Fire

This article provides an answer if the FAA-350 Popit Base is a direct replacement for the Older D290 Popit Base.

Part Numbers, FAD-325 (DUCT Housing without Relay), FAD-325-V2F (DUCT Housing without Relay), FAD-325-R (DUCT Housing with Relay), FAD-325-V2F-R (DUCT Housing with Relay) FML-325-2R4, FML-325-2R4-2A, FML-325-2R4-2AI, FML-325-2R4-8A, FML-325-2R4-8AI, D323DH (DUCT Smoke Head), FAD-325-DH (DUCT Smoke Head), FAD-325-V2F-DH, FPA-1000, FPA-1000-UL, and  FPA-1000-V2.

Part numbers, D344-RT (Remote Test Plate with Blue Test coil), D307 (Remote Test Plate), D341, D341P, D342, and D342P. How to correct the D344-RT not resetting the D341/D342 duct detector.

Part Numbers for Flush Mount Smokes - FPC-500, FCP-500-C, FCP-500-P, FAA-500-BB-UL, FCA-500, FAA-500-TR-P, FSP-500, FCA-500-E, FAA-500-TR-W, and FCP-500-C-P. To make ordering easier please refer to the Product Data-Sheet and order the kit part numbers.

Perform these steps to enable the D7024, FPD-7024, DS9400, DS9400I, and DS9400M for RPS programming via phone line with a compatible RPS modem: Press (0) Enter Program Mode. Enter Pin (Default is 9876). Press (6) Accounts. Press (4) Ring Count. Set Ring Count to (02) #. Press the (*) key two times or until you see PROGRAM MODES. Press (3) System. Press (7) Remote Program. Press (1) Enable. Press the (*) key five times to Exit Program Mode. You need to dial Line 1 on the panel. It is the second line down on the panel (it is NOT the line in the top right). Before connecting with RPS, perform an Auto-Learn with at least one Mux Device connected to the Mux loop, then send your RPS program to the panel. Press (0) Enter Program Mode. Enter Pin (default is 9876). Press (9) Program Mux. Press (4) Auto Program. Press (1) Yes.

Mux Card replacement (DS9431, DS9431R, D7039, or FPE-7039) on any of the following panels DS9400, DS9400I, DS9400M, D7024, and FPD-7024.

Listed in the table below you will find the old DS MUX Device part number with the new MUX Device replacement. Replacement Part Numbers Old DS MUX Devices Description FPE-7039, D7039 DS9331, DS9431R MUX Card D7050-B6 MXB2W MUX Base D7044 MX361 Single Point D7044M MX361M Mini Single Point FMM-7045 MX310 Pull Station FMM-7045D MX310D Dual Action Pull Station D7052 MX363 Dual Point Module D7053 MX46 I/O Input/Output Modules D7050 MX250 MUX Smoke Head D7050TH MX250TH MUX Smoke Head with 135 Heat Sensor  .

Note:  The Master - Slave application is used to save on popit addresses for a large systems. You can use one popit address for a long hall or one large room that would otherwise require several addresses to cover it. 1.  The F220-B6PM is a 24 VDC 4-Wire Master Popited Base that supervises up to nineteen F220-B6 Two-Wire Slave Bases. The two-wire slave detectors then report as the master base address. 2.  The F220-B6PS 4-Wire Popited Base operates on 12 or 24VDC that does not support 2-Wire Slave bases. 3.  The F220-B6PS, F220-B6, and the F220-B6PM bases can use any of the following smoke or heat heads.      F220-P - Photoelectric Smoke Detector      F220-PTH - Photoelectric Smoke Detector with 135F/57C Heat Sensor      F220-PTHC - Photoelectric Smoke Detector with 135F/57C Heat and Carbon Monoxide Sensors      F220-135 - Electronic Rate of Rise/Fixed Temperature 135F/57C Heat Detector      F220-135F - Electronic Fixed Temperature 135F/57C Heat Detector      F220-190F - Electronic Fixed Temperature 190F/88C Heat Detector

Uses for the  D298M over a D298S or D278S popited base? D278S 12 volt popit base. D298S 24 volt popit base. The D298M is a 24 volt popit base that provides connections for up to 19 supervised circuits two-wire slave detectors (D287 2-Wire Base with D285 Smoke Head or D285TH Smoke Head with 135 degree heat sensor) reporting to the master address. The D298M is used over the D298S to conserve popit addresses on a large system.

FPA-1000, FPA-100-UL and FPA-1000-V2 - does not send restoral reports for events requiring a reset. The Reset Report is the Restoral.

In the controller history, you can see entry as detailed below, showing Detector -On- 14 , what does this indicate?

The following steps describe an efficient way to update the panel firmware in an AVENAR panel 4.x network via SD card, thus keeping downtime of the panels to a minimum. To further reduce downtime, it is recommended to network the panel nodes via ETH.

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.

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.

AVIOTEC 8000i IR achieves an average of 3x faster detection times compared to current Aspirating Smoke Detectors*.

Typical application areas: Industrial manufacturing; Transportation: airports & railways; Logistics and warehouses; Parking: eMobility

This article provides instructions for troubleshooting Ground Fault in the FPD-7024 or D7024

How to interpret DBL when displayed on the FPD-7024 or D7024.

The FAA-325-B6S is to be used with the FAP-325, FAI-325 and FAH-325 model sensors only. The FAA-325-B6S provides an audible alarm in the immediate vicinity. Typical applications are for use in hotels, apartments, and hospitals. It is compatible with the FPA-1000, FPA-1000-UL, and FPA-1000-V2.

Morley Fire Panels D8024, D9024, D10024, and D10024A. Obsolete Morley printer module D9050. Panel replacement FPA-1000, FPA-1000-UL and FPA-1000-V2.