HCS DAC-42A - Page 68

DAC-42(A)-x-PN
Page 68
DAC-42(A)-x-PN Manual
Revision: 1.0 22.01.2024
ID
Hex
ID
dec
W/R
Nam
e
Function Unit Min Max Def Description
0xB0 176 R/W E Int Internal Digital Switches
(Read/Set)
--- 0 0 xFFFF 0x0001 = Din_1 active (Read/Write)
0x0002 = Dout_1 active (Read only )
0x0004 = Comp_1 active (Read only )
0x0008 = reserved
0x0010 = Din_2 active (Read/Write)
0x0020 = Dout_2 active (Read only )
0x0040 = Comp_2 active (Read only )
0x0080 = reserved
0x0100 = Input SP1 active (Read only )
0x0200 = Input SP2 active (Read only )
0x0400 = Enable active (Read only )
0x0800 = Error active (Read only )
0x1000 = Input SP3 active (Read only )
0x2000 = Input SP4 active (Read only )
0x8000 = Bus Disable Card (Read/Write)
0xB1 177 R/W E 23 Profinet telegram timeout window S 0 9999 0 0 == function deactivated
1 == 10 ms
0xB2 178 R/W E 26 Profinet Timeout Error handling --- 0 1 0 0 = Blinking Enable Led shows Profinet timeout
1 = Profinet timeout causes error.
0xB3
179
R/W
C1.33
I
-
portion limitation
V
0
9999
0 == 0.000 V; 9999 == 9.999 V
0xB4
180
R/W
C2.33
I
-
portion limitation
V
0
9999
0 == 0.000 V; 9999 == 9.999 V
..
..
0xD2 210 R/W E 31 Mode of the analog output --- 1 2 2 1 = Voltage output at pin 10b
2 = Current output at pin 10b.
0xD3 211 R/W E 32 Selection set point S1.07 (U/I) --- 0 11 1 off = Deactivated
1 = Voltage -10V..+10V
2 = Voltage 0..10V
3 = Voltage 5V+-5V
4 = Voltage 5V+-4.5V w/o signal observation
5 = Voltage 5V+-4.5V with signal observation
6 = 0..20mA w/o cable fract. det.
7 = 10+-10mA w/o cable fract. det.
8 = 4..20mA w/o cable fract. det.
9 = 4..20mA with cable fract. det.
10 = 12+-8mA w/o cable fract. det.
11 = 12+
-
8mA with cable fract. det.
0xD4 212 R/W E 33 Offset for analog voltage output
(depends on HW + SW version)
V -9999 9999 0 -1000 == -1.000 V; 1000 == 1.000 V
0xD5 213 R/W E 34 Offset for analog current output
(depends on HW + SW version)
mA -9999 9999 0 -1000 == -1.000 mA; 1000 == 1.000 mA
..
..
0xDA 218 R/W C1.36 Sensor signal correction factor for
signal < 0. branch 1
V/V -100 100 100 100 == Factor 1.00
0xDB 219 R/W C2.36 Sensor signal correction factor for
signal < 0. branch 2
V/V -100 100 100 100 == Factor 1.00
0xDC
220
R/W
C1.37
Spool overlap compensation A
V
0
9999
0
1000 == 1.000 V
9.999 V = max. current depending on solenoid
selection
0xDD 221 R/W C1.38 Spool overlap compensation B V 0 9999 0
0xDE
222
R/W
C2.37
Spool overlap compensation A
V
0
9999
0
1000 == 1.000 V
9.999 V = max. current depending on solenoid
selection
0xDF 223 R/W C2.38 Spool overlap compensation B V 0 9999 0
..
..
0xE5
229
X
E sta
Reserved
---
---
---
---
0xB6
182
R/W
E 35
Factor analog output current
---
-
200
200
100
100 == Factor 1.00
..
..
0xD4 212 R/W E 33 Offset for analog output
(depends on HW + SW version)
V -9999 9999 0 -1000 == -1.000 V; 1000 == 1.000 V
..
..
0xDA 218 R/W C1.36 Sensor signal correction factor for
signal < 0. branch 1
V/V -100 100 100 100 == Factor 1.00
0xDB 219 R/W C2.36 Sensor signal correction factor for
signal < 0. branch 2
V/V -100 100 100 100 == Factor 1.00
0xDC
220
R/W
C1.37
Spool overlap compensation A
V
0
9999
0
1000 == 1.000 V
9.999 V = max. current depending on solenoid
selection
0xDD 221 R/W C1.38 Spool overlap compensation B V 0 9999 0
0xDE
222
R/W
C2.37
Spool overlap
compensation A
V
0
9999
0
1000 == 1.000 V
9.999 V = max. current depending on solenoid
selection
0xDF 223 R/W C2.38 Spool overlap compensation B V 0 9999 0
..
..
0xE6
230
R/W
L1.x0
Linearization curve branch 1 [0,0]
V
0
0
0
1000 == 1.000 V
0xE7
232
R/W
L1.y0
Linearization curve [0,0]
V
0
9999
0