EasyManua.ls Logo

enea ED100 User Manual

enea ED100
4 pages
To Next Page IconTo Next Page
To Next Page IconTo Next Page
Page #1 background imageLoading...
Page #1 background image
Enea
Analogue-addressable fire detectors
ED100 - optical smoke detector
ED200 - temperature detector
ED300 - multicriteria detector
ATTENTION!
For information regarding device placement, coverage and method of installation, refer
to the established standard regulations and codes relating to Automatic fire-detection
systems. Enea series detectors are compliant with EN54-7: Smoke detectors – Point
detectors using the scattered light principle, light transmission or ionization (ED100 and
ED300 models only) and EN54-5: Heat detectors – point detectors (for ED200 and
ED300 models only), EN54-17 short-circuit isolators.
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 involved 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, which can be identified by the Technical
specifications/ Serial number sticker on the back of the device.
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 appropriate 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 in the
control panel:
•0.08 dB/m
•0.10 dB/m
0.12 dB/m (pre-set mode)
•0.15 dB/m
ED200
Heat detector with heat-sensitive element capable of sensing the
temperature within the protected environment.
The programmable operating modes are:
A1R” (pre-set); the detector signals alarm status when the temperature
within the protected environment exceeds 58 °C or when the temperature
undergoes anomalous changes.
“B”; the detector signals alarm status when the temperature within the
protected environment exceeds 72°C.
A2S”; the detector signals alarm status when the temperature within in the
protected environment exceeds 58°C.
“BR”; the detector signals alarm status when the temperature within the
protected environment exceeds 72° or when it senses a rapid temperature
rise.
ATTENTION!
The operating modes of the “A2S” and “BR” are not certified.
ED100
ADDRESSABLE
SMOKE DETECTOR
EN54-7:2000
EN54-17:2005
2010/09
FW.01.01
*00000004*
ED100 00000004 ED100 00000004
0832-CPD-1448
991d/01
00000004
ED200
ADDRESSABLE
HEAT DETECTOR
HEAT DETECTOR CLASS P
EN54-5:2000
EN54-17:2005
2010/09
FW.01.01
*00000005*
ED200 00000005 ED200 00000005
0832-CPD-1450
991f/01
00000005
DCMIIN4AED-R100-20110519
0832-CPD-1448
0832-CPD-1450
0832-CPD-1446
991d/01
991f/01
991b/01
Question and Answer IconNeed help?

Do you have a question about the enea ED100 and is the answer not in the manual?

enea ED100 Specifications

General IconGeneral
Brandenea
ModelED100
CategoryFire Alarms
LanguageEnglish

Summary

Product Description

ED100 - optical smoke detector

Optical detector using the scattered light principle (Tyndall effect) to sense smoke levels.

ED200 - temperature detector

Heat detector with a heat-sensitive element to sense temperature within the protected environment.

ED300 - multicriteria detector

Opto-heat detector with both optical and heat sensing elements for comprehensive fire detection.

Technical Specifications

Installation

Testing and Maintenance

LED Check and Fault Identification

Procedure for checking detector LEDs and identifying fault conditions via the control panel.

Optical Smoke Detector Test

Guidelines for testing smoke detectors using approved test aerosols and cleaning procedures.

Heat Detector Test

Method for testing heat detectors and ensuring the heat element is intact and clean.

Operating Mode

Using the EITK-DRV driver

Warnings and Limitations