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Idiomas disponibles
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Product description
Enea series detectors are capable of sensing a number of combustion products suspended in the
atmosphere and thus the onset of fires.
The operating parameters of these detectors can be changed, via the connected control panel, to
suit specific environment conditions. These detectors are connected to the fire control panel via a 2
pole twisted-shielded cable. The cable carries the power supply to the various devices and also the
two-way digital transmission data.
Each detector has a short-circuit isolator that, in the event of short-circuit between the two poles and
the control panel (loop), is capable of interrupting the negative pole, thus isolating the section invol-
ved in the short-circuit event. For the isolator specification, please refer to the <ILP Specification=
document.
Inim Electronics offers three Enea series analogue fire-detectors fire-detectors, which can be iden-
tified by the technical specifications/serial number on the back of the detector.
Models
ED100
Optical detector equipped with a reference chamber based on the scattered light principle (Tyndall
effect). The detector must be installed in draught and obstacle free place which guarantees appro-
priate air-flow into the reference chamber.
The detector will trigger an alarm when the level of smoke inside the reference chamber reaches the
alarm values set for the detector via the control panel:
0.08 dB/m
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0.10 dB/m
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0.12 dB/m (pre-set mode)
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0.15 dB/m
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ED200
Heat detector with heat-sensitive element capable of sensing the temperature within the protected
environment.
The operating modes, programmable via the control panel are:
<A1R= (pre-set); the detector signals alarm status when the temperature within the protected envi-
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ronment exceeds 58 °C or when the temperature undergoes anomalous changes.
<B=; the detector signals alarm status when the temperature within the protected environment
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exceeds 72°C.
<A2S=; the detector signals alarm status when the temperature within in the protected envi-
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ronment exceeds 58°C.
<BR=; the detector signals alarm status when the temperature within the protected environment
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exceeds 72° or when it senses a rapid temperature rise.
Note
The operating modes of the <A2S= and <BR= are not certified.
ED300
Optical-heat detector with heat sensitive element and optical smoke chamber. The combination of
values provides (in accordance with the operating mode selected via the control panel) high immu-
nity to nuisance alarms and an exceptionally sensitive detector which is capable of swift response to
fires characterized by low smoke emission.
Operating mode
Mode
The operating modes, programmable via the control panel are:
<PLUS= (pre-set); the detector signals alarm status when smoke in the protected environment
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exceeds the programmed threshold (programmed as described for the ED100 model) or when
the temperature within the protected environment exceeds the programmed threshold (pro-
grammed as described for the ED200 model). Furthermore, in the event of a rise in temperature
within the protected environment, the sensitivity of the smoke chamber will be increased. This
operating mode, characterized by high sensitivity, allows detection of fires which produce a large
amount of flames but low smoke emission (e.g. combustion of alcohol or similar highly-inflam-
mable products).
<OR=; the detector signals alarm status when smoke in the protected environment exceeds the
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programmed threshold (programmed as described for the ED100 model) or when the tem-
perature within the protected environment exceeds the programmed threshold (programmed as
described for the ED200 model). This operating mode, characterized by medium-high sensitivity,
allows detection of fires which generate a substantial amount of smoke but low heat emission
(slow burning fires) as well as fires which generate high temperatures and low smoke emission
(chemical products).
<AND=; the detector signals alarm status when the smoke and temperature in the protected envi-
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ronment exceed the programmed thresholds simultaneously (programmed as described for the
ED100 model and ED200 model respectively). This operating mode, characterized by a low sen-
sitivity, lowers the false alarm rate and is useful in applications where either the smoke or heat
values in the protected environment may increase without the risk of fire.
Manuale d'istruzioni / Instruction manual / Manual de instrucciones / Notice d9instructions
Note
Given the limited response, consider the conditions in the protected environment carefully
before selecting this operating mode.
<SMOKE=; the detector assumes the characteristics of the ED100 model
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<HEAT=; the detector assumes the characteristics of the ED200 model
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LED
The three-colour LED (360° viewing) indicates the detector status.
Green blinking at 15-second intervals; the detector is in standby status (i.e. operating properly).
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Green On solid; the LED has been activated manually from the control panel. This operation
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allows easy identification of the detector.
Yellow On solid; the detector is in fault status or has detected a short-circuit in the succeeding
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wiring section (short-circuit isolator open). Further details regarding the fault can be obtained
through the control panel.
Red On solid; the detector is in alarm status. Further details regarding the alarm can be obtained
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through the control pane
<R= terminal
The detectors have an output (terminal <R=), for the connection of an alarm repeater LED. This LED
will activate in accordance with programming carried out via control panel.
The detector is also capable of discerning whether its repeater LED has been connected. This func-
tion provides indications (on the control panel) regarding the detectors with connected LEDs, and
also fault signals in the event of disconnection.
Description of the parts
A Detector
B Detector notch
C Thermal probe
D Red/yellow/green LED
E Optical chamber
F Technical specifications/serial-number sticker
G Removable serial-number stickers
H Cover removing hooks
I Optical chambre removing hooks
Installation
Note
For information regarding device placement, coverage and method of installation, refer to
the established standard regulations and codes relating to Automatic fire-detection
systems.
The Enea series detectors are compliant with EN54-7: Smoke detectors 3 Point detectors
using the scattered light principle, light transmission or ionization (ED100 and ID300
models only) and EN54-5: Heat detectors 3 point detectors (for ED200 and ID300 models
only), EN54-17 short-circuit isolators.
The detectors are supplied with protective covers which help to protect them against minor damage
and dust contamination which may occur during the installation phase. The covers should not be
removed until the system is ready to start up.
The detectors can be used with one of the following compatible mounting bases:
EB0010, standard base
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EB0110, standard base with removable address label plate
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An example of installation using standard bases is shown opposite.
EB0020, relay base
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EB0120, relay base with removable address label plate
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Appropriate when the detector is to be connected to an intrusion control panel or to a control panel
using 4 wires.
Note
The two removable serial-number stickers should be taken off and one should be attached
to the mounting base and the other to the installation layout.
Once the base is located properly in its placement, place the detector unit onto the base and, with
minimum force, turn it clockwise until the detector notch [B] aligns with the base notch [K] (in order to
attach the detector to the base); turn it still further until notch [B] aligns with the second base notch
[L] (in order to allow the base to engage with the detector contacts).
When installation of all the loop devices is complete, proceed with the addressing phase. Refer to
the respective section in the control panel installation and programming manual.
Using the EDRV2000 driver
The EDRV2000 driver allows you to change the operating parameters of the detectors, check the
contamination level of the smoke chambers and also obtain accurate diagnostic data. It can operate
through the USB port of a computer furnished with the relative software programme, or can function
autonomously by way of the battery housed inside.
Inim Electronics S.r.l. © 2023
Each detector is capable of retaining memory (smoke and/or temperature depending on the model)
of the 5 minutes prior to an alarm. Therefore, if an alarm occurs, it will be possible to obtain infor-
mation regarding the onset of the fire by simply connecting the EDRV2000 driver to the detection
line.
For further information and details regarding use of the EDRV2000 driver, refer to the respective
handbook.
Testing and maintenance
After installation and during periodic maintenance inspections, you must carry out the following ope-
rations on each detector:
Optical smoke detector test; smoke detectors should be tested immediately after installation and
periodically during maintenance inspections in accordance with the established standard regu-
lations and codes in force. To test smoke detectors, use an approved test aerosol strictly in accor-
dance with the accompanying instructions.
Ensure that the smoke inlet ports to the smoke detection chamber are not blocked. Check the con-
tamination level of the smoke detection chamber via the control panel. If the contamination level is
high (above 50%), detach the detector from its mounting base, open the device and, using a small,
soft-bristle brush or hand-held vacuum cleaner remove all dust particles from inside and around the
smoke detection chamber.
Free the protection mesh from all contaminants.
Heat detector test; using a suitable device (e.g. hairdryer), create heat in the vicinity of the detector,
then work through the steps described in the device instruction sheet. During each periodic main-
tenance inspection, ensure that the heat element is intact and that is not obstructed by dust or paint.
If it is, using a small, soft-bristle brush or hand-held vacuum cleaner remove all contaminants.
J Base
Technical specifications
K Base notch 1
L Base notch 2
Model
M <+= terminal
Power supply
N <-= terminal
O <R= terminal
Current draw in standby
P Short-circuit reed
Current draw in alarm
Q Screw locations
Current draw by the <R= output
(internally limited)
Dimensions (DxH, standard base
included)
Weight
Environmental conditions
Temperature
Relative humidity
CE mark
0051
INIM Electronics s.r.l.
Via Dei Lavoratori 10 - Fraz. Centobuchi
63076 Monteprandone (AP) - Italy
10
0051-CPR-1878
EN 54-7:2018
EN 54-17:2005 + AC:2007
ED100
Intelligent analogue addressable optical smoke detec-
tor with short circuit isolator for fire detection and fire
alarm systems installed in buildings
Essential characteristics
Nominal activation con-
dition/sensitivity, response delay
(response time) and performance
under fire conditions
Operational reliability
Tolerance to supply voltage
Temperature resi-
stance
Vibration resistance
Durability of
operational
Humidity resistance
reliability:
Corrosion resistance
Electrical stability
DCMIIN1PED-320-20231113
ED100
ED200
ED300
from19 to 30 V
200µA
10mA @27,6V
Max 14mA
110 x 46 mm
110 x 54 mm
160g, standard base included
91g, without base
from -5 to +40 °C
f 95 % without condensation
0051
INIM Electronics s.r.l.
Via Dei Lavoratori 10 - Fraz. Centobuchi
63076 Monteprandone (AP) - Italy
10
0051-CPR-1877
EN 54-5:2017 + A1:2018
EN 54-17:2005 + AC:2007
ED200
Intelligent analogue addressable category P heat detec-
tor with short circuit isolator for fire detection and fire
alarm systems installed in buildings
Performance
Essential characteristics
Performance
Nominal activation con-
dition/sensitivity, response delay
PASS
PASS
(response time) and performance
under fire conditions
PASS
Operational reliability
PASS
PASS
Tolerance to supply voltage
PASS
Temperature resi-
PASS
PASS
stance
PASS
Vibration resistance
PASS
Durability of
operational
PASS
Humidity resistance
PASS
reliability:
PASS
Corrosion resistance
PASS
PASS
Electrical stability
PASS
Detector category (EN54-5): A1R or B
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