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i� <br /> � <br /> ; <br /> � <br /> � <br /> � <br /> PROGRAMMING OPTIONS supervised and be compatible with Fenwal Moduiar �y <br /> Jumperl Suppression System release valves. <br /> Feature DlodeCuts Functlon All connections to the detection, alarm and releasing <br /> TimeDelay Yellow JumperCutfor20sec.delay circuits shall be supervised for open circuits and ground ��� <br /> Blue JumperCutfor40sec.de:lay faults. All battery co�mections and plugs shall be � 3 <br /> supervised for open circuits. Battery voltage, polarih� and �� � <br /> AC power input shall be supervised. Trouble conditions I <br /> ARCHITECTURAL AND ENGINEERIN�a shall be indicated by a silenceable audible signel and � i <br /> SPECIFICATIONS illumination of an LED trouble annunciator. Alarm <br /> The contractor shall furnish and install a Fenwal Nodel conditions shall override all trouble irdications except �, <br /> 222U Fire Protection Control Unit.The control unit shall be Alarm Silence. � <br /> U.L. Listed per Standard 864. Eleven (71) LED annunciators per moduie shall be <br /> Two Class B supervised alarm detection circuits shall be provided as tollows: :� <br /> provided per module. Circuits shall be compatible with 1. Power On (Green) ; <br /> contact type detection devices and any combination of up 2. System Trouble (Amber) <br /> to 5 Fenwal 7021 ionization and 71 XX photoelectric 3. Battery Trouble (Amber) ,_ <br /> smoke detectors. 4. Circuit 1 and Circuit 2 Trouble (Amber) <br /> The first alarm signal by a smoke detector connected to 5. Ground Fault(Amber) •- <br /> 6. Release and alarm output Trouble (Amber) <br /> either alerm detection circuit in a module zone shall cause � Alarm Circuit 1 and 2 (Red) <br /> a Pre•Alarm output. 8. Alarm Silence (Amber) ,_ <br /> Asubsequentalarmsignalbyasmokedelectorconnected g, BatteryPolariry (Amber) <br /> ro the second alarm detection circuit in a module zone �0. Abort Trouble (Amber) <br /> shall cause Pre-Release Alarm output. 1 t, Supervisory Trouble (Amber) , <br /> An alar i actuation by a contact device connected to either The alarm and trouble indications shall be reset by a single <br /> alerm detection circuit shall cause a reelease output. System Reset Switch. .- <br /> A time delay,field selectable for 20 or 40 seconds,may be The control unit shall contain a 24 VDC regulated power ; <br /> initiated with the generation of the Pre-Reiease output. supply incorporating electronic overload protection. No ` <br /> Upon expiration of the time delay,a Release output and a fuses shall be utilized except in the battery circuit. A self• . <br /> Release Alarm output shall occur unless system aborted contained battery charger shall be provided along with <br /> or properly rese'. automatic transfer to battery standby in case of AC power - <br /> A panel mounted Abort Switch shall be provided to inhibit loss. The control unit shall be equipped with a set of 1.2 <br /> the Release output originated by smoke detector alarm ampere hour sealed lead acid batteries.Test points shall f' <br /> actuations. be provided for connections of an external ammeter or � <br /> Release output originated by panel mounted switch or '�oltmeter to check battery condition. <br /> contact devices shall override the Abort Switch and time The control unit shall be housed in a painted steel <br /> delay function, enclosure equipped with a hinged cover held closed 'oy a � <br /> The Pre-Alarm, Pre-Release and Release Alarm output' keylock. AIl control switches and indicators, with the <br /> shall be supervised, polarity reversal, signalling circuit exception of the guarded manual release and abort <br /> rated at 28 VDC, 0.2 A. The Alarm outputs shall cease switches, Power On, System Trouble, Alarm and Alarm <br /> when the Alarm Siience Switch is activated and visual and Silence indicators, shall be concealed and inaccessible <br /> audible trouble signals shall result. behind the locked cover. , ' <br /> ' The single alarm output shall be three-level: <br /> Four individual dry, Form C, auxiliary relay contacts (one A re-aiarm shall roduce a visual and audible signatling " ' <br /> relay per function) shali transfer under Pre-Aiarm. Pre- ra e of a roximatel 1l2 sec. on, 2•1/2 sec. ott. <br /> Release, Retease and Trouble conditions. Each of these PP Y <br /> contacts shatl be rated 2 A. 28 VDC and t A, 120 VAC. The pre-release signalling rate shall be approximately <br /> There shall be provisions tor driving initiator or a 24 VDC � sec.on, 1 sec. oft. ' <br /> actuator pilot release valve. The initiator output shall be The release signalling shall be on continuously. <br /> F'ENWAL INCORPOEiATED 1Te»maWct�om Oo not Durporl m carcr au tl+a Cewb or v�mtrone m tM pwOment �� � <br /> O�un�eA.nor ao t�ey pmvMa lor awry FosfiEie contlnpmcY to Ce met h Conn�cbon <br /> 7niuon ol NieC�,inc. wn� �insulltlbn, openlbn �na muman�nce. �u SpKdIG�bOt >u01o:i IO CM�O� - <br /> �� wn�out nollce.S�oWE lu��er Inlo�m�llon Ea a�urW or snoulE p�n�cubr DADNmf�m� <br /> wlIiC11�R MI CAHIl�fUIIklMlly 10��II!Du2fl�ffff OYIpOMS.lM m�0!!fIWYM�! <br /> rolertM to FENVJ�I INCORPOPATED.AanunO.Muaac�uwB�. <br /> 400 Ma�n Street, ��shland. Massachusetts 01721 ' <br /> (617)881-2000 RnteG�nU.SA. <br /> 6 <br /> � <br /> I <br />