Product Description
IRIS
DSS Conventional
Detectors
Iris series detectors maintain the ease-of-use of conventional
detectors, yet are capable of providing a series of technical
solutions that until today were provided by only the most
sophisticated addressable analogue systems.
As a result of advanced technologies based on new-generation
Microprocessors, these detectors implement a set of sophisticated
algorithms capable of ensuring unequalled reliability and a high
immunity to false alarms. The ground breaking Versa++ technology
incorporated in IRIS series detectors allows you to configure
individual detectors to suit their specific environments and, when
used in conjunction with the EITK1000 kit, to connect directly to
the detector line for a complete diagnosis of each detector and
thus test its operating capacity, verify its real-time values, view
the contamination level in the optical smoke chamber and change its
sensitivity and operating mode. Each detector has a non-volatile
memory which allows you to view the smoke and temperature levels
measured in the period prior to the last alarm detected. These
detectors have passed - with flying colors - all the tests taken at
the LPCB test facility, the prestigious English certification
service.
Main
Features
• Newly designed optical chamber with sealed upper-part and 500
μm
holes diameter mesh insect screen
• Bicolor LED: Red for alarm; Green slow flash for standby
(optional) and
fast flash for trouble (fault or high level of contamination in the
optical smoke
chamber)
INSECT SCREEN
• Drift compensation for sensor drift
caused by dust in the chamber
• Sensitivity selection for smoke and heat (by means of EDRV1000
driver)
• Operating mode selection (by means of EDRV1000 driver for ID300
version)
Only smoke; Only Heat; AND mode; OR mode; Plus mode
• Complete Diagnostics: view the contamination level in the optical
chamber
and verify real-time values (by means of
EDRV1000)
SMOKE AND TEMPERATURE GRAPH
12
• Memory of the smoke and temperature levels measured in the
five-minute period prior to the last alarm detected
• Vast range of options (selected by means of EDRV1000 driver)
• Bypass plate on base guarantees continuity in the event of
removal of the detector from the
line
PARAMETER |
ID100 |
ID200 |
ID300 |
Operating
voltage |
|
10-30 Vdc |
|
Consumption during
standby |
90 uA |
70 uA |
90 uA |
Consumption during
alarm |
|
Max 40 mA |
|
Sensitivity |
0.08 – 0.10 – 0.12 – 0.15
dB/m |
A1R (58°C + RoR) – B (72°C)
–
BR(72°C + RoR) – A2S
(58°C) |
0.08 – 0.10 – 0.12 – 0.15
dB/m
-------------------------------------
A1R (58°C + RoR) – B (72°C)
–
BR(72°C + RoR) – A2S
(58°C)
-----------------------------------------
Modalità AND – OR - PLUS |
Operating
temperature |
|
-5°C + 40°C |
|
Height including
base |
46mm |
54mm |
Diameter |
110mm |
Weight (with
base) |
160g |
Weight (without
base) |
90g |
ID100
DSS Optical Smoke Detector
The ID100 optical smoke detector is based on the
Tyndall effect (diffusion of light) and provides first-rate early
warning in the event of fire. It offers wide-spectrum detection of
smoke particles generated by the majority of fires. The newly
designed optical chamber with sealed upper-part and 500 μm holes
diameter mesh insect screen ensure high immunity to false alarms.
The sensitivity can be configured to suit a wide range of
applications (sensitivity configurable as: 0.08dB/m; 0.10dB/m;
0.12dB/m; 0.15dB/m).
ID200
DSS Heat Detector
The response characteristics of the ID200 heat
detector have been carefully set in A1R mode (fixed threshold at
58°C with thermovelocimetric detection). However, it can be set (by
means of EDRV1000 driver) to operate in B mode (fixed threshold at
72°C); in A2S mode (fixed threshold at 58°C); in BR mode (fixed
threshold at 72°C with thermovelocimetric detection). As a result
of such flexibility, this detector is useful in places where the
environment is dusty or smoky and the risk of false alarms is
high.
ID300
DSS Smoke and Heat Detector
The ID300 smoke and heat detector has new smoke and temperature
sensing technologies. As a result, this improved –reliability
detector responds well to all types of fires (especially to fast
burning blazing fires involving inflammable liquids, which produce
a limited amount of smoke) and is highly immune to false alarms.
The ID300 can be set to the sensitivity mode which best suits the
application (by means of EDRV1000 driver).
• Plus Mode (set at factory): the detector
will trigger an alarm when the measured values exceed the set smoke
threshold (configurable as per the ID100), or when the measured
values exceed the set heat threshold (configurable as per the
ID200). Furthermore, in the event of a rise in temperature, the
smoke detection sensitivity will be taken to the maximum value.
This operating mode, characterized by high sensitivity allows
detection of fast burning blazing fires (for example, fires
involving inflammable liquids such as alcohol)
• OR Mode: the detector will trigger an
alarm when the measured values exceed the set smoke threshold
(configurable as per the ID100), or when the measured values exceed
the set heat threshold (configurable as per the ID200). This
operating mode, characterized by discrete sensitivity analysis,
allows the detector to sense fires with a high emission of smoke
and low heat output (for example, smoldering fires) and also fires
with low emission of smoke and high heat output (for example,
burning chemicals)
• AND Mode: the detector will trigger an
alarm only when the set smoke and heat thresholds (configurable as
per the ID100 and ID200) are exceeded at the same time. Given the
reduced response, it is necessary to evaluate the risk factor
before selecting this operating mode
• SMOKE Mode: the detector will operate as
per the ID100
• HEAT Mode: the detector will operate as
per the ID200
Country: |
Pakistan |
Model No: |
-
|
FOB Price: |
(Negotiable)
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Place of Origin: |
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Product Group : |
DSS Product
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