DAAB EP104, Instruction Manual, Page: 34 / 60

INSTRUCTION MANUAL DAAB AUTOMATIC CONTROLL UNIT EP104 4.08
34 Instruction manual edition 1 for EP104 version 4.08
Channel reference
There are seven channel categories, each with its own letter and each handling different functions in the card.
• C-channels: General readout and configuration channels.
• d-channels: Channels relating to the DB402 vehicle detector.
• F-channels: Channels relating to settings for frequency converter, DB409
• L-channels: Channels relating to limit switches and timer control and the DB405 encoder.
• o-channels: Channels relating to output cards DB407 and DB410.
• P-channels: Channels relating to programmable inputs.
• r-channels: Channels relating to function of the DB411 radio card.
There is a reference column for each channel, showing where you can find more details and examples of how to use the
channel, and the functions you can access with the channel.
Channels with a grey background are readout channels so they cannot be changed.
The
S
symbol means that the channel is a safety setting, and any change in value must be documented in the log book, with
a name and date.
• General, C-channels
General readout channels
No. Name Range Factory Setting Ref.
page
C001 Software version
C002 Release of software version
C005 Voltage after stop circuit 00.0 – 30.0 V
C014 Number of openings x1 000-999
C015 Number of openings x1000 000-999
C019 Time remaining to automatic closing 0.00-9.59 minutes
C020 Most recent cause of motor stop
01
Limit switch motor 1 open
02 Limit switch motor 1 closed
03 Limit switch motor 2 open
04 Limit switch motor 2 closed
10 Stop
21 Photocell during opening movement
22 Photocell during closing movement
31 Loop 1 during opening movement
32 Loop 1 during closing movement
33 Loop 2 during opening movement
34 Loop 2 during closing movement
41 Safety edge opening reverse
42 Safety edge opening stop
43 Safety edge closing reverse
44 Safety edge closing stop
51 Photocell input 6 opening
52 Photocell input 6 closing
90 Mains voltage loss
91 Low 24VDC