Shutter actuator 4gang 6A 230V manual
RMD
75314013
Technical
Documentation
© Gebr. Berker 2005
Version: 10.05.2005
Page: 15 / 17
(Subject to prior change)
75314013.doc
Part 7
Output 1
in "Mode of operation = 4-channel operation" resp.
Output 1/3
in "Mode of operation = 2 x 2-channel operation"
Step operation
Time base
8 ms
130 ms
2.1 s
33 s
Definition of time base for short operation
(STEP).
Step time = time factor
⋅
time base
Step operation
Time factor
(0...255) (0...100)
(0 = nur Stop)
0 bis 255, 64
with bases:
8 ms, 130 ms, 2.1 s
0 to 100, 64
with base: 33 s
Definition of time factor for short operation
(STEP).
Step time = time factor
⋅
time base
Preset: 8 ms
64 = 512 ms
Move operation
Time base * time
20 %
Infinite
Definition of long operation (MOVE).
Long operation (MOVE) as parameterized
long operation moving time with an
automatic extension by 20 %.
Long operation (MOVE) infinite, i.e. the
relays are not automatically de-energized
after reaching the limit position. The relay
state is changed only by a new short
command or other actions influencing the
travel movement.
Move operation
Time base
8 ms
130 ms
2.1 s
33 s
Definition of time base for long operation
moving time.
Moving time = time factor
⋅
time base
Not visible with 'infinite' long operation
(MOVE)!
Move operation
Time factor
(125...255)
(8...255)
(3...255)
(3...100)
125 to 255, 125
with base: 8 ms
8 to 255, 30
with base: 130 ms
3 up to 255, 30
with base: 2.1 s
3 bis 100, 30
with base: 33 s
Definition of time factor for long operation
moving time.
Moving time = time factor
⋅
time base
Preset: 2.1 s
30 = 63 s
Not visible with 'infinite' long operation
(MOVE).
The moving times must be determined with
precision.
Break during change of
direction
0.5 s
1 s
2 s
5 s
Defines the break during a change of
moving direction (change-over time).
Output 2 to 4
in "Mode of operation = 4-channel operation" resp.
Output 2/4
in "Mode of operation = 2 x 2-channel operation" see output 1!