DEA SYSTEM ANGOLO 24/1 Instrucciones De Uso Y Advertencias página 17

P001 Positioning of leaf M1
P002 Positioning of leaf M2
P003 Memorization of the motors' stroke
P004 Deletion of the radio receiver memory
P005 Transmitters memorizing
P006 Search and deletion of a transmitter
P007 Resetting of default parameters
PARAMETER DESCRIPTION
P008 Type of coding of the radio receiver
P009 Channel selection and linking to "start" and "pedestrian" inputs
P010 Motors' speed during normal stroke (calculated as % of max speed)
P011 Motors' speed during slow-down phase (calculated as % of max speed)
P012 Slow-down duration of M1 (expressed as % of total stroke)
P013 Slow-down duration of M2 (expressed as % of total stroke)
P014 Motor 1 force while opening
P015 Motor 1 force while closing
P016 Motor 2 force while opening
P017 Motor 2 force while closing
P018 Selection of type of external safety device: rib / barrier. If the ribs are activated the movement
direction of both motors is inverted; during slow-down phase, the activation is interpreted as
stroke end. If the barrier is activated the movement of both motors is stopped.
P019 Time of automatic closing (expressed in sec). If = 0 the automatic closing is deactivated
P020 Time of pre-flashing (expressed in sec)
P021 Time of phase displacement in opening (expressed in sec)
P022 Time of phase displacement in opening (expressed in sec)
P023 Collectivity function: if it is activated it deactivates both start and pedestrian inputs for the whole
duration of automatic opening and closing
P024 Ram blow function: if it is activated, it pushes the motors close for one second before each
opening movement, so as to ease the releasing of any electric lock
P025 Operating program: reversal (start->open, start->close, start->open ...),
>open, start->stop, start-close...)
P026 Photocell function even while opening: if it is activated, the photocell stops the movement while
opening until the obstacle is removed. In any case it reverses the direction of movement while closing
P027 Clean contact operation: - If = 0, open gate warning light, the contact is always closed when the
gate is opened, it opens again only when the closing movement is completed - If different from 0,
courtesy light, the contact is closed during every movement, it opens again when the motor stops
according to a pre-settable delay (expressed in sec)
P028 Short reversal at end of stroke: when each leaf reaches the end of stroke, it reverses shortly the
movement so as to "release" the mechanical stress due to the leaf's pressure on the end of stroke itself.
P029 One motor function: if it is activated, the control board controls motor 1 only 1
P030 Unused parameter
P031 Unused parameter
P032 Unused parameter
P033 Unused parameter
P034 Unused parameter
The default value, set by manufacturer at the factory, is written in bold and underlined.
1
2 Column reserved to the installer to fill in with the automation personalised parameters.
3 Inactive channel.
Operating instructions and warnings
PROCEDURE DESCRIPTION
SETTABLE VALUES
000
HCS fixed part only
001
HCS rolling code
002
HT12E dip switch
pedes-
start
trian
001
CH1 CH2
002
CH1 CH3
003
CH1 CH4
004
CH2 CH1
005
CH2 CH3
006
CH2 CH4
007
CH3 CH1
008
CH3 CH2
50.....................100
30........60................100
10......25.....50
10......25.....50
30...... ................90..100
30......................90..100
30......................90..100
30...... ................90..100
000
safety ribs
001
photoelectric barriers, if used
0 10..........................................255
0.....2..................................15
1...................................10
0......... 3........................10
000
deactivated
001
activated
000 deactivated
001 activated
000 inversion
step-by-step (start-
001 step-by-step
000 Photocell activated only in closing
001 Photocell activated also in opening
0... ................................................ 255
000 deactivated
001 activated
000 deactivated
001 activated
Table 2 Parametres
A N G O L O
1 USER 2
pedes-
start
trian
009
CH3 CH4
010
CH4 CH1
011
CH4 CH2
012
CH4 CH3
013
CH1 CH2 3
014
CH2 CH2 3
015
CH3 CH2 3
016
3
CH4 CH2
17