70
• DOK-DIAX01-MAIN+2AD+1M-ANW1-EN-E1,44 • 07.97
3. Controller Functions
• The voltage value relates to the value in parameter LOAD LIM (PQRS
19).
• LOAD LIM (PQRS 19) must be arranged via function parameter
FUNCT2 (A06) = < 1 > as a % value.
• The value in parameter PQ-FUNCT (PQRS 16) must contain < 16 >!
The analogue output M now indicates how near the drive approaches a
set percentage torque utilization threshold. Four machining-dependent
thresholds can be set by the fourfold LOAD LIM parameters.
B) Torque utilization related
to the machining
Dreh-%-Auslas
Torque M
p
100%
X%
100%
Weighting:
X % = 10V
^
2V
4V
6V
8V
0V
10V
0.2*X%
0.4*X% 0.6*X%
0.8*X%
Analogue output M
X%
torque
characteristics
of the drive
0.8 * X%
0.6 * X%
0.4 * X%
0.2 * X%
X % = per cent output threshold
0.8 * X%
0.6 * X%
0.4 * X%
0.2 * X%
X % = value in LOAD LIM * %
^
^
• The voltage value relates to the value in parameter LOAD LIM (PQRS
19).
• LOAD LIM (PQRS 19) is arranged as the power value in the basic state
(default parameter value FUNCT 2 (A06) = < 0 > ).
• The value in parameter PQ-FUNCT (PQRS 16) must contain < 16 >!
The analogue output M now indicates how near the drive approaches a
set power threshold. Four machining-dependent thresholds can be set
by the fourfold LOAD LIM parameters.
C) Power level related to
the machining
Anzei
e-Leistun
Power P
2V
4V
6V
8V
0V
10V
0.2*X kW
0.4*X kW 0.6*X kW
0.8*X kW
Analogue output M
X kW
power
characteristics
of the drive
X kW = value in LOAD LIM * kW
^
peak power
Weighting:
X kW = 10V
^
X kW
0.8 * X kW
0.6 * X kW
0.4 * X kW
0.2 * X kW
Figure 59: Display of torque utilization in relation to a set percentage utilization
threshold
Figure 60: Display of power in relation to a set percentage power threshold
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