Mitsubishi FX1N Series Programming Manual

FX Series Programmable Controlers Applied Instructions 5
5-147
5.11.1 SIN (FNC 130)
Contents:
This instruction performs the mathematical SIN
operation on the floating point value in S. The
result is stored in D.
Points to note:
a) The instruction must use the double word format: i.e., DSIN or DSINP. All source and
destination data will be double word; i.e., uses two consecutive data registers to store the
data (32 bits).
The source data is regarded as being in floating point format and the destination is also in
floating point format.
b) The source value must be an angle between 0 to 360 degrees in radians; i.e.,
0° ≤ S< 360°
Radian Angles
Below is an program example of how to calculate angles in radians using floating point.
Mnemonic Function
Operands
Program steps
SD
SIN
FNC 130
(Sine)
Calculates the
sine of a floating
point value
D - must be in floating
point number format
(32 bits).(radians)
D - a floating point
value
(32 bits).
DSIN,
DSINP:
9steps
FX 1S
FX 1N FX 2N
FX 2NC
PULSE-P 16 BIT OPERATION 32 BIT OPERATION
DSIN
X03
D510
D314
X001
K45 D0MOVP
X002
D0 D4FLT
K90 D0MOVP
M8000
K31415926 K1800000000
D20DEDIV
D4
D20 D30
DEMUL
D30 D100DSIN
[ S ] [ D ]
K45 degrees to D0
Convert D0 to float in D4,D5
K90 degrees to D0
Calculate π in radians (π/180)
Store as a float in D20,D21
Calculate angle in radians in D30,D31
(deg° × π/180 = rads)
Calculate SIN of angle in D100

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