4 (pro Zentrale ein COM-Port) Schnittstellen USB/LPT, CD-ROM Laufwerke Diskettenlaufwerk 3,5" CPU min. 2 GHz RAM 1024 MB (Server), 512 MB (Client) Festplattenspeicher 10 GB Netzwerkkarte 100 Mbit Software Beschreibung Betriebssystem Windows 2000 SP4, Windows 2003 Server, Windows XP SP2 (nicht mit Windows XP Home) Internet Explorer Version 5.5 SP1 oder 6.0 MSDE Version MSDE 2000 SP3a Microsoft IIS Version 5.0 (Windows 2000, Windows XP) Version 6.0 (Windows 2003 Server) Melderprufplane und Lagepla

Because each manual station occupies only one address on the multiplex bus, it can be addressed for any point within the 9 to 255 range allowed by the multiplex expansion module. These manual stations are generally installed near building exits such as stairways and doors, allowing persons evacuating the building to activate the fire alarm. They have optional scored acrylic breakrods and a pull handle that locks in the activated position, to allow easy identification of alarm activation points.

...... .. .......... ........ ... LSN, . .......... ... . ...... ......... .............. .. ..... ... .......... ............... ...... .............. .... .... ....... .......... ............ .... ...... ............... ........... ....... .. .. .......... LSN .......... ...... .... ........... ....... ... .......... ................ .......... ....... .. .. ........ ............ ....... ... ... ...... .............. .......... ... .......... ......... ... ... ...... ............... ....... ..

4. Wahrend der Initialisierungsphase darf der Luftstrom des FAS-420-TM nicht beeinflu.t werden. Inbetriebnahme der Brandortidentifizierung Die Einstellung der Brandortidentifizierung erfolgt mittels der Diagnosesoftware FAS-ASD-DIAG uber die Maske "ROOM.IDENT". 1. Klicken Sie den Button [Lernen] an. Die Ansicht mit einstellbaren Werten zum Ermitteln der Transportzeiten zur Brandortidentifizierung der Bereiche A-E offnet sich. 2. Tragen Sie zuerst die Anzahl der Ansaugoffnungen ein. 3. Geben Sie

Ab Werk ist die Adresse "0" eingestellt (alle DIP-Schalter auf "off"). Die DIP-Schalterstellungen fur alle zugelassenen Adressen sind auf Seiten 5-6 aufgefuhrt (0=off, 1 =on). Adresse (A) Betriebsart (Modus) Netzwerkstruktur Ring Stich T-Abzweig 0 Automatische Adressvergabe im LSN-Modus "improved version" X X - 1 ... 254 Manuelle Adressvergabe im LSN-Modus "improved version" X X X 255 = CL Automatische Adressvergabe im LSN-Modus “classic” (Adressbereich: max. 127) X X - x = moglich - = nicht mog

Ensure your security system is idle. 2. Press the [COMMAND] bar. The Command mode indicator light comes on. 3. Press the [5] key and then the [5] key again. Your security system is now in the Passcode Change Mode. 4. Enter the passcode you wish to change and press the [ENT] key. 5. Enter the new passcode and press the [ENT] key. 6. Enter the new passcode again and press the [ENT] key. 7. Test the new passcode by using it to arm and disarm the system. Do not use any of the keypad arming commands

When you press an incorrect key, a flat buzz tone sounds to indicate an invalid entry. 6. Faulted Point: When you enter an arming command, and a point is faulted, the sounder is activated for 2 seconds. The point status indicator associated with the faulted point is lit. 7. Watch Tone: When the Watch Mode is activated, the keypad emits a brief tone to alert you when any watch point is faulted and the point indicator lights to indicate which point is faulted. The tone sounds only when the door or

Minimize fire hazards around the home. Smoking in bed, cleaning with flammable liquids such as gasoline, leaving children home alone, and unsafe holiday decorations are some of the more common causes of household fire. 2. Install a fire warning system. The primary purpose of this system is to protect lives, not property, by giving the earliest possible warning of the danger. In the event of a fire, the alarm system generates a loud intermittent tone distinctly different than a burglar alarm. In

Your Local Authority Having Jurisdiction (AHJ) should always be consulted before beginning the installation of any fire alarm system. 2.0 Glossary of Terms Beam Smoke Detector (Projected Beam Smoke Detector) A device which senses smoke or smoke and heat by projecting a light beam from a transmitter across the protected area to a receiver that monitors the light signal. Smoke and/or heat entering the beam path will decrease the light signal causing an alarm. Detector Coverage The area in which a