ADR-3000
ANALOG ADDRESSABLE
INTELLIGENT FIRE ALARM SYSTEM
System Introduction
Manufacturer
TELEFIRE Fire & Gas Detectors LTD
5 Halapid St.
P.O.B. 7036
Petach Tikva 49250
Israel
Tel:
+ 972 3 921 1955
Fax:
+ 972 3 921 1816
Email:
marketing@telefire.co.il
4 November 2004
Web Site:
www.telefire.co.il
Revision: 1.10
Telefire
ADR-3000 – System Introduction
Revision 1.10 4 November 2004
Table of Contents
LIST OF FIGURES ..............................................................................................III
1
SYSTEM INTRODUCTION ............................................................................1
2
FIRE ALARM CONTROL PANEL..................................................................2
2.1
INTRODUCTION .......................................................................................................2
2.2
COMPONENTS OF THE ADR-3000 CONTROL PANEL ................................................2
2.3
ADR-3001 MAIN BOARD ........................................................................................3
2.3.1
2.4
Low-Voltage Connections........................................................................................... 3
ADR-3002 AND ADR-3002C LINE CARDS ..............................................................4
2.4.1
Maximum Addressing Capacity .................................................................................. 4
2.5
ADR-3003 DISPLAY AND KEYBOARD MODULE ........................................................5
2.6
ADR-4004TSW SWITCHING POWER SUPPLY .........................................................5
2.7
LON-3000 NETWORK COMMUNICATION MODULE ....................................................5
2.7.1
Topology ..................................................................................................................... 5
2.8
NET-3000 INTERNET ENABLED MONITORING AND NOTIFICATION MODULE ...............6
2.9
GIM-232 GALVANIC ISOLATION MODULE FOR RS-232 INTERFACE ...........................7
2.10 MCID-34 MODEM MODULE ....................................................................................7
2.11 RM-4005 REMOTE PANEL AND ANNUNCIATOR ........................................................8
3
INITIATING DEVICES ....................................................................................9
3.1
INTRODUCTION .......................................................................................................9
3.2
ANALOG ADDRESSABLE DETECTORS AND INITIATING DEVICES .................................9
3.2.1
3.2.2
3.2.3
3.2.4
3.2.5
3.2.6
3.2.7
3.2.8
4
TFO-440A Analog Addressable Photoelectric Smoke Detector................................. 9
TPH-442A Analog Addressable Multisensor Photoelectric Smoke / Heat Detector.10
TFI-330A Analog Addressable Ionization Smoke Detector...................................... 10
TFH-220A Analog Addressable Heat Detector ........................................................ 10
TFL-1NA Auxiliary Indicator for Analog Detectors.................................................... 11
TFB-110A Common Base for Analog Addressable Detectors ................................. 11
TPB-800ASR Manual Fire Alarm Call Point ............................................................. 11
TPB-800ASY Manual Extinguishing Call Point ........................................................ 11
ACCESSORIES ...........................................................................................12
4.1
INTRODUCTION .....................................................................................................12
4.2
ANALOG ADDRESSABLE MODULES ........................................................................12
4.2.1
4.2.2
4.2.3
4.2.4
4.2.5
4.2.6
4.2.7
4.2.8
Input Modules ........................................................................................................... 12
Output Modules ........................................................................................................ 12
Multifunction Modules............................................................................................... 12
Other Accessories .................................................................................................... 12
ADR-805 Flow Switch Interface Module................................................................... 12
ADR-810 Single-Channel Input Module ................................................................... 13
ADR-812 Two-Channel Input Module ...................................................................... 13
ADR-818 Eight-Channel Input Module ..................................................................... 14
— I —
Telefire
ADR-3000 – System Introduction
Revision 1.10 4 November 2004
4.2.9
4.2.10
4.2.11
4.2.12
4.2.13
4.2.14
4.2.15
4.3
EPI-3000 ELECTROMAGNETIC AND SURGE PROTECTION INTERFACE MODULE .......18
4.4
EVACUATION SYSTEM ...........................................................................................18
4.4.1
4.4.2
4.4.3
5
ADR-820 Single-Channel Output Module ................................................................ 14
ADR-828 Eight-Channel Output Module .................................................................. 15
ADR-823 Three-Channel Input/Output Module ........................................................ 15
ADR-833 Extinguishing Control Unit ........................................................................ 16
LI-3000 Line Isolation Module for Class A/B ............................................................ 16
TIP-224A Analog Addressable Indoor Alarm Notification Sounder.......................... 17
TPS-34A Analog Addressable Remote Power Supply............................................. 17
Introduction ............................................................................................................... 18
Features.................................................................................................................... 18
Installation Guidelines .............................................................................................. 19
SOFTWARE AND TOOLS ...........................................................................22
5.1
TCS-3040 PROGRAMMING AND CONTROL SOFTWARE FOR THE ADR-3000 ...........22
5.2
MCS-3000 CENTRALIZED FIRE ALARM SYSTEMS MONITORING SOFTWARE............22
5.3
PROG-4000 ANALOG ADDRESSABLE DETECTOR AND ACCESSORY PROGRAMMER 22
6
SPECIFICATION..........................................................................................23
7
CERTIFICATION..........................................................................................24
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Telefire
ADR-3000 – System Introduction
Revision 1.10 4 November 2004
List of Figures
Figure 1
Figure 2
Figure 3
Figure 4
Figure 5
Figure 6
Figure 7
Figure 8
Figure 9
Figure 10
Figure 11
Figure 12
Figure 13
Figure 14
Figure 15
Figure 16
Figure 17
Figure 18
Figure 19
Figure 20
Figure 21
Figure 22
Figure 23
Figure 24
Figure 25
Figure 26
Figure 27
Figure 28
Typical ADR-3000 fire alarm system ............................................................................. 1
Internal module location in the ADR-3000 cabinet ........................................................ 3
ADR-3001 Main board ................................................................................................... 3
Line cards ...................................................................................................................... 4
ADR-3003 Keyboard and display .................................................................................. 5
ADR-4004 Power supply module .................................................................................. 5
LON-3000 Networking communication module............................................................. 5
Bus topology .................................................................................................................. 6
Ring topology................................................................................................................. 6
Mixed (free) topology ..................................................................................................... 6
GIM-232 Module ............................................................................................................ 7
GIM-232 Connection...................................................................................................... 7
MCID-34 Modem module .............................................................................................. 7
RM-4005 Event flow ...................................................................................................... 8
ADR-805 Flow Switch Interface Module...................................................................... 12
ADR-810 Single-Channel Input Module ...................................................................... 13
ADR-812 Two-Channel Input Module.......................................................................... 13
ADR-818 Eight-Channel Input Module ........................................................................ 14
ADR-820 Single-Channel Output Module Interface .................................................... 14
ADR-828 Eight-Channel Output Module ..................................................................... 15
ADR-823 Three-Channel Input/Output Module ........................................................... 15
ADR-833 Extinguishing Control Unit ........................................................................... 16
LI-3000 Line Isolation Module ..................................................................................... 16
EPI-3000 Electromagnetic and Surge Protection Interface Module............................ 18
Connecting an evacuation system via General Output ............................................... 19
Connecting an evacuation system via an Addressable Output................................... 20
Connecting secondary units ........................................................................................ 20
Multi-amplifier system in a multi-storey building.......................................................... 21
— III —
Telefire
ADR-3000 – System Introduction
Revision 1.10 4 November 2004
1 System Introduction
The ADR-3000 intelligent fire alarm control panel monitors various analog addressable
initiating devices such as ionization and photoelectric smoke detectors, heat detectors,
flow switches and manual fire alarm call points.
The ADR-3000 intelligent fire alarm control panel controls notification devices such as
alarm bells, horns, strobe lights, annunciators, and automatic dialers as well as
automatic extinguishers.
Non-addressable initiating devices can be connected to the system via analog
addressable input modules. Non-addressable output devices can be connected to the
general outputs or via analog addressable output modules.
The ADR-3000 provides individual control and supervision of each analog addressable
device. Sensitivity adjustment, pre-alarm, maintenance and malfunction levels can be
set for each device independently.
Advanced conditional activation for each output device can be preformed from a single
control panel or a multi-unit network.
Unlike conventional systems, the ADR-3000 enables processing of analog signals
received from detectors, compensation of environment changes and drifts caused by
dust accumulation, while the alarm threshold setting values remains unaffected.
The system configuration allows considerable flexibility to in planning and installation,
starting as small as a single control panel with one SLC loop (127 addresses), and
enhanced by connecting two or more (as many as 32) control panels located in one or
several buildings in a peer-to-peer network, thus expanding the ADR-3000’s capacity
beyond 508 addresses and up to as many as 16,256 addresses. Each control panel on
the network can respond to alarm and trouble events that occurred in other control
panels.
Trouble Alarm General
Relay Relay Outputs
As many as 32 fire alarm control panels
LonWorks
ADR
3000
Modem
ADR
3000
Printer
ADR-3000
RS-232
RS-485
Loop 4
1
2
ADR
3000
ADR-3000
TCP/IP
Connection
PC
As many as 16 remote panels and annunciators
3
127
127
FIRE
Loop 3
Loop 2
RM-4005
1
2
3
1
2
3
9
RM-4005
127
FIRE
Loop 1
ADR-833
1
2
3
127
ADR-833
Figure 1
FM200
FM200
Typical ADR-3000 fire alarm system
– Page 1 –
RM-4005
RM-4005
Telefire
ADR-3000 – System Introduction
Revision 1.10 4 November 2004
2 Fire Alarm Control Panel
2.1
Introduction
The ADR-3000 control panel provides user-friendly operation. The keyboard and the
display that are mounted on the front panel contain an illuminated alphanumeric LCD,
LED indicators for major events, and functional keys. Access to all operations is
secured by multi-level passwords.
The interior section of the cabinet is secured by a key-lock. It contains a power supply,
the main board, line card(s), battery compartment space, and optional communication
modules.
The ADR-3000’s main board can contain one or two line cards, enabling control of as
many as 508 addressable initiating devices, notification appliances and I/O modules.
The ADR-3002 Single Loop Card controls as many as 127 addressable devices in a twowire Class B or Class A SLC loop.
The ADR-3002C Dual Loop Card controls as many as 254 addressable devices in two
two-wire Class B or Class A SLC loops.
The system can be expanded beyond 508 addresses by networking. An optional
LON-3000 network communication module allows the connection of as many as 32
control panels to set up a peer-to-peer network. With appropriate programming each
control panel on the network is able to respond to alarm and trouble events that occurred
in other control panels.
The control panel has an integral real time clock and calendar that enables day and
night sensitivity setting for each analog detector according to weekly operation schedule
and working hours. Daytime and nighttime hours can be programmed independently for
each day of the week.
Events such as alarm, trouble, silencing, reset, programming, etc., are stored in the
ADR-3000’s memory in the order in which they occur, creating event-list history. An
event record contains date, time, device type, and additional details. Event records can
be displayed on screen and printed as a report.
All operations and configuration can be performed either from the system’s front panel or
from a PC. Telefire’s user-friendly proprietary programming and control software
(running on Windows 98™ operating system) allows operators/installers to easily
configure any system parameter using its advanced graphical interface.
2.2
Components of the ADR-3000 Control Panel
The basic system consists of the following components installed in the CAB-3000
cabinet:
CAB-3000
Analog control panel cabinet and battery compartment
ADR-3001
Main board, containing one or two line cards
ADR-3002
Single loop line card – as many as 127 addresses in a Class B or
Class A loop
ADR-3002C
Dual loop line card – as many as 254 addresses in two Class B or
Class A loops
ADR-3003
Display and keyboard module, mounted on the cabinet door
ADR-4004TSW Switching power supply and battery charger module
LON-3000
Communication module for system networking (Optional)
NET-3000
Internet Enabled Monitoring and Notification Module (Optional)
GIM-232
RS-232 isolation module that prevents ground fault when connecting
grounded serial devices (Optional)
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Telefire
ADR-3000 – System Introduction
Revision 1.10 4 November 2004
MCID-34
Modem Module (Optional)
ADR-4004TSW
Power Supply
ADR-3001
Main Board
ADR-3002
Line Cards
LON-3000
Communication Module
POWER OUT
JP2
Batteries
L
Card 1
F1
6.3A
Internal
Mounting
Plate
Card 2
N
Ground
Lower expansion slot for one of the
following optional modules:
o NET-3000
o GIM-3000
o MCID-34
Backup Batteries
ADR-3000 Chassis 09/2004
Figure 2
2.3
Internal module location in the ADR-3000 cabinet
ADR-3001 Main Board
The ADR-3001 main board is designed for ease of maintainability. Connectors are
located in logical groups. Power input from the power
supply and easily accessible fuses are on the left side of
the ADR-3001 board. Alarm, Trouble, SLC loops and
24 VDC output for each loop card, horn and dialer are on
the bottom. Connections to the keyboard and display
board; LON-3000 networking module; an RS-232 port for
NET-3000, PC, printer, the GIM-232 galvanic isolation
modules, or the MCID-34 modem; and a connector for
RM-4005 remote panels are located on the right.
ADR 3001 09/2004
Figure 3
2.3.1
ADR-3001 Main board
Low-Voltage Connections
The ADR-3000 can interface and activate various output devices that are connected to
the addressable loop or directly to the control panel’s general outputs as follows:
Alarm outputs Two sets of dry contacts and a programmable level activated
supervised output.
Trouble outputs Dry contacts and a level activated supervised output.
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Telefire
ADR-3000 – System Introduction
Revision 1.10 4 November 2004
General outputs Supervised reverse polarity horn output; supervised level activated
dialer output and two 24 VDC outputs for remote devices.
COM-1 (RS-232) Connection to computer, modem, serial printer, or the NET-3000
Internet Enabled Monitoring and Notification Module.
COM-2 (RS-485) Connection to as many as 16 RM-4005 remote panel and
annunciators.
LON-COM
Connection to the LON-3000 Network Communication Module. The
LON-3000 provides control panel peer-to-peer internetworking.
SLC
Signaling Line Circuit – for connection of analog addressable initiating
devices, I/O modules, and notification appliances. One to four SLC
loops can be connected to the ADR-3000. Each loop can address as
many as 127 devices.
2.4
ADR-3002 and ADR-3002C Line Cards
The ADR-3002 and ADR-3002C line cards are mounted on the ADR-3001 main board.
System configuration and capacity requirements will determine the appropriate card
type.
The card controls the bi-directional communication between the control panel and the
analog addressable devices on the SLC loop.
The loop is electronically protected against shorts, and will be automatically
disconnected if a short is sensed. Each line card contains a loop fuse as a secondary
protection.
Two LEDs for each loop indicate loop condition and serve installers and technicians:
• The red LED flickers each time a device is addressed
• The yellow LED flickers when a fault is detected, even after a momentary
interference that would not activate a trouble condition
2.4.1
Maximum Addressing Capacity
As each SLC loop can address as many as 127 devices, the maximum addressing
capacity of a single ADR-3000 is 508 addresses.
The following table shows the maximum configurable addressing capacity with all
possible combinations of ADR-3002 and ADR-3002C line cards in the ADR-3000.
Slot 1
Slot 2
Loops
Maximum
Addresses
ADR-3002
–
1
127
ADR-3002
ADR-3002
ADR-3002C
–
ADR-3002
ADR-3002C
ADR-3002C
ADR-3002
2
ADR-3002 / ADR-3002C
Red
Yellow
Red
Yellow
ADR-3002
uP
254
ADR-3002C
uP
ADR-3002C
ADR-3002C
3
4
Table 1. Line Card Combinations
– Page 4 –
381
F1
F1
F2
JP1
JP1
Figure 4
Line cards
508
Telefire
ADR-3000 – System Introduction
Revision 1.10 4 November 2004
2.5
ADR-3003 Display and Keyboard Module
The ADR-3003 Display and Keyboard Module includes
system indicators, display and keyboard. System
indicators and keyboard conform to both EN 54 and
UL 864 standards.
The alphanumeric display is a 4 row by 40 characters
backlit Liquid Crystal Display (LCD).
Figure 5
2.6
ADR 3000
ADR-3003 Keyboard and display
ADR-4004TSW Switching Power Supply
The ADR-4004TSW is a standard switching power supply that is common to the
ADR-3000, GSA-1000, and the TPS-34A.
The ADR-3000 should be connected to a separate dedicated 230 VAC fire alarm circuit,
labeled “FIRE ALARM”. The primary power circuit must be
connected to the line side of the main power feed of the
protected premises. No other appliance may be connected to
the “FIRE ALARM” circuit. The power cables must run directly,
without disconnecting devices, from the power source to the
control panel. Wires, circuit breaker or any over-current
protection device should comply with local electrical wiring
codes.
The power cable should enter the control panel through either
the top left or bottom left knockout hole. Use a plastic bushing
that fits the opening.
Connect the Live and Neutral wires to the proper terminal.
Connect the ground wire to the ground terminal.
POWER OUT
JP1
230VAC
Main Fuse
3.15A
JP2
BAT
L
Figure 6
2.7
F1
6.3A
N
ADR-4004 Power supply module
LON-3000 Network Communication Module
The LON-3000 is a communication module that
enables connection between control panels to
establish a network. A two-wire copper cable
connection is required to interconnect between the
control panels. Optionally fiber-optic connection is
made possible with additional module. The length
of the wires depends on the connection topology
and media type (copper or fiber optic). Please
refer to the LON-3000 technical manual for further
details.
SW1
D1
SW2
D2
D14
Connector to
LON-COM on
main board
J1
Connector to other
LON-3000
(polarity insignificant)
Termination
jumper
J2
JP1
BUS
Figure 7
2.7.1
FREE
LON-3000 Networking communication module
Topology
An ADR-3000 LonWorks network can connect from 2 and up to as many as 32
ADR-3000 control panels in a peer-to-peer network. The physical topology of the
network may be bus (figure 8), ring (figure 9) or free (figure 10) topology. Logical
hierarchy may be peer-to-peer – where all messages are reported in all control panels,
– Page 5 –
Telefire
ADR-3000 – System Introduction
Revision 1.10 4 November 2004
master/slave – where slave messages are reported on master control panels, or a
combination of the two.
Ring topology requires LR-01 Fiber Optic Repeater.
ADR
3000
ADR
3000
ADR
3000
Jumper in
BUS Mode
Jumper in
BUS Mode
ADR
3000
ADR
3000
ADR
3000
ADR
3000
Termination
ADR-3000 +
LON-3000
ADR-3000 +
LON-3000
LR-01
LR-01
Termination
Figure 8
Bus topology
Ring
Termination
ADR
3000
ADR
3000
ADR
3000
ADR
3000
ADR
3000
ADR-3000 +
LON-3000
ADR-3000 +
LON-3000
LR-01
LR-01
Jumper in
FREE Mode
ADR
3000
ADR
3000
ADR
3000
ADR
3000
Figure 10 Mixed (free) topology
Figure 9
Ring topology
Please refer to the LON-3000 technical manual for further details.
2.8
NET-3000 Internet Enabled Monitoring and Notification Module
The ADR-3000’s internet-enabled features allow it to provide fire alarm control panel
monitoring over LAN, WAN, or Internet using a standard web browser or Telefire’s
proprietary TCS-3040 software, and distribute alarm and trouble events via a built-in web
server, e-mail notification and SMS paging.
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Telefire
ADR-3000 – System Introduction
Revision 1.10 4 November 2004
GIM-232 Galvanic Isolation Module for RS-232 Interface
Printer
J1
GIM-232
PC
The GIM-232 Galvanic Isolation Module for RS-232 interface allows
the connection of grounded serial devices such as a PC or a serial
printer to the ADR-3000 to be free of ground fault disturbance.
When connecting a PC or a printer to the control panel, place the
GIM-232 in the lower part of the internal mounting plate (see
figure 2).
Usually laptop computers are not grounded; therefore do not require
the galvanic isolation module.
Both jumpers should be in the lower position (PC) when connecting
a PC to the control panel’s RS-232 port. Both jumpers should be in
the upper position (PRINTER) when connecting a printer to the control
panel’s RS-232 port.
J2
2.9
+ J3
24V
GIM-232 09/2004
Figure 11 GIM-232 Module
RS-232
COM 1
RS-232
24 VDC
ADR-3001
GIM-232
PC
GIM-232 09/2004
Figure 12 GIM-232 Connection
2.10 MCID-34 Modem Module
J1-PO
The MCID-34 enables the monitoring, programming and performing maintenance
actions from a remote location through the telephone network by using a dedicated PC
with Telefire’s proprietary software TCS-3040 control
software.
The MCID-34 incorporates an auto disconnect feature that
allows the use of the telephone line for other uses, whilst
providing priority to the fire alarm system.
To phone
The MCID-34 can operate in one of two modes:
line socket
• CALLER ID – allows preprogramming of authorized
RS-232 to
main board
telephone numbers. Only a recognized incoming phone
J2
COM-1
call will be answered by the modem, disconnecting the
J3
24 V in
subscriber’s phone-set. This mode requires the local
- +
To phone
telecomm infrastructure to support caller ID.
set
J4
• AUTO ANSWER – the modem will respond automatically
after a preprogrammed number of incoming rings.
DC
Figure 13 MCID-34 Modem module
Setting the MCID-34 operating parameters and authorized phone numbers can be
configured from the ADR-3000 Utilities Menu.
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Telefire
ADR-3000 – System Introduction
Revision 1.10 4 November 2004
2.11 RM-4005 Remote Panel and Annunciator
The RM-4005 Remote Panel and Annunciator enables control and supervision of the
ADR-3000 fire alarm control panel from remote locations and key positions such as:
security officer, premises manager, or maintenance office.
The RM-4005 remote panel consists of an LCD display, keyboard, internal buzzer, and
features such as alarm output, trouble output, and an interface relay that reduces the
need for additional input/output interface cards.
The remote panels are connected to the main control panel via a twisted wire pair
(RS-485). As many as 16 remote panels can be connected to the control panel using
the same cable. Each remote panel should be configured with a unique address of 1 to
16. The communication and input/output circuits are fully supervised.
In large systems incorporating several control panels
connected via a peer-to-peer network as many as 16
remote panels can be connected to each of the control
panels.
The RM-4005 operates with a 24 VDC power source that
can be supplied from the main control panel or a remote
power supply such as Telefire’s TPS-34A Analog
Addressable Remote Power Supply.
Please refer to the RM-4005 technical manual for further
details.
ADR
3000
RS-485
RM-4005
RM-4005
1
16
Panel 1
(Partner 2:ON)
LonWorks
Event flow
ADR
3000
RS-485
RM-4005
1
Panel 2
(Partner 1:ON)
Figure 14 RM-4005 Event flow
– Page 8 –
Telefire
ADR-3000 – System Introduction
Revision 1.10 4 November 2004
3 Initiating Devices
3.1
Introduction
All Telefire’s analog addressable detectors can be connected to the system using a twowire connection.
Each detector contains its addressing circuit. The address is stored in the detector’s
memory and can be programmed or verified by using the PROG-4000 programmer.
Each detector is equipped with an indicating LED that has 360° visibility. This LED
flickers during normal operation and latches on during alarm. Each detector has an
output for an external indicating lamp. The sensitivity of any detector in the system may
be individually configured in two alarm settings (day- and night-sensitivity), and a prealarm setting.
Contamination is a by-product of normal operation and may be caused by various
sources, most of which are impossible to eliminate. Accumulation of dust and dirt over
time may affect a detector’s performance. The system continuously compensates for
these contamination effects using a drift compensation algorithm up to the point in which
the sensor requires cleaning. The control panel will indicate that maintenance is
required by issuing a maintenance alarm message.
3.2
Analog Addressable Detectors and Initiating Devices
TFO-440A
Analog Addressable Photoelectric Smoke Detector
TPH-442A
Analog Addressable Multisensor Photoelectric Smoke / Heat Detector
TFI-330A
Analog Addressable Ionization Smoke Detector
TFH-220A
Analog Addressable Heat Detector (fixed and rate-of-rise)
TFB-110A
Common Base for Analog Addressable Detectors
TFL-1NA
Auxiliary Indicator for Analog Detectors
TPB-800ASR Analog Addressable Indoor Manual Fire Alarm Call Point (Red)
TPB-800ASY Analog Addressable Indoor Manual Extinguishing Call Point (Yellow)
3.2.1
TFO-440A Analog Addressable Photoelectric Smoke Detector
Telefire’s TFO-440A is an advanced analog addressable photoelectric smoke detector
that offers the following advantages:
• It is considered “green” (environment friendly), as it does not contain radioactive
materials.
• The TFO-440A contains a powerful microprocessor that performs initial signal
processing locally. The final processing and decision making is performed by the
control panel.
• The TFO-440A’s microprocessor offers a high level of noise immunity and
performs drift compensation in order to overcome environmental changes and
dust accumulation in the chamber. If it is unable to compensate, the control
panel will display a trouble signal requesting cleaning. The microprocessor also
performs signal processing, enables accurate control of the photoelectric
chamber according to parameters set at the control panel, and manages the
communication process with the control panel.
• The TFO-440A detector excels in sensing smoldering smoke and smoke from
burning of various materials.
The detector consists of a vented chamber (labyrinth), an infrared transmitter and a
receiver that detects light scattering from the smoke particles in the chamber.
The detector’s sensitivity can be adjusted from the control panel within the range of 0.8%
– 2.0%/foot (obscuration) in 0.2% increments.
– Page 9 –
Telefire
ADR-3000 – System Introduction
Revision 1.10 4 November 2004
The TFO-440A is designed to protect indoor fire risk areas, except environments where
smoke, steam, dust, or corrosive gasses are present under normal conditions.
Optical smoke detectors should be used for detecting smoldering fires in corridors and
along escape routes, wood- or paper stores, electric cabinets, etc., They should not be
used in steamy, dusty, or smoky areas such as kitchens, bathrooms, saunas, laundries,
etc.
Please refer to the TFO-440A technical manual for further details.
3.2.2
TPH-442A Analog Addressable Multisensor Photoelectric Smoke /
Heat Detector.
Telefire's TPH-442A is a microprocessor-controlled multisensor detector that combines
photoelectric and heat sensors for enhanced fire detection capabilities.
The detector consists of a photoelectric sensing mechanism that contains a vented
chamber (labyrinth), an infrared transmitter and a receiver that detects light scattered
from the smoke particles in the chamber, and a thermal sensor that measures the
ambient temperature. The detector uses a smart algorithm to analyze the physical
parameters (smoke and heat), evaluate their values and trends, and dynamically modify
its sensitivity. This process reduces occurrences of false alarms without reducing
sensitivity to real fire.
The TPH-442A offers the following advantages:
• The TPH-442A's powerful microprocessor performs signal processing and
enables precise control of the photoelectric chamber. The microprocessor offers
a high level of noise immunity. The microprocessor also performs signal
processing, enables accurate control of the photoelectric chamber according to
pre-set parameters, and manages the communication process with the control
panel.
• The TPH-442A detector excels in sensing smoldering smoke and differentiating
between fires and false alarms due to other events that produce heat or smoke,
such as cooking.
• It is considered “green” (environment friendly), as it does not contain radioactive
materials.
Please refer to the TPH-442A technical manual for further details.
3.2.3
TFI-330A Analog Addressable Ionization Smoke Detector
Telefire’s TFI-330A Ionization Smoke Detector is a highly advanced, third generation
ionization chamber smoke detector.
The TFI-330A contains a double chamber with a single radioactive source that emits
less than 1 microcurie of Am241 and conforms to the strictest hazardous material
regulations.
The TFO-330A is designed to protect indoor fire risk areas, except environments where
smoke, steam, dust, or corrosive gasses are present under normal conditions. It is
especially suited for fast-burning, high-energy fires, such as solvent storage, switch
rooms, etc.
A mixture of optical and ionization sensors can be used to ensure coverage in areas of
high value, like computer rooms.
Please refer to the TFI-330A technical manual for further details.
3.2.4
TFH-220A Analog Addressable Heat Detector
Telefire’s TFH-220A is an advanced analog addressable heat detector that combines
two modes of operation – fixed temperature and rate of temperature rise. The detector
contains a powerful microprocessor enabling accurate control of the heat sensing
– Page 10 –
Telefire
ADR-3000 – System Introduction
Revision 1.10 4 November 2004
element, signal processing and two-way communication between the detector and the
control panel.
The TFH-220A heat detector can operate in either of two modes that can be configured
at the control panel:
• FIXED TEMPERATURE mode – the alarm point is selected between 50°C – 90°C in
1°C increments (122°F to 194°F in 1.8°F increments).
• COMBINED MODE – rate of temperature rise and fixed heat detection. In this mode
the alarm threshold for the rate of temperature rise can be set between
7°C / minute and 13°C / minute (12.6°F / minute and 23.4°F / minute) and the
fixed temperature threshold is 60°C (140°F).
The ambient temperature, mode of operations, and alarm points can be observed at the
control panel using the Monitor Test menu.
Please refer to the TFH-220A technical manual for further details.
3.2.5
TFL-1NA Auxiliary Indicator for Analog Detectors
Telefire’s TFL-1NA Auxiliary Indicator for Analog Detectors enables auxiliary indication
for detectors that are located in hidden areas such as closed rooms and above acoustic
ceilings.
The remote Signaling Indicator is activated directly from the detector using the detection
line’s power without a need for auxiliary power sources.
The TFL-1NA can be connected to a single detector or to a group of detectors.
When activated, the Remote Signaling Indicator will flash both its LEDs alternately,
thereby drawing attention to a detector that is activated.
Please refer to the TFL-1NA technical manual for further details.
3.2.6
TFB-110A Common Base for Analog Addressable Detectors
The TFB-110A is a standard common base that enables connection between Telefire’s
plug-in analog detectors and a Telefire's analog addressable control panel. The base is
compatible with all of Telefire's Analog Addressable Detectors.
This base is intended for installation in acoustic or regular ceilings, allowing for SLC
(Signaling Line Circuit) loop wires and the optional TFL-1NA Remote Signaling Indicator
connections to be connected either vertically or horizontally.
Please refer to the TFB-110A technical manual for further details.
3.2.7
TPB-800ASR Manual Fire Alarm Call Point
The TPB-800ASR is an analog addressable call point push-button. It consists of a
standard alarm call point unit and an analog addressable interface module mounted
behind the front part of the break-glass section.
The address is assigned to the TPB-800ASR by using the PROG-4000 Programmer.
The TPB-800ASR is connected to the SLC loop in the same way as an analog detector.
3.2.8
TPB-800ASY Manual Extinguishing Call Point
The TPB-800ASY is an analog addressable extinguishing push-button.
It is mechanically and electronically identical to the TPB-800ASR, with the exception of
its bright yellow color to alert users that this is an extinguishing push-button rather than a
fire alarm push-button.
Both the TPB-800ASR and TPB-800ASY are configured as “push button”, but typically
they are configured so that pressing the TPB-800ASY manual extinguishing call point
activates the system extinguishers, whilst the TPB-800ASR is treated as an alarm.
– Page 11 –
Telefire
ADR-3000 – System Introduction
Revision 1.10 4 November 2004
4 Accessories
4.1
Introduction
Telefire's ADR-3000 Analog Addressable Fire Alarm Control Panel is easily expandable
with a variety of analog addressable I/O modules. These modules allow the interfacing
of non-addressable devices such as conventional detectors, horns, relays, extinguishers,
etc., in order to take advantage of the ADR-3000’s flexibility and advanced capabilities.
All the ADR-81X and ADR-82X I/O modules are connected to the SLC analog line and
are powered from an external 24 VDC power source that can be supplied either from the
main control panel or a remote power supply such as Telefire’s TPS-34A Analog
Addressable Remote Power Supply. The ADR-805 connects to the SLC loop and does
not require 24 VDC input.
4.2
Analog Addressable Modules
4.2.1
Input Modules
ADR-805
ADR-810
ADR-812
ADR-818
4.2.2
Output Modules
ADR-820
ADR-828
4.2.3
Three-Channel Input/Output Module
Automatic Extinguishing Control Unit (multi I/O)
Other Accessories
LI-3000
TIP-224A
TPS-34A
4.2.5
Single-Channel Output Module
Eight-Channel Output Module
Multifunction Modules
ADR-823
ADR-833
4.2.4
Flow Switch Interface
Single-Channel Input Module
Two-Channel Input Module
Eight-Channel Input Module
Line Isolation Module
Analog Addressable Alarm Notification Sounder – Indoor
Analog Addressable Remote Power Supply
ADR-805 Flow Switch Interface Module
The ADR-805 interfaces flow-switches or other non-powered
initiating devices.
The two-wire input connection is fully supervised and is terminated
by a 100 KΩ end-of-line resistor.
The ADR-805 includes an onboard indicating LED that flickers when
addressed by the control panel and latches on upon alarm.
Any device connected to the ADR-805 must be installed adjacent to
it (no further than 50 cm).
100K
EOL
-
+
SW. In
SLC PROG
+L -L
Figure 15 ADR-805 Flow Switch Interface Module
– Page 12 –
ADR-805
Telefire
ADR-3000 – System Introduction
Revision 1.10 4 November 2004
4.2.6
ADR-810 Single-Channel Input Module
The ADR-810 interfaces non-addressable input (initiating) devices with the analog
addressable system. These devices can be conventional smoke, heat, and flame
detectors, beam detectors, gas detectors and water flow switches.
The ADR-810 should be connected to a 24 VDC source from the ADR-3000 or a
TPS-34A Remote Power Supply. The ADR-810 continuously monitors its power source
and reports any problem such as a blown fuse,
5.1K
disconnection, or voltage drop.
EOL
The ADR-810 has a supervised 2 or 3-wire Class B
(NFPA 72 Style C) initiating device circuit (IDC). Use a
- + - + +
ADR-810
5.1 KΩ end-of-line resistor to terminate a two-wire
connection, or the 3W-EOL (end of line) module to
terminate a 3-wire connection.
The ADR-810 has a 24 VDC output that is current limited
by a 0.5 A fuse. This output is interrupted on reset,
which resets devices that are latched on alarm.
The ADR-810 has an on-board LED that flickers when
+L -L
addressed by the control panel and latches on upon
ADR-810 05/2004
alarm.
Figure 16 ADR-810 Single-Channel Input Module
4.2.7
ADR-812 Two-Channel Input Module
The ADR-812 is a two-IDC, dual-channel input module that operates as an interface
between the ADR-3000 analog addressable control panel and compatible two-wire
conventional initiating devices. The two NFPA 72 Style C Initiating Device Circuits
(IDCs) occupy two consecutive addresses.
The ADR-812 should be connected to a 24 VDC source from the ADR-3000 or a
TPS-34A Remote Power Supply. The ADR-812 continuously monitors its power source
and reports any problem such as a blown fuse, disconnection, or voltage drop.
The ADR-812 reports the following trouble events and
5.1K EOL
5.1K EOL
conditions of the zone module: short-circuit, cutoff in the
IDC loop and 24 VDC input fault.
The ADR-812 has a 24 VDC resettable power limited
output. This output is interrupted upon Reset, in order to
ADR-812
IDC A IDC B
- + - +
- +
reset devices that were latched on alarm.
+24V
24V
The optional 3-wire connection allows connecting
Out
In
detectors that have higher power consumption, such as
gas detectors or beam detectors.
The ADR-812 occupies two consecutive addresses, the
SLC
Program
first of which is programmed by the PROG-4000.
Please refer to the ADR-812 technical manual for further
L+ Ldetails.
ADR-812 05/2004
Figure 17 ADR-812 Two-Channel Input Module
– Page 13 –
Telefire
ADR-3000 – System Introduction
Revision 1.10 4 November 2004
4.2.8
ADR-818 Eight-Channel Input Module
The ADR-818 Interfaces 8 supervised non-addressable input lines to be connected to
conventional smoke detectors and water flow switches using a two-wire Class-B (NFPA
72 Style C) initiating device circuit (IDC).
The ADR-818 should be connected to a 24 VDC source from the ADR-3000 or a
TPS-34A Remote Power Supply. The ADR-818
5.1K
5.1K
5.1K
5.1K
continuously monitors its power source and reports
EOL
EOL
EOL
EOL
any problem such as a blown fuse, disconnection, or
5.1K
5.1K
5.1K
5.1K
voltage drop.
EOL
EOL
EOL
EOL
The ADR-818 occupies eight consecutive addresses,
ADR-818
- + - + - + - + - + - + - + - +
the first of which is programmed by the PROG-4000.
In 1 In 2 In 3 In 4 In 5 In 6 In 7 In 8
The ADR-810 Single Channel Input Module, the
PROG
ADR-812 Two-Channel Input Module, and ADR-818
Eight-Channel Input module can be connected to the
+L
SLC
following conventional Telefire detectors: TFH-220F;
-L
24V In
+
TFI-330, TFO-440, and TPH-442. Telefire may
approve other compliant devices.
Figure 18 ADR-818 Eight-Channel Input Module
4.2.9
ADR-820 Single-Channel Output Module
The ADR-820 enables the connection of output devices such as alarm bells, horns,
extinguishers, strobe lights, etc., through a single
ADR-820
NO C NC - + - +
supervised output line, terminated by a 5.1 KΩ end-of-line
Alarm Relay OUT 24V
resistor.
The ADR-820 should be connected to a 24 VDC source
from the ADR-3000 or a TPS-34A Remote Power Supply.
JP6
The ADR-820 continuously monitors its power source and
SLC
PROG
reports any problem such as a blown fuse, disconnection,
+ or voltage drop.
Figure 19 ADR-820 Single-Channel Output Module Interface
In addition, the module has unsupervised dry contacts for other activation purposes.
Use these contacts to switch only low voltage circuits.
The ADR-820 has an onboard LED that flickers when addressed by the control panel
and latches on upon activation.
– Page 14 –
Telefire
ADR-3000 – System Introduction
Revision 1.10 4 November 2004
4.2.10 ADR-828 Eight-Channel Output Module
The ADR-828 enables activation of 8 unsupervised outputs for auxiliary indications only.
It is used in synoptic panels, indication lights, directing signs, relays, etc. The output can
drive 24 VDC lamps or LEDs. The serial resistors required for the LEDs are placed on
board. Use either JP4, or JP5 (LEDs only), but not both.
The ADR-828 should be connected to a
24V
Outputs
ADR-828
24 VDC source from the ADR-3000 or a
8 7 6 5 4 3 2 1 24V
TPS-34A Remote Power Supply. The
ADR-828 continuously monitors its power
Prog
source and reports any problem such as a
blown fuse, disconnection, or voltage
24V In
drop.
+L
SLC
-L
The ADR-828 occupies eight consecutive
+
addresses, the first of which is
programmed by the PROG-4000.
ADR-828 05/2004
Do not use the ADR-828 for activating
alarm devices that must be supervised.
Figure 20 ADR-828 Eight-Channel Output Module
4.2.11 ADR-823 Three-Channel Input/Output Module
The ADR-823 is a three-channel input/output analog control module that contains two
output circuits (NAC – Notification Alarm Circuit) and a single input circuit (IDC –
Initiating Device Circuit). This module is intended for use in cases where there is a need
for multiple output and input modules to carry out supervisory, alarm, and automatic
extinguishing functions.
The ADR-823 acts as an interface between an ADR-3000 analog control panel and
conventional warning, alarm, and activating devices such as horns, strobes, automatic
extinguishing devices, pressure switches, valves, and flow switches.
The ADR-823 controls two 2-wire output lines. The first, NAC-A, works as a "changed
polarity" and activates an additional dry-contact alarm relay. The other, NAC-B, works in
level activation mode. Each output has a separate address.
The unit also includes a two-wire input circuit (IDC) intended for connection to a flow
switch or alarm pushbutton as a separate address, or a supervisory pressure switch
sharing the same address as NAC-A.
The ADR-823 has four configurations that are set by
Relay 1
24V In
Relay 2
NAC-B
NAC-A
jumpers on the card. The logic properties and number of NO
C NC
- + - + NO C NC - +
addresses are chosen accordingly.
The ADR-823 is controlled by and communicates with
Configuration
the control panel through an analog SLC circuit and
Jumpers
receives 24 VDC from the control panel or a local
addressable power supply such as Telefire's TPS-34A.
The module reports supervision status of the connected
SLC IDC Prog
loads to the control panel. Load circuit status is reported
ADR-823
+ - + as open or shorted circuit.
ADR-823 07/2004
Figure 21 ADR-823 Three-Channel Input/Output Module
The ADR-823 occupies one to three consecutive addresses (jumper setting-dependant),
the first of which is programmed by the PROG-4000.
Please refer to the ADR-823 technical manual for further details.
– Page 15 –
Telefire
ADR-3000 – System Introduction
Revision 1.10 4 November 2004
4.2.12 ADR-833 Extinguishing Control Unit
The ADR-833 Analog Addressable Extinguishing Control Unit supervises, controls, and
activates automatic extinguishing systems.
The ADR-833 is a multi-input/output control unit connected to and supervised by the
ADR-3000 analog addressable control panel.
The fire detectors assigned to the automatic extinguishing system are monitored by the
analog addressable control panel. The
extinguishing control and command are
24Vdc in
SLC Analog line
performed by the ADR-833 when
instructed by the ADR-3000 to do so.
The ADR-833 contains 3 supervised
Alarm Horn
outputs, 2 relays and 3 supervised inputs.
The outputs activate: (a) the automatic
LCD Display
extinguishing cylinders, (b) the fire alarm
Evacuation
Evacuation
horn and (c) the evacuation annunciators.
Horn/Lamp
The relays are: one for trouble and the
other for alarm. The inputs are: (a)
manual extinguishing release –
Pressure
Switch
electrically, (b) extinguishing inhibit and
(c) extinguishing cylinder pressure switch.
The ADR-833 requires a 24 VDC input that
is supplied by the ADR-3000 or a
Extinguisher
Alarm
Command
Relay
TPS-34A Analog Addressable Remote
Power Supply.
Trouble
FIRE
Abort Switch
The ADR-833 occupies only a single
Relay
address on the SLC loop although several
inputs and outputs are connected to it.
Manual
FIRE
Release
Switch
Figure 22 ADR-833 Extinguishing Control Unit
Please refer to the ADR-833 technical manual for further details.
4.2.13 LI-3000 Line Isolation Module for Class A/B
The LI-3000 Analog Addressable Line Isolation
Module provides the SLC loop with advanced
capability of protection from fault conditions such as
short- and open circuit, enabling continuous operation
of the loop by isolating the faulty section from the rest
of the loop. Without an isolator, the line cards ADR3002 and ADR-3000C would disconnect the loop
automatically when sensing a short circuit.
SLC L SLC R
L- L+ L- L+
LI-3000
TB 1
LED 1
TB 2
LED 2
JP6 JP5 JP4
PROG
LI-3000 08/2004
Figure 23 LI-3000 Line Isolation Module
The LI-3000 communicates with the ADR-3000 through the addressable SLC loop that
also supplies its power. This module uses an address between 1 and 127. This
address should be programmed prior to installation by using the PROG-4000. Please
refer to the LI-3000 technical manual for further details.
The LI-3000 enables wiring the SLC loop in a closed loop (NFPA Style 7 Class A) as
well as branching T-shaped (NFPA Style 4 Class B) wiring configuration.
– Page 16 –
Telefire
ADR-3000 – System Introduction
Revision 1.10 4 November 2004
Configuring the ADR-3000 as a class A closed loop requires two additional LI-3000
modules. No capacity is lost as a result of configuring the loop as class A other than the
addresses occupied by the LI-3000 modules.
After power up or reset of the system, the Isolator performs a check for short circuit
condition. If no short circuit is detected, the isolator switches the circuit on and enables
normal operation of the second connection of the SLC loop.
An open circuit in a Class A configuration will send a trouble message to the control
panel. The LI-3000 will latch on the LED corresponding to the open side.
As many as 20 isolator modules can be connected in each SLC loop.
Please refer to the LI-3000 technical manual for further details.
4.2.14 TIP-224A Analog Addressable Indoor Alarm Notification Sounder
Telefire’s TIP-224A is an analog addressable device that integrates an indoor sounder
and an addressable output module, eliminating the need for an output module installed
in a separate box, and reducing material and labor cost. As an added benefit, the unit
contains a high-brightness LED.
The TIP-224A should be connected to a 24 VDC source from the ADR-3000 or a
TPS-34A Remote Power Supply.
The address of the TIP-224A is programmed into the memory of the sounder and can be
assigned or changed by using the PROG-4000 programmer.
The sounder contains an alarm LED that is visible from 360°. This LED flickers when
polled by the control panel, indicating normal operation. During an alarm THE TIP-224A
will sound interrupted beeps and the LED will flicker more rapidly and brightly than
during normal operation.
The TIP-224A is intended for indoor use wherever there is a need for an indoor audible
alarm.
Please refer to the TIP-224A technical manual for further details.
4.2.15 TPS-34A Analog Addressable Remote Power Supply
The TPS-34A is a remote power supply that is fed from a 230 VAC input and includes a
24 VDC 4 A power supply, battery charger, and a control card that monitors the
TPS-34A and reports status and trouble information to the ADR-3000. Reporting is done
via the SLC loop and the TPS-34A takes up an address of the loop’s address rage. The
TPS-34A’s output is used when the total demand on the ADR-3000’s 24 VDC power
supply exceeds its capacity, or to power I/O modules, sounders, or special detectors that
are installed a long distance from the control panel. The TPS-34A’s 24 VDC output
allows for up to 4 A current draw during alarm, and up to 3.5 A continuous current draw.
The power supply consists of a PSB-3000 cabinet that contains two 12V sealed leadacid batteries in capacity of up to 12 AH, and up to 14 (W) by 9.5 (D) by 17 (H) cm each
and two printed circuit boards:
• ADR-4004TSW – a 4 A switching power supply that is also used in the ADR3000 and the GSA-1000 control panels
• APS-900 – an analog addressable power supply monitor card
Please refer to the TPS-34A technical manual for further details.
– Page 17 –
Telefire
ADR-3000 – System Introduction
Revision 1.10 4 November 2004
4.3
EPI-3000 Electromagnetic and Surge Protection Interface Module
Industrial installations may have strong electromagnetic interference. In order to isolate
the SLC loops and 24 VDC outputs from electromagnetic interference install Telefire's
EPI-3000 Electromagnetic and Surge Protection Interface Module. One EPI-3000
module will isolate all four loops, and both 24 VDC outputs (24V_A and 24V_B) of a
single control panel.
24 VDC A
SHIELD
Shield
Card 2
SLC Loops
1 and 2
CARD
CARD
1 1
LOOP 1
24V_A
LOOP 2
24 VDC B
CARD 2
LOOP 1
24V_B
24V_B
LOOP 2
SHIELD
Card 1
SLC Loops
1 and 2
JP1
TO FIELD
ADR-3000
EPI-3000
24_A
Horn
Dialer
- L1 + - L2 +
-
-
-
J6
J11
+
+
J10
+
J9
1 2 3 4 1 2 1 2 1 2
Card 2
24_B
- L1 + - L2 + -
+
J1
J8
1 2 3 4 1 2 3
EARTH
JP2
TO CONTROL PANEL
LOOP 1 LOOP 2
CARD 1 24V_A
LOOP 1
LOOP 2
CARD 2
24V_B
SHIELD
Card 1
The EPI-3000 module has
to be grounded in order for
the EMI shielding to work
EPI-3000 Connections 07/2004
Figure 24 EPI-3000 Electromagnetic and Surge Protection Interface Module
4.4
Evacuation System
4.4.1
Introduction
The EVAX 25 is an evacuation system that can be integrated with the ADR-3000 fire
alarm system.
The system is powered and supervised by the analog addressable ADR-3000 and
allows announcing standard warning sounds and messages in the protected premises
according to the logic of the AAM (Advanced Activation Matrix) of the ADR-3000.
The unit allows announcing warning and general messages throughout the site or only to
specific areas.
The system is modular and may be connected via multiple amplifiers to as many as
2,000 speakers installed in various zones with command and control performed by the
fire alarm system.
4.4.2
•
•
•
Features
UL approved
Activation and supervision through ADR-8XX input- and output modules
Speaker connection can be either Class A or Class B
– Page 18 –
Telefire
ADR-3000 – System Introduction
Revision 1.10 4 November 2004
•
•
•
•
•
•
•
All input and output lines are supervised. Trouble events and work states are
displayed by the control panel and indicating LEDs on the unit
Built-in battery charger
Digital message play back of up to 4 minutes
Emergency forces microphone – manual microphone activation overrides
warning sounds and pre-recorded messages
Standard warning sounds for alarm and evacuation (ANSI / NFPA compliant)
25 W amplifier in each unit, multi-amplifier connection
Loudspeaker output is 25 / 70 VRMS (field selectable)
4.4.3
Installation Guidelines
Speaker output is field-selectable between 25 and 70 volts by a jumper on the EVAX 25.
Jumper1 – 2 for 70 V and 2 – 3 for 25 V.
Connect only UL-approved speakers with a built-in line transformer.
Make sure to choose a speaker with appropriate voltage – 25 or 70 V. Select the
required power by connecting the appropriate branch in the transformer. Total power
requirements for all speakers will not exceed 25 Watts per amplifier.
Install a 2.4 K Ohm resistor at the end of the speaker output and a similar resistor in TB3
(connectors 5 – 6).
Connect the loudspeakers in the appropriate polarity to allow for line supervision.
Minimal battery size for the evacuation system is 4.5 AH 24 V for sites that do not have
an emergency generator.
24 V input to the EVAC25 will be from 24 VDC output from the control panel or from the
TPS34A remote power supply.
ADR-3000
HORN
24 VDC OUT
-
2.4K EOL
resistor
+
+
12345678
1
2
3
4
5
6
7
5.1K EOL resistor from
the control panel
2.4K EOL
resistor
TB3
TB
1
123
J2
Trouble (yellow)
OK (green)
Alarm (red)
1
1
1
0
9
8
7
6
5
4
3
2
1
TB
2
Recording Playback
gain
gain
Loudspeaker
Loudspeaker
Microphone P2
SN2
Figure 25 Connecting an evacuation system via General Output
– Page 19 –
Loudspeaker
Telefire
ADR-3000 – System Introduction
Revision 1.10 4 November 2004
ADR820 / 823
NAC OUT
24 VDC OUT
2.4K EOL
resistor
+
+
12345678
1
2
3
4
5
6
7
5.1K EOL resistor from
the control panel
2.4K EOL resistor
TB3
TB1
123
J2
Trouble (yellow)
OK (green)
Alarm (red)
Loudspeaker
11
10
9
8
7
6
5
4
3
2
1
TB2
Recording Playback
gain
gain
Loudspeaker
Loudspeaker
Microphone P2
SN2
Figure 26 Connecting an evacuation system via an Addressable Output
To other evacuation systems
1 2 3 4 5 6 7 8
1
2
3
4
5
6
7
12 3
J2
TB3
TB1
1 2 3 4 5 6 7 8
11
10
9
8
7
6
5
4
3
2
1
TB2
1
2
3
4
5
6
7
TB3
123
J2
Trouble (yellow)
OK (green)
Alarm (red)
Recording Playback
gain
gain
Slave
SN2
SN2
Figure 27 Connecting secondary units
– Page 20 –
11
10
9
8
7
6
5
4
3
2
1
TB2
Microphone P2
Master
Note:
SN28 must be off for all units without microphone
TB1
Telefire
ADR-3000 – System Introduction
Revision 1.10 4 November 2004
EVAX 25 +
ADR-820 / 823
As many as 100
loudspeakers
As many as
20 units
EVAX 25 +
ADR-820 / 823
As many as 100
loudspeakers
EVAX 25 +
ADR-820 / 823
As many as 100
loudspeakers
ADR-3000
ADR-3000
EVAX 25
As many as 100
loudspeakers
EVAX 25
Figure 28 Multi-amplifier system in a multi-storey building
– Page 21 –
Telefire
ADR-3000 – System Introduction
Revision 1.10 4 November 2004
5 Software and Tools
5.1
TCS-3040 Programming and Control Software for the ADR-3000
The TCS-3040 (Telefire Control Software) is a powerful interface tool that enables the
monitoring of the control panel and performing general tasks such as remote project
programming from the PC.
The TCS-3040 can use the PC’s modem to connect remotely via a phone line to the
ADR-3000 via the optional MCID-34 modem.
If the ADR-3000 is equipped with Telefire’s NET-3000 module, the TCS-3040 can
perform the same function over TCP/IP via the organization’s intranet or over the
Internet if such a connection exists. The TCS-3040 should be version 3.20 or higher to
support TCP/IP connection.
Please refer to the TCS-3040 manual for further information.
5.2
MCS-3000 Centralized Fire Alarm Systems Monitoring Software
Telefire's MCS-3000 Centralized Fire Alarm Systems Monitoring Software is a Microsoft
Windows™-based program that monitors fire alarm systems equipped with the
NET-3000 Internet Enabled Monitoring and Notification Module. The NET-3000 can be
installed in Telefire's ADR-3000 Analog Addressable Fire Alarm Control Panel and
GSA-1000 Multi-Zone Conventional Fire Alarm Control Panel.
The MCS-3000 constantly scans over the LAN / WAN all configured panels, allowing the
monitoring of multiple fire alarm control panels, using a single screen that concentrates
the whole systems status including normal operation, alarm and trouble.
For security reasons the MCS-3000 does not allow remote control (activations) of fire
alarm control panels.
A single screen can display system summary of a large number of systems. Clicking on
any of the systems will open a browser window that will display the web page for that
system.
Please refer to the MCS-3000 manual for further information.
5.3
PROG-4000 Analog Addressable Detector and Accessory Programmer
The PROG-4000 is a tool for programming and testing all of Telefire’s analog
addressable devices such as detectors, manual fire alarm call points, input modules,
output modules, remote power-supplies, etc.
Each addressable device connected to the ADR-3000 system can be programmed to an
address in the range of 1 to 127. This address will be stored in the device’s permanent
memory and can be changed only with the PROG-4000 programmer.
Some input and output modules use more than one address. For these modules, the
programmer will store the first of several consecutive addresses in the module.
In addition to programming device addresses, the PROG-4000 serves as a testing unit
for all addressable devices. These tests include verification of features, and conditions
of the tested device such as normal operation, alarm, various trouble conditions, etc.
The PROG-4000 includes an alphanumeric display, keyboard, analog detector base and
a connector with programming cord, to program addressable modules. An add-on
conventional base is used with the programming cord to program the TIP-224A Analog
Addressable Notification Sounder.
Please refer to the PROG-4000 technical manual for further details.
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Telefire
ADR-3000 – System Introduction
Revision 1.10 4 November 2004
6 Specification
Width: ........................................................... 465 mm
Height: .......................................................... 350 mm
Depth (Including door): ................................. 98 mm
Weight
(basic configuration – without batteries) .... 7,290 gr.
Operating Temperature Range:.................... -10°C – +60°C (14°F – 140°F)
Relative Humidity Range: ............................. 10% – 93%, non-condensing
Operating Voltage (mains input)................... 230 VAC +10% / -15%
Operating Current
(Quiescent mode, basic configuration): ........ 70 mA
24 VDC Maximum output............................... 3½ A continuous
4 A in alarm
Battery capacity ............................................ The ADR-3000’s power supply module can
charge batteries in capacity of up to 12AH.
The battery enclosure can contain two 12 V
sealed lead-acid batteries, up to 20 (W) by 7
(D) by 12 (H) cm each.
For fire alarm control panels requiring
batteries that will not fit in the ADR-3000
chassis use the BC-3000 external battery
enclosure. This enclosure can contain two
12V sealed lead-acid batteries, up to 20 (W)
by 10 (D) by 15 (H) cm each.
If the system requires battery capacity
larger than 12 AH add the TPS-34A Remote
Power Supply with its own batteries. Please
refer to the TPS-34A manual for additional
details about the TPS-34A remote power
supply.
Event memory .............................................. 500 events total:
250 trouble events
250 Alarm events
Specifications are subject to change without prior notice.
– Page 23 –
Telefire
ADR-3000 – System Introduction
Revision 1.10 4 November 2004
7 Certification
Telefire's ADR-3000 Analog Addressable Conventional Fire Alarm Control Panel has the
following approvals:
• SI 1220 Approved
• EN-54 Approved
• BS EN-54 Approved
• CP-10 Approved
• GOST 26342-82 Approved
• GOST 27990-88 Approved
• UL 864 Compliant
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