Tyco 800 Series Installation and operation manual

© 2008 Tyco Safety Products PAGE 1 of 4
800 SERIES
17A-03-AV
2 11/08
Registered Company: Thorn Security Ltd. Registered Office: Dunhams Lane Letchworth Garden City Hertfordshire SG6 1BE
EQUIPMENT:
PUBLICATION:
ISSUE No. & DATE:
AV SERIES OF LOOP POWERED SOUNDERS
AND SOUNDER-BEACONS
INSTALLATION AND COMMISSIONING INSTRUCTIONS
SOUNDER
SOUNDER-BEACON
Fig. 1
PROGRAMMING
PORT
LOCKING
DEVICE
FITS
HERE
1. TECHNICAL SPECIFICATION
System Compatibility: Use only with ZX/MX
Fire Alarm Controllers
Environment: Models for indoor use only
Temperature:
Operating: -20°C to +70°C
Storage: -25°C to +70°C
Humidity: Up to 95% (non-condensing)
Dimensions:
Height: 36.5mm
Diameter: 115mm
Weight:
Sounder only: 160g
Sounder/Beacon: 190g
Mounting Requirements: Surface mount
The flat surface mounting flange is supplied with the
base. The DAB3-4 mounting flange must be ordered
separately.
The mounting flanges have to four drill positions for
mounting holes at 50mm, 60mm, 70mm and 80mm.
The sounder/ sounder beacon body clips onto the mounting
flange.
Electrical Characteristics:
Addressable Loop Voltage: 20 - 40Vdc
DC Loop Loading
Quiescent: 350μA
Alarm: See Tables 1 & 2
EMC:
The base complies with the following:
Product family standard EN50130-4 in respect of
Conducted Disturbances, Radiated Immunity,
Electrostatic Discharge, Fast Transients and Slow High
Energy
EN61000-6-3 for Emissions
Low/ Mid Low Mid High/High
Sound Output 60/70 80/90 dB
Sounder Only 2.6 4.4 mA
Sounder and Beacon
0.5Hz
5.7 7.5 mA
Sounder and Beacon
1Hz
6.8 8.6 mA
Table. 1 LPSB3000 and LPAV3000 Current Draw

800 SERIES
17A-03-AV
2 11/08
PAGE 2 of 4
2. INTRODUCTION
The AV Series of Loop Powered Addressable Sounder/
Sounder-Beacons are designed to be driven from an MX/ZX
controller via the addressable loop.
Tone, volume and flash rates are set in Consys.
3. FEATURES
The sounder has four volume settings ‘High’ (90dB ±3), ‘Mid
High’ (80 ±3dB), ‘Mid Low’ (70 ±3dB)or ‘Low’ (60dB ±3).
The beacon has two flash rates ‘Slow Flash’ (1/2Hz) or ‘Fast
Flash’ (1Hz).
The AV Series have a built-in line isolator.
4. CABLING
Cables are to be selected in accordance with Publication 17A-
02-D and the requirements of the current issue of BS5839.
Cabling should be connected as shown in Fig. 4 ensuring
correct polarity.
5. WIRING NOTES
The following notes apply:
a) All wiring must conform to the current edition
of IEE Wiring Regulations and BS 5839 Part 1.
b) All wiring must be free of earths.
6. MOUNTING
6.1 INSTALLATION TO A FLAT SURFACE
USING TYPE ‘A’ MOUNTING FLANGE
THIS MOUNTING
FLANGE IS
SUPPLIED
WITH THE BASE
SOUNDER
BASE
CABLE
ENTRY
D
O
N
O
T
P
A
I
N
T
DETECTOR
ELECTRICAL
BACKBOX
SOUNDER
BLANKING CAP
OPTION
(WHEN DETECTOR
NOT FITTED)
Fig. 2 Fitting to a Flat Surface
To install an AV base, proceed as follows:
a) Feed the addressable loop wiring through
the mounting flange cable entry.
c) Secure the mounting flange to a flat surface.
d) Feed the addressable loop wiring through
the AV base cable entry, then clip the
sounder base to the mounting flange.
e) Wire the AV base as shown in Fig. 7
ensuring correct polarity.
f) Fit the locking device (supplied) to the
base, pressing it in until it is fully
seated. See Fig. 4.
g) Fit the address flag to the detector. Fit the
detector to the sounder base, (the address
flag will be transferred to the sounder base).
INSTALLATION TO A FLAT SURFACE
USING DAB3-4 MOUNTING FLANGE
To install an AV base, proceed as follows:
a) Remove the required number of conduit
knockouts.
b) Fit the conduit, feed the cables through the
conduit and the cable entry hole of the
mounting flange.
c) Fit the mounting flange to the conduit and
secure with suitable screws.
d) Clip the AV base to the mounting flange.
e) Wire the AV base as shown in Fig. 7
ensuring correct polarity.
f) Fit the locking device (supplied) to the
base, pressing it in until it is fully
seated. See Fig. 4.
g) Fit the address flag to the detector. Fit the
detector to the sounder base, (the address
flag will be transferred to the sounder base).
THE DAB3-4
MOUNTING
FLANGE
MUST BE
ORDERED
SEPARATELY
SOUNDER BEACON
BASE
CABLE
ENTRY
D
O
N
O
T
P
A
I
N
T
DETECTOR
SOUNDER
BLANKING CAP
OPTION
(WHEN DETECTOR
NOT FITTED)
Fig. 3 Fitting Using Conduit

800 SERIES
17A-03-AV
2 11/08
© 2008 Tyco Safety Products PAGE 3 of 4
Registered Company: Thorn Security Ltd. Registered Office: Dunhams Lane Letchworth Garden City Hertfordshire SG6 1BE
EQUIPMENT:
PUBLICATION:
ISSUE No. & DATE:
7. ADDRESS PROGRAMMING
The AV devices have a default factory set address of 255,
this must be set to the loop address of the device using the
801AP MX Service Tool. The sounder is programmed
with the address prior to being installed by using the
internal programming port (see Figs 1 and 6).
IMPORTANT NOTE
When connecting AV Bases to early versions of the 801AP
MX Service Tool, there is a delay of 10 seconds until
communication is possible. Early versions of the 801AP
MX Service Tool can be distinguished from the more recent
versions by the missing C-Tick mark on the product
identification label on the underside of the tool, see Fig. 5.
Fig. 4 Fitting Locking Device
LOCKING DEVICE
FOR MX ADDRESSABLE DEVICES
USES TYCO MX DIGITAL PROTOCOL
801AP - 516-800-918
MX SERVICE TOOL
Tyco Safety Products
N1156 DUNHAMS LANE
LETCHWORTH
SG6 1BE, UK
S/N FF.FF.FF.FF
Fig. 5
C-TICK MARK
The AV Sounder-Beacons use 2 consecutive addresses on the
MX addressable loop, starting from the chosen programmed
address number. These addresses are automatically generated
when a AV Sounder-Beacon is selected in MX Consys.
The address configuration is as follows:
Address Type
n Sounder Device
n+1 Beacon Device
8. ORDERING INFORMATION
LPSB3000 Sounder only Loop
Powered Addressable Base: 516.800.957
LPAV3000 Loop Powered
Addressable Sounder/Beacon Base: 516.800.958
DAB3-4 Mounting Flange Type ‘B’
Conduit: 516.800.959
MKII Sounder Cap: 557.001.040.A/Y
Fig. 6 801AP Service Tool Programming Lead and
AV Base Programming Port Interface

800 SERIES
17A-03-AV
2 11/08
PAGE 4 of 4
JM/pl
20th November 2008
MX
CONTROLLER
L
L1
L2
R
L
L1
L2
R
L
L1
L2
R
L
L1
L2
R
L
L1
L2
LPSB3000/
LPAV3000
BASE
5BI
BASE
5B
BASE
5B
BASE
5B
BASE
+
-
M
M
+
-
M
M
M
Fig. 7 AV - Simplified Wiring Diagram