750-1632/000-100
Parameter Tables 156 and 157 (Ramp Generators, Valve 1, Valve 2)
Tables 156 and 157 have identical structures. As an example, Table 156 is explained
here for valve 1.
If a value of 0 is set for the process data ramp, then the ramp function is deactivated
Register Name, Type
0
1
2
3
4
5
6
7
8
9
Product manual | Version: 1.1.0
Proportional Valve Module 2-3-4
Bits, Explana-
tion
SC_RISE1,
0 ... 15
UINT
Process data
ramp 1, rising
SC_FALL1,
0 ... 15
UINT
Process data
ramp 1, falling
SC_RISE2,
0 ... 15
UINT
Process data
ramp 2, rising
SC_FALL2,
0 ... 15
UINT
Process data
ramp 2, falling
SC_RISE3,
0 ... 15
UINT
Process data
ramp 3, rising
SC_FALL3,
0 ... 15
UINT
Process data
ramp 3, falling
SC_RISE4,
0 ... 15
UINT
Process data
ramp 4, rising
SC_FALL4,
0 ... 15
UINT
Process data
ramp 4, falling
SC_JOG,
0 ... 15
UINT
JOG mode
ramp
SC_STOP,
0 ... 15
UINT
Stop ramp
Table 10: Parameter Table 156 (Ramp Generator, Valve 1)
Value/Range
Description
(Default)
0 ... 10000
n × 0.01 % per ms, RSEL=0
(Default: 10)
0 ... 10000
n × 0.01 % per ms, RSEL=0
(Default: 10)
0 ... 10000
n × 0.01 % per ms, RSEL=0
(Default: 1)
0 ... 10000
n × 0.01 % per ms, RSEL=0
(Default: 1)
0 ... 10000
n × 0.01 % per ms, RSEL=0
(Default: 1)
0 ... 10000
n × 0.01 % per ms, RSEL=0
(Default: 1)
0 ... 10000
n × 0.01 % per ms, RSEL=0
(Default: 1)
0 ... 10000
n × 0.01 % per ms, RSEL=0
(Default: 1)
0 ... 10000
n × 0.01 % per ms
(Default: 1)
The same SC_JOG value is used for rising and
falling ramps.
0 ... 10000
n × 0.01 % per ms
(Default: 10)
The same SC_STOP value is used for rising and
falling ramps.
Functions
37