Installers manual 10.03.02-R03 (201058) EN SDA-04 (SW 5.xx) - SDA-04DCB2 (SW 22.00) Page 20 of 55
Parameter 19 : Reserved for future applications
7.3 Installer parameter overview
The installer can gain access to the controller settings via parameter 9.
An explanation about how to access the menu can be found in paragraph 7.1.
Logging into the controller and changing settings is password protected and is
reserved exclusively for MDE its distributors.
The login code will not be not provided by MDE to third parties.
Note: Marking of a parameter description with an single or double asterisk (*)
means that this option is not available for a certain type of controller.
* This option is not available on the SDA-04DCB2
** This option is not available on the SDA-04
7.3.1 Motor setup
Parameter 30 : (-) Motor selection*
0 = Configuring the controller to a Metaflex Type 1 AC motor (90VA up to 220Kg)
1 = Configuring the controller to a Metaflex Type 2 AC motor (370VA up to 440Kg)
2 = Configuring the controller to a Metaflex Type 3 AC motor (370VA up to 3000Kg)
Warning! No parameter setting → Code E08 in display
Incorrect setting → Code E13 in display
Parameter 31 : (-) Slide direction
If not set, this will be automatically determined by the first initial configuration
cycle. When teaching-in, the door it must first be opened manually to the halfway
position. After the power is turned on the door should close first.
If this not does not happen, the value must be set manually.
0 = The door has been configured as DIN right
1 = The door has been configured as DIN left
Warning! No parameter setting → Code E08 in display
At the end of a non-standard system assembly and/or configuration, the sliding
direction may have to be reversed. Use parameter 31 for this.
ATTENTION : When the voltage and/or battery have been activated, the door
should close first.
Parameter 32 : Reserved for future applications
Parameter 33 : (0) Additional closing boost (extra power to overcome the indentation)
0 = Disabled, door closes at normal force
1-9 = Door receives extra power increasingly after reaching the "end position"
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