User Manual Chapter 7 - Parameters Description 69
The digital inputs are FACTORY set as follow:
Dig input 1 cfg (Terminal 4) = 1 Run
Dig input 2 cfg (Terminal 5) = 3 External fault
Dig input 3 cfg (Terminal 6) = 2 Reverse
Dig input 4 cfg (Terminal 7) = 7 Freq. sel. 1
Dig input 5 cfg ( Not available) = 0 Null
Digital Ouputs Regulation Board
I.100 Dig output 1 cfg (Digital output 1 configuration) RELE'
I.101 Dig output 2 cfg (Digital output 2 configuration) Not available
The regulation board provides one relay with commutation contacts (see figure 5.5.1).
Every output is programmable with a specific code and function, as shown in the list below.
DIGITAL OUTPUTS SELECTION LIST:
Code LCD display Description
0 Drive Ready Drive ready to start
1 Alarm state Positive logic for alarm signalling
2 Not in alarm Negative logic for alarm signalling
3 Motor running Direction command active
4 Motor stopped Direction command not active and frequency = 0Hz
5 REV rotation Anti-clockwise rotation of the motor
6 Steady state Motor is running in steady state
7 Ramping Acceleration or Deceleration Ramp in progress
8 UV running Undervoltage detection during motor running
9 Out trq>thr Output torque higher than the value of P.241
10 Current lim Current limit (during ramp or at steady state)
11 DC-link lim DC Bus limit (during ramp or at steady state)
12 Limit active General signalling of drive limit condition
13 Autocapt run Autocapture on progress
14 BU overload Overload of the braking resistor
15 Neg pwrfact Negative condition of the power factor
16 PID err >< PID error is >A.058 & <=A.059
17 PID err>thr PID error is >A.058
18 PID err<thr PID error is <=A.059
19 PIDer><(inh) PID error is >A.058 & <=A.059 (*)
20 PIDerr>(inh) PID error is >A.058 (*)
21 PIDerr<(inh) PID error is <=A.059 (*)
22 Not used
23 Not used
24 Not used
25 Not used
26 Extern fault Positive logic for Ext. fault alarm signalling
27 No ext fault Negative logic for Ext. fault alarm signalling
28 Serial TO Serial link communication time out
29 freq=thr1 Output frequency = to P.440 & P.441 values
30 freq!=thr1 Output frequency
≠≠
≠≠
≠ of P.440 & P.441 values
31 freq>thr1 Output frequency > than P.440 & P.441 values
32 freq<thr1 Output frequency < than P.440 & P.441 values
33 freq=thr2 Output frequency = to P.442 & P.443 values
34 freq!=thr2 Output frequency
≠≠
≠≠
≠ of P.442 & P.443 values
35 freq>thr2 Output frequency > than P.442 & P.443 values
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