If by mistake a test button is pressed more than
once so the address has incremented beyond the
next module's intended address, this can be
corrected by pressing the
Down
arrow on the MIDI
SMOKE 2 to decrease the address. Then return to
where the module is located and repeat the
addressing operation by pressing the test button
again. Continue to the next module in the
sequence.
When all modules are handled, return to the MIDI
SMOKE 2 unit and check at the display that the
next module it is trying to address is one address
above the last used address in the system. This
means that the operation was successful.
Press the “
C”
key to back out of the addressing
operation and enter the main
MODULE
ADDRESSING
menu.
Step 2: Perform Simple System Setup
Press
Down
arrow to display the
SIMPLE
SYSTEM SETUP
menu.
Press
Enter
to start the setup process. The
objective it to find the number of damper modules
used in the system.
Step 3: Setup dampers and alarm points
For each module a setup must be performed to tell
the system if it includes an alarm point and/or how
many dampers are connected to it.
To accomplish this, refer to the previous section
Module configuration
.
Step 4: System test
At this point the MIDI SMOKE 2 unit is
communicating with the damper modules in the
system and status will now be updated. If there are
alarms use the
Alarm menu
and
Fire cells
menu to
get information about what and where the problem
is.
A
Function test all dampers
could be attempted to
check that all dampers can manage a close/open
operation.
Step 5: Setup the run indication relay output
The
Run indication relay output
(DO4) is a
normally closed relay which opens at one of 15
different combinations of events which are a mix of
sum alarm, night mode, functional test and fire
alarm.
If the
Run indication relay output
(DO4) will be
used it has to be configured for the desired
combination of events, otherwise go to the next
step.
See
Run indication relay output
menu description.
Step 6: Set RTC
The real-time clock is used for automatic functional
test scheduling.
See
Setting up date/time
menu description.
Step 7: Functional test settings
Functional tests can be requested in three different
ways:
1. By an activation (>1,5 second) of DI4.
2. At specific day(s) at a specific time.
3. At 48 hours intervals handled by the modules.
Alternative 3 is valid if no day/time or “I” is
specified.
Please note that an activation of DI4
will always
request a functional test sequence unless
Service
Mode
is active.
See
Functional tests
menu description.
Step 8: System test
Check the display for possible errors and correct
them.
If external systems are connected to the digital
inputs and relay outputs their operation can be
checked now.
See
Show digital input status
and
Show digital
output status
menu descriptions.
Step 9: Change the PIN code
If required, change the Pin Code in order to avoid
inadvertent access to the system setup. Keep a
note of the new one in a safe place.
See
Change PIN code
menu description
.
Step 10: Activate watchdog
Enter the Watchdog menu and set the watchdog
timeout.
See
Watchdog
menu description
.
Step 11: Set time for automatic exit from
Service Mode
If desirable, the time for automatic exit from
Service Mode can be set. Factory default is that
automatic exit is inactivated. Time can be set
between 1 – 72 hours.
See
Set Service mode timeout
menu description.
Step 12: Let the system enter normal operation
Exit the
Service Mode
by pressing “
F2
” och ”
C”
in
the main menut to let the system run in normal
operational mode.
Fire alarms will now be distributed thru DO2 to any
external systems.
Profcon AB
Page 14
www.smokecontrol.net
