INIM FIRE ED300/B Addressed Analog Optical Smoke and Temperature Multisensor Detector Color Black

Addressed analog optical smoke and temperature multisensor detector with integrated isolator - programmable sensitivity and operating modes. 240 addresses. CPR EN54pt5-PT17 LPCB certification. Color Black

The ED300 detectors belong to the INIM Electronics ENEA series. Each ENEA series device is identified by a unique serial number assigned at the time of manufacture and therefore does not require the use of any address programmer. The serial number is indicated on the device label and on two removable labels that can be placed on the floor plan and on the mounting base. Once the loop wiring has been completed, through a manual programmer or a control center and thanks to the LoopMap technology, all connected devices are automatically recognized, the wiring is reconstructed and shown in graphic form, reporting the actual order in which the devices were connected, the “T” junctions and all the physical characteristics of the Loop. The exact topology of the plant is thus reconstructed, obtaining an interactive map that simplifies and speeds up troubleshooting and system maintenance operations. Thanks to serial self-addressing, developed by INIM Electronics, it is now possible to expand the system, previously installed, without having to reprogram the entire system, keeping the specificities of the LoopMap technology unchanged, as the new device will be assigned the first free logical ID correctly positioned within the interactive map. Self-addressing eliminates some typical problems of manual addressing: waste of time due to rotary/dipswitch addressing, malfunctions caused by the device's dual address or lack of addressing, useless consumption of address cards resulting from incorrect addressing.
Thanks to Versa++ technology, all detectors can be configured according to the type of detection to be carried out. This allows the detector to adapt perfectly to external conditions for a more effective and timely detection of the event.
The main parameters on which you can act are: Selection of different operating modes (LED flashing, remote flashing light) - Selection of different sensitivities of the thermistor and optical chamber - Manual activation of the LED - Request for detailed reports of any faults - Complete diagnosis of the sensor