Zeta SM-ASB User manual

SM-ASB Instruction Manual V1.0- 2/4/08
100.00 mm
29.0 mm
36.0 mm
1234567 8
Mechanical Specification
Weight
Base Sounder - 100 g
including Lid - 120 g
including electronic circuits
and fixings
Enclosure Construction Material
Flame Retardant rating 94V0
White ABS - Transparent PC
Technical Specifications
Operating Voltage
Sounder Output
Flash Colour
Flash Rate
Alarm Tone
Current Consumption
Quiescent
Sounder Only
Flasher Only
Combined Sounder Flasher
Compatible Detectors
800-970Hz (0.5s each)
17-30V DC
85 dB @ 1 metre
Red
0.3 Hz
(Add 12 mA when conventional detector is in alarm)
1.2 mA + conventional detector quiescent current
4mA
2.5 mA
5.5 mA
FEOE2000, FEOH2000, FEHE2000, FEFHE2000
The Securetone Micro Addressable sounder
flasher base is the latest innovative product
from GLT Exports Ltd. It is available as an
addressable sounder, or combined sounder
flasher, to which can be connected a
conventional detector, either smoke, heat, or
opto-heat. This can allow for considerable
cost savings in locations where a sounder &
detector are required. It is designed to work
with Zeta Analogue addressable control
panels only.
The Securetone Micro sounder has an 8 way
D.I.L. switch to set the address. Switch 8
MUST be to the ON position. Switches 1 to 7
are used to set a binary address, with OFF
being a binary 1, and ON being a binary 0 (or
see setting chart on page 3)
There is a jumper to tell the sounder whether a
conventional Optical smoke detector, or
conventional heat detector has been fitted.
This makes the sounder reply as OPTICAL, or
HEAT.
There is also a potentiometer which may be
used to adjust the sound level if required. It is
supplied set to it`s maximum volume.
Normally the will be used
in conjunction with a conventional heat/
smoke detector. However, if the MODE
selection jumper is removed, it will behave as
a normal addressable sounder. (NOTE: in this
configuration, the conventional detector input
will be inoperative.)
The sounder flasher version also includes a
loop short circuit isolator, which minimises
the number of devices which would be
inoperative in the case of a short circuit on the
loop.
Securetone Micro
Low current consumption.
5.5 mA for combined Sounder/Beacon
Address setting is in the base for easy
Detector head replacement
Can work as a stand alone sounder.
Complies with EN-54 pt.3
Allows use of Conventional Detectors
Loop Isolator option
Compatible with all Zeta addressable panels
Features
ORDER CODE PRODUCT DESCRIPTION
SECURETONE MICRO ADDRESSABLE SOUNDER BASE
SECURETONE MICRO ADDR. SOUNDER FLASHER BASE with ISOLATOR
LID FOR SOUNDER BASE (WHITE)
LID FOR SOUNDER BASE (TRANSPARENT-CLEAR)
LID FOR SOUNDER BASE (TRANSPARENT-RED)
SM-ASB
SM-ASFIB
V2 L
V2 LT
V2 LTR
Addressable
Sounder/Flasher Base
to
ecure
Se
n
Micro
Loop Out
Loop In
Mode
- Vol +
Sounder Flasher
with Short Circuit
Loop Isolator
Sounder
to
e
c
u
r
e
S
e
n
Micro
Heat
Detector
Smoke
Detector
Addressable
Sounder/Flasher Base
|S
Address
MODEL
SM-ASFIB
SM-ASB
SWITCH 8 MUST BE IN ON POSITION
1

CONNECTIONS AND TONE CONFIGURATIONS
Place spare jumper
to select Detector
Sounder Mode
= JUMPER
LOOP
OUT
LOOP
RETURN
PANEL
L1 IN
Volume
Adjustment
Address Switches binary weights
1off=1
2off=2
3off=4
4off=8
5off=16
6off=32
12345678
ON
OFF
Switches 1-7
Switch 8
used to configure the Sounder/ Flasher address.
(ON = Binary 0, OFF = Binary 1)
MUST BE IN THE ON POSITION
12345678
ON
OFF
Heat Detector
Smoke Detector
When connecting the conventional detector, the red wire connects to L1 in, and
the black wire connects to L2.
In this mode no detectors, conventional or
analogue addressable can be connected to this sounder unit.
Note:
normal addressable sounder
shadow
sounder mode
If no jumper is placed on the mode select header, the device will behave
like a .
The
will still be available by placing switch no. 8 in the OFF position.
.
Negative (Black)
+
-
Positive (Red)
Securetone Micro Sounder/ Sounder-flasher
Sounder Only Mode
The is a Base Sounder or Sounder
Flasher which is also used to interface one conventional
detector to the Analogue Addressable Loop. The number
of units which can be connected to each
Loop is dependent on Loop loading. The total number per
loop should not exceed 64.
Sounders can be programmed from
any address between 1 and 126. In normal operation, the
sounder answers as an Optical Smoke Detector, or a Heat
detector (depending on the mode jumper setting). As it is
not reporting as a sounder, the control panel must be
aware that there is a sounder present in order for the
sounder to operate. (This is automatically built in to the
Simplicity & PremierAD Fire Alarm Control panels)
The
by leaving off the mode select
jumper. In this configuration, the detector connection
wires are inactive, so can not signal a fire. A cover should
be fitted to the sounder to ensure a detector is not fitted.
Securetone Micro
Sounder Flasher
Securetone Micro
Securetone Micro can be configured as a normal
addressable sounder
Fyreye Coventional
Detector Base
L2
Loop Out
Loop In
Mode
- Vol +
Sounder Flasher
with Short Circuit
Loop Isolator
Sounder
to
e
c
u
r
e
S
e
n
Micro
Heat
Detector
Smoke
Detector
Addressable
Sounder/Flasher Base
|S
Address
MODEL
SM-ASFIB
SM-ASB
SWITCH 8 MUST BE IN ON POSITION
123456 78 12345 67 8 123456 78 12345 67 8 123456 78 12345678 123456 78 12345 67 8
123456 78 12345 67 8 12345678 12345678 12345 678 12345678 12345 67 8 123456 78
123456 78 12345 67 8 12345678 12345678 12345 678 12345678 12345 67 8 123456 78
123456 78 12345 67 8 12345678 12345678 12345 678 12345678 12345 67 8 123456 78
01
09
17
25
02
10
18
26
03
11
19
27
04
12
20
28
05
13
21
29
06
14
22
30
07
15
23
31
08
16
24
32
123456 78 12345 67 8 123456 78 12345 67 8 123456 78 12345678 123456 78 12345 67 8
123456 78 12345 67 8 12345678 12345678 12345 678 12345678 12345 67 8 123456 78
123456 78 12345 67 8 12345678 12345678 12345 678 12345678 12345 67 8 123456 78
123456 78 12345 67 8 12345678 12345678 12345 678 12345678 12345 67 8
33
41
49
57
34
42
50
58
35
43
51
59
36
44
52
60
37
45
53
61
38
46
54
62
39
47
55
63
40
48
56
Securetone Micro Sounder/ Beacon Address Settings
123456 78
64
123456 78 12345 67 8 123456 78 12345 67 8 123456 78 12345678 123456 78 12345 67 8
123456 78 12345 67 8 12345678 12345678 12345 678 12345678 12345 67 8 123456 78
123456 78 12345 67 8 12345678 12345678 12345 678 12345678 12345 67 8 123456 78
123456 78 12345 67 8 12345678 12345678 12345 678 12345678 12345 67 8 123456 78
65
73
81
89
66
74
82
90
67
75
83
91
68
76
84
92
69
77
85
93
70
78
86
94
71
79
87
95
72
80
88
96
123456 78 12345 67 8 123456 78 12345 67 8 123456 78 12345678 123456 78 12345 67 8
123456 78 12345 67 8 12345678 12345678 12345 678 12345678 12345 67 8 123456 78
123456 78 12345 67 8 12345678 12345678 12345 678 12345678 12345 67 8 123456 78
123456 78 12345 67 8 12345678 12345678 12345 678 12345678
97
105
113
121
98
106
114
122
99
107
115
123
100
108
116
124
101
109
117
125
102
110
118
126
103
111
119
104
112
120
23
In the above Example, the address is 1+4+8 = 13