Mitsubishi FX1N Series Programming Manual

FX Series Programmable Controllers Index 11
11-3
E
Encode data, ENCO instruction ................................................................................................ 5-57
END ........................................................................................................................................... 2-23
End instruction .......................................................................................................................... 2-23
Error codes
Circuit (D8066) ......................................................................................................................... 6-25, 6-26
Communication (D8062 - D8063) ......................................................................................................6-23
Hardware (D8061) ............................................................................................................................. 6-23
Operation (D8067) ............................................................................................................................ 6-27
Parameter (D8064) ............................................................................................................................ 6-24
Syntax (D8065).................................................................................................................................. 6-24
Example of interrupt use ............................................................................................................10-6
Example system application ..................................................................................................... 10-8
Example use of a timer interrupt................................................................................................ 10-8
Exchanging data bytes, XCH instruction.....................................................................................5-25
Exchanging data formats
BCD data to binary data, BIN instr' ...................................................................................................5-27
Binary data to BCD data, BCD instr' ................................................................................................. 5-26
Floating point to scientific format, (FNC 18) ...................................................................................... 5-26
Scientific format to floating point, (FNC 19) ...................................................................................... 5-27
Exchanging data values, XCH instruction ................................................................................. 5-25
Execution complete flag, using M8029 ......................................................................................10-7
F
FIFO data read, SFRD instruction ............................................................................................ 5-52
FIFO data write, SFWR instruction ........................................................................................... 5-51
Fill move, FMOV instruction ...................................................................................................... 5-24
Float instruction, FLT ................................................................................................................ 5-64
Floating point - a numbering format .......................................................................................... 4-45
Floating Point 1
Float compare (ECMP) ................................................................................................................... 5-135
Float zone compare (EZCP) ........................................................................................................... 5-136
Float to scientific (EBCD) ................................................................................................................ 5-137
Scientific to float (EBIN) .................................................................................................................. 5-138
Floating Point 2
Float add (EADD) ............................................................................................................................ 5-139
Float subtract (ESUB) ..................................................................................................................... 5-140
Float multiplication (EMUL) ............................................................................................................. 5-141
Float division (EDIV) ....................................................................................................................... 5-142
Float square root (ESQR) ............................................................................................................... 5-143
Float to integer (INT) ....................................................................................................................... 5-144
Floating Point 3
Sine (SIN) ........................................................................................................................................ 5-147
Cosine (COS) .................................................................................................................................. 5-148
Tangent (TAN) ................................................................................................................................. 5-149
Floating point application - summary ........................................................................................ 4-46
FOR-NEXT loops, FOR, Next instructions ................................................................................ 5-14
Forced program end, FEND instruction .................................................................................... 5-13
FX0N-3A read, RD3A instruction............................................................................................. 5-186
FX0N-3A read, WR3A instruction ............................................................................................ 5-187
FX1N-5DM Display module .....................................................................................................10-29
FX-8AV - externally adjustable data values .............................................................................. 4-34
FX-8AV control instructions
Volume read, VRRD instruction ......................................................................................................5-124
Volume scale, VRSC instruction ...................................................................................................... 5-125
FX1S performance specification ................................................................................................. 8-1
FX1N performance specification ................................................................................................. 8-2
FX2-40AP/AW parallel run (PRUN) instruction ....................................................................... 5-119
FX2N & FX2NC performance specification ................................................................................ 8-4

Mitsubishi FX1N Series Specifications

General

Programming Language	Ladder Logic
Output Type	Relay, Transistor
Operating Temperature	0 to 55°C
Power Supply	100-240V AC or 24V DC
Program Capacity	8K steps
Communication Ports	RS-422
Data Memory	8000 words
High-speed Counters	Up to 6 channels
Expansion Modules	Available
Pulse Output	2 points