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Specifications
OFFICE COPY ede 224,3.- 00 July 18, 2003° CITY OF TIGARD lot - . ■ Oregon Electric Group OREGON 1010 SW SE11` Portland, OR 97214 RE: PROVIDENCE HEALTH SYSTEMS, DATA ROOM VESDA SYSTEM, FM200 SYSTEM & SMOKE DETECTION SYSTEM Project Information Building Permit: BUP2003 -00395 Construction Type: NA Tenant Name: Providence Occupancy Type: B Address: 11308 SW 68 Parkway, Second Floor Occupant Load: NA Area: NA Stories: 1 The plan review was performed under the State of Oregon Structural Specialty Code (OSSC) 1998 edition; and the Tualatin Valley Fire & Rescue Ordinance 99 -01 (TVFR99 -01) 1999 edition. The submitted plans are approved subject to the following. The FACP shall be connected to a remote annunciator at the main building entrance. General requirements 1. A key box shall be installed within 20 feet of the main entrance. The bottom of the key box shall be not less than 8 feet nor more than 10 feet above the walking surface unless approved by the Fire Chief. 902.4.2 TVFR99 -01 An existing key box at the main building entrance is acceptable. 2. Upon completion of the installation, a satisfactory test of the entire system shall be made in the presence of the Fire Chief. All functions of the system or alteration shall be tested. 1007.3.4.1 TVFR99 -01 3. The permittee-shall provide written certification to the Fire Chief that the system has been installed in accordance with the approved plans and specifications. A copy of the completed form shall be maintained on the premises and made available to the Fire Chief. 1007.3.4.2 TVFR99 -01. Ills J 4. Connections to the light and power service shall be on a dedicated branch circuit. The circuit and connections shall be mechanically protected. The circuit disconnecting means shall be accessible only to authorized personnel and shall be clearly and permanently marked FIRE ALARM CIRCUIT CONTROL. Standard 10 -2, Section 1- 5.2.8.2, TVFR99 -01 13125 SW Hall Blvd., Tigard, OR 97223 (503) 639 -4171 TDD (503) 684 -2772 5. Manual Fire Alarm activation devices shall be mounted in the following reach ranges: • Forward Reach - 15 inches to 48 inches above the floor. 1109.2.3.5 OSSC • Side Reach — 9 inches to 54 inches above the floor. 1109.2.3.6 OSSC Approved Plans: 1 set of approved plans, bearing the City of Tigard approval stamp, shall be maintained on the jobsite. The plans shall be available to the Building Division inspectors . throughout all phases of construction. 106.4.2 OSSC Premises Identification: Approved numbers or addresses shall be provided for all new buildings in such a position as to be plainly visible and legible from the street or road fronting the property. When submitting revised drawings or additional information, please attach a copy of the enclosed City of Tigard, Letter of Transmittal. The letter of transmittal assists the City of Tigard in tracking and processing the documents. Respectfully, -- ' Blaloc enior P P. 0. Examiner 8 ,.. .. VESDA. LaserPLUS Specifications Supply Voltage: 18 to 30VDC Power Consumption ® 24VDC: No Display or Programmer trim. °.1 °.. btm.uwn. - Aspirator ® 3000rpm Aspirator ® 4200rpm In ,,,,,, In mm Quiescent With Alarm Quiescent With Alarm A 13.5 350 L .94 233 Power 5.8W 7.0W 9.6W 10.8W 5 8.5 225 N 2 51 - Current 240mA 290mA 400mA 450mA C 2.75 70 H .83 21 0 2.25 57 0 535 141 Dimensions (WHD): E 1.37 35 P 1 25A I 3.8in x 8.9in x 4.9in Detector Mounting Box F 1.75 443 0 A4 11.1 (350mm x 225mm x 125mm) 0 .57 332 a .37 5.5 Weight: __� m� 1 '1111__ H 5.55 141 5 1.12 253 9Ibs (4.0kg) including Display and Programmer modules 1 .63 15.5 T 1.15 30.2 Operating Conditions: 44/i) , W' J 1.33 333 U .us 32 DetectorAbient: 32° to 103 °F (0 °C to 39 °C( "' 3374 m Sampled Air: -4° to I40 °F ( -20° to 60 ° C) i ' l 8;.o 4 .b Humidity: 10- 95% RH, non-condensing Please consult your Vision Systems office for operation outside these parameters. 4�r\ll ' m N Sampling Network: � : 1,♦\ I .a. �y. Maximum area of coverage: 20,000 sq. ft. ��/` T .\ Maximum pipe length in accordance with Computer I ^ Design Tool (ASPIRE") and NFPA standards. Pipe Size: e External Diameter 1 in (25mm) ,, I it Internal Diameter 9/ I bin - 7 /8in (15 -21 mm) ; F riv: • Programmable Relays: 7 Relays, Contacts rated 2A t' 30VDC r ""`•`I A NO /NC Contacts `\ \ \ e IP Rating: IP30 I ' Cable Access: , ..• \ \ "" I in (8 x 25 mm) knockouts in various positions rr.�w \ • Cable Termination: �, \ \ i •• ` \ Screw terminals 30-12 AWG (0.2 -2.5sq mm) I \ \, • ( #�1 f . Sensitivity Range: • - `1 510EVIEN 0.0015 to 696 obs/ft (0.005 to 20% obs/m) ,"T IIEri \ \ Alarm Threshold Setting Range: • - Alert: 0.0015 - 0.621896 obs/ft (0.005 - 1.99045 obs/m) n - - n Action: 0.0031 - 0.623496 obs/ft (0.010 - 1.99545 obs/m) Detector Surface . • 0 a Fire 1:0.0046 - 0.62546 obs /ft (0.015 - 2.00% obs/m) Mounting Bracket Fire 2:0.0062 - 6.2596 obs/ft (0.020 - 20.0096 obs/m) * - v - 1601/M/F lll * Limited to 496 o6s/ft (1296 obs/ml in UL mode pp�py - �at5s Software Features: a �� W Event Log: Up to 18,000 events stored on FIFO basis. Detector Termination Card - In ■. AutoLeam: Minimum 15 minutes, maximum 15 days. - , - A 10.25 e5s e Recommended minimum period I day. During AutoLeam _ 1 "°n I] • .° r 4.57 150.5 thresholds are NOT changed from pre -set values. "IM.a UU NO 0 s5 145 Referencing: Compensation for external ambient conditions • ®; 711 0.88 0 5.81 70.5 Four Alarm Levels: Alert Action, Fire I & Fire 2 U [I ° 5 5.55 60.6 Two Fault Warning Levels: Maintenance and Major fault MELD NC 00 r .5T 10.0 Software Programmable Relays: 7 0 +.a 46.511 NC =.a Maintenance Aids: Filter & Flow monitoring. • t i .° .15 5 e Event reporting via VESDAnet or Event Log. 089 -- 1 Ordering Information: ,, ra • Detector Configurations: VLP -0XX XX O, • au 0 =81ank Plate Y ` ' 1_-Proqrammer 7= Display a f c -' I C J gum sns et 0 S a tandard Detector Orientation r 111 p o I y . 1= Inverted DetectorOrientaoon 0= Standard Product I= Custom (consult faaoryl 3. Remote Programmer VRT -100 0r ' I 1 • Recessed Mounting Kit (Optional) VSP -01 I -- Hand -held Programmer VHH -1000 I 9in Sub Rack Configuration contact Vision Systems J 1 , ....j Australia and Asia North America Europe and the Middle East www.vesda.com Vision Systems - VESDATM Vision Systems - VESDATM Vision Systems - VESDA 495 Blackburn Road, Private Bag 215 35 Pond Park Road Vision House, Focus 31. Mark Road 4 Mount Waverley VIC 3149 Australia Hingham, Massachusetts. USA 02043 Hemel Hempstead, Herts. HP2 78W l Ph: 61 3 9211 7200 Ph: (7811740-2223 or United Kingdom Fax: 61 3 9211 7201 (800) 2294434 Ph: +44 1442 242 330 Vision Systems Freecall: 1 800 700 203 Fax: 1781) 740 -4433 Fax: +44 1442 249 327 02000 Vision Systems - VESDA M rights reserved. In accordance with Its poky of continuing product and system improvement Vision Product re serves the right to change design or specifications without obligation and without further notice. VESDA• is a registered trademark o vision Products Pty. ltd. VESDA WOVADf06. ASPIRE. laseR.US, laserSCANNER laserCOMPACT, Autoleant VW and VESDAnet are trademarks of Vision Products Pry. Ltd. Form No.: 18253 Revision: 4 Printed: April 00 POWER .S.UPPLY. Specifications Components: • o 6 The VPS -10005 consists of three main components: + ® • ® f Ti 1 the mounting enclosure, the transformer, and the �: % , I O ° ° ® f •YRUOR�O J POWER E. • main circuit board. It uses two backup batteries (sup- LIMITED 1t; "«A. "' •1 OUTPUTS E: a°u•pw 'RIu l I I • plied separately). E.:; a ,' u„a;• • • — = • MN The VPS-300US consists of one VPS I OOUS Power 1. la TO arMm111011 CIRCUITS } TO 120YACr80N2 Supply and one VBC -001 Battery Cabinet. Together _ CONNECT To it holds up to 6 batteries )supplied separately). b C - DEDICATED BRANCH CIRCUIT FOR FIRE ALARM BATTERY BATTERY USE Note: The VESDA Power Supply uses sealed lead 12V /12AH 12V/12AH acid, 12VDC, 12 Amp /hour batteries. To order, use . part number VBT -012 (minimum 2). Input: 120 VAC/60 Hz: 1.4 amp max. VPS - 1000S Output: 27.6 VDC )normal) 6 - Max. Total Available Output Current: 1.5 amps L C � � � Max Output Current when only single circuit is used: ? BATTERY BATTERY • 1.2 amps ri 12V/12AH 12V/12AH Max Output Current when all 3 outputs are used: i cy 500mA/circuit e e Dimensions (WHD): C3— !IM714— 13.9 in. x 9 in. x 4.5 in. Weight: 4— VPS -I00 US 10 lbs. without batteries BATTERY . VBC -001 6 lbs. without batteries 12V/12AH Operating Temperature: Power Supply Ambient: 32° to 120°F ' e Humidity: 10 - 95%RH, non - condensing 17to I - Trouble Relay: VBC - 001 Common trouble relay rated 2A er 30VDC (Form C: NO /NC) During normal operation, the power supply Fault N ' In iiours Reporting Relay is engergized 10N EACH SIDE RrPtcAy Cable Access: �: r - — 1 inch knock outs in various positions ' _ { P Cable Termination: , I =lours 1 :1 T :1 Screw terminal blocks 1 K 12PSs) _ — . 30 -I2AWG E 1 • A PICAL) - - 1 - -- ■ ] 1 ___ l TERMINAL BRACKET _ Ordering Information: TOP VIEW ' - •� _ _ PM DESCRIPTION REOUIREMEMt ' VPS- I000S -)00( Power Slippy SPAY Voltage � I fly —L- 120 a<220 VAC BRACKET INAL l V 1 VPS - 30005 -)00( Power SuPpy 120 ofy �blt Model VPS1000SxKx 120 or 220 VAC R IFFTAInE RIOMTBIOR and Battey Cabinet Model r VBC led i VBt -0I 2 Battery, Sea12d AIEfiRnUrn of D I m s n s I s lead add,' I2 VDC 2 required 12 Amp/hr A 13.750 B 8.875 I C 4.500 D .825 FRONT YIFW E .875 F .395 0 .1875 r 11 .887 1 1.000 .1 1.375 North America www.vesda.com . • Vff Vision Systems - VESDA 35 Pond Park Road Hingham, Massachusetts, USA 02043 Ph: 17811740 -2223 or (8001 2294434 Vision Systems Fax: (7811 7404433 01999 vi sion Systems - VESDA". M rights reserved. In accordance with its policy of continuing product and system improvement. Won Product; reserves the right to change design or specilcadms without obligation and without . further notice. VESDA is a registered trademark of Vision Products Ply. Ltd. VESDA InfoWOR S. ASPIRE. LaserPtUS laserSCANNER laserCONRACT. AutoLearn, VSM and VESD net are trademarks of Vision Products Pty. ltd. ' Form No.: 18624 Reviston: 3 Printed: September 99 , �j _ ,. K , fl HFC -227ea , Vi a .. �� L ° , ;,� � CLEAN AGENT 1 t 1� a _ � I L '' Protection Systems � x , ° M . . Clean Agent Suppression Systems UL Listed - Ex 4623 Architect and Engineer Specification FM Approved - 0Y4A8.AF USCG 162.161/2/0 • APPLICATION HFC -227ea fire suppression agent is the first environmen- appproximately 5.8 - 7% by volume. The minimum design tally acceptable replacement for Halon 1301. HFC -227ea has concentration for total flood applications should be in accor- a zero ozone depleting potential, a low global warming po- dance with NFPA 2001. tential, and a short atmospheric lifetime. It is particularly useful where an environmentally acceptable agent is essen- SPECIFICATION tial, where clean -up of other media presents a problem, where weight versus suppression potential is a factor, where an HFC -227ea is manufactured to these specifications: electrically non - conductive medium is needed, and where Mole% 99.0 Minimum people compatibility is an overriding factor. HFC -227ea can Acidity, ppm by weight 3.0 Maximum be used to protect a wide range of applications from sensi- Water content, % by weight 0.001 Maximum tive electrical equipment to industrial applications using flam- Non - volatile residues, mable liquids. Consult the current NFPA Standard 2001 for gram/100mL 0.05 Maximum specific applications. HFC -227ea fire suppression agent is used with Fike's total flooding systems. DESCRIPTION TOXICITY The toxicology of HFC -227ea compares favorable with that HFC -227ea is an odorless, colorless, liquefied compressed of Halon 1301. The LC of HFC -227ea is greater than 800,000 gas. (See Physical Properties Table for additional informa- pp which is equivalent to Halon 1301. HFC -227ea has been tion). It is stored as a liquid and dispensed into the hazard evaluated for cardiac sensitization via test protocols ap- as a colorless, electrically non - conductive vapor that is clear proved by the United States Environmental Protection and does not obscure vision. It leaves no residue and has Agency. Test results show that cardiac tolerance to HFC - acceptable toxicity for use in occupied spaces at design 227ea is much higher than that of Halon 1301 and will be concentration. HFC -227ea extinguishes a fire by a combina- acceptable for safe use in occupied space protection. HFC - tion of chemical and physical mechanisms. HFC -227ea does 227ea will decompose to form halogen acids when exposed not displace oxygen and therefore is safe for use in occu- to open flames. The formation of these acids is minimized pied spaces without fear of oxygen deprivation. by using Fike early warning detection systems and proper PERFORMANCE system installation. When properly applied and installed, the generation of these by- products by HFC -227ea should be minimal. HFC -227ea is an effective fire extinguishing agent that can be used on many types of fires. It is effective for many sur- APPROVALS face fires, such as flammable liquids, and most solid com- bustible materials. HFC -227ea complies with NFPA Standard 2001 - current edition. Fike HFC -227ea systems are U.L. listed and FM On a weight -of -agent basis, HFC -227ea is a very effective approved for Clean Agent Fire Suppression Systems. gaseous extinguishing agent. The HFC -227ea extinguishing concentration for normal Class A combustibles is 1 • March 2001 P Systems Revised Issue Division Fike Corporation 704 S. 10th St. • P.O. Box 610 • Blue Springs, MO 64013 -0610 U.S.A. • (816) 229 -3405 • Fax (816) 229 -4615 • E -mail fpssales @fike.com 1 W AGENT RELEASE [ { c ' • � ,F • t 2I .4 MODULE f� l,Y�i, • i Protection Systems . Clean Agent Suppression Systems 10 -1 832 r�- _ = L'� "=°ML v ` r te Architect and Engineering Specification U.L. Listed - S3217 F.M. Approved - 0B4A6.AY (Cheetah) 0Y4A4.AY (Rhino) - OZ8AO.AY (SHP) - z r ' . r INSTALLATION .rte The Fike Agent Release Module (ARM III) is mounted in the lower right corner of a 4 11/16" (11.9 cm) square box which connects to the actuator boss on the Clean Agent container. The ARM III is a solid -state circuit board and con - DESCRIPTION tains a terminal strip for the connections of field wiring and actuator leads. The module is also equipped with a polarity The Agent Release Module (ARM III), in conjunction with a diode that illuminates if the field wiring has been installed Fike Control Panel, allows the electrical actuators used with with reversed polarity. Special care should be taken to as- Fike Clean Agent containers to be wired in "parallel ". This sure proper polarity. configuration substantially increases the overall reliability of the Clean Agent releasing circuit. With series -wired ac- ARCHITECT SPECIFICATIONS tuator circuits, a problem in a single actuator will incapaci- tate the entire system. Utilizing parallel -wired actuators, that Each Clean Agent container shall be provided with a Fike same incident would incapacitate only that individual Clean P/N 1 0-1 832 Agent Release Module (ARM III) to allow all Agent container; all others would still be active. electrical actuators to be connected in parallel. Series -wired actuators are not acceptable. The ARM III shall be located The Agent Release Module (ARM III) is compatible with at each container and shall be securely mounted in the lower either Class "A" or Class "B" wiring. When an ARM III is right hand comer of a 4 11/16" (11.9cm) square electrical used in a Class "A" wiring configuration, the resulting sys- box, with cover.. All wiring to the Clean Agent container and tem is the most reliable available for today's Fire Protec- the actuator leads shall connect to a terminal strip located tion. on the ARM III. June. 1998 F rotection Syst Division Fike Corporation 704 S. 10th St. • P.O. Box 610 • Blue Springs, MO 64013 -0610 U.S.A. • (816) 229 -3405 • Fax (816) 229 -4615 • E -mail fpssales @fike.com FORM NO. D1027 Copyright O 1998 by Fike Corporation All rights reserved PRINTED IN U.S.A. ; ° v o AGENT STORAGE , : e � � � 3 t..�..rava.. 1 1 � , " L , CONTAINERS + , � ° , 1 - � Protection Systems I r�4 {I l : t � , fi Clean Agent Suppression Systems U.L. Listed - Ex4623 "a.- Architect and Engineering Specification FM Approved - 0Y4A8.AF • , `IS . i ` • y r r �' r . N' y . ; ; P :. ' e t a s ' a a + I �� h�3' 3• 4 s.es a rah. Wit �' DESCRIPTION Fike Series 70 Clean Agent Containers are used in Fike Series 70 Clean Agent Containers have passed fire extinguishing systems to store the Clean Agent extensive testing by Underwriters Laboratories and until a fire develops and the agent must be released. Factory Mutual and are used in installations where 8 The Clean Agent is retained in the container by a to 1002 pounds (3.6 to 454.5 kg) of Clean Agent are valve assembly which contains a fast acting rupture required. To eliminate the need of multiple contain - disc. The disc will be ruptured, and the Clean Agent ers, or using more Clean Agent than necessary, these released, through two methods: (1) Operation of an containers can be filled in 1 pound (.5kg) increments actuator by an electric signal that is automatically or to their maximum capacity. The Clean Agent used in manually controlled; (2) When the contained Clean these containers has a natural vapor pressure of 66.4 Agent reaches an internal temperature range of psig (458 kPa) at 77 °F (25 °C) and is super- pressur- 160 °F to 187 °F (71.1°C to 86.1°C), it will create suf- ized with dry nitrogen to 360 psig (2482 kPa), at 70 °F ficient internal pressure to burst the rupture disc and (21 °C), to provide a quick and effective discharge in release the Clean Agent. The valve, which contains 10 seconds, or less. the rupture disc and actuator, is available in three sizes: 1" (25mm), 2 1/2" (65mm) and 3" (80mm). The Fike Series 70 Clean Agent Containers are supplied 1" (25mm) valve is used on the 10 (4.5kg), 20 (9.1 kg), with a pressure gauge that permits a quick, visual, 35 (15.9kg), 60 (27.2kg), and 100 (45.3kg) contain- inspection of container pressure. Optional items in- ers; the 2 1/2" (65mm) valve is used on the 125i (56.7i) elude a Liquid Level Indicator, and a Low Pressure and 215i (97.5i) pound (kg) containers; the 3" (80mm) Supervisory Switch. The Liquid Level indicator pro - valve is used on the 215 (97.5), 375 (170), 650 (295) vides the convenience of determining the container's • and 1000 (454) pound (kg) containers. After a dis- agent weight without removing it from its installed charge, the valve is field reconditioned by simply re- placing three components. • ke June. Issue R evised Issue Protection syste Division Fike Corporation 704 S. 10th St. • P.O. Box 610 • Blue Springs, MO 64013 -0610 U.S.A. • (816) 229 -3405 • Fax (816) 229 -4615 • E -mail fpssales ©fike.com location. The Low Pressure Supervisory Switch pro- 125i and 215i pound (56.7i and 97.5i kg) containers vides constant monitoring of the container's internal utilize an "L" shaped bracket for direct wall mounting pressure. It is available in two styles; normally opened or, with an optional floor mounting kit, can be mounted and normally closed contacts. In the event of a de- on a floor in the "valve down" position. The 100 pound crease in container intemal pressure from 360 psig (45.3kg) and 215 pound (97.5kg) through 1000 pound to 272 psig (2482.1 kPa to 1875.4kPa), the Supervi- (454kg) containers are supplied with one or two U- sory Switch normally opened /closed contacts will shaped mounting brackets, depending upon con- close/open. This will cause a supervisory trouble tainer size, for mounting to a wall or other secure alarm at the system control panel. surface. Fike Series 70 Clean Agent Containers are available ARCHITECT SPECIFICATIONS . for installation in the upright, inverted or horizontal The Clean Agent shall be stored in Fike. Series 70 positions, depending upon the user's particular needs Clean Agent Storage Containers. The containers shall and the type and size container specified. The mount- be capable of being filled, in one pound (.5kg) incre- ing location of the container is quite flexible. It can ments, to their listed maximum capacity. The Clean be mounted at the exact point of discharge or at a Agent container shall be activated by a signal from remote location by adding distribution piping from the the control panel which is processed by the Agent container to the nozzle system. (Refer to the Fike Release Module. This module shall store the power Design, Installation & Maintenance Manual - P/N 06- required to operate the actuator. The valve shall con - 202). The operating temperature range is +32 °F to tain a scored, non - fragmenting, rupture disc to pro - +130°F (0 °C to 54.4 °C) in any installation. vide an immediate, total discharge of all the agent. The Clean Agent is stored in the container as a liq- The Fike Series 70 Clean Agent Containers can be uid, having a natural vapor pressure of 66.4 psig at used in a pre- engineered system, utilizing a balanced 77 °F (457.8kPa at 25 °C). To aid in discharge, the piping configuration(s); an engineered system, uti- container shall be super - pressurized to 360 psig at lizing unbalanced piping configurations, or a combi- 70 °F (2482.1 kPa at 21.1°C) with dry nitrogen. Agent nation of both designs. For assistance, consult your discharge shall be completed in 10 seconds, or less. local Fike Distributor or Fike Protection Systems. Clean Agent Storage Containers shall be actuated RELIABILITY by either an electrical manual discharge station, an Fike Series 70 Clean Agent Containers are manu- automatic detection device(s) or an increase in inter - factured in strict accordance with Department of nal pressure due to heating the Clean Agent to ap- Transportation (D.O.T.) regulations. The Fike Series proximately 160 °F (71.1 °C). At this temperature, in- 70 Clean Agent Containers have successfully passed ternal pressure will be adequate to burst the rupture testing by Factory Mutual and Underwriters Labora- disc, discharging the contents of the container. Nor - tories, Inc. Before leaving the factory, each container mal operating temperature shall be +32 °F to +130 °F must pass extensive leakage testing, and pressure (0 °C to 54.4 °C) in any installation. testing to 1000 psig (6895kPa). The containers are constructed from carbon steel alloys and painted with Clean Agent Storage Containers shall be equipped a durable, baked enamel finish. with a pressure gauge to display internal pressure. This gauge shall be an integral part of the container INSTALLATION and color coded for fast referencing of pressure read - Fike Series 70 Clean Agent Containers are supplied ings. A Low Pressure Supervisory Switch shall be with a mounting bracket that is designed to provide made available, as an option. A decrease in internal the most effective and versatile installation for that container pressure from 360 psig to 272 psig particular container. The 10, 20 and 35 pound (4.5, (2482.1 kPa to 1875.4kPa) shall cause the normally 9.1 and 15.9kg) container brackets employ two U- opened /closed Supervisory Switch contacts to close/ bolts for securing the container to the bracket. The open, indicating a trouble or supervisory condition, 60 pound (27.2kg) container is secured using two at the control panel. quick connecting, over - center handle clamps. The Clean Agent Storage Containers shall be fastened to a wall, or other secure surface, using a one piece mounting bracket that is designed for the most ef- fective and versatile installation of each container. . , C fir ?y,4 4Art..61 4 1 I 3 , , -- , o ENGINEERED k ;ivl � l '' NOZZLES Protection Systems Clean Agent Suppression Systems 80 -053 THRU 80 -066 hux� , �t. =.. U.L. Listed - Ex4623 Architect and Engineer Specification U.L.C. Listed - CEx1136 • FM Approved - 0Y4A8.AF rig:,:: , � S .3, 4 1 f >: > , ` .4p, le ram , ; :f \ \... ,, �„€ r / .4 r : DESCRIPTION The function of the Fike Engineered Discharge Nozzle, in a other U.L. listed nozzle drill station, only after "As- Built" fire extinguishing system, is to distribute the Clean Agent in calculations of the installed piping system(s) have been per - a uniform, predetermined pattern and concentration. The formed, using the Fike Flow Calculation computer program. nozzles are designed to complete the discharge of Clean Agent in 10 seconds, or Tess, when installed within the de- As an option, deflector plates are available for use where sign limitations of the Fike Design, Installation & Mainte- sensitive ceiling tiles must be protected. nance Manual, P/N 06 -202 and the Fike Flow Calculation computer program. The Fike Discharge Nozzle used shall be Factory Mutual (FM) approved and Underwriters Laboratories (UL) listed. Fike Engineered Discharge Nozzles are available in sizes of 3/8" (10mm) thru 2" (50mm). Each nozzle is available in ARCHITECTS SPECIFICATIONS 180 and 360 degree discharge patterns. The nozzle used to disperse Clean Agent shall be a Fike The Discharge Nozzle size refers to the size of Schedule Series 80. The nozzle shall be available in 3/8" (10mm) thru 40 or 80 steel pipe to which it can be connected. The nozzle 2" (50mm) sizes. Each size shall be available in both 180 discharge orifices are drilled perpendicular to the center line and 360 degree dispersion patterns. The nozzle used shall of the threads and discharge on a horizontal axis. have pipe threads that correspond to the nozzle size. All nozzles shall have an orifice size determined by a UL listed Nozzle orifices are available in a wide range of sizes to pro- and FM approved flow calculation program. All nozzle ori- vide accurate Clean Agent flow results. All nozzles have fice drilling shall be performed by the manufacturer or a UL been tested for their ability to discharge the Clean Agent listed nozzle drilling facility. Deflector plates shall be avail- - under extreme conditions. able as an option. Nozzle orifice drilling must be done at the Fike factory, or • 1 June. 1998 ke Revised Issue P rotection Systems Division Fike Corporation 704 S . 10th a. • P.O. Box 610 • Bale 4aiaa , M3 64013 -0610 U.5 A • (816) 719 -3405 • Fax (816) 229 -4615 • Etrai1 fpasalesgfike . can a r:.:, '5 ; j LIQUID LEVEL � y L OG c Le r Q .4. . r l I �N I.s� -=':� i B ER ,t . INDICATOR , .-- �104 Protection Systems Clean Agent Suppression Systems 70 -1353- <• Architect and Engineer Specificatio U.L. Listed - Ex4623 FM Approved - 0Y4A8.AF i L Y4'' c S C r nk ,Qp r � �� ;!" a{ 1 Ft `�, e j � Y � � s-�� k � 'M1 1 '^ Z� � }��}.{{ ('''� > ��'��r = ��s'�5�3! y r ;+^1 <la v� \ a i � • a ,.4` s j L P : .* - ,P� +w a T �wY j .xt t ~ 1 t a r' j �i } r .�.. H , t., r ye . •.ate• : �. . ' , � , 'A. n j l L • ' r l. . , y i - 4 a a S t � ',4:::61t. M ..W 5: N /WM. ;1 F= "`',v`k t 7 X . MFG t d + r DESCRIPTION FEATURES The Fike 70 -1353 series Liquid Level Indicator is a simple • Reduced maintenance time - weight in agent storage con - manually operated device which provides a means to de- tainers can be determined in a fraction of the time it would termine the Clean Agent liquid level in vertically mounted take to remove and weigh them. agent storage containers. Once the liquid level is determined, • Continuous fire protection - use of the liquid level indicator it can then be converted into pounds (kilograms) of Clean does not require shuting down the Clean Agent System, Agent present in the agent storage container. thus affording uninterrupted fire protection. • Field installation capability - the indicator can easily be OPERATION installed in the field using a single wrench, as long as the A magnet equipped float moves with the liquid level along container is empty and is equipped with a mounting boss. the unit stem. Level readout is obtained by simply removing (Boss is standard on containers produced after 8 -84). the protective cap and pulling out a calibrated tape until • Compact - when not in use, the unit requires no more magnetic interlock with the float is felt. With the tape in this space than that required by the container. position, the reading is obtained at the point where the tape • Flexibility - the flexible tape design allows the unit to be emerges from the unit housing. used in tight spaces that would otherwise hinder the use of a rigid indicator "stick ". When the liquid level is determined, the reading is then lo- • Availability - units are available for Fike container sizes of cated on a chart and the corresponding Clean Agent weight 100 Ib. (45.3kg) thru 1000 Ib. (454kg) in both the modular is read. Accurate readings can be obtained over a +40 °F to and central storage type designs. +90 °F ( +4.4 °C to +32.2 °C) temperature range. CONSTRUCTION Calibrated Tape --> • The Fike 70 -1353 series Liquid Level Indicator housing and _ stem assembly is constructed of brass. The flexible indica- tor tape is constructed of steel with a yellow mylar coating. The indicator tape is calibrated in inches and centimeters. The unit housing provides straight mounting threads with a Agent Level ---> • static "O" -ring seal. The float is constructed of a special � I "ECCO" material for high pressure service. The cellular I construction of material solid and is not susceptible the ECCO to "wate logging " as the hollow float float be s would if they developed a leak. The unit is provided with a plastic protective cap. • ® June. 1998 ' R evised Issue Protection System Division Fike Corporation 704 S. 10th St. • P.O. Box 610 • Blue Springs, MO 64013 -0610 U.S.A. • (816) 229 -3405 • Fax (816) 229-4615 • E -mail fpssales @fike.com ARCHITECTS SPECIFICATIONS Agent storage containers of 100 Ib. (45.3kg) capacity or The level indicator tape shall be flexible to allow use in con - more shall be provided with a reliable means, other than fined spaces. The unit housing shall be constructed of brass weighing, of determining the agent weight within the stor- with straight mounting threads and a static 0-ring seal. The age container during normal routine service. float shall be of solid constructed to eliminate the possibility of "water logging" to which hollow floats are susceptible. The device used shall be a Fike 70- 1353 -xx series Liquid The float shall be equipped with a magnet which provides Level Indicator and shall not require any additional space for a positive feel when the magnetic interlock is reached when the container is installed. between the float and indicating tape. Use of the indicator shall not require the Clean Agent Sys- When the level reading is obtained, the agent weight can tem to be shut down thus allowing uninterrupted fire protec- be determined through the use of a chart or graph. Accu- tion during service intervals. Level indicators which are not rate readings shall be capable of being obtained over a +40 °F factory installed shall be capable of being retrofitted in the ( +4.4 °C) to 90 °F ( +32.2 °C) temperature range. field, with a single standard wrench, when the container is removed for recharge. ••••••••••• • • • fip at_ ORDERING INFORMATION Indicator PIN Dimension "L" . Fits Container SjE ,: r - Container P/N 70- 1353 -11 11" (279.4mm) 125i Ib. (56.7i kg) 70 -041 70- 1353 -15 15" (381.0mm) 215i Ib (97.5i kg) 70 -077 70- 1353 -15 15" (381.0mm) 215 Ib (97.5 kg) 70 -087 70- 1353 -22 22" (558mm) 100 Ib (45.3 kg) 70 -088 70- 1353 -24 24" (609.6mm) 375 Ib (170 kg) 70 -086 • 70- 1353 -38 38" (965.2mm) 650 Ib (295 kg) 70 -083 70- 1353 -38 38" (965.2mm) 650 Ib "short" (295 kg "short") 70 -083a 70- 1353 -44 44" (1117.6mm) 1000 Ib (454 kg) 70 -090 FORM NO. 01047 Copyright @ 1998 by Fike Corporation All rights reserved PRINTED IN U.S.A. SIEMENS Cerberus Division ILP Series Intelligent Photoelectric Detectors for IXL, MXL, and XL3 Control Panels • ENGINEER AND ARCHITECT SPECIFICATIONS ILP -1, ILPT 1 • On -Board Motorola Microprocessor Based Design • Innovative Technology Provides High Speed, Fault Tolerant System /Detector Communications • EEPROM Supervision; Protects Critical Detector "•'_ Programming • Highly Resistant to RFI, EMI and Humidity. k;fik • Remote Sensitivity Adjustment and Measurement 1 ( Capability • • • Field Cleanable Photochamber • '•r • Alarm Indicator LED • Two -Wire Operation Mai • Optional 135 °F Thermal, Model ILPT -1 ,e • Compatible with SENSORLINK, Model FPI -32 Field Programmer/Tester: Program /Verify Detector Addressing, Perform Diagnostic Testing of Detectors • EnviroLlNK: Software Based Automatic Environmental Compensation (available only when used with MXL systems). • Optional, Fully Programmable Relay Base, Audible Base and Remote Alarm Indicator • Listed, ULC Listed, FM, CSFM, NYMEA, and L City of Chicago Approved Introduction bersome, unreliable mechanical programming methods and reduces installation and service costs by electronically Pyrotronics ILP -1 and ILPT -1 intelligent photoelectric programming addresses and functionally testing the ILP's smoke detectors offer the fire and life safety industry the performance before the detector is installed. most advanced method of detection, programming and communications available today. Additionally, the ILP The ILP Series photoelectric detectors are also compatible series detectors provide an extremely high degree of with Pyrotronics' IXL, MXL and XL3 control panels. resistance to RFI, EMI and humidity.The ILP Series All ILP Series detectors are Underwriters Laboratories photoelectric detector utilizes a state -of- the-art Motorola Listed. microprocessor with "on- board" EEPROM.The micropro- cessor provides the power to operate the detector's Description sophisticated detection, error checking and supervision The ILP -1 and ILPT -1 are plug -in, two -wire photoelectric algorithms. detectors, compatible with Pyrotronics' IXL, MXL or XL3 The ILP Series intelligent photoelectric detectors are systems. Each ILP detector consists of a dust resistant, compatible with Pyrotronics' SensorLINK FPI -32 field field serviceable photo chamber, microprocessor based programmer /tester.The FPI -32 is a compact, portable, electronic circuitry with plastic cover and base. Electronic menu - driven accessory which makes programming and component packaging uses surface mount type technol- testing detectors faster, easier and more reliable than other methods.The FPI -32 eliminates the need for cum - CATALOG NUMBER 6164 Siemens BuildingTechnologies, Inc. Applications Data vised by error checking algorithms.The field programming accessory shall also be capable of performing diagnostic Installation of the ILP series of photoelectric detectors tests to determine if a detector is operating properly. requires a two -wire circuit of 18 AWG thermoplastic fixture wire enclosed in conduit, or 18 AWG limited energy, When required, the smoke detector shall contain a 135 °F shielded cable without conduit if permitted by local (57 °C) fixed temperature, self- restoring heat sensor. building codes. Field wiring should conform to local and Actuation shall cause the detector to initiate an alarm.The National Electric Codes, and to the control panel wiring detector shall remain in alarm until reset by the control specifications. panel. • The detector shall be capable of bidirectional communica- "T- tapping" is permitted only for Style 4 (Class B) wiring. tions with the control panel and shall be dynamically ILP series photoelectric detectors can be applied within the supervised and uniquely identifiable by the control panel. maximum 30 foot center spacing (900 sq.ft. areas) as The control panel shall be capable of analyzing the signal referenced in NFPA 72.This applications guideline is based for the detector's analog value for calibration, sensitivity on ideal conditions, specifically; smooth ceiling surfaces, and address identification.These values shall be displayed minimal air movement, and no physical obstructions upon command from the control panel.The detector's between potential fire sources and the detector. Do not sensitivity shall be individually adjustable from the control mount detectors in close proximity to ventilation or heating panel. Should the detector sensitivity voltage shift beyond and air conditioning outlets. Exposed joists or beamed an acceptable level and remain there for a predetermined ceilings may also affect safe spacing limitations for detec duration, a discrete detector trouble signal shall be annun tors. Should questions arise regarding detector placement, ciated at the XL3 or MXL control panel. observe NFPA 72 guidelines. The detector shall be compatible, when installed on the same XL3 signaling line circuit, with other Pyrotronics ID- Engineer and Architect Specifications 60 Series or X series addressable photoelectric, ionization The detector shall be a Pyrotronics ILP -1 Series address- or thermal detectors, MSI or MSX series addressable able, photoelectric detector which shall be compatible with manual pull boxes andTRl orTRX series addressable either a Pyrotronics MXL, IXL or XL3 control panel.The interface modules.The detector shall be compatible on the detector shall have a plug -in "head" unit which mounts to same MXL signaling line circuit with all 1D-60 series a twist lock base.The detector head will incorporate micro- photoelectric, ionization and thermal addressable detec- processor based circuitry which shall perform all detection tors, MSI series addressable, manual pull boxes,TRl and communications functions. No electronic circuitry or series addressable interface devices, ICP output control address identification mechanisms shall be contained in devices or CZM series or other intelligent modules.The the detector's base.The detector shall operate on a two- detector shall be compatible on the same IXL's ICON wire circuit and shall include an LED indicator which will signaling line circuit with other ID -60 series photoelectric, flash to signal an alarm condition.The detector shall be ionization and thermal addressable detectors, MSI series listed with Underwriter's Laboratories, Inc. addressable manual pull boxes, orTRI series addressable interface devices. The photoelectric detector shall utilize a light emitting diode (LED) and light sensing photodiode assembled in a The detector shall be capable of operating one remote fixed array so that under normal conditions, light transmit- alarm indicator or auxiliary relay or audible base.The relay ted by the LED is directed away from the photodiode and or remote alarm indicator, or audible base is normally scattered throughout the smoke chamber in a controlled activated by the associated detector, however, the XL3 or pattern.The smoke chamber design should effectively MXL system shall be capable of being programmed to manage light dissipation and extraneous reflections from operate the relay or remote alarm indicator, or audible base dust particles or other airborne contaminants in such a way independently of the associated detector. All detectors, as to maintain stable, consistent detector operation. remote alarm indicators, audible bases and or relays connected to the initiating circuit can be in alarm or acti- Detector addressing shall be accomplished electronically, vated simultaneously. using a portable field programming /test accessory. Me- - chanical means such as programming pins, dip- switches, The addressable photoelectric detectors shall be compat- etc. shall not be used.The field programming device shall ible with the standard Model DB -3S base, the ADBI -60 be a Pyrotronics SensorLINK model FPI -32.The portable audible base, the DB -X3RS relay base and the AD3ILP air programming device shall be menu driven and operate duct housing, model of remote alarm indicator (RLI- 1 /RLI- using rechargeable batteries or 120VAC power. Once the 2).The base assembly in which the detector is installed desired address has been entered at the FPI -32 program- shall be of twist -lock design with screw clamp terminals. ming device, the device will download the data to the The base shall use self- wiping contacts and shall accept detector's memory and verify that the detector address is correctly programmed. Communications between the detector and the programming accessory shall be super- other compatible Pyrotronics plug -in detectors. A locking Ordering Information mechanism shall be installed in those areas where tamper resistant installation is required. Model Description Shipping Technical Specifications wn. Lb. Kg. Current requirements: Normal- 1.2 mA typical - Alarm- 1.5 mA typical ILP -1 Addressable photoelectric smoke 1 0.45, ry Voltage range: 16VDC -30VDC detector >:sk -,., - Peak pulsed voltage ILPT -1 Addressable photoelectric smoke 1 0.45 Operating temperature: +32 °F (0 °C) to 100 °F (38 °C) detector with 135° fixed thermal Per UL 268/268A Humidity: 0 -93% Relative Humidity, DB -3S Low profile surface mount base 1 0.45 Non - Condensing ,k...itr ADBI -60 I Series audible base 1 0.45 Mounting Data DB -X3RS Mounting base with relay 1 0.45 STANDARD OR DEEP 4' OCTAGON OR SQUARE WIRING BOX RU Remote alarm indicator (for 4" 1 0.45 4 0 o OR SINGLE GANG OUTLET Box octagon box mounting) 3/4" 19 MM RLI -2 Remote alarm indicator (for switch 1 0.45 3^ IMIIIII. box mounting) (75 MM) DB-LK Locking kit for DB-3S, DB -X3RS & 0.5 0.22 .'. ooma. ADB -X3 5 -5 /e^ 4 (142.9 MM) --- RA -ADB Optional finish ring for boxes 0.2 0.1 / AD -3ILP Air duct housing 5 2.25 I O DA -X3SR Duct Relay Module 0.5 0.22 ;o _� o 4 Wiring Diagram TO + + + f NEXT RELAY BASE BASE BASE MODEL NO. DB -3S MODEL NO. AD -3ILP with DA -X3SR MODULE 4 INX, ALD, MMB OR ICON 5 la • )5+ RELAY LOOP WIRES FROM CONTROL PANEL 6 1b (N.0 . C.• E / 120 vaC ii } C O NT A CTS R 4 (.13) 11 d I W OPTIONAL � REMOTE ALARM INDICATO' — — MODELS RLI -1, ALI -2 — — — TO f --111"" NEXT BASE NOTICE: The use of other than Pyrotronics detectors and bases with Pyrotronics equipment will be considered a misapplication of Pyrotronics equipment and as such void all warranties either expressed or implied with regards to Toss, damage, liabilities and /or service problems. Cerberus Division Cerberus Division 8 Fernwood Road 50 East Pearce Street Florham Park, NJ 07932 2/99 Richmond Hill, Ontario 10M L48, 187 CN Siemens BuildingTechnologies FeAX(.90737)3)559933 SCD - IG Tel: (905) 764 - 8384 February 1999 Cerberus Division Website: www.cerbpyro.com Printed in U.S.A. FAX: (905) 731.9182 Supersedes street dated 12/97 SIEMENS Cerberus Division Intelligent Initiating Devices Manual Fire Alarm Boxes ENGINEER AND ARCHITECT SPECIFICATIONS MSI -10B And MSI -20B Intelligent Manual Fire Alarm Boxes for MXL and XL3 Control Panels • Durable Design • Shock and Vibration Resistant - • Pull Down Lever Remains Down Until Reset (0 • New Custom Microcomputer Chip Technology FIRE FIRE • Dynamic Supervision • Reset with Allen Key • No Break Rods Necessary PUSH HERE THEN • Two Wire Operation ••. .N • Surface or Semiflush Installation PULL DOWN FULL DOWN • FPI -32 Programs and Verifies Device's Address and Tests Device's Functionality 3 ._ • Electronic Address Programming is Easier and More Dependable • Single and Double Action Models • ®Listed. CSFM, FM and NYMEA Approved Introduction The MSI -10B and 20B manual fire alarm boxes operate with the MXL, IXL /ICON -1 and XL3 control panels. Cerberus Pyrotronics MSI -10B and 20B intelligent manual fire alarm boxes provide the markets' most advanced The manual fire alarm box's microcomputer chip has the method of address programming and supervision, com- capacity of storing, in memory, identification information bined with sophisticated control panel communication. as well as important operating status information. Each MSI manual fire alarm box incorporates a new Cerberus Pyrotronics' innovative technology also allows all custom microcomputer chip.The microcomputer chip technology, and its sophisticated bi- directional communica MSI Series Intelligent manual fire alarm boxes to be tion capabilities with the control panel, achieves the state programmed by using the Model FPI-32 Programmer/ of an "Intelligent Initiating Device." Tester. The FPI -32 Programmer/Tester is a compact, portable, menu driven accessory which makes program- ming and testing a manual fire alarm box device faster, Description easier and more dependable than previous methods.The The MSI -10B and 20B are constructed of durable molded FPI -32 eliminates the need for the device's mechanical polycarbonate material which is matte finished in red addressing mechanisms, such as program jumpers, with raised white lettering. The housing accommodates a dipswitches or rotary dials because the FPI -32 electroni- "pull- down" lever which, when operated, locks in position cally sets the manual fire alarm box's address into its indicating the manual fire alarm box has been activated. microcomputer chip, nonvolatile memory.Vibration, The pull down lever remains down and locked until the corrosion and other conditions which deteriorate mechani- manual fire alarm box is reset. The manual fire alarm box cal addressing mechanisms are no longer a cause for is reset only by opening the hinged housing cover with concern. an alien key and then closing and locking the cover. CATALOG NUMBER 6187 The MSI -108 and 20B are fitted with screw terminals for The addressable manual fire alarm box shall be UL listed. connection to an addressable circuit.They can be either surface or semiflush mounted. The addressable manual fire alarm box shall be dynami- cally supervised and uniquely identifiable by the control The MSI Series manual fire alarm boxes derive their panel. power, communicate information and receive commands over a single pair of wires. The addressable manual fire alarm box's address shall be programmed with the use of a portable programming The MSI Series is compatible on the same circuit with all accessory.The programming accessory shall be a - IL and ID -60 Series ionization, photoelectric or thermal Cerberus Pyrotronics FPI -32 Programmer/Tester.The detectors, TRI Series interfaces or CZM Series address- portable programmer shall be menu driven. Once the able conventional zone modules. desired address is entered, the programmer shall set and The MSI -10B and 20B intelligent manual fire alarm boxes verify the address.The programming accessory shall also are Underwriters Laboratories, Inc. listed. be capable of testing the device's functionality.The addres- sable manual fire alarm box's address shall be set by Engineer and Architect Specifications electronic means only. No mechanical means such as The addressable manual fire alarm box shall incorporate a programming pins, dipswitches or rotary dials shall be custom microprocessor based integrated circuit which required to set the device's address. shall provide communication with its compatible control The MSI -10B or MSI -20B Manual Fire alarm box shall be panel.The addressable manual fire alarm box shall be a compatible on the same circuit with all other Cerberus Cerberus Pyrotronics Model MSI -10B or MSI -20B which Pyrotronics IL, FP ID -60 Series or X Series detectors. MSX shall be compatible with the Cerberus Pyrotronics MXL, or MSI Series addressable manual fire alarm boxes,TRX or IXL /ICON -1 and XL3 control panels. TRI Series addressable interface modules, or CZM Series addressable conventional zone modules. The addressable manual fire alarm box shall be con- structed of durable molded polycarbonate material which Ordering Information is matte finished in red with raised white Iettering.The housing shall accommodate a "pull down" lever, which Model No. Description Shipping Weight when operated locks in position after releasing a spring MSI -10B Adressable Manual Fire Alarm Box, 21b. (.90 kg.) loaded switch.To indicate the manual fire alarm box has Single Action ' been activated, the pull down lever shall remain down and locked until the manual fire alarm box is reset. The MSI -20B Adressable Manual Fire Alarm Box, 2.5 Ib. (1.13 kg.) Double Action manual fire alarm box shall be reset only by opening the hinged housing cover with an alien key and then closing SB -5R Surface Mounting Box 1.51b. (.68 kg.) and locking the cover. 50062049D Reset Tool Package (Contains 2 .5 Ib. (.23 kg.) tools) Mounting Data HOUSING � - 4 in HINGED TO NAMEPLATE r ` PYROTRONICS BACKPLATE SB -5R \' ,..N., / �� o � 5' in 1 Y16 s in ` 2i � HOUSING . SI ® O R � � � /•< ,1% an � l 0 ' '/ . i ' \ ' / 3 in i ` ��� 3 ' /2 in DEEP SWITCH BOX 1 11 LOCKING \ \ (USER SUPPLIED) SCREW BACKPLATE � \ / ■ 010 SURFACE MOUNTING ENCLOSURE \ / •411 SIEMENS Fire Safety Model AW -1 - Abort Station for Extinguishing Systems & Main /Reserve Selector Switch ENGINEER AND ARCHITECT SPECIFICATIONS Features • Momentary Contact " Deadman" ,., 5 z y Yf e � • Switch .:� , * Manually Prevents FM - 200 TH WON, ` '' , , ti • Discharge -„ : A EX , , 1': f y , . S , r A #.'„;' ,$y � c:'41. - 4. -1;:.. � .. • Large Mushroom Button = K � l � T om; ,� ,, Q'Y • ® Listed and FM Approved ` ' i.yy ' . lis ' t "r r � S ',?','..-t:37, Y 7 . T ._ y • t hS r t }• t l � F 'fi { r S l.r} ► ` fi b `Y � a b p f. . f. 4 /to • Introduction The model AW -1 abort station is designed for use with button, depending on system configuration and program - Siemens BuildingTechnologies, Inc., Fire Safety Division ming. The button must be kept pressed until the control fire detection systems which are listed /approved for panel is reset. If the control panel is not reset and the release of FM- 200TH. push button is released, provided that two zones have The abort station employs a momentary contact "dead- alarmed, the releasing panel will enter a discharge mode. This will result in immediate discharge, resumption of man type" push button switch which, while held in, a prevents discharge of the clean agent. Upon release of pre-discharge delay period, beginning pre-discharge configuration the push button, the FM- 200 will be discharged either delay period, dependiIng g o on th e abort/delay y coonfigu immediately or following a delay period, depending on the of the system. Pressing the button before a zone is in alarm will cause a trouble signal at the control panel. system configuration. Description Architect /Engineers Specification The abort station shall be a Fire Safety model AW -1 The model AW -1 abort station consists of a momentary with Underwriters Laboratories listing and Factory - contact switch with large red "mushroom" head for ease Mutual approval. of operation. It is mounted on a steel plate. Screw type terminals are provided for connection to the agent release It shall include a momentary contact "deadman" type - circuit.The entire assembly mounts on a standard 21/2" switch with push button which, while pressed, will deep two gang electrical box. prevent the discharge of the clean agent.The switch shall be mounted on a steel cover plate. Screw type terminals Operation shall be provided.The entire assembly shall be capable p of being mounted on a standard 21/2" deep two gang After one or both detection zones are in alarm, FM -200TH electrical box. discharge can be withheld by pressing the switch push CATALOG NUMBER 6024 Ordering and Electrical Information Model Number Switch Rating • ' "t'i A W -1 Momentary Contact Single Pole N.C. 1 amp ;.. � '" 115VAC /OC ▪ ti .Arb p - - r' CPY -MRS Main /Reserve Switch `i - . , /, r ' 1 ' V; a Main Reserve Selector Switch The main reserve selector switch is a means of transfer- , ring of the electrical supply from the main cylinder to the t reserve cylinder. • ▪ s ','t ' '.i. t a :: } . sr : , Main Se♦eCtorSwkdi SelectorSwitch(Mz1Reserve) ParthltanberSPY -IMS r -- j , ____ , __ E x ,..,..._ (0.0 IIII■l ;(l.li.t.,, 0 SHUTTLE ; r. ' 1 3ime t igias Fire Safety Fire Safety 8 Femwood Road 2 Kenview Boulevard Florham Park, NJ 07932 1/03 Brampton, Ontario Siemens Building Technologies Tel: (973) 593 -2600 5M Canada L6T5E4 g g IeS FAX: (973) 593 -6670 SFS-IG Tel: (905) 799 -9937 January 2003 Fire Safety Website: www.sbt.siemens.com /fis Printed in U.S.A. FAX: (905) 799 -9858 Supersedes sheet dated 4/00 SIEMENS Fire Safety U -MH and U -MHT Series Models U -MH -1 and U-MHT- Horns and Horn Strobes ENGINEER AND ARCHITECT SPECIFICATIONS • The Adapter'" feature offers four field selectable candela strobe values - 15/75, 30/73, 75 or 110 Strobe operates in either sync or non-sync modes � . 1 } ` • P Y Y ' =v': • Steady -tone or temporal horn (92 dB @ 10 ft. 41-• typical) with 15 mA horn current • Single gang and universal mount configurations ; -:;r; , r .., • ® UL 1971 & UL 464 listed, all other ! "y • listings pending E • UL 1971 listed for both wall and ceiling mount , t- - • ADA/NFPA/ANSI compliant s,7 ..: • Screw terminals accept 12 awg wire ' • Strobe synchronization requires the Dual Sync Control Module or PAD 3. • Made in U.S.A., ISO 9001 quality crafted FIRE . ' Description All models of the U -MH series & U -MHT Series horns U- MHT -MCS, U- MHT -MCS -W have a universal mount - and horn /strobes provide a continuous or coded horn ing plate to mount on a single gang, double gang or 4" signal, depending on the pattern of the voltage applied. square back box. Additionally models U -MHT -1 G, U -MHT -1 G -W, U -MHT, U- MHT-W and U- MHT -MCS, U- MHT -MCS -W provide a field Siemens Fire Safety notification devices are designed selectable temporal tone. with the installer in mind. They are constructed with all of the electronics inside the housing and not in the The Adapter feature offers four field selectable candela box. This design helps eliminate possible ground faults settings — 15/75, 30/75, 75 or 110 from crowded electrical boxes. The strobe construction consists of a Xenon flashtube t5 Detail — Adapter with solid state circuitry for maximum reliability and o ® selector switch efficiency. The full range of strobes have a rounded dome shape made of clear Polycarbonate. Models U -MH -1 G, U -MH -1 G -W & U -MHT -1 G, U -MHT -1 G- Strobe synchronization requires the Dual Sync Control W mount on a single gang box while the U -MH, U -MH- Module or PAD -3. W, U -MHT, U- MHT -W, U -MH -MCS, U -MH -MCS -W & CATALOG NUMBER 2552 Replaces Catalog Sheet Number 2543 Engineering Specifications Environmental The audible /visual notification appliances shall be 32 °F to 120 °F (0 °C to 49 °C) at 85% RH Siemens Fire Safety Series U -MH -MCS, U -MH -MCS -W or U -MHT -MCS, U -MHT -MCS -W Selectable Candela Operating Voltage Range Limits Strobe - Mini - Horns, or approved equal. The audible Horn: 20 -31 Vdc orVFWR appliances shall be Siemens Fire Safety Series Strobe: 16 -33 Vdc or VFWR U-MH-1G, U-MH-1G-W, U -MH, U -MH -W, U-MHT-1G, UMHT-1G-W, or U -MHT, U -MHT -W Mini - Horns, or Hom Current approved equal. The Series U -MH -MCS, U -MH -MCS -W 15mA and U- MHT -MCS, U- MHT -MCS -W visual segment shall - be the Adapter Selectable Candela Strobe and shall be Typical dB Rating @ 10 Feet listed to UL1971 (Standard for Safety Signaling Devices 92 dB for the Hearing Impaired). The Series U -MH -MCS, U- MH- MCS -W, U- MHT -MCS, U- MHT - MCS -W, U -MH- 1G, U- MH -1G -W, U -MH, U -MH -W, U- MHT -1G, U -MHT- Note: Typical readings are frontal sound readings 1G -W, and U -MHT, U -MHT -W audibles shall be UL taken with a dB meter with signal mounted on wall. listed under Standard 464 (Fire Protective Signaling). Mounting The appliances shall be listed for indoor applications and shall be ADA/NFPA/ANSI compliant. U- MH -1G, U- MH -1G -W & U- MHT -1G, U- MHT -1G -W: mount to 1 gang box, The strobe segment of the Series U -MH -MCS, U -MH, U -MH -W, U -MH -MCS, U -MH- MCS -W, U -MH -MCS -W and U- MHT -MCS, U- MHT -MCS -W shall UMHT, U -MHT -W & U- MHT -MCS, U- MHT - MCS -W: produce a flash rate of one (1) flash per second over universal mounting plate for 1 gang, 2 gang or 4" the Operating Voltage Range Limits. The strobe shall square box consist of a xenon flash tube enclosed in a rugged clear polycarbonate lens. The strobe shall be of a low Shipping Weights current design, and shall provide a minimum of four (4) U- MH -1G, U- MH -1G -W & U- MHT -1G, U- MHT -1G -W: field selectable strobe intensity settings, 15/75, 30/75, 5 oz. approx. 75, and 110candela. All settings shall be UL1971 listed U -MH, U -MH -W & U -MHT, U- MHT -W: 8 oz. approx. for both wall and ceiling mount applications. The U -MH -MCS, U -MH -MCS -W & U- MHT -MCS, U -MHT- selector switch shall be tamper resistant. It shall not MCS -W: 12 oz. approx. be necessary to remove the appliance from the mounting surface to select the strobe intensity. When strobe synchronization is required, the Strobe shall be Ordering Information compatible with the Siemens Fire Safety 5406 Sync Module, or other source of Siemens Fire Safety Sync U -MH & U -MHT Series Mini Horn Wall Mount Protocol, and shall not drift out of synchronization. - Part Horn dB Rating The Series U -MH -MCS, U -MH -MCS -W audible seg- Model Number Description Number Current @ 10' ment, and the Series U-MH-1G, U-MH-1G-W and U-MH-1G Mini -Horn 24 Vdc 500-696556 15 ma 92 dB U -MH, U -MH -W audibles, shall provide a continuous U- MH -1GW Mini -Horn 24Vdc 500-696557 15 ma 92 dB or coded tone signal, depending upon the pattern of U -MH Mini -Horn 24 Vdc 500 - 696558 15 ma 92 dB the voltage applied. In addition, the Series U -MHT- U -MH -W Mini -Horn 24Vdc 500-696559 15 ma 92 dB MCS, U- MHT -MCS -W audible segment, and the Series U- MHT -1G Mini -Horn 24Vdc 500 - 696580 15 ma 92 dB U-MHT-1G, U- MHT -1 G -W and U -MHT, U -MHT -W U- MHT -1G -W Mini -Horn 24Vdc 500 - 696581 15 ma 92 dB audibles shall also provide a field selectable U -MHT Mini -Horn 24 Vdc 500 - 696582 15 ma 92 dB temporal tone. U -MHT -W Mini -Horn 24 Vdc 500- 696583 15 ma 92 dB The Series U -MH -MCS, U -MH- MCS -W, U- MHT -MCS, U -MH & U -MHT Series Mini Hom /Strobe U- MHT - MCS -W, U -MH, U -MH -W, and U -MHT, Wall Mount U-MHT-W shall include a Universal Mounting Plate that shall allow mounting to single -gang, two -gang, Part Horn dB Rating Model Number Description Number Current @ 100 and 4" square backboxes, as well as Siemens Fire - Safety FBX -S and FBX -F Surface Boxes. U -MH -MCS Horn w /Adapter Strobe y (Red) 500- 699711 15 ma 92 dB The Series U -MH -1 G, U -MH -1 G -W and U -MHT -1 G, U -MH -MCS -W Horn w /Adapter Strobe 500-699712 15 ma 92 dB U-MHT-1G-W shall be designed specifically for Tempoi g U- MHLMCS Temporal Horn w /Adapter 500. 699709 15 ma 92 dB - mounting to a single -gang backbox. Strobe (Red} U- MHT -MCS -W Temporal Horn w /Adapter 500-699710 15 ma 92 d8 _ Strobe (White) Listed operating range is 20 to 31 Vdc /FWR Minimum UL measurements are 82dB taken in free air at 360° around the device and averaged. Typical readings are frontal sound readings taken with a dB meter with signal mounted on wall. Rated for indoor use at 32 °F to 120 °F, (0 °C to 49 °C) with 85% RH. S 1 EM ENS Cerberus Division MX - IQ Advanced Life Safety System ENGINEER AND ARCHITECT SPECIFICATIONS • FirePrintTM Application • Alarm Verification by Device Specific Fire Detection • or Zone • Capacity for up to 240 • Logic Controlled Output Intelligent Analog Detectors Functions • Expandable Up to a Stand Time Base Controlled • Alone System Capacity of 998 Input and Output Points Output Functions • Dynamic Supervision of ▪ Holiday Schedule Intelligent Devices • City Tie /Lease Line • Security Device Monitoring • Coded Outputs • Sprinkler Supervision • Supervised Serial Annuncia- • Intelligent /Analog Detection tor Driver /Input Interface Circuits, Style 6 (Class A) or • Interactive VDT - Style 4 (Class 6) ; Monochrome & Color • Detector Sensitivity Read- i • Color Graphics Option out /Printout per NFPA 72 • Complies with NFPA 72 • Chapter 7 • Style D (Class A) or Style B :::. ▪ NEC 760 Power Limited (Class B) Conventional ••- Circuits (UL 864 Compliant) Initiating Circuits t " -' • 16 Gauge Steel Enclosure • Style Z (Class A) or Style Y 1 • Pre- action Releasing and (Class B) Notification I Deluge (NFPA 13) Appliance Circuits l • FM Approved for Intrinsi- • Degrade Mode Operation , o cally Safe Applications • Distributed Processing 1 • FM Approved for Sprinkler • 80 Character Backlit ! and Deluge Applications Alphanumeric Display • Pre -alarm Operation • Supervised Remote Printer • Halon and FM -200 Releas- • 32 Character Device Custom ing Approval (NFPA 12A and Messages NFPA 2001) • Multiple Command Stations • Intelligent Link to _____ _ • Compare System Software iL� Air Sampling Detection • Fully Field Programmable Systems Via Laptop Computer • Multi- Language Display • Menu Driven Operator • Intelligent Interface to Commands Building Management • Central Architecture Systems • 800 Event History Logging ▪ Operates as an Interactive With On Line & Off Line Peer with Other MXL-IQs, Reports MXLs or MXLVs in a • User Help Screens LifeLINK Network • Multiple Levels of Password • CXL Command Center Protection Monitoring • One Person Walk Test by • &Listed, ULC Listed, FM, Zone or System CSFM, NYMEA, and City of • Automatic Environmental Chicago Approved Compensation for Smoke • FireFinder Graphics Detectors Description for stand alone or networked special hazard applications that call for extinguishing agent releasing (FM -200, Halon, The MXL -IQ is a microprocessor based advanced Life Pre - Action Sprinkler or Deluge). MXL-IQ provides the Safety system. Its use of unique multiprocessor "Net- earliest detection possible via its intelligent link to air work" design along with its ability to utilize both intelligent sampling detection systems. It complies with the require - analog and conventional detection devices make it the ments of NFPA 72. It is UL 864 and UL 1076 security most flexible and reliable system in the life safety field. listed. It is also UL listed for agent releasing per NFPA 12A The MXL-IQ is the system for projects such as schools, and NFPA 13. nursing homes, small office buildings, strip malls, hotels, apartment buildings and dormatories. MXL -IQ is designed CATALOG NUMBER 5054 Electrical Specifications 4. No end of line device is required. 5. Both circuits are power limited to NFPA 70 /NEC SMB -2 Analog Device Loops (TB2 andTB3) 760. Each detector, or group of detectors, requires a 1. Electrical Ratings: two wire circuit of minimum 18 AWG thermoplastic Supervisory 30 VDC max, 66mA max. fixture wire enclosed in a conduit or minimum 18 Alarm 30 VDC max, 66mA max. AWG limited energy shielded cable without conduit, if (60 devices in alarm) permitted by local codes. - 2. All wiring must be in accordance with Article 760 of 6. Total circuit resistance must not exceed 100 ohms. NEC or local building codes. Maximum capacitance: 0.4uF, between loop+ 3. Only the following list of devices may be used. A and loop- maximum of 60 devices in any combination may be 0.8uF, between loop+ and connected to a single analog Ioop.The UL identifiers chassis for compatibility are the same as the model names 0.8uF, between loop- and specified inTable 1. chassis TABLE 1 7. T- tapping is not allowed on Style 6 loops. COMPATIBLE DEVICES Compatible Base Installation SMB -2 AUX Power (TB5, 9 -12) Devices Instructions 1. AUX power is available onTB5 terminals 9 -12. CZM -1 — P/N 315- 090725 2. All wiring must be in accordance with Article 760 of CZM -1 B6 — P/N 315 095355 NEC or local building codes. 3. Aux power is power limited to NFPA 70 /NEC 760. FP- 11 /FPT 11' DB -3S with DB -ADPT P/N 315 - 095921 4. Electrical Ratings: 18 -31 VDC, 1A max. DB -11 P/N 315 - 095921 ICP — P/N 315- 092471 SMB -2 Notification Appliance Circuits (TB -5, 1 -4 and ICP -B6 — P/N 315 - 095306 TB5, 5 -8) ILI-1/1H DB -3S, DB -X3RS P/N 315- 095387 1. These notification appliance circuits are for alarm ILI- 1A/1AH DB-3S, DB-X3RS P/N 315 095387 notification appliances only (NFPA 72). For Municipal Tie (NFPA 72, Chapter4), Releasing (NFPA 13) or ILI 1 B /16H AD -31 P/N 315 - 093234 Leased Line (NFPA 72, Chapter 4), use model CSM -4 AD -3XRI P/N 315- 093235 2. All wiring must be in accordance with Article 760 of ILP- 1 /ILPT -1 DB -3S, DB -X3RS P/N 315 - 092594 NEC or local building codes. AD -3ILP P/N 315 - 093234 3. Both notification appliance circuits are power limited ILP -1 AD- 3XRILP P/N 315 - 093235 to NFPA 70 /NEC 760. ILP -2" DB -3S, DB -X3RS P/N 315 - 095028 4. Electrical Ratings: Supervisory 18 -31 VDC, 12mA max. ILP -2•' AD 3ILP P/N 315-093234 Alarm 18 -31 VDC, 1.5A max AD- 3XRILP P/N 315- 093235 5. End of Line Device: Use Cerberus Pyrotronics ILT -1 DB -3S P/N 315 - 093336 EOL 2.2K, 1 /2W, LIM -1 — P/N 315 - 092135 P/N 140 -820380 MSI-10/20 — P/N 315-090903 6. Line Resistance: Not to exceed 3 ohms total. MSI- 10B/20B — P/N 315 - 093329 MSI -MB6 — P/N 315 - 093613 TRI- B6 /B6D /B6R — P/N 315 - 093315 TRI -B6M — P/N 315 - 094547 TRI -S, TRI -D, TRI -R — P/N 315 - 096242 • The FP- 11/FPT -11 is only compatible with MXL -IO Rev. 6.0 or greater firmware. •• The ILP -2 is only compatible with MXL -IQ Rev. 3.0 or greater firmware. t When the CSG -M is configured, the DUCT application must be selected when the device is used in an air duct housing or in a spot duct application. Cerberus Division Cerberus Division 8 Fernwood Road 50 East Pearce Street Florham Park, NJ 07932 11/00 Richmond Hill, Ontario Siemens Buildin Technolo ies Tel: (973) 593 -2600 10M L4B, 1B7 CN g g FAX: (973) 593 -6670 SCD -IG Tel: (905) 764 -8384 November 2000 Cerberus Division Website: www.cerbpyro.com Printed in U.S.A. FAX: (905) 731 -9182 Supersedes sheet dated 2/00 ALARM SAF 1 SLNIPLYABOICIITBaf Cb4PRCEIR Psi, 40 6; 12; 18; 24 VDC ## 1 to 4 Amperes 1 � . ��� : Economical and ' [� d r enable, these general purpose, cabinet enclosed units are available in 6, 12, 18 or 24 VDC models at 1, 3, or 4 Amperes. Intended to provide main, standby, or auxiliary power to non - listed systems, these devices � � �° are supplied complete with locking cabinet and transformer. Charge capacity c ? ranges from 4 to 38 Am hours depending on model. E E E E C i NSIONS Cabinet Size Cabinet Material • B03 • 18 Gauge Painted Steel — 11 "Hx15 "Wx4 "D Cabinet Battery Space — 28cm x 38cm x 11cm • B03 Cabinet Weight — 4.5 "H x 14.5 "W x 4 "D • 18 lbs. (8.2 kg.) — 12cm x 37cm x 10cm SPECIFICATIONS Input Characteristics PS1 Psi PS5 12VAC 20VA 120VAC 50VA 120VAC 90VA 16VAC 20VA 120VAC 100VA 120VAC 140VA 181/DC' 18VAC 40VA 120VAC 100VA 120VAC 180VA 24VDC 120VAC 140VA 120VAC 225VA Ouput Characteristics Outptrt.Voftage'> >i:< 6, 12,18 6, 12, 18, 24 6, 12, 18, 24 Output Current:(A)• •:. 1 3 5• .01Vp -p .005VAC @.5A; .005VAC@.5A .14VAC@2.5A .14VAC@4A For continuous current draw, derate to 4 Amperes* Fault Conditions Detected AC Frise:::: >:;<:< Yes Yes :Battery Fuse •; Yes Yes :Low Batteiy /Output: Yes Yes Visual Indicators (LED's) %1C:::; ......: :::::.: Green Green Green Coalman Fault ` ` >' •• Yellow Yellow Fault Reporting Mechanism • Voltage Out.:::: Yes Yes • Visual ' ::::: ; Yes Yes Relay. Yes Common Characteristics ReyerseiPolarity I Protection:.: .:.: Yes Yes Yes Thermal Protection • •.. Yes Yes Yes • Battery Fuse • • Yes _ Yes Yes 0 Ala rm Sa f 65A Industrial Way, Wilmington. MA 01887 -3499. USA. Telephone: 978- 658 -6717. Fax 978- 658 -8638. www.alarmsaf.com SIEMENS Fire Safety BB -55, BB -55R and DE -1 Accessory Enclosures ENGINEER AND ARCHITECT SPECIFICATIONS • BB -55 Enclosure Holds 60 A.H. Hour or Smaller Battery Sets • DE -1 Enclosure for Document Storage • Sturdy Welded Construction • T-45 Key and Lock Set Installed • Vented for Heat Dissipation • Available in Black with Siemens Logo • BB -55R is a Red Battery Enclosure • 0 Listed Description Ordering Information The Siemens BuildingTechnologies, Fire Safety Division's Model BB -55 and BB -55R are steel battery enclosures with Number Description Part Number sufficient capacity and strength to house 60 A.H. or BB -55 Battery Box BTX -2 - Black 500-693298 smaller battery sets.The BB -55 is a black enclosure with B8 -55R Battery Box BTX -2 - Red 500- 693484 the Fire Safety Iogo.The BB -55R is red to meet specific DE -1 Document Enclosure - Black 500 -695903 local codes. - Both boxes have the same dimensions.The width is For Dimensions of Fire Safety Battery Sets 24 inches to match the enclosure width of our larger see Catalog Number 3361. systems.The enclosures are secured with the same lock set provided on all Fire Safety equipment. The enclosures are constructed for long life and heat dissipation. A top knockout aligns with the bottom knockout in the MXL enclosure.This product is listed by Underwriters' Laboratories for its intended use. The Fire Safety DE -1 can be used to store and secure documents pertinent to the fire alarm system wherever they may be required.This enclosure matches the fire alarm system enclosure in color, logo and key set. CATALOG NUMBER 3326 SIEMENS Fire Safety System Batteries 24 Volts DC Nominal for Fire Alarm System Secondary Power ENGINEER AND ARCHITECT SPECIFICATIONS • 6, 10, 15, 31, 55 & 100 Amp Hour Battery Sets • Sealed, Lead -Acid, Rechargeable • Mount in System Enclosure or BB -55, BB -55R Battery Box • O Listed and ULC Listed • FM, NYMEA and CSFM Approved Description Ordering Information Siemens BuildingTechnologies, Fire Safety Division Model battery sets are manufactured by major suppliers of Number Description Part Number batteries such as Johnson Controls,Yuasa and Eagle- BT -33 5 Amp -Hour Battery Set 175-387141 Picher. All are UL listed for use with Fire Safety BT -34 10 Amp -Hour Battery Set 175-387140 control panels. BP -24 5 Amp -Hour Battery Set for CP -2ER 175-084476 As the manufacturers improve the design of their batter- BP -60 10 Amp -Hour Battery Set for CP -2ER 175-084477 ies, the amp -hour rating will increase. However, the BP -61 15 Amp -Hour Battery Set 175- 387194 dimensions of the batteries remain the same to insure ' BTX-1 31 Amp -Hour Battery Set 175-083897 that they fit in the system enclosures as specified. BTX-2 55 Amp•Hour Battery Set 175-083898 If the system enclosure does not house the required BTX -3 100 Amp -Hour Battery Set 599-034220 battery set use the model BB -55 battery box, Catalog SXL is listed with BT-33, BT-34 and BP -61 only. No.3326. It can house any of the available battery sets. Please Note:The amp -hour ratings stated here are minimums.The actual batteries installed may exceed the indicated rating. CATALOG NUMBER 3361 r fr vr (7 . 11 1 % Ir. MR -100 200 SERIES MULTI - VOLTAGE CONTROL RELAYS T ' . s ; TROLL " G • > ., _:. °� y'" i PRODUCT DESCRIPTION 71:� • oo Ar • �� y 1: The MR Series Multivoltage Control Relays offer SPDT or DPDT 10 Amp resistive P a -- ' contacts which may be operated by one of four input control voltages. A single .:y:. • ". fit relay may be energized from a voltage source of 24VDC, 24VAC, 120VAC or ' � ,, » .. ? ?- ti .-.' 0 -o - F. 'i 230VAC by wiring to appropriate input terminals. ` . Each relay position contains a red LED which indicates the relay coil is energized. Relays may " be "snapped apart" from a standard 4 module assembly and used independently. ' `i'•0 These Devices are Ideal for applications where local contacts are required for system status, ' ' ! remote contacts for control of electrical loads and general purpose switching.They are `_ suitable for use with HVAC,Temperature Control, Fire Alarm, Security, Energy Management - and Lighting Control Systems. - • _7' j , FEATURES 8a , z.; - ‘,.' e ,' 2, • ! # ,; • s ma ❖ Relays be energized from a voltage source of 18 to 35VDC orVAC, ► "' ' ' •' ' ° s A , , ' Y may g 8 ' � ; . -3 ` 20VAC or 230VAC .-Y ` 3 - ' '? 'r` ' " "` 1' 4?"4 ?> 2 � � . :. Each relay position contains a red LED, which illuminates when the coil is ,.t :•.>. ', ' _ ., •. energized.This provides a time saving device when checking an installed �� system — no metering is required ,, . " •: Single, dual or triple relay modules may be "snapped apart" from standard 4- position master "` + DC input is polarized . •:• For continuous duty use UL LISTED " : ' . •:• Available in dust resistant enclosures with LED viewing port c ` •• /C versions mounted in enclosures 0 CSFM LISTED • • •• /C /R versions with red covers for NYC and other uses •:• /T versions come complete with track mounting hardware which facilitates MEAAPPROVED %:,. installation in standard cabinets •; :• UL recognized relays rated at 10,000,000 mechanical operations ) . -.. •:• UL listed as Control UnitAccessory 44. 4. WIRING SPDT CONTACTS DPDT CONTACTS 10A RESISTIVE@ 10A RESISTIVE@ (TYPICAL FOR ONE 120VAC 120VAC r r: MODULE POSITION) ■ /TEN 1 ,111-1N, 1 �F, 1 NC C NO • 1 •NC C NO NC C NO.1 I I0 0 0I I IIDREJNO I I T ''i RELAY 1 1 RELAY 1 1 r` ENERGIZED — 1 ri I ENERGIZED - 1 1 LED 1 0 I MR -101 LED 10 1 MR- 201;, ,, 1 0 I 1 = I , ±, 1 = , 1 = 1 INPUT I I INPUT 1 I 1 -. CONTROL • • 0 1W24 115 230 • • CONTROL • 0 1824 115 2w • 4 VOLTAGE I I III 1 VOLTAGE 1 I I I I I + }. r 24(1835)VDC -1 mime 24 -► ix! ®II 4 '? .. • 24(1832)VAC—• M23120I 24VAC—• m I�I 4 - 120VAC—• ©oci N I 120VAC—• ©��I©I�I • , 230VAC—• mop 230VAC• © •,,k © TERMINAL STRIP CONECTIONS TERMINAL STRIP CONECTIONS Distributed By: 4 Air Products and Controls Inc. A 1749 E. Highwood HALMA _ Pontiac, MI48340 y'* k (888) 332 -2241 GROUP ...)4, ; . :.. . , (248) 332 -8807 Fax COMPANY www.ap -c.com , 'a` fix. -•.. PRODUCT SPECIFICATIONS CONTACT TRACK ENCLOSURE UL* MEA CSFM MODEL MODULE CONFIGURATION MOUNTED MOUNTED COVER FILE FILE FILE . .. NUMBER: POSITIONS PER POSITION H X W X D H X W X D MATERIAL S3403 73 -92 -E 7300 -1004 3.25" (82.6mm) MR -101/T 1 SPOT 2.125" (54mm) UOXX2 :106 1.5" (38.1 mm) Grey -' MR -101 /C 1 SPDT 5.125" (130.2mm) ABS -94V0 U0)0( Vol. 14 Plastic 3.125" (79.4mm) UOXX2 :101 MR- 101 /C /R 1 SPOT 2.5" (63.5mm) ABS -94V0 U0XX7 Vol. 22 Plastic ., '..`•?, 3.25" (82.6mm) MR -104/T 4 SPDT 8.5" (215.0mm) UOXX2 :106 ` 1.5" (38.1 mm) Plated • MR -104/C 4 SPDT 5.125" (130.2mm) CRS UOXX 9.5" (241.3mm) UOXX2 Vol. 14 :101 • i 2.5" (63.5mm) Red UOXX7 • MR- 104/C /R 4 SPDT 18ga ' CRS 3.25" (82.6mm) MR -201/T 1 DPDT 2.125" (54mm) UOX0(2 :106 1.5" (38.1 mm) - Grey MR -201 /C 1 DPDT 5.125" (130.2mm) ABS -94V0 UOXX Vol. 16 Plastic 3.125" (79.4mm) UOXX2 :101 Red MR- 201 /C /R 1 DT 2.5" (63.5mm) ABS -94V0 U0XX7 DP Vol. 22 Plastic 3.25" (82.6mm) .. MR -204!T 4 DPDT 8.5" (215.0mm) UOXX2 :106 1.5" (38.1 mm) Plated MR -204 /C 4 DPDT 5.125" (130.2mm) CRS UOXX 9.5" (241.3mm) UOXX2 Vol. 16 :101 MR- 204/C /R 4 DPDT 18ga (63.5mm) 18ga UOXX7 CRS COIL VOLTAGE: MR -100: 24(18- 35)VDC, 24(18- 35)VAC, 120VAC, 230VAC MR -200: 24(18- 35)VDC, 24VAC, 120VAC, 230VAC (Pull In Voltage: 75% of nominal max. @ 25 °C; Drop Out Voltage: 25% of nominal min. © 25 °C) t1 POLARIZED: DC input only ENERGIZED LED INDICATOR: One Per Module Position . • CURRENT REQUIREMENT. Per Module Position: MR -100 Series = 18mA / MR -200 Series = 40mA - CONTACT RATINGS: 7A © 28VDC / 10A (NO:1 /6HP, NC:1 /8HP) © 120VAC / 7A @ 230VAC CONTACT CONSTRUCTION: Dry Form "C" AMBIENT TEMPERATURE: -58 °F to 185 °F ( -50 °C to 85 °C) © 85% RH, NON - Condensing WIRING: #14 to #22 AWG terminals /T VERSIONS: 3.5" wide, low profile plastic snap track provided with mounting screws • k',,'. /C VERSIONS: Backbox: 18ga CRS, plated with 1/2" conduit knockouts top and bottom "UOXX= Control Unit Accessories, System; 2= Component; 7= Certified for Canada • NOTICE: The information contained in this doamient is intended only as a summary and is subject to change without notice. The products described have specific instructionaV installation documentation, which covers various technical, approval, code, limitation and liability information. Copies of this documentation along with any general product warning and limitation documents, which also contain important information, are provided with the product and are also available from Air Products and Controls Inc. • The information contained in all of these documents should be considered before specifying or using the products. Any example applications shown are subject to the 4 ` _ most current enforced local/national codes, standards, approvals, certifications, and/or the authority having jurisdiction. All of these resources, as well as the specific 1.: manufacturer of any shown cc mentioned related equipment, should be consulted prior to any implementation. For further information or assistance concerning the products, contact Air Products and Controls Inc. Air Products and Controls Inc. reserves the right to change any and ail documentation without notice. 0 Air Products and Controls Inc. 2002 DS -RL -2 VER0502 SIEMENS Cerberus Division 111 Seri Intelligent Ionization Smoke Detectors for IXL, MXL, and XL3 Control Panels ENGINEER AND ARCHITECT SPECIFICATIONS ILI -1, ILI -1A, ILI-1B, ILI-1H, ILI -1AH, ILI-1BH • On -Board Motorola Microprocessor Based Design • Innovative Technology Provides High Speed, Fault� > ' y r^ Tolerant System /Detector Communications < V "' �� f < " •, 4 • EEPROM Supervision; Protects Critical Detector Programming • Highly Resistant to RFI, EMI and Humidity • Remote Sensitivity Adjustment and Measurement - 1 Capability • Alarm Indicator LED t • Two Wire Operation • Compatible with SensorLINK, model FPI -32 Field Programmer/Tester: Program Nerify Detector Addressing, Perform Diagnostic Testing of Detectors • EnviroLlNK; Software Based Automatic Environmental Comp- ensation (available only when used with MXL Series systems) • Optional, Fully Programmable Relay Base and Audible Base • It Listed, ULC Listed, FM, CSFM, and NYMEA Approved Introduction The ILI Series ionization detectors are also compatible with Pyrotronics' IXL, MXL and XL3 control panels. Pyrotronics ILI -1, ILI -1A, ILI -1 B, ILI -1 H, ILI -1AH, ILI -1 BH intelligent ionization smoke detectors offer the fire and All ILI Series detectors are Underwriters Laboratories life safety industry the most advanced method of Listed. detection, programming and communications available today. Additionally, the ILI Series detectors provide an Description extremely high degree of resistance to RFI, EMI and The ILI -1, ILI -1A, ILI -1 B, ILI-1H, ILI -1AH, ILI -1 BH are humidity. The ILI Series ionization detector utilizes a plug -in, two-wire ionization detectors, compatible with state -of- the -art Motorola microprocessor with "on- board" Pyrotronics' IXL, MXL and XL3 control panels. The ILI EEPROM. The microprocessor provides the power to Series ionization detectors consist of self- compensating operate the detector's sophisticated detection, error dual ionization chambers and highly stable solid state checking and supervision algorithms. electronic circuitry. The ILI Series intelligent ionization detectors are compat- The outer chamber of the detector's self- compensating ible with Pyrotronics' SensorLINK FPI -32 field program- dual ionization chambers detects the presence of prod- - mer/tester. The FPI -32 is a compact, portable, ucts of combustion. The inner chamber serves as menu - driven accessory which makes programming and a reference to stabilize the detector's sensitivity to testing detectors faster, easier and more reliable than gradual changes in environmental conditions. Also, the other methods.The FPI -32 eliminates the need for detector's microcomputer chip software compensates for cumbersome, unreliable mechanical programming ambient temperature changes. As a result, temperature methods and reduces installation and service costs by and humidity changes have a minimal effect on the electronically programming addresses and functionally testing the ILI's performance before the detector is installed. CATALOG NUMBER 6165 Siemens Building Technologies, Inc. conduit, or 18 AWG, limited energy, shielded cable or remote alarm indicator is normally activated by the without conduit if permitted by local building codes. associated detector. However, the MXL or XL3 system Wiring should conform to local and National Electrical shall be capable of being programmed to operate the Codes and to the control panel's wiring specifications. relay or remote alarm indicator independently of the T-tapping is permitted only for Style 4 (Class B) wiring. associated detector. All detectors and /or relays con- nected to the circuit can be in alarm or activated simulta- Engineer and Architect Specifications neously. The addressable ionization detector shall incorporate a The addressable ionization detectors shall insert into the custom microprocessor based integrated circuit which standard Model DB -3S base or the ADBI -60 audible base shall provide communication with its compatible control or DB -X3RS relay base. The base assembly in which the panel. All of the detector's communication circuits shall detector is installed shall be of the twist -lock design with be contained within the detector. No communication screw -clamp terminals. The base shall use self- wiping electronics or address identification mechanisms shall be contacts and shall accept other compatible plug -in contained within the detector's base. The detector shall detectors. A locking mechanism shall be installed in be a Pyrotronics ILI Series ionization detector which shall those areas where tamper resistant installation is re- be compatible with a Pyrotronics XL3, MXL Series, or IXL quired. control panel. The ionization detector shall be a plug-in The detector shall be the Pyrotronics ILI -1 for applications unit which mounts to a twist lock base. The detector which have minimal air flow (0 -300 ft. /min.), the ILI -1A for shall operate on a two wire circuit and shall contain an applications with high air velocity (0 -1200 ft. /min.), or the LED which shall blink to signal alarm actuation. The ILI -1 B for applications that involve air ducts and the use detector shall be Underwriters Laboratories, Inc. listed. of the AD 31 air duct detector housings. The detector shall contain two ionization chambers and The detector shall also be available for applications in an LED alarm indicator. The reference chamber and the altitudes of 3000 to 8000 feet above sea level if desired. microcomputer chip's software shall compensate against In this application the detector shall be the Model ILI-1H, sensitivity changes caused by environmental factors ILI-1AH or ILI-1 BH. such as temperature, humidity and barometric pressure. The detector's address shall be programmed with the Technical Specifications use of a portable programming accessory. The program- Current Requirements: Normal - 1.2mATypical ming accessory shall be a Pyrotronics FPI -32 Program- Alarm - 1.5mATypical mer/Tester. The portable programmer shall be menu driven. Once the desired address is entered, the pro- Voltage Range: *16VDC - 30VDC grammer shall set and verify the address. The program- Peak Pulsed Voltage ming accessory shall also be capable of testing the OperatingTemperature: +32 °F (0 °C) to +100 °F detector's functionality.The detector's address shall be (38 °C) per UL 268/268A set by electronic means only. No mechanical means such as programming pins, DIP switches or rotary dials Humidity: 0 -93% Relative Humidity shall be required to set the detector's address. Non - Condensating The detector shall be capable of bidirectional communica- AirVelocity: 0 -300 ft. /min. Model ILI -1 tion with the control panel. 0 -1200 ft. /min. Model ILI -1A 500 -4000 ft. /min. Model ILI-1B The detector shall be dynamically supervised and (requires air duct housing) uniquely identifiable by the control panel. The control panel shall be capable of analyzing the signal of the The voltage applied to the detector assumes several different voltages which change continuously with time . detector's analog value for calibration, identification and sensitivity. These values can be displayed by the control panel and monitored for processing according to control panel instructions. The detector's sensitivity shall be individually adjustable from the control panel. Should the detector sensitivity voltage shift beyond an acceptable level and stay there for a predetermined length of time, a discrete detector trouble signal shall be annunciated at the control panel. The detector shall be compatible on the same MXL circuit with all other Pyrotronics "I" Series detectors, manual stations,TRI Series interface modules, or CZM Series addressable conventional zone modules. The detector shall be compatible on the same IXL circuit with all other "I" Series detectors, manual stations andTRI Series interface modules. The detector shall be capable of operating one remote alarm indicator or auxiliary relay or audible base. The relay SIEMENS Fire Safety CRM -4 Controllable Relay Module ENGINEER AND ARCHITECT SPECIFICATIONS Features • 4 Independent Relays 1..1.'/ 1 t11J h. i.:l.... . :....t.i., .; • 4 SPDT Contacts (Form C ") { 1 ii { ;f !1 l f • On Board Microprocessor • Z • l • 2 Amps. @ 30 VDC/120 VAC Resistive ' #CZ ;�;�, ��4`�1! E s;tr,1t � tr b'{. 1)t11T;"' titi'tr,rn, t • Fully Programmable • Time Based Operation , ;' r. • Manual or Automatic Control iiii1 i� l k "�`' r i tt I Ili - CRM -4 ' *'rar is • Supervised Coils • ® Listed, ULC Listed, CSFM, NYMEA, City of Chicago and FM Approved Description Engineer and Architect Specifications The Controllable Relay Module CRM-4 is designed to External control of auxiliary functions shall be provided provide auxiliary control of building functions such as door by programmable relay module model CRM-4. Each holder release, elevator capture, smoke control, lock relay shall provide one set of SPDT contacts rated at 2 release, etc. Amps. 30 VDC /120 VAC resistive. Relay coils shall be The CRM-4 plugs into one half slot in the MOM-4 supervised. or MOM -2 expansion card cage. It provides four fully The relay module shall interface with the MOM-4 or programmable relays. Each relay contains one set of MOM -2 expansion card cage using gold plated edge SPDT contacts rated at 2 Amps. 30VDC /120VAC resis- connectors.The CRM-4 shall occupy one half slot in the tive. All relay coils are supervised to insure proper MOM-4 or MOM -2. Up to four (4) CRM-4 modules may operation. be plugged into each MOM-4 card cage or two (2) CRM-4 Individual relays can be automatically activated or deacti- modules may be plugged into each MOM -2 card cage. vated through control by event and time based logic Activation or deactivation of each relay shall be contained in the MMB. Each relay may also be either controlled automatically through event or time based manually controlled or "Disarmed, the MKB annunciator programming contained in the MXL. Each relay shall be will indicate the affected relay and the "Partial System capable of manual control through the MXL keypad. If a Disable" indicator will illuminate until the relay is returned relay function is "Disarmed" using the MXL keypad, the to an 'Armed" condition. system shall display a message indicating the disarmed Four on -board LEDs are provided.Two diagnostic relay and the "Partial System Disable" indicator shall LEDs provide positive indication of the CRM -4's network illuminate until the relay is restored to the "Armed" communication.The remaining two are user program- condition. mable through the MXL software. CATALOG NUMBER 5002 . SIEMENS Cerberus Division CSM - 4 Controllable Signal/Releasing Module ENGINEER AND ARCHITECT SPECIFICATIONS • Supervised Alarm Notification Appliance Circuits • Operates Audible or Visual Devices • 2 Class A (Style Z) or Class B (StyleY) Circuits • 24 VDC 1.5 Amps Per Circuit 3 , t M Tie or Lease Line Output a r e .1x4 • City P ( x w r iii,M; 1•'tY i.?+c k. al i (� l it � , t1:14,; � 1} ' , t # • Releasing Service > >� 1:( � • Fully Programmable • Coded Audibles • • On Board Microprocessor ' " ) :I; ' e l • • MarchTime /Uniform Code 3 • Selectable Degrade Operation • Silencable /Non - Silencable Option '� ° ` "i41 l • ` • Automatic /Manual Control t • Circuits Power Limited Per NEC 760"` • Listed, ULC Listed • CSFM, NYMEA, FM Approved • NFPA 13, Pre - Action and Deluge • NFPA 2001, FM -200 Releasing • NFPA 12A, Halon Releasing Description "Disarmed" through the MXL keypad. When any circuit or output has been "Disarmed," the MXL LCD annunciator The Controllable Signal Module CSM-4 provides two fully will indicate the affected circuit or output and the "Partial supervised, programmable notification appliance circuits. System Disable" LED will illuminate, until the circuit or The CSM -4 supplies two Class B (StyleY) or Class A output has been returned to the "Armed" condition. (Style Z) type output circuits for the supervision and The CSM-4 contains an on -board microprocessor which control of listed audible or visual notification appliances allows notification circuit outputs to function in a degrade such as horns, bells, strobes, etc. Each circuit can mode even if the main MXL processor or the local provide up to 1.5 amps (24VDC) of current to power network communication link has failed. Each circuit's notification appliances. degrade mode of operation can be separately configured Any output on a CSM-4 may be configured as either a to respond to an alarm in the following manner: OFF, ON, supervised connection to a local energy type Master City CONTIN -UOSLY or 1 SECOND ON -1 SECOND OFF. In a Box or a supervised connection to a Leased Line remote degrade mode a CSM-4 will respond to an alarm from monitoring system. CSM -4 circuits may also be config- any Intelligent/Analog (ALD) initiating device or Conven- - ured for pre- action or deluge releasing service per NFPA tional Zone (CZM) connected in the same local enclosure. 13, extinguishing agent releasing ( Halon, FM -200) per CSM-4 notification appliance circuit outputs may be NFPA 12A and NFPA 2001. configured to provide a coded, march time, or uniform Each circuit or output may be controlled automatically code 3 output. through the MXL program logic or manually using the This equipment is approved for operation over the tem- MXL keypad. Automatic control may also be time based. perature range of 0 °C to 49 °C. Each circuit or output can be manually 'Armed" or CATALOG NUMBER 5001 Engineer and Architect Specifica- tions — Notification Appliance Circuits shall be provided by a - + 1 Cerberus Pyrotronics Model CSM-4 plug -in controllable m o ..........001000 PS P8 signaling module.The unit shall provide two alarm notifica- TB' P7 Tea I 1 MOM.4 I 1 tion application circuits which may be configured as either - Class A (Style Z) or Class B (StyleY). Each circuit will be ( II ( capable of activating up to 1.5 amps of listed audible or Tel SLOTSFOR -4 Teo visual notification appliances.These circuits shall also be I I 1.0.0 «0.00..0.0.1 capable of being configured for activation of a local energy Master City connection or polarity reversal type Leased Line connection. CSM-4 Installation Slots Each circuit shall also be capable of being configured to activate a solenoid for pre- action or deluge releasing service per NFPA 13, as well as extinguishing agent Wiring releasing (Halon, FM -200) per NFPA 12A and NFPA 2001. The municipal tie and leased line applications require the The notification appliance circuits shall be capable of a LLM -1 interface module. degrade mode of operation in the event of main proces- The notification appliances and leased line applications sor failure or loss of network communication. are power limited. All notification appliance circuits shall be capable of automatic activation or de- activation through control by ELECTRICAL CONNECTIONS FOR NOTIFYING APPLI- event or time based programming contained in the ANCES (NFPA 72 Local) control panel.They shall also be capable of manual activation or de-activation using the system keypad. 1. Set switches S3 and S4 and jumpers G1 and G2 as Disarming any circuit or output shall result in the alphanu- indicated in Table 2. meric display indicating the circuit or output which has 2. All wiring must be in accordance with Article 760 or been disarmed as well as the illumination of the "System NEC or local building codes. Partial Disable" LED. The CSM-4 shall be a plug-in 3. Both circuits are power limited to NFPA 70 per NEC p g type module using gold 760. plated edge connectors to interface with the MOM -2 or 4. Electrical Rating s MOM-4 expansion card cages. It shall occupy one half g slot in the card cages. Notification circuit, CityTie and Supervisory: 18 to 31 VDC, 12mA max Leased Line power shall be provided to the CSM-4 Alarm: 18 to 31 VDC, 1.5A max through the main control power supply or through the 5. End of line device: bpmens ronae mower supplies. Use Cerberus Pyrotronics EOL device, 2.2K, watt, P/N 140 - 820380 I 6.500 I 6. Line Resistance: 3 ohms max G2a 0000 illi�� 111111111 �G1 STYLEY STYLEZ L S2 MRSS 12 (cuss e) (CLASS AI CIRCUIT 1 I 1 2 1 9 4 3 OPTIONS AETwE83 z 2K taw CIRCUIT S4 S3 II N CSM -4 NOTIFICATION APPLIANCES IIII CB2I CBI I M POWER UMITED M I • PER NEC 780 3.15AMP 3.15 AMP 4 I I I I II II NC NC NC NC • NC NC NC NC r 4.500 11 Tel. Terre. [ECM 0,134381(S) B B OR TEM 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 18 CSM -4 Board POLARITY SHOWN IN SUPERVISORY STATE • EOL DEVICE. PIN 140.820380 MAXIMUM LINE RESISTANCE: 3 OHMS TOTAL CSM-4 Loop Wiring for Supervised Notifying Appliance Circuit SECTION NP7 -12 IndependenceT Rechargeable Lead•Acid Battery +N -12 r k. :,x� NP7-I2F • a r . 12 y ,. .t a '4.a f ' 1.4 S v *aw 'ir YliiL t+ • 4 1 [ Specifications ty -K ^ sa s`.a.. Nominal Voltage 12V Ae Nominal Capacity IIUII /h S- t wJ 20 hr. rate of 0.35A to 10.50 V.... 7.OAh �MVT' ' T ' 7 ©c 10 hr. rate of 0.65A to 10.50 V.... 6.5Ah v ✓✓ 5 hr. rate of 1.19A to 10.20 V... 5.95Ah 1 hr. rate of 4.20A to 9.60 V .... 4.2Ah Dimensions Weight (approx.) 6 17 Ibs rfr0. 1 ', Energy density (20 hr rate) (2.64 kgs) V / 49 WH /cubic inch 65 ± I (91.0 WH /litre) Q-56 Q-56 t) j 1 ®0 0 1 I Specific energy (20 hr. rate) I ,1 I 13.6 WH /pound ui ± 1 (30.0 WH/kg) ff I (5.95 * 0.Q4) Internal resistance of charged battery 41 * 30 milliohms (approx.) g ! t Maximum discharge current with standard N - terminals 40 amperes 41 41 Maximum short- duration discharge current 210 amperes Operating temperature range Charge 5 °F to 122 °F ( -15 °C to 50 °C) Discharge -4 °F to 140 °F DIMENSIONS: MM (INCHES) ( -20 °C to 60 °C) Charge retention (shelf life) at 68 °F (20 °C) 1 month 97% 3 months 91% 6 months 85% Terminal Available with .250 option Life expectancy Standby use 3 to 5 years 185 ± A04 Cycle use (approx.) INCH - 100% depth of discharge 250 cycles 1040 D20 .250 6.35 50% depth of discharge 550 cycles m r .185 4.70 30% depth of discharge 1200 cycles m - - •• .124 3.15 Sealed construction alb �� . . - .098 2.49 .060 1.52 Can be operated or stored in any position without leakage. .031 0.79 Standard terminal .... Quick Disconnect .187 020 0.51 or Optional .250 -"ik 004 0.10 Housing material ABS Resin or ABS Flame Retardant (UL94 -V0) tot t e04 DIMENSIONS: (INCHES) 0,A1 RECOGNIZED BY UL, File No. MH 16464 YVASA SIEMENS Cerberus Division TRI Series Intelligent Initiating Devices Interface Modules ENGINEER AND ARCHITECT SPECIFICATIONS Intelligent Interface Modules For MXL Panels u , TRI - S,TRI - D,TRI -R ry � . • Interfaces and Supervises Normally Open or Normally ~ ' ��� ,_ . �; ��' <LI Closed Contacts . • Integral SPDT Relay (up to 4 amps) on TRI -R Model • Dual Input on TRI -D Model R i • Multi -color L.E.D. indicates status (green, amber, red) i front access to programming 1 " ".� • Easy p g g port and wiring terminals ,4 • Mounts in 4 inch square 21/4 box, or double gang box • Dynamic Supervisions s s �,; {� 1 a ,, , r , • Comes with 5x5 inch faceplate • Two wire operation ; ,' , . • z - • SensorLink Model FPI -32 Programs and Verifies Device's ., _a , ., Address and Tests Device's functionality . *' . ,r,, • • Electronic Address Programming is Easy and Dependable • © UL Listed Introduction controlled as a separate function. The relay is typically used where control or shunting of external equipment is Cerberus PyrotronicsTRl Series Intelligent interface required. modules are designed to provide the means of interfac- ing direct shorting devices to the MXL system's ALD The TRI -D is a dual input module and is designed to loop circuit. supervise and monitor two sets of dry contacts. This Cerberus PyrotronicsTRl Series Intelligent interface interface module requires two address settings. The TRI -D is ideal for monitoring a waterflow switch and its modules provide the market's most advanced method of respective valve tamper switch. address programming and supervision, combined with sophisticated control panel communication. Each TRI The TRI has a multi color Light Emitting Diode that Series interface module incorporates a microcomputer flashes green when operating normally, amber if unit is chip. The TRI Series microcomputer chip technology and in trouble condition, and red to indicate a change of its sophisticated bidirectional communication capabilities state. The TRI -D flashes twice, once for each address, with the control panel, achieve the state of an "Intelli the TRI -R red L.E.D. indicates a change of state in the gent Device." relay. The device's microcomputer chip has the capacity of - Description storing, in memory, identification information as well as The TRI Series intelligent interface modules are available important operating status information. • in three models. The TRI -S and TRI -R are designed to SIEMENS Cerberus Divisions' innovative technology monitor a normally open or closed dry contact. The allows all TRI Series intelligent interface modules to be interface module reports the contact's status to the programmed by using the SensorLINK model FPI -32 control panel. The TRI -S model can only monitor and Programmer/Tester. The FPI -32 Programmer/Tester is a report the status of the contact, while the TRI -R incorpo- compact, portable, menu driven accessory that makes rates an addressable Form C relay. The TRI -R relay and programming and testing an interface device faster, contact device input are controlled at the same address. easier and more dependable than previous methods. For the MXL system, the relay and input contact can be CATALOG NUMBER 6179 The FPI -32 eliminates the need for mechanical address- desired address is entered the programmer shall set and ing mechanisms, such as program jumpers, DIP verify the address. The programming accessory shall switches or rotary dials, because the FPI -32 electroni- also be capable of testing the interface's functionality. cally sets the TRI interface's address into the interface's The addressable interface module's address shall be set microcomputer chip nonvolatile memory. Vibration, by electronic means only. No mechanical means such as corrosion and other conditions that deteriorate mechani- programming pins, DIP switches or rotary dials shall be cal addressing mechanisms are no longer a cause for required. concern. TheTRI Series shall be compatible on the same MXL TheTRI Series is fitted with screw terminals for connec- circuit with other Cerberus Pyrotronics intelligent FPIL tion to an addressable circuit. and ID -60 Series detectors, TRI Series addressable TheTRI Series is fully compatible on the same MXL interfaces, MSI Series addressable manual stations or circuit with all intelligent FPIL and ID -60 Series detec- any other Cerberus Pyrotronics MXL addressable intelli- tors, MSI Series addressable manual stations or any gent module. other addressable intelligent modules, such as the CZM g or ICP. Ordering Information All TRI Series intelligent interface modules are UL listed. Model Description Shipping Wt. Environmental operating conditions for all TRI Series Lb. Kg. modules are 32 °F ( °C) to 120 °F (49°C) with a relativ TRI -S Single Input 7 oz. 2 humidity of not greater than 93% non - condensating. Engineer and Architect Specification Rl R Single Input w/ Relay 7oz 2 The addressable interface module shall incorporate a TRI - Dual Input 7oz. 2 custom microprocessor based integrated circuit that shall provide communication with its compatible control panel. The addressable interface module shall be a Mounting Data Cerberus Pyrotronics TRI Series that shall be compatible g with a Cerberus Pyrotronics MXL control panel. Addressable Interface ModelTRl- S,TRI - D,TRI -R mounts Cerberus PyrotronicsTRl -S Series intelligent interface directly into a 4 inch square 2 1/4 deep box or a double modules shall provide the means of interfacing direct gang box (user supplied). A 5 inch square off -white shorting devices to the control panel's addressable faceplate is included with each TRI. circuits. The intelligent interface modules shall be available in three models. TheTRI -S andTRl -R shall be designed to monitor a single normally open or normally MOUNTING SLOTS closed dry contact. The interface module shall report the FOR 4INCH contact's status to the control panel. TheTRI -S model SWITCHBOX shall only monitor and report the status of the contact, while theTRl-R shall incorporate an addressable Form C O Q - relay. TheTRI -R relay and contact device input shall be controlled as a separate function at the same address by G7 - TRIS/ -DI-R the MXL control panel. TheTRI -D shall be a dual input n Ivh l 0 MODULE module designed to supervise and monitor two sets of dry contacts. This interface module shall require two [-7 _ 0■• MOUNTING address settings. � _� HOLES FOR ►- SWITCHPLATE Modules shall have tri -color L.E.D. indicating status of, the unit, indicating green in normal conditions, amber if the unit is malfunctioning, and red when it changes state. The addressable interface module shall be UL listed. MOUNTING SLOTS The addressable interface module shall be dynamically FOR DOUBLEGANG supervised and uniquely identifiable by the control panel. SWITCHBOX The addressable interface module's address shall be Figure 9 programmed with the use of a portable programming Mounting the TRI S / - - accessory. The programming accessory shall be a Cerberus Pyrotronics FPI -32 Programmer/Tester. The portable programmer shall be menu driven. Once the