BC80A
product catalogue
Answers for infrastructure.
1
Table of Contents
BC80A Fire Detection Product Introduction
................................................................
3
BC80A System Overview
............................................................................................
6
System Load Reference
..............................................................................................
8
Addressable Control Panels
........................................................................................
BC8001A Compact Control Unit with 1 F-Bus line (127 Points)
BC8001AE Compact Control Unit with 2 F-Bus lines (254 Points)
BC8002A-1 Wall-mounted Advanced Control Unit (508 points)
.....................................................
9
................................................
9
...................................................
10
BC8002A-2 Wall-mounted Advanced Control Unit (1,016 points)
..................................................
10
BC8002A-3 Wall-mounted Advanced Control Unit (1,524 points)
..................................................
10
Addressable Detectors and Bases ................................................................................
11
BDS031A Addressable Heat Detector ...............................................................................................
11
BDS051A Addressable Optical Smoke Detector
..............................................................................
11
............................................................................................
11
......................................................................................................
12
BDS000A Addressable Detector Base
HI520 Collective Heat Detector
OP520 Collective Optical Smoke Detector
......................................................................................
12
....................................................................................................
12
.....................................................................................................
13
SO520 Collective Detector Base
Manual Call Points
BDS121A Addressable Manual Call Point
........................................................................................
13
..................................................................................................................
13
................................................................................................
14
BDS121A-G Spare glass
Addressable Modules
BDS132A Addressable Input Module
.............................................................................................
14
..........................................................................................
14
..............................................................................................................
14
BDS221A Addressable Output Module
BDS152 Isolation Module
BDS161 Collective Input Module
Spare Parts & Upgrades
....................................................................................................
14
..............................................................................................
15
BCE8001A Extension Card for BC8001A
........................................................................................
15
...............................................................................................
15
......................................................................................................
15
...................................................................................................
16
........................................................................................................
16
BCM8001A Line Card for BC8002A
BTM8014 Mimic Display Board
TP80UL-UC Printer for BC8001A
TP80UL Printer for BC8002A
2
9
BCB8004 Power Supply for BC8001A
..........................................................................................
16
BCB8005 Power Supply for BC8002A
..........................................................................................
16
BT8002A Operation Panel
............................................................................................................
16
BT8011 Interlocking Panel
............................................................................................................
17
BT8012 Interlocking Panel
............................................................................................................
17
UL-approved Siemens quality –
reliable and economical.
Your customers are responsible for the protection of their
employees, buildings, and assets. They also experience cost
competition. As a result, they need fire protection components
that deliver reliable fire detection and alarm signaling, but which
are also cost-efficient. BC80A from Siemens addresses this need
with a range of reasonably priced, UL-tested fire protection
products, from fire detectors to control panels.
■ Tested quality – high reliability
BC80A products are certified by
Underwriters Laboratories (UL). They carry
the UL seal and satisfy the latest product
safety requirements.
With the BC80A system you can offer your
customers with Siemens quality, based
on in-depth research and development,
state-of-the-art production technology
and over 160 years of experience in
fire protection. The products meet all
technical safety requirements, from shortcircuit protection to immunity against
electromagnetic interference.
BC80A offers the flexibility that your
customers need, whether they want
to expand or modernize their system.
Thanks to its open topology, the system
is buillt for easy adaptation to growth and
changing requirements.
■ Siemens technology –
high cost-effectiveness
BC80A combines latest technology with
cost-effectiveness in both procurement
and operation. Moderate hardware costs
keep the investment manageable, while
a flexible and expandable installation
provides longterm perspective.
Cost-efficiency is also assured through
compatibility with existing peripheral
equipment and cables. BC80A serves you
with the best arguments to help your
customer decide: genuine brand quality at
an affordable price – for years to come.
BC80A –
advantages at a glance:
■ Tested and certified – according to the
latest UL standard
■ High quality – based on decades
of experience, in-depth research,
and state-of-the-art production
technology from Siemens
■ A flexible solution – expandable and
compatible with future developments
■ Cost-effective – moderate investment
and easy adaptation to changing
requirements
3
Easy concepts make your
work easier.
BC80A fire protection products are easy to implement
and service. They can be quickly installed and rapidly
commissioned. This reduces your costs and speeds
up order processing. Simplicity of design reduces the
period needed to gain familiarity with the system,
so you can offer your customers user-friendly fire
protection in the shortest possible time.
■ Easy installation –
fast protection
Because the BC80A system units have
been designed for easy installation,
buildings can be protected quickly. BC80A
provides polarity-free wiring; poles can no
longer be accidentally reversed. Therefore,
the networking of BC80A fire detectors,
peripheral equipment, and BC80A control
panels is rapid and accurate; the signal of
protection always reaches its mark.
4
■ Easy configuration –
fast commissioning
Commissioning of the BC80A system
is supported by an integrated
autoconfiguration function; with it, the
system automatically detects all integrated
devices (auto-mapping). This reduces
manual configuration to a minimum –
eliminating a potential source of error.
You benefit from a shorter time to a fullyoperational system. More complex manual
programming can be conducted via the
control panels or by using Windows-based
software.
■ Easy maintenance –
no interruption of operation
All devices displayed on the controllers are
shown with both their address number
and position details. These help your
customers assess error messages as aids
to decision making, and you to keep a
clear overview during installation and
maintenance. Tracing faulty fire detectors
or peripheral devices during system
operation is swift, targeted, and costefficient.
■ Easy expandability –
high flexibility
BC80A grows with your customers’
requirements. When buildings or rooms
are extended, the BC80A installation can
also be expanded, for example with new
T-Branches in the cabling and extension
cards in the control panels. With an
extension card it is possible to hook up an
additional 127 peripheral devices via the
F-Bus. This increases options for larger
projects.
■ Easy conversion –
fast modernization
Existing systems can be replaced and
modernized with BC80A without large
cabling expenditures. Currently installed
cables can be used to network BC80A
devices, since neither the fire detector
lines nor the notification appliance circuits
require a shielded wire. The system can
also be linked with existing peripheral
devices, which saves time and money.
Software updates can be uploaded via the
USB port of the control panels.
BC80A –
advantages at a glance:
■ Easy installation and fast building
protection – thanks to installation
aids and polarity-free non-shielded
cabling
■ Fast commissioning – thanks to
auto-mapping and Windows-based
software
■ Minimal maintenance – address and
position of detectors and peripheral
devices needing service directly
indicated
■ Smooth expansion – via card inserts
for control panels and T-Branches for
cabling
Easy modernization – through use of
present cabling, compatibility with
existing peripheral equipment, and
simple software uploads
5
BC80A System Overview
BC8001AE
Compact Controller
B-BUS
BTM8014 Mimic Display Board *
BC80A
A-BUS
NAC Circuit
BC8001AE
Compact Controller
Horn/Strobe
Horn/Strobe
BDS051A
Smoke Detector
BDS152 *
Isolate Module
F-BUS
BDS031A
Heat Detector
BDS051A
Smoke Detector
BDS221A
Output Module
BDS121A
Manual Call Point
BDS031A
Heat Detector
BDS121A
Manual Call Point
BDS121A
Manual Call Point
BDS132A
Input Module
6
BDS051A
Smoke Detector
A-BUS Controller Bus
Max. 16 units of BC8001A/BC8002A can be networked
together
BC80
Configuration
Tool
F-BUS Device Bus
Max. 127 load factors on the device bus. Flexible wiring
supports free topology and free polarity
FMS Graphic
Station
B-BUS
Max. 3 B-BUS equipments ( BC8001A )
Max. 16 B-BUS equipments ( BC8002A )
NAC Circuit
Connect horn/strobe
BTM8014 Mimic Display Board *
B-BUS
Horn/Strobe
Horn/Strobe
NAC Circuit
BC8002A
Advanced
Controller
BDS152 *
Isolate Module
BDS161 *
Collective
Input Module
BDS152 *
Isolate Module
BDS051A
Smoke Detector
FDL241-9 *
Linear smoke
detector
BDS132A
Input Module
BDS121A
Manual Call Point
F-BUS
BDS051A
Smoke Detector
BDS031A
Heat Detector
BDS031A
Heat Detector
BDS161 *
Collective
Input Module
OP520 *
Conventional
Smoke Detector
BDS051A
Smoke Detector
* Optional non-UL products
HI520 *
Conventional
Heat Detector
BDS121A
Manual Call Point
BDS051A
Smoke Detector
BDS031A
Heat Detector
BDS121A
Manual Call Point
BDS221A
Output Module
7
System Load Reference
Detectors and peripherals
Type
Name
Load factor
Quiescent current (mA)
Max. current (mA)
BDS031A
Heat detector
1
0.8
1.0
BDS051A
Smoke detector
1
0.8
1.0
BDS121A
Manual call point
1
0.8
1.0
BDS132A
Input module
1
1.0
3.2
BDS221A
Output module
2
1.0
3.2
Name
Load factor
Quiescent current (mA)
Max. current (mA)
BDS152
Isolate module
0
0.0
1.0
BDS161
Collective input module
10
4.0
16.0
Name
Load factor
Quiescent current (mA)
Max. current (mA)
BC8001A
Compact controller with 1 line card
127
185.0
400.0
BC8001AE
Compact controller with 2 line card
254
197.3
372.0
BC8002A-1
Advance controller with 1 line card
508
330.0
642.0
BC8002A-2
Advance controller with 2 line card
1016
330.0
642.0
BC8002A-3
Advance controller with 3 line card
1524
330.0
642.0
Name
Address point
Quiescent current (mA)
Max. current (mA)
BT8011
Interlocking panel with 8 outputs
1
60.0
600.0
BT8012
Interlocking panel with 16 outputs
1
100.0
820.0
Optional product
Type
Panels and systems
Type
Optional function module
Type
8
Panels & Systems
Addressable Control Panels
Type
BC8001A
Order No.
Compact Control Unit with 1 F-Bus line ( 127 Points )
A5Q00016659
BC8001A is a control unit suitable for small to medium size projects
and constructions. It has the following features:
• Compatible to BDS .. A series of field devices.
• Features a polarity free F-BUS with a twisted pair of wires.
Transmission distance is up to 700m (Φ1.5mm2). All devices
should be evenly distributed.
• Specialized BDS Algorithm enhance immunity against environment
disturbances.
• Menu driven man-machine interface to allow simple operation.
• An optional printer can be mounted into the control unit.
• The system can be easily configured directly on the panel or via PC.
• Configuration data can be uploaded to a PC at any time.
• BC8001A features a fully supervised‚ programmable Notification
Appliance Circuit (NAC) for audible and visual appliances.
• Compliant with UL864
• Selectable language: Korean, Thai, Portuguese, Spanish, Traditional
Chinese , Simplified Chinese, English
Number of detector lines
1
Number of points
127
System Network
B-Bus device
Built-in printer
Optional
LCD Display
240 x 128‚ Backlight
Auto Mapping
Yes
Event history
1,000
Digital I/O’s
-Number of monitored OC outputs (40mA@24VDC)
1
-Number of monitored inputs
2
-Number of monitored NAC (1.5A@24VDC)
1
Input voltage (Main Power)
120/240V AC@60/50Hz (+10%, -15%)
Battery capacity
12 VDC‚ 12 Ah x 2
Download/Upload
USB1.1
Dimension (W x H x D)
370 x 265 x 200 mm
Weight (without battery)
6.5 kg
Operating temperature
0ºC... +50ºC
Storage temperature
-10ºC... +50ºC
Relative humidity
≤93% (40±2ºC)
Data sheet
A5Q00016841A01
BC8001AE
Compact Control Unit with 2 F-Bus lines ( 254 Points )
A5Q00021716
As BC8001A.. for technical details‚ but with the following differences:
Number of detector lines
2
Number of points
254
System network
Yes
B-Bus device
3
© Siemens Ltd. Building Technologies Division
9
Panels & Systems
Addressable Control Panels
Type
BC8002A-1
Order No.
Wall-mounted Advanced Control Unit (508 points)
BC8002A is an advanced control unit designed with new technology.
It is easy for operation and commissioning.
• Large LCD(10”) with high resolution 640x320 pixels.
• Features a polarity free F-BUS with a twisted pair of wires.
Transmission distance is up to 700m (Φ1.5mm2). All devices
should be evenly distributed.
• Easy operation with Windows Explorer style menu structure.
• Advanced 32-bit ARM based microprocessor system.
• LCD display shows the analog curve of detector measurement and allows
inquires in real time fire parameters for every detection point.
• Auto mapping of controller configuration makes commissioning very
easy, fast and accurate.
• Multi-tasking real time operating system monitors the system at any
time ensure high reliability of the system.
• Up to 1,000 events can be stored in the event memory.
• Modular structure makes it possible to customize the system very flexibly.
• Configuration of the system can be done via panel keypads or
PC Tool including set parameters and logic expressions.
• Powerful interlocking function fulfills complicated requirement on
controls very easy.
• Up to 16 control units can be interconnected via A-Bus network.
Transmission distance is up to 700m with twisted pair wire (Φ1.5mm2 ).
• Can be connected to management station FMS and third party system
with defined communication protocol.
• Common grounding trouble supervision.
• Compliant with UL864.
10
BC8002A-1/en
BC8002A-1/po
BC8002A-1/tc
BC8002A-1/sp
Number of line card
1
Number of detector lines
4
Max. number of address points
508
System network
Yes
B-Bus device
16
Built-in printer
Optional
LCD Display
640×320, Backlight
Auto Mapping
Yes
Event history
1,000
Digital I/O’s
-Number of monitored OC outputs (40mA@24VDC)
2
-Number of monitored inputs
2
-Number of monitored NAC (1.5A@24VDC)
2
Input voltage
120/240V AC@60/50Hz (+10%, -15%)
Battery capacity
12VDC, 38Ah x 2
Download/Upload
USB1.1
Dimension ( W × H × D )
700×520×225mm
Weight (without Batteries)
21.0kg
Operating temperature
0°C... +50°C
Storage temperature
-10°C... +50°C
Relative humidity
≤95% (40±2°C)
Data sheet
A6V10264045
English version of BC8002A-1
Portuguese version of BC8002A-1
Traditional Chinese version of BC8002A-1
Spanish version of BC8002A-1
BC8002A-2
Wall-mounted Advanced Control Unit (1,016 points)
BC8002A-2/en
BC8002A-2/po
BC8002A-2/tc
BC8002A-2/sp
The fire alarm control unit with the 2 line cards, can connect up to
1,016 points devices.
English version of BC8002A-2
Portuguese version of BC8002A-2
Traditional Chinese version of BC8002A-2
Spanish version of BC8002A-2
BC8002A-3
Wall-mounted Advanced Control Unit (1,524 points)
BC8002A-3/en
BC8002A-3/po
BC8002A-3/tc
BC8002A-3/sp
The fire alarm control unit with the 3 line cards, can connect up to
1,524 points devices.
English version of BC8002A-3
Portuguese version of BC8002A-3
Traditional Chinese version of BC8002A-3
Spanish version of BC8002A-3
S54421-C7-A1
S54421-C5-A6
S54421-C5-A3
S54421-C7-A2
S54421-C8-A1
S54421-C5-A7
S54421-C5-A4
S54421-C8-A2
S54421-C9-A1
S54421-C5-A8
S54421-C5-A5
S54421-C9-A2
© Siemens Ltd. Building Technologies Division
Detectors & Peripherals
Addressable Detectors and Bases
Type
BDS031A
Order No.
Addressable Heat Detector
A5Q00016746
BDS031A is heat detector which can be connected to the F-Bus.
• Newly developed circuit and sensor ensure high performance of
fixed and rate of rise temperature detection.
• High stability against dust‚ electromagnetic interference‚ temperature
fluctuation‚ humidity and corrosion.
• Produced with SMT advanced technology.
Operating voltage
Operating temperature
Storage temperature
Relative humidity
Quiescent current
Alarm current
EMC
Data sheet
BDS051A
18... 26 VDC
0... 38 °C
-30... +75 °C
≤95 % (40 ± 2 °C)
≤0.8 mA
1.0 mA
20 V/m
A5Q00016742A
Addressable Optical Smoke Detector
A5Q00016747
BDS051A is smoke detector which can be connected to the F-Bus.
• Patented labyrinth optical structure.
• New built-in ASIC ensures high reliability of data processing.
• Homogeneous response to different kind of smoke.
• High stability against dust‚ electromagnetic interference‚ temperature
fluctuation‚ humidity and corrosion.
• Produced with SMT advanced technology.
Operating voltage
Operating temperature
Storage temperature
Relative humidity
Quiescent current
Alarm current
EMC
Data sheet
BDS000A
18... 26 VDC
-10... +50 °C
-30... +75 °C
≤95 % (40 ± 2 °C)
≤0.8 mA
1.0 mA
20 V/m
A5Q00016743A
Addressable Detector Base
A5Q00016958
Detector base is for field devices BDS051A and BDS031A.
The detector covers the whole base‚ the wiring capacity is 1.0 to 1.5mm².
Data sheet
© Siemens Ltd. Building Technologies Division
A5Q00016963A
11
Detectors & Peripherals
ntional Detectors and Bases (Collective)
Type
HI520 *
Order No.
Collective Heat Detector
A6C50000009
• Newly developed circuit and sensor ensure high performance of
fixed and rate of rise temperature detection.
• High stability against dust‚ electromagnetic interference‚ temperature
fluctuation‚ humidity and corrosion.
• Produced with SMT advanced technology.
Operating voltage
Output voltage
Operating temperature
Storage temperature
Relative humidity
Quiescent current
Alarm current
EMC
Data sheet
OP520 *
16... 32 VDC
5... 13 VDC
-10... +50 °C
-30... +75 °C
≤95 % (40 ± 2 °C)
≤100 μA
≤1.5 mA
10 V/m
A5Q00016379A
Collective Optical Smoke Detector
A6C50000010
The OP520 is an non addressable detector which can be connected in
to S11 and BC80 system via corresponding collective input modules.
• Patented optical structure and labyrinth.
• Homogeneous sensitivity for different kind of
• High stability against dust‚ electromagnetic interference‚ temperature
fluctuation‚ humidity and corrosion.
• Produced with advanced SMT technology.
• Connection is independent of line polarity.
Operating voltage
Output voltage
Operating temperature
Storage temperature
Relative humidity
Quiescent current
Alarm current
EMC
Data sheet
SO520 *
21... 29 VDC
5... 13 VDC
-10... +50 °C
-30... +75 °C
≤95 % (40 ± 2 °C)
≤100 μA
≤1.5 mA
10 V/m
A5Q00016380A
Collective Detector Base
A6C50000011
The detector base for field devices HI520 and OP520.
Data sheet
A5Q00016382A
* Optional non-UL products
12
© Siemens Ltd. Building Technologies Division
Detectors & Peripherals
Manual Call Points
Type
BDS121A
Order No.
Addressable Manual Call Point
A5Q00016798
Manual call point can immediate trigger a fire alarm by breaking the glass.
• Connected to F-Bus.
• Installed in the public area such as staircase‚ elevator lobby‚ etc.
• Device address can be set via a DIP-switch.
• Mounted on the wall and 1.3 to 1.6 meters above the ground.
• Electronic part and housing are delivered separately.
Operating voltage
Operating temperature
Relative humidity
Quiescent current
Alarm current
Capacity of dry contact
EMC
Data sheet
BDS121A -G
18...26 VDC
-20... +55 °C
≤95 % (40 ± 2 °C)
≤0.5 mA
≤3.0 mA
24 VDC / 0.1 A
10 V/m
A5Q00016799A
Spare glass
Spare glass for BDS121A manual call point.
Delivery unit
50 pieces/pack
© Siemens Ltd. Building Technologies Division
S54421-B10-A1
13
Detectors & Peripherals
Addressable Modules
Type
BDS132A
Order No.
Addressable Input Module
A5Q00021150
The input module serves as an interface to transmit alarms or technical
signals from other equipments to the fire alarm control unit.
• Connected to the F-Bus‚ device address can be set with a DIP-switch.
• Serves as interface for potential free signals from flow switches‚ pressure
switches etc. to the fire alarm system.
• The signal will be transmitted to the controller and trigger corresponding
actions.
• Connection faults will be automatically detected and displayed on
the controller.
Operating voltage
Operating temperature
Relative humidity
Activation current
Quiescent current
Wiring capacity
EOL
Data sheet
BDS221A
18... 26 VDC
0... +49 °C
≤93 % (32 ± 2 °C)
≤3.2 mA
≤1 mA
1.0...1.5 mm²
EOL82
A5Q00021191A
Addressable Output Module
A5Q00021149
The output module is used to activate external equipment according to
the function of the fire alarm unit.
• Connected to the F-Bus‚ device address can be set with a DIP-switch.
• Output can be configured as pulse or steady on with DIP-switch.
• Connection is polarity free.
• The input signal for feedback is a potential free contact.
• It is not recommended to use this module for extinguishing control
directly.
• Faults will be automatically detected and displayed on the controller.
Operating voltage
Operating temperature
Relative humidity
Activation current
Quiescent current
Relay output
Status LEDs
Wiring capacity
EOL
Data sheet
BDS152 *
18...26 VDC
0... +49 °C
≤95 % (32 ± 2 °C)
≤3.2 mA
≤1 mA
125 VAC / 0.6 A
24 VDC / 2 A
Steady output - Steady ON
Pulse Output - Flashing
1.0...1.5 mm²
EOL82
A5Q00021192A
Isolation Module
A6C50000005
The isolation module is used to isolate a short circuit on the detection
bus. The device will automatically recover to its normal status when the
cause of the short circuit disapears.
• The isolation module separates a short circuit on the F-Bus.
• Parallel connection on the first place of each branch or stub is possible.
• No device address is required.
• When a single loop is used to connect devices mounted on several
floors it is recommended to install one isolation module on each floor.
• Up to 25 load factors can be mounted to an isolation module.
• The connection is polarity free.
• Faults will be automatically detected and displayed on the controller.
Operating temperature
Relative humidity
Activation current
Pass through voltage
Wiring Capacity
Data sheet
BDS161 *
-20... +50 °C
≤95 % (40 ± 2 °C)
≤0.5 mA
≤1 VDC
1.0... 1.5 mm²
A5Q00016395A
Collective Input Module
A6C50000006
Collective input module can connect collective detectors to the F-Bus
• Directly connected to the F-Bus‚ addresses are set with a DIP-switch
• Up to 12 collective detectors can be connected to the module
• An end of line element P6KE18CA has to be used.
• Module transmits alarm‚ fault and danger level signal to the control unit
• The same indications are displayed on the module.
• Connection is polarity free.
• Faults will be automatically detected and displayed on the control unit.
Alarm voltage
Fault voltage
Normal voltage
Alarm current
Operating temperature
Quiescent current
Relative humidity
Wiring Capacity
Data sheet
3.7... 16.4 VDC
0... 3.7 VDC (short)
22.1 VDC (open)
16.4... 22.1 VDC
<16 mA
-10... +50 °C
<4 mA
≤95 % (40 ± 2 °C)
1.0... 1.5 mm²
A5Q00016397A
* Optional non-UL products
14
© Siemens Ltd. Building Technologies Division
Spare Parts & Upgrades
Type
BCE8001A
Order No.
Extension Card for BC8001A
S54421-A2-A1
Extension card for BC8001A compact controller.
This card contains the following interfaces:
• A-Bus interface to add the network feature to the compact controller
(networkable up to 16 controllers).
• B-Bus interface to allow BC8001A to connect up to 3 B-Bus devices.
• F-Bus interface for additional up to 127 points.
Data sheet
BCM8001A
A5Q00016402A
Line Card for BC8002A
S54421-A3-A1
The BCM8001A is the line card connecting the BDS field devices to BC8002A.
• Type can be automatic identified via auto mapping by controller.
• Each BCM8001A can connect 4 lines; each line can connect up to
127 devices.
• Overload protection is functioned when the line is overloaded.
It recovers to normal status when the overload disappear.
• B-Bus address set via Dip-switch on the board.
Number of lines
Max. address point per line
Wiring Capacity
Max. distance per line
Short Protection
Over voltage protection
Connectable field devices
Working voltage
Quiescent current
Data sheet
BTM8014 *
4
127
1.0...1.5 mm2
700m
Yes
Yes
BDS Series
Regulated 18...26VDC
Full load: 200.0mA
No load: 110.0mA
A6V10255858
Mimic Display Board
S54421-F12-A1
• 60 outputs for LED activation
• 1 dry contact output for buzzer
• 2 inputs for “Buzzer silence” and “Lamp test”
• Communication with controller via B-Bus (individual address)
• External 24VDC power required
• Input/output are not monitored
• Max. length to controller 200m
• Max. length to LED 500m
• Max. 16 units of BTM8014 can be connected to BT8002A
• Configured via BC80 configuration tool
External input voltage
Operating current (quiescent)
Max. current
Rated output per LED
Max. current per LED
Operating temperature
Storage temperature
Relative humidity
Protocol
Terminal block
Data sheet
24 VDC±20% (Regulated)
110 mA
300 mA
10 mA
15 mA
-3 ... +42 °C
-20 ... +60 °C
≤95% (40± 2 °C)
CAN
1.0...1.5 mm2
A6V10252688
* Optional non-UL products
© Siemens Ltd. Building Technologies Division
15
Spare Parts & Upgrades
Type
TP80UL-UC *
Order No.
Printer for BC8001A
S54421-C5-A1
A thermal sensitive printer can print out the event on the logger paper
when event occurs. Only for BC8001A controller.
Operating voltage
Quiescent current
Max. current
TP80UL *
5VDC
15.0mA
300.0mA
Printer for BC8002A
S54421-C5-A2
Function is same as above, with additional 3U mounting kit. Only for
BC8002A controller
BCB8004
Power Supply for BC8001A
Input voltage
Charging current voltage
Output
AC fuse capacity
Battery fuse capacity
Operating temperature
Storage temperature
Relative humidity
Over current protection
Output chort protection
Battery low protection
BCB8005
120/240VAC@60/50Hz (+10%, -15%)
≤2.0A
6A@24VDC
5.0A
10.0A
0°C... +50°C
-10°C... +50°C
≤95% (40±2°C)
Output≥8.0*115%
Output≤1.0Ω
Voltage<20.0V
Power Supply for BC8002A
Input voltage
Charging current voltage
Output
AC fuse capacity
Battery fuse capacity
Operating temperature
Storage temperature
Relative humidity
Over current protection
Output short protection
Battery low protection
BT8002A
S54421-C4-A1
S54421-C4-A2
120/240VAC@60/50Hz (+10%, -15%)
≤2.0A
3A@5VDC/8A@24VDC
5.0A
10.0A
0°C... +50°C
-10°C... +50°C
≤95% (40±2°C)
Output≥8.0*115%
Output≤1.0Ω
Voltage<20.0V
Operation Panel
The BT8002A is the operation panel which used for display messages
and handling events.
• Can be connected with other control units via A-Bus.
• Can be connected with interlocking panels, line cards, mimic display
board via B-Bus.
• Download/Upload port on the main board.
• BT8002A operation panel has 10" LCD, indicators, keypads, numerical keys
and buzzers.
• Built-in FMS connection port, third party communication port.
• Installation size 5U.
BT8002A/en
English version of BT8002A
S54421-C6-A1
BT8002A/po
Portuguese version of BT8002A
S54421-C6-A2
BT8002A/tc
Traditional Chinese version of BT8002A
S54421-C6-A3
BT8002A/sp
Spanish version of BT8002A
S54421-C11-A2
* Optional non-UL products
16
© Siemens Ltd. Building Technologies Division
Spare Parts & Upgrades
Type
BT8011 */BT8012 *
Order No.
BT8011 Interlocking Panel
A6C50000032
BT8011 is an interlocking panel (with printer) which can activate the external
equipment automatically or manually. It is usually installed with the
controller together in the fire control center used for controlling
very important equipment such as pumps, fans etc.
Picture for BT8011
• 8 outputs, 16 inputs are equipped (of which 8 inputs are for
confirmation, the other 8 inputs are reserved), each OC
output capacity is 40mA@24VDC.
• Output can be steady level or pulse.
• Can be connected with control unit via B-Bus.
• Indication of activation, confirmation and fault for each
output .
• Silence and indicator test keypad available.
• Panel can be set to manual mode or automatic mode.
• Dip-switch set the panel address, output mode, connection
mode.
• TP8000 printer built-in.
Input voltage
Quiescent current
Alarm current
Assembly height
Operating temperature
Storage temperature
Relative humidity
22…29VDC
60.0mA
600.0mA
3U
0°C… +50°C
-10°C… +50°C
≤95% (40±2°C)
BT8012 Interlocking Panel (without printer)
A6C50000033
BT8012 is an interlocking panel which can activate the external
equipment automatically or manually. It is usually installed with the
controller together in the fire control center used for controlling
very important equipments such as pumps, fans etc.
• 16 outputs, 24 inputs are equipped (of which 16 inputs are
for confirmation, the other 8 inputs are reserved), each OC
output capacity is 40mA@24VDC.
• Output can be steady level or pulse.
• Can be connected with control unit via B-Bus.
• Indication of activation, confirmation and fault for each
output.
• Silence and indicator test keypad available.
• Panel can be set to manual mode or automatic mode.
• Dip-switch set the panel address, output mode, connection
mode.
Input voltage
Quiescent current
Alarm current
Assembly height
Operating temperature
Storage temperature
Relative humidity
22…29VDC
100.0mA
820.0mA
3U
0°C… +50°C
-10°C… +50°C
≤95% (40±2°C)
* Optional non-UL products
© Siemens Ltd. Building Technologies Division
17
Type Index
Type
Description
Order No.
Page
BC8001A
Compact Control Unit with 1 F-Bus line
A5Q00016659
9
BC8001AE
Compact Control Unit with 2 F-Bus lines
A5Q00021716
9
BC8002A-1/en
English version of BC8002A-1
S54421-C7-A1
10
BC8002A-1/po
Portuguese version of BC8002A-1
S54421-C5-A6
10
BC8002A-1/tc
Traditional Chinese version of BC8002A-1
S54421-C5-A3
10
BC8002A-1/sp
Spanish version of BC8002A-1
S54421-C7-A2
10
BC8002A-2/en
English version of BC8002A-2
S54421-C8-A1
10
BC8002A-2/po
Portuguese version of BC8002A-2
S54421-C5-A7
10
BC8002A-2/tc
Traditional Chinese version of BC8002A-2
S54421-C5-A4
10
BC8002A-2/sp
Spanish version of BC8002A-2
S54421-C8-A2
10
BC8002A-3/en
English version of BC8002A-3
S54421-C9-A1
10
BC8002A-3/po
Portuguese version of BC8002A-3
S54421-C5-A8
10
BC8002A-3/tc
Traditional Chinese version of BC8002A-3
S54421-C5-A5
10
BC8002A-3/sp
Spanish version of BC8002A-3
S54421-C9-A2
10
BDS031A
Addressable Heat Detector
A5Q00016746
11
BDS051A
Addressable Optical Smoke Detector
A5Q00016747
11
BDS000A
Addressable Detector Base
A5Q00016958
11
HI520 *
Collective Heat Detector
A6C50000009
12
OP520 *
Collective Optical Smoke Detector
A6C50000010
12
SO520 *
Collective Detector Base
A6C50000011
12
BDS121A
Addressable Manual Call Point
A5Q00016798
13
BDS121A-G
Spare glass
S54421-B10-A1
13
BDS132A
Addressable Input Module
A5Q00021150
14
BDS221A
Addressable Output Module
A5Q00021149
14
BDS152 *
BDS152 Isolation Module
A6C50000005
14
BDS161 *
BDS161 Collective Input Module
A6C50000006
14
BCE8001A
Extension Card for BC8001A
S54421-A2-A1
15
BCM8001A
Line Card for BC8002A
S54421-A3-A1
15
BTM8014 *
Mimic Display Board
S54421-F12-A1
15
TP80UL-UC *
Printer for BC8001A
S54421-C5-A1
16
TP80UL *
Printer for BC8002A
S54421-C5-A2
16
BCB8004
Power Supply for BC8001A
S54421-C4-A1
16
BCB8005
Power Supply for BC8002A
S54421-C4-A2
16
BT8002A/en
English version of BT8002A
S54421-C6-A1
16
BT8002A/po
Portuguese version of BT8002A
S54421-C6-A2
16
BT8002A/tc
Traditional Chinese version of BT8002A
S54421-C6-A3
16
BT8002A/sp
Spanish version of BT8002A
S54421-C11-A2
16
BT8011 *
Interlocking Panel
A6C50000032
17
BT8012 *
Interlocking Panel (without printer)
A6C50000033
17
* Optional non-UL products
18
© Siemens Ltd. Building Technologies Division
BC80A Fire Detection System
Product Catalogue - Appendix
Answers for infrastructure.
19
Appendix Index
System Installation Guideline
21
System Design Guideline
24
1.1 A-BUS
24
1.2 BC80A System Connection
24
1.3 Single Controller
24
1.4 BC8002A NAC & I/O on mainboard
25
1.5 BC8001A Wiring Diagram
26
1.6 BC8002A System Wiring Diagram
27
1.7 BC8001A System Wiring Diagram
27
2.1 B-BUS
28
2.2 BTM8014 Mimic Display Board Wiring Diagram
28
2.3 BT8011/BT8012 Wiring Diagram
28
3.1 F-BUS
29
3.2 BDS152 Wiring Diagram
29
3.3 BDS161 Wiring Diagram
30
Installation Instruction
20
31
4.1 BDS000A Addressable Detector Base
31
4.2 BDS121A Addressable Manual Call Point
32
4.3 BDS132A Addressable Input Module
33
4.4 BDS221A Addressable Output Module
34
BC80A
System Installation Guidelines
In this section, we illustrate best practice for installation of
fire detection equipment. While not all possible cases may
be covered, these are intended to provide guidelines. Local
regulations may be more detailed and must always be observed.
Please contact your local Siemens sales organization for more
detailed information and documentation.
Detectors – detectors should be positioned*
■
at least 0.5 m from the wall
■
max. 12 m from the previous detector
Manual call points – manual call points should be positioned*
■
in a clearly visible location
■
1.5 m from floor level
Fire control panels – mounting the fire control panel*
Keep a minimum distance to objects which could obscure the panel
or the view to it
Detector positioning near elevators*
21
BC80A
System Installation Guidelines
Detector positioning near fresh air supply*
Use a support to install a detector at ceiling height*
Place the detector at the highest point in the room*
22
BC80A
System Installation Guidelines
Ensure the correct distance to ceiling obstacles*
Position the detector within the top 10% of a space*
Ensure a minimum distance to objects which could obstruct the view to
a manual call point*
Manual call points should not be obscured by an open door*
* or observe local regulations
23
BC80A
System Design Guideline
1.1 A-BUS
A-BUS: communication between controllers (CAN-BUS communication). Twisted-pair wiring is required, the maximum length is 700m.
1.2 BC80A System Connection
■
BC80A system can allow to connect max. 8 BC8002A and 8 BC8001A controllers within the same A-Bus with a total of 16 controllers
in peer to peer configuration. Each controller can be configured to monitor and control all connected field devices within the entire
network.
■
Interlocking controls can be programmed within the same controller or across other controllers.
■
A-Bus network will need to install End-of-line resistor (120Ω) at both ends (EOL setting via dip-switch or jumper)
1.3 Single Controller
■
2 NAC circuits, 2 inputs, 2 outputs
■
Optional: BT8011 interlocking panel (8 output ports + printer)
■
Optional: BT8012 interlocking panel (16 output ports)
24
BC80A
System Design Guideline
1.4 BC8002A NAC & I/O on mainboard
25
BC80A
System Design Guideline
1.5 BC8001A Wiring Diagram
26
BC80A
System Design Guideline
1.6 BC8002A System Wiring Diagram
Address of BC8002A, BCM8001A and field devices should be set via dip-switch, and must be the same as the address assigned in the
programming tool.
■
Set the addresses of field devices via Dip-switch on the field devices
■
The address set by Dip-switch shall be equivalent to the address set by the configuration tool
■
BDS152 does not need to set address
1.7 BC8001A System Wiring Diagram
■
Set the addresses of field devices via Dip-switch on the field devices
■
The address set by Dip-switch shall be equivalent to the address set by the configuration tool
■
BDS152 does not need to set address
■
Without extension card, the default address of BC8001A is 1 and shall not be change; With extension card, the address of BC8001A
should be set via the dip-switch on the extension card, and must be the same as the address assigned in the programming tool.
27
BC80A
System Design Guideline
2.1 B-BUS
B-BUS: communication between line cards, interlocking panels, mimic display boards and controllers (CAN-BUS communication).
Twisted-pair wiring is required, the maximum length is 200m.
2.2 BTM8014 Mimic Display Board Wiring Diagram
■
60 outputs for LED activation
■
Communication with controller via B-Bus (individual address)
■
1 dry contact output for buzzer
■
External 24VDC power required
■
2 inputs for “Buzzer silence” and “Lamp test”
■
Input/output are not monitored
Figure 1 Wiring diagram
Figure 2 Wiring diagram
2.3 BT8011/BT8012 Wiring Diagram
■
BT8011 has 8 output ports, output capacity is 24VDC/40mA per line; It also has 16 contact input ports, 8 of them are used for input
confirmation signals from activated devices, the other 8 contacts are reserved. BT8011 is equipped with printer and needed to be
used with BC80 control unit together.
■
BT8012 has 16 output ports, output capacity is 24VDC/40mA per line; It also has 24 contact input ports, 16 of them are used for
■
Output signal mode: pulse signals or level signals
■
Can be set to manual mode or automatic mode
input confirmation signals from activated devices and the other 8 contacts are reserved.
Figure 1 BT8011 Interlocking Panel wiring diagram
28
BC80A
System Design Guideline
Figure 2 BT8012 Interlocking Panel wiring diagram
3.1 F-BUS
F-BUS: communication between line card and field devices. Twisted-pair wiring is recommended and the wiring length
should less than 700m.
3.2 BDS152 Wiring Diagram
■
To be used in the way of parallel connection at the starting point of every branch.
■
This is a non-addressable component for installation on site.
■
Each BDS152 isolator can connect with up to 25 load factors.
■
The control unit automatically detects any possible fault.
■
The input connectors”P0” should connect to “P” port of F-Bus of control unit and the input connector “S0” of BDS152 should connect
■
When connected with field devices, the “P” and “S” output lines of BDS152 are polarity free.
to “S” port of F-Bus of control unit.
29
BC80A
System Design Guideline
3.3 BDS161 Wiring Diagram
■
Each F-Bus can be connected with maximum 10 BDS161 modules.
■
Each BDS161 can be connected with maximum 12 collective detectors.
■
To set the address of BDS161 modules with DIP-switches.
■
To connect “P” and “S” connectors of the module to F-Bus of control units (Polarity free).
■
Each BDS161 can be connected with max. one linear smoke detector.
■
Max.10 Detector-Ex can be connected on BDS161 via DC1192*, SB3*.
Detector-Ex is including DO1101-Ex*, DT1101-Ex*, DT1102-Ex*, DF1101-Ex*.
■
Consult local Siemens for ordering information
30
BC80A
Installation Instruction
4.1 BDS000A Addressable Detector Base
Installation
Detector placement should follow the drawings provided or
approved by Siemens Building Technologies or by its authorized
distributors. This is extremely important! The detector
placements shown on these drawings were chosen after a careful
evaluation of all facets of the protected area, such as air currents,
temperature, humidity, pressure, the nature of the fire load and
type of ceiling etc. When drawings are not available, refer to
Detector Installation section of detector Installation Instructions
or refer to relevant items of NFPA 72.
Wiring
1. Route wires through the centre hole of the base and mount
base to ceiling (the distance between two installation holes is
62mm). When alarm LED viewing is critical, position the LED
positioning symbol in the base in the intended direction.
2. Make connections directly to the base terminals. Refer to
Figure 2 for details.
Figure 1 Mounting the BDS000A
Note
• Do not install detector until all construction is completed.
• It is recommended wiring with twisted-pair cable from base to base, the wiring requirement is 1.0 to 1.5mm2.
P
To BC80A compatible
control unit
Detector base
Model BDS000A
1
2
3
4
S
P
To next base
Do not use an
end of line device
S
Figure 2 Wiring diagram for BDS000A
31
BC80A
Installation Instruction
4.2 BDS121A Addressable Manual Call Point
Installation
1. Fix the housing at a height of 1.3 to 1.6m on an flat surface.
2. Pull the cables through the inlet opening(s) and into the
housing.
3. With surface mounting, use the screwed cable glands
( max. M20*1.5 )
4. Close the housing with the cover.
Wiring:
1. Open cover with key.
2. Connect the feed line to the terminals on the manual signalling
box according to figure 1/2.
Figure 1 Terminal connection
3. Consider the feed line when insert the electronic unit.
4. Place the electronic unit into the housing with the inscription
“TOP” pointing upward (terminals at the right) until the locking
device engages (see figure 3). When you want to take out the
electronic unit, thumbs press the top locking device and pull it out.
5. Close the housing with the cover.
Locking device
Locking device hole
P Line
S Line
P Line
S Line
Locking device
Figure 2 Wire routing diagram
Figure 3 Electronic unit Installation
Note
• The electronic unit and the housing are delivered separately.
• Do not install electronic unit until all installation is completed.
• It is recommended wiring with twisted-pair cable. The wiring requirement is 1.0 to 1.5mm2.
32
Locking device hole
BC80A
Installation Instruction
4.3 BDS132A Addressable Input Module
Installation
Pre-Installation: Set address for each BDS132A module using the Dip-switch (binary, the first 1-7 digits are available and the last digit
is reserved) located on the module. Each of these addresses must be the same as the addresses assigned in the project file.
The BDS132A input module should be installed in the following way:
1. Drill 2 holes (distance is 60mm) on the wall. See figure 1.
2. Fix the module housing on wall with 2 M3 screws.
3. Connect “P” and “S” terminals to detection bus.
4. Connect the normal open contacts of field devices to terminals “D” and “G” and bridge the terminals at the device end with end of
line (EOL82). See figure 2.
A listed gang box (4×4×2 inch) must be used for mounting.
Note
• It is recommended wiring with twisted-pair cable from module to module. The wiring requirement is 1.0 to 1.5mm2.
Figure 1 Installation diagram
Notes
1. Input is supervised.
2. Max. distance 200m (the wring requirement is 1.0mm2) from BDS132A to input contact.
3. All circuits are power limited.
Figure 2 Wring diagram
33
BC80A
Installation Instruction
4.4 BDS221A Addressable Output Module
Pre-Installation
1. Set address for each BDS221A module using the Dip-switch (binary, the first 1-7 digits are available) located on the module. Each of
these addresses must be the same as the addresses assigned in the project file.
2. Set deliver signal type using the 8th digit of the Dip-switch: “on” – deliver continuous level signal; “off”- deliver pulse signal.
The BDS221A output module should be installed in the following way:
1. Drill 2 holes (distance is 60mm) into the wall. See figure 1.
2. Fix the module housing on wall with 2 M3 screws.
3. Connect “P” and “S” terminals to detection bus.
4. In the case of voltage signal output, connect “CO-NO” or “CO-NC” terminals to the controlled equipment. Connect “G” and “D” with
dry contacts of controlled equipment as feedback monitoring if it is necessary. See figure 2.
A listed gang box ( 4×4×2 inch ) must be used for mounting.
Note
• It is recommended wiring with twisted-pair cable from module to module, the wiring requirement is 1.0 to 1.5mm2.
Figure 1
Installation diagram
Notes
1. Input is supervised.
2. Max. distance 200m (the wring requirement is 1.0mm2) from BDS221A to input contact.
3. All circuits are power limited. The relay contacts must be connected to a power limited source.
4. Relay Output: 2A, 30VDC.
Figure 2 Wring diagram
34
35
Siemens Switzerland Ltd
Industry Sector
Building Technologies Division
International Headquarters
Gubelstrasse 22
6301 Zug
Switzerland
Tel + 41 41 724 24 24
The information in this document contains general descriptions of technical options available,
which do not always have to be present in individual cases. The required features should therefore
be specified in each individual case at the time of closing the contract.
© Siemens Switzerland Ltd
36