24 volts, few connections to BMS,
a PC used occasionally for adjustments and that's all.
Video capture in
real-time:
Innovative frequency
decomposition of IR
flame signal
Following
recent
developments in
the field of
industrial
combustion,
PIA
has developed
new flame
scanners easy to
operate and
innovates with
its graphical
interface, used
during the
adjustments and
verifications,
greatly
simplifying the
work of
operators. This
detection
device, equipped
with advanced
technologies,
accomplishes
multiple complex
tasks, including
a frequency
decomposition
allowing further
analysis of
infrared signals
and enhanced
features.
Graphical User Interface
(GUI)
W143 Dual
IR
Flame Scanner
System
overview
Design based on the ease of adjustment and use
Fully integrated, but small-dimension
No need of a controller or amplifier unit
Operates continuously with a minimum of attention
Advanced detection of IR radiation
Versatile flame scanner with two IR outputs, suitable for
oil, gas, coal and non-standard fuels
Detection of High flicker frequencies of
IR up to 5,000Hz
High-level technology with internal computer and data
recording on flash memories
Real-time innovative frequency decomposition of
IR flame
signal with programmable filters
Completely programmable IR
software filters, over the entire
range for better flame discrimination . So, no
predetermined filtering values. If you need, with the mouse,
place the low-pass filter and/or the
High-pass filter where
you want
Video capture in real-time:
Frequency
decomposition, level
adjustment, response with or without filter and
waveform of the IR signal.
Quick and easy
Flame monitoring, logging and intuitive adjustment on PC
through a Graphical User Interface
(GUI)
The
waveform of the IR signal as seen by the sensor is available
to the operator for additional
information on the quality of the detection for, among
others, achieve the perfect alignment
Except for the FFRTs, there are no numerical data such as
values of gains, setpoints, thresholds, filters,etc.
modifiable by the operator. These are internal and automatic
processes that work according to the changes in the graphical
display with the computer mouse
8 minutes of graphical display of the flame responses,
allows to do the adjustments with the
PC mouse by
considering the history. The IR responses react directly
with the addition of filters and their modifications
Any data, including those corresponding to the flame, can be
continuously recorded, for future reference
No complex programming sequence for the adjustments
No need for technician training
Analysis of the risk of flame failure for a given adjustment
A frequency spectrum based algorithm automatically rejects
artificial signals
Proven continuous self-checking system with shutter and
software integrity verification
Two independent fail-safe flame relay outputs, each having
his own adjustable FFRT (flame failure
response time) and adjustable flame response (for both
IRs).
The No-Fault relay is also fail-safe
Records the number of different faults for to be view and
cancel later by operator
Measures the scanner temperature and records the maximum,
can be view and reset later by operator
Warns if the scanner temperature exceeds 85°C
Detects and warns if the flame is marginal
Supply 24 Volt DC (18V min / 36V max)
Ambient operating temperature from -20°C to 70°C min or up
to the scanner temperature of 85°C
Selectable Analog output (0 to 20mA or 4 to
20mA) with
configurable combinations between the
IR1 and
IR2 signals
Four LED indicators for Flame
ON/OFF IR1 and
IR2,
No-Fault
and Status
Very simple to install
Quick and easy replacement
Perfect for retrofitting existing systems because of its
advance and its simplicity
