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Fuji Electric FRENIC MEGA G2 Series - Page 263

Fuji Electric FRENIC MEGA G2 Series
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5.3 Description of Function Codes 5.3.1 F codes (Fundamental functions)
5-79
FUNCTION CODES
Chap 5
FUNCTION
CODES
F Codes
E Codes
C Codes
P Codes
H Codes
A Codes
b Codes
r Codes
J Codes
d Codes
U Codes
y Codes
K Codes
Data 0: Pulse train sign/pulse train input
Data 1: Forward pulse/reverse pulse
Data 2: A, B phase 90° phase difference (B phase lead)
Pulse scaling factor 1 (d62), pulse scaling factor 2 (d63)
For pulse train input, set the relationship between input pulse frequency and frequency setting value by function
code d62 (Command (pulse train input) pulse scaling factor 1) and d63 (command (pulse train input) pulse scaling
factor 2).
Relationship between input pulse frequency and frequency setting value
As shown in the above diagram, set input pulse frequency [kp/s] to function code d62 (command (pulse train input)
pulse scaling factor 1) and set frequency setting value [Hz] (when the input pulse frequency becomes the value set
to function code d62) to function code d63 (command (pulse train input) pulse scaling factor 2). At this time, the
relationship formula of input pulse frequency to be entered and frequency setting value f* (or speed command value)
is as follows:
f
*
[Hz] = Np [kp/s] x
Pulse scaling factor 2 (d63)
Pulse scaling factor 1 (d62)
f
*
[Hz]:
Frequency setting value
Np [kp/s]:
Input pulse frequency to be input
+Polarity
Pulse train sign
Pulse train input
–Polarity
Frequency setting value
Pulse scaling factor 2
Pulse scaling factor 1
Input pulse frequency
+Polarity
–Polarity
Reverse rotation pulse
Forward rotation pulse
Run
forward
signal
Run
reverse
signal
A phase input
B phase input
90 degree
B phase advanced
B phase delayed

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