Fire

When a fire alarm occurs, the control panel activates Relay A (Terminal 6), providing the trigger input to the “Horn” D192C/D192G. The output from Relay A also changes Point 3’s voltage to 5.0 VDC (electrically, an open condition caused by the 2.4 k. resistor), causing an alarm (burg alarm) condition. This activates Relay B (based on the Summary Alarm Relay programming shown above). Relay B provides the trigger voltage for the “Strobe” D192C/D192G. When the Fire Alarm is acknowledged at the command center, power is no longer applied to Relay A causing the horns to silence and returning Point 3 to a normal state of 2.5 VDC. However, Relay B continues to stay activated until alarm memory is cleared at the command center by using Command 4 or entering Passcode + [ESC]. After the Fire Alarm is acknowledged, the command center first scrolls the fire alarm points, then scrolls AREA 1 1 ALARMS. This occurs because Point 3 is a Burg Point. Once a Command 4 or a Passcode + [ESC] is entered, the Alarm Memory is cleared. Part numbers D192C, D192G, D7212, D7412,D9112, D9124, D9412, D7212G, D7412G, D9112G, D9124G, D9412G

Part numbers D7036, DS9436, D56R

Part mumbers D9068, D9052, D8024, D9024, D40024, D10024A, D7033, FMR-DACT-KEYPAD

Issue What ports are used for the D9051 on the Analog panel? Solution Part numbers D10024A, D10024, D9024, D8024, D9051

Part numbers DS7400X, DS7400, DS7400Xi, DS7400XIVER2, DS7400XIVER3+, DS7400XIVER4, DS7447

Part numbers DS7400X, DS7400, DS7400Xi, DS7400XIVER2, DS7400XIVER3+, DS7400XIVER4, DS7488

Part numbers DS7400X, DS7400, DS7400Xi, DS7400XIVER2, DS7400XIVER3+, DS7400XIVER4, DS7447

Part numbers D7024, DS9400, DS9400I, DS9400M

Part numbers DS7400X, DS7400, DS7400Xi, DS7400XIVER2, DS7400XIVER3+, DS7400XIVER4

Issue The Timer Test is not coming in. The panel history shows Off Normal Test. The panel is programmed to send all reports in CID. Central does not see an E608 CID report for an off normal test. Solution Contact ID Reporting. The system can be programmed to send a periodic test report, E602, in Contact ID format. If any system troubles are present at the periodic test time, a new event, E608, which states “New event, off normal at time of periodic test report” is sent. Software versions 2.03 and before sent a generic system trouble P300 report.   Part numbers DS9400, DS9400I, DS9400M, DS9431, D7024

Part numbers D2071A, DS9471, 911A, 911AC, D2071AC, D2071AHC, D2071ACPL-1, D2071ACT, D2071AH

Part numbers D10024A, D10024, D9024, D8024, D322A

Part numbers DS7400X, DS7400, DS7400Xi, DS7400XIVER2, DS7400XIVER3+, DS7400XIVER4, DS7447, DS7440

Issue What are the proper steps in cleaning a DS200HD smoke head? Solution Turn off all electrical power to the detector. Depress the tab on the two sides of the detector adjacent to the LED, and pull the unit from its base. Fill three (3) clean buckets each with 1-1/2 gallons normal tap water. NOTE: De-ionized or distilled water is preferable in areas where hard water with large mineral content is prevalent. Add one (1) teaspoon of dishwashing liquid (Ivory Dishwashing liquid only) to the first bucket and mix thoroughly, then place the dirty detector into the soapy water until it is completely submerged. Allow the unit to soak for approximately ten (10) minutes, then agitate to insure all dust and dirt is removed. Remove the unit to the first clean water bucket, submerge detector and agitate for 5-10 seconds to remove all soap residue. Finally, move unit to the second clean water bucket, and repeat the procedure in step #5. Remove from second bucket, then vigorously (not violently) shake unit to drain all water. Remove unit to dry area and allow to drain and dry by resting unit on its side. Allow unit to dry for a period of 72 hours before use. Caution: Air Dry units only. Do not use any hot air device or attempt to place unit in oven, as this will result in damage to the detector. Also wash and rinse water should be changed every 5-7 units to maximize the results.

Part numbers DS7400X, DS7400, DS7400Xi, DS7400XIVER2, DS7400XIVER3+, DS7400XIVER4, DS7420I

The DataLock system uses lockcodes to lock panels from programming by unauthorized programmers. A Datalocked panel has a lockcode in memory that the 5200 must match to one of the lockcodes in the 5200 lockcode records before the programming session can continue. If 5200 cannot match the lockcode in the panel, the programming session is terminated.

This is a generic solution for any photoelectric device application where the device seems to keep going in and out of trouble due to alignment issues. Part numbers DS240, DS241, D296, D297

Part number D9142F

Part numbers DS9400, DS9400i, DS9400M, D7024, FPD-7024, DS9431, D7039, FPE-7039

Part numbers DS7400X, DS7400, DS7400Xi, DS7400XIVER2, DS7400XIVER3+, DS7400XIVER4