Fuji Electric Frenic lift, Reference Manual

Page: 243 / 254

3.4.4.2 Check Status of Input/Output Signal Status: “I/O Check”
PRG > 3 > 2
This allows confirmation of the inverter’s digital input/output signal and analog input/output signal.
This can be used when confirming operational status during maintenance or on test runs.
Table 3.12 Display items in “I/O Check”
Page
No.
Category Category Details Symbol Details
1 Di
Control circuit
terminal input signal
(terminal input)
FWD, REV,
X1-X8,
EN1, EN2
ON/OFF information on control circuit’s terminal
input
(Reversal on short-circuit, no reversal when open)
2 Di: Link
Communications
port input signal
FWD, REV,
X1-X8,
XF, XR, RST
Input information on communication-specific
function code S06
(Reversal on 1, no reversal on 0)
3 Do Output signal
Y1-Y2,
Y3A-Y5A,
30ABC
Output signal information
4 Ai/Ao Analog input signal
12 Terminal 12 input voltage
C1 Terminal C1 input current
V2 Terminal V2 input voltage
PTC Terminal PTC input voltage
FM1-Vo Terminal FMA output voltage, output current
5 Theta Phase angle
θ
e Output electrical angle [deg-el]
θ re
Magnetic pole position detection angle
[deg-mech]
(Only displayed with PMPG option)
θ m
Detected mechanical angle[deg-mech]
PPb Magnetic pole position detection signal in binary
(Only displayed with PMPG option)
6 Pulse Encoder pulse
P2 Encoder pulse rate for A/B phase [kPulse/s]
Z2 Encoder pulse rate for Z phase [Pulse/s]
Figure 3.15 Screen transition for “I/O Check” (display example)
REM
PRG>3>2[1/6]
S.Spd 1450
r/min
REM
PRG>3>2[2/6]
S.Spd 1450
r/min
REM
PRG>3>2[3/6]
S.Spd 1450
r/min
REM
PRG>3>2[5/6]
S.Spd 1450
r/min
304
0
30255
0000
θ
e
θ
re
θ
m
ppb
deg
deg
REM
PRG>3>2[6/6]
S.Spd 1450
r/min
REM
I/O Check
PRG>3>2[4/6]
S.Spd 1450
r/min
+0.0
- - -
+0.0
+10.6
0.0
12
C1
V2
PTC
FM1-Vo V
V
V
V
Ai/Ao Theta
- - -
- - -
- - -
0
Term.X
P1
Z1
P2
kp/s
0
Z2 p/s
I/O Check I/O Check
Pulse
I/O Check I/O Check I/O Check
Di Di:Link Do
FWD
REV X1
X3
X2
X4
X5
X6
X8
X7
EN1
EN2 Y1
Y3A
Y2
Y4A
Y5A
30ABC
181CH
FWD
REV X1
X3
X2
X4
X5
X6
X8
X7
XF
XR
0000H
RST
0000H
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