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Question   Where to find the alarm I/O & audio pinout connector block of FLEXIDOME Panoramic 5100i IR camera?   Answer   Please find below the connector’s pinout of FLEXIDOME Panoramic 5100i IR camera: I/O: (Out / Out / In / GND) Audio: (IN / GND / GND / OUT)  Note: The camera Audio input only accepts line level input. Direct connection of a passive microphone input is not supported.   Nice to know: FLEXIDOME panoramic 5100i IR - How to prepare and install ... View more

This article describes how to correctly add wireless panics or keyfobs into the panel program using Remote Programming Software.   RFPB-SB & RFPB-TB Panics The Radion RFPB-SB & RFPB-TB Panics are added to the program as Inputs (or points), not as users. In Point Assignments enter: Source: Wireless. Select a point profile and area assignment. Enter the Radion RFID. Select Device Type: Panic One Button or Two Button.   RFKF-FB or RFKF-TB Keyfobs The Radion RFKF-FB or RFKF-TB Keyfobs are added to the program as Users, not inputs. In User Configuration > Radion Keyfob RFID, enter the RFID. Select Supervised Yes/No (Default=No). Yes - the RADION Keyfob assigned to this user is supervised. No - the RADION Keyfob assigned to this user is not supervised. When this parameter is set to Yes, the control panel creates a missing event when the Keyfob is out of range of the RADION receiver for 4 hours. ... View more

Question   What is the difference between AVIOTEC 8000I IR and AVIOTEC IP STARLIGHT 8000?   Answer   AVIOTEC IP STARLIGHT 8000 AVIOTEC 8000I IR Accessories necessary: Housing IR illuminator Bracket Automatic focus Manual focal length adjustment Planning/ Installation: Effort needed for connection to illumination IVA parallel to fire detection  No accessories necessary Integrated housing  Integrated IR illuminator  Integrated bracket  Automatic focus Focal length adjustment via GUI  Integrated IR illuminator if external illumination fails, no planning necessary No IVA in first version Algorithms Flame size: 1.1% picture width Smoke size: 1.6% picture width Standard verification: 8s/ 15s Max. smoke speed: 9% picture width/ s Min. smoke density: 40% Detection black smoke: no Min. illuminations: 2 Lux (0 Lux with IR) Max. inclination angle: 37.5° Max. dynamic factor: 5 Flame size: 1.1% picture width Smoke size: 1.6% picture width Standard verification: 10s/ 10s  Max. smoke speed: 30% picture width/ s  Min. smoke density: visible in the image  Detection black smoke: yes (if visible in image)  Min. illuminations: 1 Lux (0 Lux with IR) Max. inclination angle: ~40° Max. dynamic factor: ~1000  Hardware Resolution: Full HD Lens: 4.1 - 9mm, changeable  Operating temperature: -20°C - +50°C IP-Classification: IP43 Alarm outputs: 1 x Alarm Resolution: 4 MP Lens 4.4 - 10mm fixed Operating temperature: -40°C - +60°C IP Classification: IP67 Alarm outputs: 1 x Alarm, 1 x Trouble   Nice to know: What is the detection distances, opening angles and smoke or flame sizes of AVIOTEC 8000I IR?   Thanks to the latest AI technology and deep learning methods, the newest generation of fire detection cameras AVIOTEC 8000i IR becomes the best, fastest and more robust option for applications where traditional detectors might find limitations. The improved algorithms, together with higher quality images and an integrated infrared illuminator can reliably distinguish within mere seconds between harmless occurrences and the start of a real fire - even in the harshest of environments.   Main features and benefits: • All-In-One Camera - No need for additional accessories •  4MP Sensor - For better image quality •  Integrated lens - Motorized adaption of the focal length without manual adjustments •  Integrated IR-illuminator - No planning of illumination necessary: 24/7 stand-alone operation •  Alarm- & trouble relay - Connectable like standard conventional fire detectors •  New algorithms - Faster, more robust and more sensitive How does it work? In the event of flames and smoke, the camera's built-in intelligent algorithms analyze the scene in real time by concatenating and transforming the input data. Deep learning AI directly analyses the data and if a fire is confirmed, it triggers an alarm and sends a signal either to the fire panel or the Video Management System.   Typical application areas  • Industrial manufacturing • Transportation: airports & railways • Logistics and warehouses •  Parking: eMobility For a better understanding of using AVIOTEC 8000I IR, we encourage you to join our online Trainings from Bosch Building Technologies Academy! ... View more

Question   How does AVIOTEC 8000i IR perform compared to other fire and smoke alarm technologies?   Answer   AVIOTEC 8000i IR achieves an average of 3x faster detection times compared to current Aspirating Smoke Detectors*. *in EN54 Test fires TF1, TF2, TF4 and TF5, tested in 06/2023 in Bosch Fire Lab, product performance depending on installation settings etc. Please refer to the product documentation. Or For a better understanding of using AVIOTEC 8000I IR, we encourage you to join our online Trainings from Bosch Building Technologies Academy! ... View more

Question   In which application can AVIOTEC 8000i IR basically be used?   Answer   Typical application areas  • Industrial manufacturing • Transportation: airports & railways • Logistics and warehouses •  Parking: eMobility For a better understanding of using AVIOTEC 8000I IR, we encourage you to join our online Trainings from Bosch Building Technologies Academy! ... View more