20
4.3. Program Parameters
5.1. SET Parametresi
Scale Low Limit Parameter ( Default = 0 )
It can be adjusted from -1999 to ( -1). At this value analogue output
becomes;
If =0, according to the device type 0V
or 0mA
If =1, according to the device type 2V
or 4mA
Z
Z
Z
Z
(1)
(2)
(1)
(2)
Scale High Limit Parameter:( Default = 4000 )
It can be adjusted from ( +1) to 9999. At this value analogue output
becomes;
According to the device type10V
or 20mA
Z
Z
(1)
(2)
Set Low Limit Parameter:( Default = 0 )
Set value can not be defined less than this value.
It can be adjusted from Scale low limit parameter value to Set high
limit parameter value.
Set High Limit Parameter:( Default = 4000 )
Set value can not be defined greater than this value.
It can be adjusted from Set low limit parameter value to Scale high
limit parameter value.
Decimal Point Position Parameter:( Default = 0 )
Decimal point position is determined with this parameter. It can be adjusted
from 0 to 3.
Power On Output Control Parameter: ( Default = 3 )
When power on firstly, Analogue and digital outputs status can be determined
with this parameter. It can be adjusted from 0 to 3.
= Motor doesn’t starts to operate, Analogue output is equal to the Set low limit
value.
POWER
ON
OFF
0
1
ANALOGUE
OUTPUT
DIGITAL
OUTPUTS
POWER ON
= Motor starts to operate, Analogue output is equal to the Set low limit value
POWER
ON
OFF
0
1
ANALOGUE
OUTPUT
DIGITAL
OUTPUTS
FORWARD DIRECTION ( ) For drCS=0
REVERSE DIRECTION ( ) For drCS=1
POWER ON
i
It is valid, if the device type 0/2...10V
It is valid, if the device type 0/4...20mA
Z
analogue output.
Z
analogue output.
(1)
(2)
FORWARD DIRECTION ( ) For drCS=0
REVERSE DIRECTION ( ) For drCS=1
0V
(1)
(2)
Su-L V
/ Su-L mA
/ 0mA
(1)
(2)
Figure-4.1
Power On Behaviour (Strt=0)
Figure-4.2
Power On Behaviour (Strt=1)
0V
(1)
(2)
Su-L V
/ Su-L mA
/ 0mA
(1)
(2)
