Lindab FDS-M User manual

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User manual
Lindab Fire Damper Steering System
Version 1.2 - August 2018

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Content
1. Description of the system ............................... 3
2. Components
2.1 FDS-M Master unit................................................ 5
2.2 FDS-S Slave unit................................................... 6
3. Installation (up to 4 dampers) - no slave
3.1 Power supply to main unit .................................... 7
3.2 Connect local fire dampers (up to 4) .................... 7
3.3 Connect local smoke detectors (up to 4).............. 8
3.4 Connect slave unit to master unit
and first power supply .......................................... 9
4. Installation with slave units
4.2 Connect fire damper to slave unit ...................... 10
4.3 Connect smoke detector to slave unit................ 11
4.4 Connect slave unit to slave unit.......................... 12
4.4 Connect signal repeater to slave unit ................. 14
5. External signals
5.1 External incoming alarms ................................... 15
5.2 External outgoing alarms.................................... 15
5.3 Connect "Stop AHU" signal................................ 16
5.4 Configuration examples...................................... 16
6. Configuration
6.1 Choose country .................................................. 17
6.2 Access right ........................................................ 18
6.3 Main display tree................................................. 18
6.4 Status .................................................................. 19
6.5 Commissioning.................................................... 21
6.5.1 Country........................................................... 21
6.5.2 Automatic addressing.................................... 21
6.5.3 Manual addressing ........................................ 22
6.5.4 Add single detector ....................................... 23
6.5.5 Sections ......................................................... 23
6.5.6 Communication ............................................. 24
6.5.7 Activate/Deactivate (system) ......................... 25
6.5.8 Resets ............................................................ 25
6.5.9 Miscellaneous................................................ 26
6.6 Settings................................................................ 27
6.7 Event log .............................................................. 29
Click on the text or the page to go to the related section of the manual.

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1. Description of the system
The Fire Damper System (FDS) allows to feed, monitor and test up to 60 fire dampers. Smoke detectors can be con-
nected and monitored, as well. The system is designed to feed only 24V fire dampers.
The system is composed of:
FDS-M FDS-S FDS-P FDS-R FDS-RB FDS-DD FDS-CD WH WK
SDD
Smoke detector
Rökdetektor
Airflow Luftflöde
Airflow Luftflöde
Master
unit
Slave
unit
Power
supply
Signal
repeater
Relay
module Smoke detectors Fire dampers
Fig. 1. FDS - Operating diagram
230 V
Communication (2 input)
24 V (2 input)
SDD
Smoke detector
Rökdetektor
Airflow Luftflöde
Airflow Luftflöde
1 FDS-P
10 FDS-S
10 WH/WK
10 FDS-CD/DD
If the communication
cable is more than 300 m,
a signal repeater, FDS-R,
is required This is also
required if the number of
FDS-S exceeds 30.
FDS-R
Signal
repeater
SDD
Smokedetector
Rökdetektor
AirflowLuftflöde
AirflowLuftflöde
SDD
Smokedetector
Rökdetektor
AirflowLuftflöde
AirflowLuftflöde
SDD
Smokedetector
Rökdetektor
AirflowLuftflöde
AirflowLuftflöde
SDD
Smokedetector
Rökdetektor
AirflowLuftflöde
AirflowLuftflöde
SDD
Smokedetector
Rökdetektor
AirflowLuftflöde
AirflowLuftflöde
SDD
Smokedetector
Rökdetektor
AirflowLuftflöde
AirflowLuftflöde
FDS-M
Master unit
4 fire dampers
4 smoke detectors
can be connected locally
to the master unit.
Communication + 24 V (4 input)

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2. Components
FDS-M
Master unit
FDS-S
Slave unit
FDS-P
Power supply for FDS-S
FDS-R
Signal repeater
It's the main unit (master
unit) of the system. It can
communicate with up to
a total of 60 fire dampers
and 60 smoke detectors.
Four fire dampers and four
smoke detectors can be
connected directly (locally)
to FDS-M.
This is the "slave unit" that
would be needed if you
have more than four dam-
pers. It can provide one
fire damper and one smoke
detector
The Power Supply unit is
required when you use
slave units, it can provide
10 FDS-S. Depending on
cable and lenght.
It is required if more than
30 slave dampers are con-
nected to the system or if
the communication cable is
longer than 300 m.
FDS-RB
Relay module
WH/WK
Fire dampers
FDS-DD/FDS-CD
Smoke detectors
Relay module used for:
- Connect "Stop AHU" signal
- Conect External alarms
See installation guides within the
FDS manual.
Circular and rectangular fire dampers
equipped with 24V actuators
Optical smoke detectors for mounting in
all types of premises.
FDS-CD: ceiling smoke detector
FDS-DD: duct smoke detector
For more details about each component, click on the image and see related catalogue page.
SDD
Smoke detecto r
Rökdetektor
Airflow Luftflöde
Airflow Luftflöde

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C
OK
•
•
•
7
8
2
•
3
•
•
1
1
•
•
5
6
•
4
2.1 FDS-M Master unit
Fig. 2. Master unit FDS-M 1. Up/Down buttons: allows to navigate through menus
2. "Back" button: takes back to the previous page
3. "Enter" button: enter menu page
4. OK button: allows to change value
5. Red alarm LED blinks in case of alarm
6. Yellow write LED blinks when values can be changed
on current page
7. Red button: Takes to the alarm acknowledgment page
8. C button: exit value editing
FDS-M master unit is a pre-programmed controller with internal display. The display is backlit and the menus are easy
accessible and controlled by pushbuttons on the front together with two LED indicators for alarm and write indication.
Fig. 3. PCB about FDS-M
The PCB at the bottom of the unit allows to easily wire components with no need to open the FDS-M box.
B
A
N
+C
S 2 _1
S6_1
+C
S2_2
S6_2
+C
S2_3
S6_3
+C
S2_4
S6_4
AGND
A01
GD0
D01
GD0
D02
GD0
D03
GD0
D04
GD0
D05
D06
D07
+-+-+-+-
AGND
Pt
GD0
+C
Ext1
Ext2
Ack
1 2 3 4 0-10V
SEF
\ SEF
A S 1 2 3 4
1-2
RS485
Slave unit
to A and B SERVOMOTOR SWITCHES SERVOMOTORS
STOP AHU
ALARM
SMOKE DETECTORS
PRESSURE ALARM
1-2 1-2 1-2

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2.2 FDS-S Slave unit
FDS-S slave unit is a module controlled by hidden pushbuttons together with one LED.
1. Steady green: unit is addressed and working. No alarm reported.
2. Steady orange: service alarm (communication or dirty smoke detector)
3. Steady red: A (fire) alarm
Fig. 4. Slave unit
Fig. 5. Internal PCB about FDS-S
The internal PCB allows to connect one fire damper power supply, two position switches and one smoke detector. The
external quick connector allows to easily link power and communication of slave units together.
1 2 3 4 5 6 7 8
+
S2 S1 S6 S4
+
-
G
G0
A
B
RS485
24V AC/DC
~
+
-
•
Servomotor Supply Servomotor Switches Smoke Detector

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3. Installation (up to 4 dampers) - no slave unit
3.1 Power supply to master unit
Provide 230 V power supply to master unit.
3.2 Connect local fire dampers (up to 4)
Connect local fire dampers power supply and position switches to master unit.
Maximum 4 fire dampers could be connected directly to the master unit (FDS-M).
FDS-M
L N
FDS-M
G0 D01 G0 D02 G0 D03 G0 D04
Fire damper 1
12
Fire damper 2
FDS-M
+C S2_1
Fire damper 1
S4 S2
S6_1
S1 S6
+C S2_2
S4 S2
S6_2
S1 S6
Fire damper 2
+C S2_3 S6_3 +C S2_4 S6_4
12
Power supply
0 230V 0 24V BA
G G0
Slave unit
AB
Master unit
3.1
3.2
3.3
3.4
+
FDS-M
Smoke detector
L1outL1in L2
2,2 k Ω
Ceiling smoke detector
FDS-M
Smoke detector
53 4
2,2 k Ω
Duct smoke detector
12
-+-+-+- +-+-+-+-
G
FDS-M L N
FDS-M G0 D01 G0 D02 G0 D03 G0 D04
Fire damper 1
12
Fire damper 2
FDS-M +C S2_1
Fire damper 1
S4 S2
S6_1
S1 S6
+C S2_2
S4 S2
S6_2
S1 S6
Fire damper 2
+C S2_3 S6_3 +C S2_4 S6_4
12
Power supply 0 230V 0 24V BA
G G0
Slave unit
AB
Master unit
3.1
3.2
3.3
3.4
+
FDS-M
Smoke detector
L1outL1in L2
2,2 kΩ
Ceiling smoke detector
FDS-M
Smoke detector
53 4
2,2 kΩ
Duct smoke detector
12
-+-+-+- +-+-+-+-
G
FDS-M L N
FDS-M G0 D01
G0 D02 G0 D03 G0 D04
Fire damper 1
12
Fire damper 2
FDS-M +C S2_1
Fire damper 1
S4 S2
S6_1
S1 S6
+C S2_2
S4 S2
S6_2
S1 S6
Fire damper 2
+C S2_3 S6_3 +C S2_4 S6_4
12
Power supply 0 230V 0 24V BA
G G0
Slave unit
AB
Master unit
3.1
3.2
3.3
3.4
+
FDS-M
Smoke detector
L1outL1in L2
2,2 kΩ
Ceiling smoke detector
FDS-M
Smoke detector
53 4
2,2 kΩ
Duct smoke detector
12
-+-+-+- +-+-+-+-
G
Fire damper's cables
Supply 24V Switches
Attention!
Color cables could change depending on motor
version. Numbering cables (1-2 for supply 24V, 1
to 6 for switches) stays the same on all motor ver-
sions.
+C
S 2 _1
S6_1
+C
S2_2
S6_2
+C
S2_3
S6_3
+C
S2_4
S6_4
1 2 3 4
SERVOMOTOR SWITCHES
GD0
D01
GD0
D02
GD0
D03
GD0
D04
\ SEF SERVOMOTORS
L N
230V AC
Fuse 6,3A

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3.3 Connect local smoke detectors (up to 4)
Connect local smoke detectors to master unit.
Maximum 4 smoke detectors could be connected directly to the master unit (FDS-M).
FDS-M L N
FDS-M G0 D01 G0 D02 G0 D03 G0 D04
Fire damper 1
12
Fire damper 2
FDS-M +C S2_1
Fire damper 1
S4 S2
S6_1
S1 S6
+C S2_2
S4 S2
S6_2
S1 S6
Fire damper 2
+C S2_3 S6_3 +C S2_4 S6_4
12
Power supply 0 230V 0 24V BA
G G0
Slave unit
AB
Master unit
3.1
3.2
3.3
3.4
+
FDS-M
Smoke detector
L1outL1in L2
2,2 kΩ
Ceiling smoke detector
FDS-M
Smoke detector
53 4
2,2 kΩ
Duct smoke detector
12
-+-+-+-
+-+-+-+-
G
FDS-M L N
FDS-M G0 D01 G0 D02 G0 D03 G0 D04
Fire damper 1
12
Fire damper 2
FDS-M +C S2_1
Fire damper 1
S4 S2
S6_1
S1 S6
+C S2_2
S4 S2
S6_2
S1 S6
Fire damper 2
+C S2_3 S6_3 +C S2_4 S6_4
12
Power supply 0 230V 0 24V BA
G G0
Slave unit
AB
Master unit
3.1
3.2
3.3
3.4
+
FDS-M
Smoke detector
L1outL1in L2
2,2 kΩ
Ceiling smoke detector
FDS-M
Smoke detector
53 4
2,2 kΩ
Duct smoke detector
12
-+-+-+-
+-+-+-+-
G
3
The FDS-M switchboard have four 2.2 kΩ resistors
on each smoke detector connection.
Remove the resistor if you add a smoke detector and
move the resistor to smoke detector.
The resistor is still required, see image 2 and 3.
2
+-+-+-+-
1 2 3 4
1-2
SMOKE DETECTORS
1-2 1-2 1-2
FDS-CD FDS-DD

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4.1 Connect slave unit to master unit and first power supply
- Provide 230 V power supply to FDS-M as described in point 3.1 p. 7
- Provide 230 V power supply to transformer FDS-P
- Supply power to the first slave unit through G0 and G pins
- Connect the signal from master unit FDS-M to A and B pins
0
24V
0
230V
4. Installation with slave unit
If in the system there are slave unit (FDS-S) the first slave must be supplied with power supply unit (FDS-P).
Commutication (2 input)
230 V 230 V
24 V (2 input)
0FDS-P 24V 0B 230VA
G G0
A B
FDS-S
FDS-M
B
A
N
RS485
G
G0
A
B

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4.2 Connect fire damper to slave unit
One fire damper per slave unit is allowed.
G G0
FDS-S
A B
G G0
FDS-S A B
1 2
FDS-S 4 53 68
7
1 2
Fire damper
S1 S6
S2 S4
3.5
3.6
1 2
FDS-S 4 5
3 6 8
7
Smoke detector
L1outL1in L2
3.7
2,2 kΩ
Ceiling smoke detector
1 2
FDS-S 4 5
368
7
Smoke detector
5
34
2,2 kΩ
Duct smoke detector
1 2
24 V Communication (4 input)
1 2 3 4 5 6 7 8
+
S2 S1 S6 S4
+
-
~
smoke (2 input)

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1
The FDS-S have one 2.2 kΩ resistors.
Remove the resistor if you add a smoke detec-
tor and move the resistor to smoke detector, see
image 2 and 3.
4.3 Connect smoke detector to slave unit
One smoke detector per slave unit is allowed.
G G0
FDS-S
AB
G G0
FDS-S AB
12
FDS-S 453 6 87
12
Fire damper
S1 S6S2 S4
3.5
3.6
12
FDS-S 45
3 6 8
7
Smoke detector
L1outL1in L2
3.7
2,2 kΩ
Ceiling smoke detector
12
FDS-S 45
3 6 8
7
Smoke detector
5
34
2,2 kΩ
Duct smoke detector
12
G G0
FDS-S
AB
G G0
FDS-S AB
12
FDS-S 453 6 87
12
Fire damper
S1 S6S2 S4
3.5
3.6
12
FDS-S 45
3 6 8
7
Smoke detector
L1outL1in L2
3.7
2,2 kΩ
Ceiling smoke detector
12
FDS-S 45
3 6 8
7
Smoke detector
5
34
2,2 kΩ
Duct smoke detector
12
1 2 3 4 5 6 7 8
+
S2 S1 S6 S4
+
-
~
3
2
FDS-CD FDS-DD

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4.4 Connect slave unit to slave unit
G G0
FDS-S
AB
G G0
FDS-S AB
12
FDS-S 453 6 87
12
Fire damper
S1 S6S2 S4
3.5
3.6
12
FDS-S 45
3 6 8
7
Smoke detector
L1outL1in L2
3.7
2,2 kΩ
Ceiling smoke detector
12
FDS-S 45
3 6 8
7
Smoke detector
5
34
2,2 kΩ
Duct smoke detector
12
Commutication (2 input)
230 V 230 V
24 V (2 input)
NOTE
For RS485 connection (A and B), it is recommended to
use RS485 standard cable, 2-wire shielded twisted
pair. Please see next page for cable cross section
suggestion. Installer should always verify according to
actual installation environment.
RS485
AB N
A
B
A B
FDS-S
GG0
230 VAC
24 VAC
230 V
A B
FDS-S
GG0
TRAFO xx
FDS-M
A B
FDS-S
GG0
230 VAC
24 VAC
230 V
TRAFO xx
A B
FDS-S
GG0
230 V
FDS-R
RS485
Data
- +
RS485
Data
- +
A
B
A
B
A B
FDS-S
GG0 A B
FDS-S
GG0
230 VAC
24 VAC
230 V
TRAFO xx
Max 300mMax 300m
ATTENTION!
The 2-wire shielded twisted pair RS485 cable needs to be connected to G0 in FDS-S every first slave after the transformer
as displayed in below wired scheme.

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Supply cable sizing
The wire size of the supply cable can be determined by calculating the resistance pr meter R.
The calculation presupposes that a voltage drop of e.g. 2V is accepted in the supply cable:
R(per m) = Udrop / (I * L) [Ω/m]
where: Udrop is the accepted voltage drop (2V) in the cable [V]
I is the current [A]
L is the longest distance of supply cables from transformer to a component [m]
Example:
Udrop = 2V, I = 4A, L = 20m
R (per m) = 2V / (4A * 20m) = 0,025 Ω/m
In the diagram a Wire cross section Area of 0,7 mm2can be read.
0,7
0,6
0,8
0,9
1
1,1
1,2
1,3
1,4
1,5
0
0,1
0,2
0,3
0,4
0,5
0,200,10 0,15 0,050
Wire cross section area as a function of resistance per m for copper wire
Copper resistance [Ω/m]
Wire cross section area [mm2]

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4.5 Connect signal repeater to slave unit
Connect signal repeater (FDS-R)
Commutication (2 input)
230 V 230 V
24 V (2 input)
no.30 FDS-S
230 V 230 V
3.8
G G0
FDS-S B A
G G0
FDS-S B A
DATA0+ DATA0-
FDS-R
DATA1+ DATA1-
LN
FDS-M +C Ext1
3.10 Ext2 Ack
FDS-M GD0
A
3.11 D06
S
D07
Data+
Data-
FDS-SFDS-S G G0 AB G G0 AB
Data+ Data+
Data- Data-
V+
GND
Output DC
24V 0,5A
Input AC
100-240V
+
L(+) N(-)
-
230V

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5.1 External incoming alarms
The master unit FDS-M can receive no.2 external alarms (Standard NO contact, possible to change to NC in FDS-M
configuration). These alarms can be remotely acknowledged as well.
5. External signals
3.8
G G0
FDS-S B A
G G0
FDS-S B A
DATA0+ DATA0-
FDS-R
DATA1+ DATA1-
LN
FDS-M +C Ext1
3.10
Ext2 Ack
FDS-M GD0
A
3.11 D06
S
D07
5.2 External outgoing alarms
The master unit FDS-M can send no.2 external alarms, a fire alarm (A) and a service alarm (S), through 24V driven
relays (relay module FDS-RB, NC contact).
3.8
G G0
FDS-S B A
G G0
FDS-S B A
DATA0+ DATA0-
FDS-R
DATA1+ DATA1-
LN
FDS-M +C Ext1
3.10 Ext2 Ack
FDS-M GD0
A
3.11
D06
S
D07
12
13
14
20
30
31
32
33
24V
24V
24V
FDS-M
A
GD0 D06
S
D07
12 Control input relay I
13 Control input relay II
14 Control input relay III
20 Control input common 24 V AC
30 Control input 24 V AC
31 Output relay I
32 Output relay II
33 Output relay III
relay I relay II relay III
+C
Ext1
Ext2
Ack
ALARM
GD0
D05
D06
D07
A S
STOP AHU
ALARM
GD0
D05
D06
D07
A S
STOP AHU
ALARM

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5.3 Connect “Stop AHU” signal
The master unit can stop an AHU through a 24 V driven relay (relay module FDS-RB).
FDS-M GD0
STOP-AHU
3.11
D05
Master unit GD0
3.12 D04 Master unit AGND Pt GD0
Pressure gauge
-0-10 V +
OUTPUT
Master unit AGND A01
Fan
GND 0-10 V
INPUT
Fan
5.4 Configuration example
If you have... you need...
No. 14 fire dampers:
- 3 dampers connect directly to FDS-M
- 11 connect with slave units FDS-S
+ AHU connection
FDS-M.......
FDS-S.......
FDS-P........
FDS-R.......
FDS-RB.......
1
11
2
0
1
No. 36 fire dampers:
- 2 dampers connect directly to FDS-M
- 34 connect with slave units FDS-S
+ AHU connection
+ External outgoing fire alarm
FDS-M.......
FDS-S.......
FDS-P........
FDS-R.......
FDS-RB......
......
1
34
4
1
2if the logic (NO or NC) is different between
connections (AHU and external outgoing alarm)
1if the logic (NO or NC) is the same for both
connections (AHU and external outgoing alarm)
GD0
D05
D06
D07
A S
STOP AHU
ALARM
12 Control input relay I
13 Control input relay II
14 Control input relay III
20 Control input common 24 V AC
30 Control input 24 V AC
31 Output relay I
32 Output relay II
33 Output relay III
12
13
14
20
30
31
32
33
24V
24V
FDS-M GD0
STOP-AHU
D05
relay I relay II relay III
GD0
D05
D06
D07
A S
STOP AHU
ALARM

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OK
Press and move to choose the country.
Press to confirm.
The MAIN DISPLAY show the status of the system.
Press to see the firmware version and IP adress.
Press again to see the date and time.
Press in order to go back to the main display
6. Configuration
6.1 Choose country
*NOTE
The status of the system can be:
- Idle
- Normal operation
- Test procedure
OK
C
OK
view alarms
exit value
editing
Yellow LED
write indicator
Red LED
Alarm indicator
Scroll up
Scroll down
Enter
(right)
Confirm
one step back
(left)
Display buttons
In the menu, use and to scroll up and down.
To select, use button.
To go one step back, use button.
Edit, by pressing button, and then use and .
OK
- Lindab FDS Master
Select country:
Not selected
- Lindab FDS Master
A alarms : 0
Service alarms : 0
Idle*
- Lindab FDS Master
Select country:
Not selected

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6.2 Access right
NOTE
Default USER password: 1332
Only read function with access to status,
setting and event log menu.
Default SERVICE password: 2132
Access to the complete functions.
Cur. level automatically change status
depending on type of password entered.
6.3 Main display tree
After the first LOG IN press to show the main
display tree.
Access right
Status
Commissioning
Settings
Event log
- Lindab FDS Master
A alarms : 0
Service alarms : 0
Idle*
Access right
Log in
- Lindab FDS Master
A alarms : 0
Service alarms : 0
Idle*
Log in
Enter password:xxxx
Cur. level: none
OK
Use to enter password.

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6.4 Status
Access right
Status
Commissioning
Settings
Fire damper status
Choose fire damper
Damper: 1-60
Fire damper: 1
Position: In Between
Pos. error: Yes
Pos. Alarm: Yes
Detector status
Choose detector
Detector: 1-60
Detector: 1
Det. Status: OK
Det. Alarm: No
Section status
DI
I/O
Section status
Section: 1
Status: OK
Damper 1 - 6
DI1:OFF DI5:ON
DI2:ON DI6:OFF
DI3:OFF DI7:OFF
DI4:ON DI8:OFF
UI1:OFF
UI2:ON
UI3:OFF
UI4:ON
DO
DO1:ON DO5:ON
DO2:ON DO6:OFF
DO3:ON DO7:OFF
DO4:ON
AI
AI1:0.0 UI1:0.0
AI2:0.0
AI3:0.0
AI4:0.0
In the menu, use and to scroll up and down.
To select, use button.
To go one step back, use button.
Edit, by pressing button, and then use and .
OK

20
2018-08-01
Damper Durat. Times
Choose damper
unit: 1-60 -->
Damper unit: 1
Duration Times:
Close Open
8 23 sec
Reset detector(s)
Detector #: 0
(# 0 means all)
Reset: NO
Reset detectors
Damper unit: 1
Orig. Dur. Times:
Close Open
7 25 sec
AO
AO1:0.0 AO5:0.0
AO2:0.0
AO3:0.0
AO4:0.0