40MR Multiaxis 4 Axis Servo Stepper Motion Controller

monitoring and write function

Written in a ladder diagram language application, support mitsubishi GX - Develoer
Supports human-computer interface connection, the application of equivalent of mitsubishi FX1N completely.
Support the ladder diagram programming, download, monitoring.
Mouth programming for the program to download and the man-machine interface of communication ports.
Use plate board card design has excellent cost performance.
The PLC adopts anti-interference strong industrial-grade 32-bit MCU,
Equivalent of FX3U processing speed.
Processing speed is 10 ~ 20 times eight PLC
 
A programming language

Ladder diagram, the SFC step by step instructions
Process capacity
Block step 8 k EEPROM
Directive types
Basic instructions
Article 2 the sequence control article 27 step by step instructions
Application instructions
Article 70.
Instruction speed
Basic instructions
0.33 US 0.55 US
Application instructions
0.8 to 10 US
Input and output
Input relay X
12 point X0 - X7 X10 - X13
The output relay Y
At 8 o 'clock Y0 Y7 -
Auxiliary relay M
In general use
M0 1535 points - M1535
Special use
M8000 M8255-256 points
State S
999 S0 - S999
The timer
T
100 ms
T0 T199-200 points
10 ms
45 points T200 - T245
1 ms
4 T246
Counter C
200 C0 - C199 16 incremental type
Data register
In general use
256 do - D255
Indexed with
16 point V7 - where V0, Z7 - Z0
Special use
D8000 D8255-255 points
Pointer to a nested
64 point P0 - about
constant
16 K
- 32768-32767
K 32-bit
- 2, 147, 483, 648-2, 147, 483, 647
H 16
0 to FFFF
H a 32-bit
0 - FFFFFFFF
Support the instruction set
The basic sequence control instructions
Mnemonics, name
function
Soft components available
LD take
Start a contact operation
XYMSTC
LDI take reverse
Operation began to contact b
XYMSTC
Take pulse rising along the LDP
Rising along the detect the operation began
XYMSTC
LDF falling edge pulse
Falling edge detection operation began
XYMSTC
AND with the
Series a contact
XYMSTC
ANI and invert
Series b contact
XYMSTC
ANDP with pulse rise along
Rising along the detected in series connection
XYMSTC
Falling edge) and pulse
Falling edge detected in series connection
XYMSTC
The OR OR
A contact in parallel
XYMSTC
ORI or invert
Parallel b contact
XYMSTC
ORP or pulse rise along
Rising along the detected in parallel connection
XYMSTC
Falling edge) or pulse
Falling edge detected in parallel connection
XYMSTC
OUT the output
Coil driver instructions
YMSTC
Setting the SET
Coil keep instructions
YMS
RST reset
Coil reset instruction
YMSTCD
PLS rise along the pulse
Rising along the checkout command
YM
PLF rise along the pulse
Falling edge detection instructions
YM
MC master.
Public in series connection coil
MCR master reset
The removal of the common series point coil
MPS into the stack
Operation is stored
MRD read stack
Store read
MPP out of the stack
Store readout and reset
INV inversion
The reversal of the operation result
The NOP empty operation
No action
END to END
The end of the sequence control program
Instructions step by step ladder diagram
STL step ladder diagram
Start step ladder diagram
RET return
The end of the step ladder diagram
Application instructions
species
As FNC NO.
Instruction mark
Instruction names
cheng
sequence
flow
cheng
00
CJ
Conditional jump
01
The call
A subroutine call
02
SRET
A subroutine returns
06
FEND
End of the main program
07
WDT
Watchdog timer
08
The for
Scope of repeated start
09
Next
Repeat and end
species
As FNC NO.
Instruction mark
Instruction names
the
send
with
than
a
10
CMP
To compare
11
ZCP
Regional comparison
12
mov
transfer
15
BMOV
Batch transfer
18
BCD
The exchange of BCD
19
BIN
The exchange of BIN
species
As FNC NO.
Instruction mark
Instruction names
four
the
shipment
calculate
20
The

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