Bosch FCS-8000-VFD-B Specsheet
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Fire Alarm Systems | AVIOTEC IP starlight 8000
AVIOTEC IP starlight 8000
www.boschsecurity.com
u Very fast fire and smoke detection
u Robust against false alarms
u Covers large monitoring area
AVIOTEC IP starlight 8000 sets new standards in visual
fire detection by combining reliable smoke and flame
detection with outstanding speed.
System overview
The video-based fire detection is the system of choice
when reliable video motion and fire detection is
needed, e.g. applications which are not subjected to
construction product regulation or a supplementation
to existing fire detection systems. AVIOTEC IP starlight
8000 operates as stand-alone unit and doesn’t need a
separate evaluation unit. Furthermore it contains all
features of the Intelligent Video Analysis (IVA) which
allows analyzing and evaluating moving objects in
parallel. Video-based fire detection and IVA operate
independently from each other and are separately
adjustable.
A 10/100 Base-T Fast Ethernet port on the back part of
the device is available to connect the camera to
Ethernet. This allows easy configuration and
monitoring through network devices such as Client
PCs or mobile devices. A video recording management
system may be integrated optionally. Furthermore
there is a relay output to transmit alarm signals, e.g. to
the FPA-5000 fire alarm panel. In this case the camera
acts as supervisory signal-initiating device. Alarms
u Oustanding performance under low-light conditions
u Resolution 1080p
have to be verified by an operator in a monitoring
center owing to non-existing standards. Automatic
alarm-forwarding to fire services is not provided.
Pos. Description
1 Video Recording Manager (VRM)
2 Client PC
3 Mobile Device
4 FPA-5000 Fire Alarm Panel
| AVIOTEC IP starlight 8000
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Functions
Fast and reliable flame and smoke detection
A unique Bosch algorithm based on physical
characteristics of fires detects flames and smoke
within an incredibly short time span by analyzing video
sequences. The video-based fire detection works
under remarkable low-light performance (down to 7 lx)
and detects test fires TF1 to TF8. In case of flame or
smoke detection the video broadcast has the
advantage to verify the alarm, speed up the rescue
chain and give insights to rescue teams.
Monitoring large areas
Insensitive to dust and humidity thanks to the optical
principle, it is possible to monitor large indoor areas
that push conventional systems to their limits.
AVIOTEC IP starlight 8000 is the innovative solution
for:
• Industry
• Transportation
• Energy & Utilities
• Warehouses
Large application range
The video-based fire detection is suitable for a range
of challenging applications in harsh environments such
as oil rigs or areas with a high fire hazard like paper
mills. Highly versatile in application, AVIOTEC IP
starlight 8000 offers the possibility to complement
existing systems or to tap into new application fields.
Individually adjustable and adaptable
Verification time, sensitivity, detection size and
selective masking for smoke and flame are individually
configurable to adjust them to the customer needs.
Flame and smoke detection can be activated or
deactivated separately.
Root cause analysis
Connecting the camera to a video management system
offers the possibility to find out the cause of fires.
Based on video recordings, incidents can carefully be
established and evaluated. This helps eliminating and
preventing hazardous situations in the future.
Easy installation
Power for the camera can be supplied via a Powerover-Ethernet compliant network cable connection.
With this configuration, only a single cable connection
is required to view, power, and control the camera.
Using PoE makes installation easier and more costeffective, as cameras do not require a local power
source.
The camera can also be supplied with power from
+12 VDC power supplies. To increase system
reliability, the camera can be simultaneously
connected to both PoE and +12 VDC supplies.
Additionally, uninterruptible power supplies (UPS) can
be used to ensure continuous operation, even during a
power failure.
For trouble-free network cabling, the camera supports
Auto-MDIX which allows the use of straight or crossover cables.
Certifications and approvals
Standards
Emission EN 55022 Class B (2010), +AC (2011)
FCC: 47 CFR 15, class B (2012-10-1)
Immunity EN 50130-4 (PoE, +12 VDC)* (2011)
EN 50121-4 (2006), +AC: (2008)
Alarm EN 50130-5 Class II (2011)
Safety EN 60950-1
UL 60950-1 (2nd edition)
CAN/CSA-C 22.2 No. 60950-1
Vibration Camera with 500 g (1.1 lb) lens as per IEC
60068-2-6 (5 m/s2, operational)
HD SMPTE 296M-2001 (Resolution: 1280x720)
SMPTE 274M-2008 (Resolution:
1920x1080)
Color representation ITU-R BT.709
ONVIF conformance EN 50132-5-2; IEC 62676-2-3
* Chapters 7 and 8 (mains voltage supply requirement) are not applicable to the camera.
However, if the system in which this camera is used needs to comply with this standard,
then any power supplies used must comply with this standard.
Region Certification
Europe CE FCS-8000-VFD-B
Installation/configuration notes
Disclaimer
Video Fire indication systems are video content analysis
systems. They give indications for fires and are
designed to supplement fire detection systems and
human guards in monitoring centers.
Video Fire indication systems are confronted with a
higher amount of challenges considering scenery and
background compared to conventional fire detection
systems. It cannot be granted that fire is detected in all
scenery settings. Thus the video fire detection system
shall be seen as a system that enhances the probability
of early fire detection, with the restriction that it might
detect false alarms. It shall not be seen as a system
that ensures fire detection in all possible image
scenarios.
The camera must be mounted according to the
following graphic:
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