Honeywell HI-SPEC User manual

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Installation Instructions
Honeywell Air Sampling Smoke Detection System
Honeywell HI-SPEC
14
11
11
4 3
1
6
2
5
7
10
8
9
12 13
11
1 Operating-indicator light
2 Indicator light for fault
3 Indicator light for alert alarm-detector module I
4 Indicator light for action alarm-detector module I
5 Indicator light for fire alarm-detector module I
6 Smoke level display 1 to 10 for detector module I
7 Indicator light for alert alarm-detector module II
8 Indicator light for action alarm-detector module II
9 Indicator light for fire alarm-detector module II
10 Smoke level display 1 to 10 for detector module II
11 Pre-punched cable entries for connection to the central fire panel or power supply (input/output)
12 Connection pipe system I
13 Connection pipe system II
14 Connection for air return

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Installation of the Detector Module
Please note:
- Only the detector modules of the type ASD-TT-05, ASD-TT-01 and ASD-TT-001
- that have been approved by the VdS-certification authority may be used.
- Carry out the following works only if the device is powered down.
1. Open the device by carefully unlocking the housing snap-in closures by means of a screwdriver. Then lift the housing lid a little bit.
2. Carefully pull the connection cable of the display board off (connection “Display”) and remove the housing lid.
Note:
Shall the device only be provided with one detector module, please skip to point 5. Shall the device however be provided with two detector modules
please follow the following instructions.
3. Recover carefully the ventilator cover for the second air sampling duct (self-adhesive plastic cover).
4. Break carefully the clasp for the connection of the second pipe system (predetermined breaking point, marked by “II“) with a screwdriver from
the housing.
Note:
The knockout is to be removed completely from the device.
5. Make the required settings by setting the contacts of switch S1 accordingly (see also “Settings of the detector module”).
6. Fix the detector module in the corresponding mounting position.
7. Ensure the detector is fully clipped home
8. Connect the detector module via the ribbon cable with the connection “Head 1” (detector module I) or “Head 2” (detector module II) to the base
board. Note the labelling of the base board.
9. Reconnect the display board to the base board (connection “Display”). Note the labelling of the base board.
O
F
F
S1
7
9
6
5
1
3
4

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Detector Module Settings
In the following tables of the switch positions S1 have 2 positions.
on off
The standard settings have a grey background.
Setting the response sensitivity
detector module
DM-TT-
50
DM-TT-
10
DM-TT-
01
S1. 1 S1. 2
0,8 %/m 0,12 %/m on on
0,4 %/m 0,06 %/m off on
1,0 %/m 0,2 %/m 0,03 %/m on off
0,5 %/m 0,1 %/m 0,015%/m off off
Setting the alarm delay
S1. 3 S1. 4
0 seconds off off
10 seconds on off
30 seconds off on
60 seconds on on
Setting the activating threshold
“air flow fault”
S1. 5 S1. 6
small on off
medium off on
large off off
very large on on
Setting the delay
“air flow fault”
S1. 7 S1. 8
0.5 minutes off on
2 minutes on off
15 minutes on on
60 minutes off off
Setting the fault signal
S1. 9
non-latched off
latched on
Setting LOGIC ⋅ SENS
S1.10
off off
on on

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HEAD 1 DIAG
BR1 X8
BR2
BR3
12
HEAD 1 HEAD 2DIAG DISPLAY
BR1 X8
BR2
F2
CUTOFF
X1
BR3
SCI ITAG
BR3
BR1
12
X1
11223
X2
Br1
Br1
Br1
Br2
Br2
Br2
Choose number of the detector modules
The number of detector modules is chosen with the jumper BR1. The following table shows, whether the jumper must be put or not:
X = pin pair bridge
O = pin pair open
The standard settings have a grey background.
Choose number of the detector
modules
Bridge
Pin No.
BR1,
1+2
1 detector module X
2 detector module O
Setting the ventilator voltage
Jumper BR3 on the base board and Jumper BR1 on the additional board allows the setup of the ventilator voltage. The following table shows whether
the jumpers are set or not:
X = pin pair bridge
O = pin pair open
The standard settings have a grey background.
Setting the ventilator voltage
base-
board
additional
board
Jumper
Pin No.
BR 3
1 + 2
BR 1
1 + 2
BR 2
1 + 2
6,5 V O O X
6,9 V O X O
9 V O O O

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X1
X3
X5
K1
JU1 JU2
K3 K4
JU3 JU4
K5 K6
JU5 JU6
X2
X4
X6
X8 X9 X10 X11 X12
JU8 JU7
JU1-
JU6
JU1 JU2
K3 K4
JU3 JU4
K5 K6
JU5 JU6
1 2 3 1 2 3
X1
1 2 3 1 2 3
1 2 3 1 2 3
Setting the function of the collective fault contact
The contact type (break contact or make contact) of the collective fault is set using the jumper JU 7 and JU 8.
collective fault contact
detector module I = Jumper JU8
collective fault contact
detector module II = Jumper JU7
The following table shows the positioning of the jumpers:
X = pin pair bridge
O = pin pair open
The standard settings have a grey background.
Setting the collective fault contact
Jumper
Pin No.
JU7/8
1+2
JU7/8
2+3
break contact O X
make contact X O

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Setting the alarm contacts
The contact type (break contact or make contact) of the alarm contacts is set using the jumper JU 1 to JU 6.
Alarm contact alert alarm
detector module I = Jumper JU2
Alarm contact alert alarm
detector module II = Jumper JU1
Alarm contact action alarm
detector module I= Jumper JU4
Alarm contact action alarm
detector module II = Jumper JU3
Alarm contact fire alarm
detector module I = Jumper JU6
Alarm contact fire alarm
detector module II = Jumper JU5
The following table shows the positioning of the jumpers:
X = pin pair bridge
O = pin pair open
The standard settings have a grey background.
Setting the alarm contacts
Jumper
Pin-No.
JU1-6
1+2
JU1-6
2+3
break contact O X
make contact X O
AB
Device Supports
A
B
Support Type MT-1
horizontal installation
Support Type MT-1
vertical installation

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Installation of the device
General information:
- When choosing the installation location make sure the displays of the device are clearly visible.
- Screw the air sampling smoke detection system either directly to the wall with its bottom casing or mount it by means of a special support (type
MT-1). This support allows to mount the device also to racks for example.
- The air outlet of the device must not be blocked. (The distance between the air outlet and adjacent objects (e.g. wall) is to be at least 10 cm.)
- The air sampling smoke detection system can be mounted with the air sampling pipe connector(s) pointing upwards or downwards. (If neces-
sary, turn the lid by 180°). If the air sampling pipe connector(s) point downwards make sure no impurities enter the air outlet which then points
upwards.
- At switching-on the supply voltage, the device does not start running at once but only after approx. 10 seconds.
Procedure:
1. First, clearly mark the fixing points for mounting the device. If necessary, use the provided drilling jig. Fix the device using four screws (max. ∅of 6
mm for wall mounting and max. ∅of 4 mm for mounting by means of the device support MT-1) in order to guarantee a safe fixing and to limit vibra-
tions which occur.
2. Fix the device by means of four screws in accordance with the mounting type to the wall or the device support. Make sure the device is not fixed
under mechanical tension or the screws are not tightened too much. Otherwise the device might be damaged, or unintended secondary noise may
arise.
Note:
To balance unevenness and/or to avoid vibrations vibration dampers need to be installed.
3. Carefully break out of the housing the required cable entries (max. 5 x M20 und 2 x M25). If required, use a screwdriver.
4. Carefully equip the cable entry(entries) according to requirements with M20 or M25 glands (2x M25, 1x M20 included in the delivery) by inserting
them into the corresponding cable entry/entries.
5. Pass the connection cable(s) (max. 1.5 mm²) required to wire the device through the prepared M20 or M25 glands into the device and cut it to the
required length within the device.
6. Wire the device according to the following connection diagram.

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internal connection connection board
X12
2
1
2
1
_
+
_
+
X10
connection to central fire panel
4
3
2
1
+24V
X11
24V für
Display
Display
Data
_
+
24V
+24V
0V
0V
X9
4
3
2
1
+24V
_
+
Alt.Sens.
+24V
0V
0V
X8
4
3
2
1
+24V
_
+
Reset
+24V
0V
0V
X6
1
X4
1
2
X6
X2
1
2
JU8
RF I
K8
X2
X6
3
X4
3
4
X6
4
X2
3
4
JU2
RA1 I
K2
X2
X6
5
X4
5
6
X6
6
X2
5
6
JU4
RA2 I
K4
X2
X6
7
X4
7
8
X6
8
X2
7
8
JU6
RA3 I
K6
X2
X5
1
X3
1
2
2
X1
1
2
JU7
RF II
K7
3
3
4
4
3
4
JU1
RA1 II
K1
5
5
6
6
5
6
JU3
RA2 II
K3
7
7
8
8
7
8
JU5
RA3 II
K5
X5 X1
X5
X3
X1
X5 X1
X5 X1
X5 X1
X5
X3
X1
X5 X1
X3
1
2
3
1
2
3
1
2
3
1
2
3
1
2
3
1
2
3
1
2
3
1
2
3
detector module I
Alert alarm-relay
L1+
L1+
L1-
L1-
L2+
L2+
L2-
L2-
L3+
L3+
L3-
L3-
L4+
L4+
L4-
L4-
L5+
L5+
L5-
L5-
L6+
L6+
L6-
L6-
L7+
L7+
L7-
L7-
L8+
L8+
L8-
L8-
fault contact
detector module II
fault contact Action alarm-relayFire alarm-relayAlert alarm-relayAction alarm-relayFire alarm-relay
internal connection connection board
2
Parallel-
anzeige

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Connections
X1
1+2
Fault resistance for fault contact II (just to connect, if the contact as normally open programmed is, no standard)
X1
3+4
alarm resistance for alarm contact “alert alarm II” (just to connect, if the contact as normally open programmed is, standard)
X1
5+6
alarm resistance for alarm contact “action alarm II” (just to connect, if the contact as normally open programmed is, standard)
X1
7+8
alarm resistance for alarm contact “fire alarm II” (just to connect, if the contact as normally open programmed is, standard)
X2
1+2
Fault resistance for fault contact I (just to connect, if the contact as normally open programmed is, no standard)
X2
3+4
alarm resistance for alarm contact “alert alarm I” (just to connect, if the contact as normally open programmed is, standard)
X2
5+6
alarm resistance for alarm contact “action alarm I” (just to connect, if the contact as normally open programmed is, standard)
X2
7+8
alarm resistance for alarm contact “fire alarm I” (just to connect, if the contact as normally open programmed is, standard)
X3 / 1
X3 / 2
+ output line “Fault II“
- output line “Fault II”
X3 / 3
X3 / 4
+ output line “Alert alarm II“
- output line “Alert alarm II”
X3 / 5
X3 / 6
+ output line “Action alarm II“
- output line “Action alarm II”
X3 / 7
X3 / 8
+ output line “Fire alarm II“
- output line “Fire alarm II”
X4 / 1
X4 / 2
+ output line “Fault I“
- output line “Fault I”
X4 / 3
X4 / 4
+ output line “Alert alarm I“
- output line “Alert alarm I”
X4 / 5
X4 / 6
+ output line “Action alarm I“
- output line “Action alarm I”
X4 / 7
X4 / 8
+ output line “Fire alarm I“
- output line “Fire alarm I”
X5 / 1
X5 / 2
+ input line “Fault II“
- input line “Fault II”
X5 / 3
X5 / 4
+ input line “Alert alarm II“
- input line “Alert alarm II”

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X5 / 5
X5 / 6
+ input line “Action alarm II“
- input line “Action alarm II”
X5 / 7
X5 / 8
+ input line “Fire alarm II“
- input line “Fire alarm II”
X6 / 1
X6 / 2
+ input line “Fault I“
- input line “Fault I”
X6 / 3
X6 / 4
+ input line “Alert alarm I“
- input line “Alert alarm I”
X6 / 5
X6 / 6
+ input line “Action alarm I“
- input line “Action alarm I”
X6 / 7
X6 / 8
+ input line “Fire alarm I“
- input line “Fire alarm I”
X8 / 1
X8 / 2
+ 24 V reset input
0 V reset input
X8 / 3
X8 / 4
+ 24 V reset output
0 V reset output
X9 / 1
X9 / 2
+ 24 V input “Alt. Sens.“
Alternate Sensitivity
0 V input “Alt. Sens.“
Alternate Sensitivity
X9 / 3
X9 / 4
+ 24 V output “Alt. Sens.“
Alternate Sensitivity
0 V output “Alt. Sens.“
Alternate Sensitivity
X10 / 1
X10 / 2
+ 24 V supply voltage
0 V supply voltage
X10 / 3
X10 / 4
+ 24 V supply voltage
0 V supply voltage
X11 / 1
X11 / 2
+ data external Display
- data external Display
X12 / 1
X12 / 2
+ 24 V external Display
0 V external Display