HCS DAC-42A - List of Parameters

DAC-42(A)-x-PN
Page 64
DAC-42(A)-x-PN Manual
Revision: 1.0 22.01.2024
11 List of parameters
Parameters in grey letters are not yet implemented in the DMA Software.
All values in decimal, for usage as data values they must be converted into Hex
R = read only parameter.
X = implemented, but not active (no access)
W/R = writing and reading possible.
ID
Hex
ID
dec
W/R
Nam
e
Function Unit Min Max Def Description
0x00
0
R
Vers
Software version
---
xx.xx
xx.xx
xx.xx
Depends on HW and SW version
0x01
1
R
d1.01
Sum of analogue set value
V
-
9999
9999
-
-1000 == -1.000 V;
1000 == 1.000 V
0x02
2
R
d1.02
Sum of all post ramp set values
V
-
9999
9999
-
0x03
3
R
d1.03
Set values after linearization
V
-
9999
9999
-
0x04
4
R
d1.04
Value after gain adjustment.
V
-
9999
9999
-
0x05
5
R
d1.05
Signal A
V
-
9999
9999
-
0x06
6
R
d1.06
Signal B
V
-
9999
9999
-
0x07
7
R
d1.07
Current A
A
0
5000
-
1000 == 1.000 A
0x08
8
R
d1.08
Current B
A
0
5000
-
0x09
9
R
d1.09
Total current
A
0
5000
-
0x0A
10
R
d1.10
Desired value
V
-
9999
9999
-
-1000 == -1.000 V; 1000 == 1.000 V
0x0B
11
R
d1.11
Actual value, feedback value
V
-
9999
9999
-
0x0C
12
R
d1.12
Lag error
V
-
9999
9999
-
0x0D
13
R
d1.13
Controller output
V
-
9999
9999
-
0x0E
14
R
d2.01
Sum of analogue set value
V
-
9999
9999
-
0x0F
15
R
d2.02
Sum of
all post ramp set values
V
-
9999
9999
-
0x10
16
R
d2.03
Set values after linearization
V
-
9999
9999
-
0x11
17
R
d2.04
Value after gain adjustment.
V
-
9999
9999
-
0x12
18
R
d2.10
Desired value
V
-
9999
9999
-
0x13
19
R
d2.11
Actual value,
feedback value
V
-
9999
9999
-
0x14
20
R
d2.12
Lag error
V
-
9999
9999
-
0x15
21
R
d2.13
Controller output
V
-
9999
9999
-
0x16
22
R/W
S1.01
Set Value1
V
-
9999
9999
0
0x17
23
R/W
S1.02
Set Value2
V
-
9999
9999
0
0x18
24
R/W
S1.03
Set Value3
V
-
9999
9999
0
0x19
25
R/W
S1.04
Set Value4
V
-
9999
9999
0
0x1A
26
---
S1.08
reserved
---
---
---
---
0x1B
27
R/W
r1.01
Ramp from 0

-
s
0
3950
0
1 == 10ms
0 == Ramp function off
0x1C
28
R/W
r1.02
Ramp from
–

0
s
0
3950
0
0x1D
29
R/W
r1.03
Ramp from 0

+
s
0
3950
0
0x1E
30
R/W
r1.04
Ramp from +

0
s
0
3950
0
0x1F 31 R/W A1.01 Profinet set value
(Branch 1)
V -9999 9999 0 -1000 == -1.000 V; 1000 == 1.000 V
This value is,
when written, always active. Cleared by reset, or
writing “0”. For switching off of the analogue set-
value,
set E17 = “2”
0x20 32 R/W A1.02 Profinet feedback value
(Branch 1)
V -9999 9999 0 -1000 == -1.000 V; 1000 == 1.000 V
C1.09 has to be switched off in order to avoid
interferences
0x21
33
R/W
S2.01
Set Value1 (Branch 2)
V
-
9999
9999
0
-1000 == -1.000 V; 1000 == 1.000 V
0x22
34
R/W
S2.02
Set Value2 (Branch 2)
V
-
9999
9999
0
0x23
35
R/W
r2.01
Ramp from 0

-
s
0
3950
0
1 == 10ms
0 == Ramp function off
0x24
36
R/W
r2.02
Ramp from
–

0
s
0
3950
0
0x25
37
R/W
r2.03
Ramp from 0

+ (Branch 2)
S
0
3950
0
0x26
38
R/W
r2.04
Ramp from +

0 (Branch 2)
S
0
3950
0
0x27 39 R/W A2.01 Profinet set value
(Branch 2)
V -9999 9999 0 -1000 == -1.000 V; 1000 == 1.000 V
This value is,
when written, always active. Cleared by reset, or
writing “0”. For switching off of the analogue set-
value,
set E17 = “2”
0x28 40 R/W A2.02 Profinet feedback value
(Branch 2)
V -9999 9999 0 -1000 == -1.000 V; 1000 == 1.000 V
C2.09 has to be switched off in order to avoid
interferences
0x29 41 R/W C1.00 Controller selection --- 0 4 1 0 = off
1 = P-PT
1
-I-DT
1
2 =Remote
3 =dff
4 =Remote +
dff
0x2A
42
R/W
C1.01
Safety function
---
0
1
0
0 = off; 1 = on
0x2B 43 R/W C1.02 Linearization --- 0 6 0 0 = linear
1 ... 5 = standard curves
6 = customized curve
0x2C
44
R/W
C1.03
Gain A
V/V
0
200
100
100 == Factor 1.00
0x2D
45
R/W
C1.04
Gain B
V/V
0
200
100
100 == Factor 1.00