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Elmark Automatyka S.A.
ul. Niemcewicza 76, 05-075 Warszawa, tel. (+48) 22 773 79 37; [email protected]; www.elmark.com.pl
NIP: 5252072585; KRS: 0000803828, Sąd Rejonowy dla M-St. Warszawy, XIV Wydział Gosp. KRS; Kapitał Zakładowy 525.000 zł, w pełni opłacony
2
Maximum of X and Y
3
Minimum of X and Y
It is used to select the frequency setting channel. Through the main frequency source X and auxiliary frequency source Y compound
to achieve a given frequency.
Unit's digit (Frequency source)
0:The main frequency X
The main frequency X as the target frequency.
1:Advocate complementary operation result as the target frequency, the operation relationship is decided by the function code
"ten's digit".
2: Main frequency source X and auxiliary frequency source Y switch when the multifunctional input terminal 18 (frequency switch)
is invalid, the main frequency X as the target frequency. When the multifunctional input terminals function 18 (frequency source
switch) is valid, auxiliary frequency Y as the target frequency.
3: The main switch frequency source X and advocate complementary operation results When the multi-function input terminals
function 18 (frequency switch) is invalid, the main frequency X as the target frequency. When the multi-function input terminals
function 18 (frequency switch) is valid, advocate complementary computing results as the target frequency.
4: Auxiliary switch frequency source Y and advocate complementary operation results When the multi-function input terminals
function 18 (frequency switch) is invalid, auxiliary frequency Y as the target frequency. When the multi-function input terminals
function 18 (frequency switch) is valid, advocate main/auxiliary computing results as the target frequency.
Ten's digit: frequency source main/auxiliary relationship between operation:
0: The main frequency of X and Y auxiliary frequency and frequency as the target.
1: Main frequency X minus Y auxiliary frequency difference as the target frequency.
2: MAX (the main frequency source X, the auxiliary frequency source Y) take the main frequency absolute value of the largest in
the X and Y auxiliary frequency as the target frequency.
3: MIN (the main frequency source X, the auxiliary frequency source Y) take the main frequency the least absolute value of X and
Y auxiliary frequency as the target frequency. In addition, when the frequency source selection of the advocate complementary
computing, offset frequency, can be set by P0.21 offset frequency, superimposed on the advocate complementary operation
results in a flexible response to various needs.
P0.04
Main frequency source X selection
Default
0
Setting Range
0
Digital setting (P0.10 preset frequency, can modify the UP/DOWN, power
lost
don't memory)
1
Digital setting (P0.10 preset frequency, can modify the UP/DOWN, power
lost
memory)
2
FIV
3
FIC
4
Reserved
5
Pulse setting (S3)
6
Multistage instruction
7
PLC
8
PID
9
Communications given
Choose inverter main input channel of a given frequency. A total of 9 given frequency channels:
0: digital setting (power lost memory)
Summary of Contents for elmatic ED2000
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