Output Signals; Analog Output / Functions - KEB COMBIVERT F5 MULTI Applications Manual

Analog In- and Outputs

6.2.11 Output signals

6.2.12 Analog Output /
Functions
(An.31/An.36/
An.41)
© KEB Antriebstechnik, 2002
All rights reserved
A voltage of 0...±11,5 VDC represents the selected size in the range of 0...±115 %
with a resolution of ±10 Bit at the output. 100% correspond to the bracket values
specified in Fig. 6.2.10. In order to be able to balance load-dependent voltage drops,
the limitation at the output of the characteristic amplifiers is ±115 %.
Fig. 6.2.11 Analog output
ANOUT1 (X2A.5) /
ANOUT2 (X2A.6)
Process variables, that change only slowly, as for example the power module
temperature, can be output over two virtual analog outputs (ANOUT3 and 4). This is
realised through generation of a PWM-signal (pulse-width-modulation) on a digital output.
At that the period T is adjustable from 1...240 s.
Bild 6.2.11.a PWM - output signal
ANOUT 3/4
Input value 50 %
Input value 25 %
These parameters define the function which controls the respective output. Following
adjustments are possible:
An.xx Function
0 absolute actual value
1 absolute set value
2 actual value ru.7
3 set value ru.1
4 output voltage ru.20
5 DC voltage ru.18
6 apparent current ru.15
7 active current ru.17
8 digital An.32/An.37/An.42
9 external PID output ru.52
10 absolute ext. PID output ru.52
11 absolute active current ru.17
12 power mod. temperature ru.38
13 Motor temperature ru.46
14 actual torque (F5-M/S)
15 absolute actual torque (F5-M/S)
16 set torque (F5-M/S)
17 absolute set torque (F5-M/S)
18 system deviation/speed controller
19 speed reference variable ru.2
20 absolute speed reference variable ru.2
dependent of inverter rated current (In.1)
1)
Name: Basis
KEB COMBIVERT F5
Functional Description
U = 0...±10V
out
+ -
I = 5mA
max
R
R
T= An.46/52
Date
04.05.04
< 100W
i
AGND
(X2A.8 / X2A.9)
B
Scaling factor 0...100 %
0...100 Hz/3000 min
-1 2)
0...100 Hz/3000 min
-1 2)
0...±100 Hz/±3000 min
-1 2)
0...±100 Hz/±3000 min
-1 2)
0...500 V
0...1000 V
0...2 è I
1)
rated
0...2 è ±I
1)
rated
0...100 %
0...±100 %
0...100 %
0...2 è I
1)
rated
0...100∞C
0...100∞C
0...± 3 ï rated torque
0...3 ï rated torque
0...± 3 ï rated torque
0...3 ï rated torque
0...±100 Hz/±3000 min
-1 2)
0...±100 Hz/±3000 min
-1 2)
0...100 Hz/1000 min
-1 2)
dependent of ud.2
2)
Chapter Section Page
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6
t