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Specifications
' M Dan Nelson From: Jason Keller < jasonkeller @advproinc.com> Sent: Monday, March 28, 2011 11:52 AM To: Dan Nelson Subject: RE: AES Radio Permits FPS2011 -00013 through 00018 We have two RARSR's, one at 8510 -C East Mill Plain Blvd Vancouver WA, and one at 8606 -C East Mill Plain Blvd. They are connected to our UL central station receivers via LAN. This can be proven via the Netcon rating (on sheet I gave you) which is provided to fire marshal on acceptance testing. If we did not two RARSR's it would be impossible to generate an acceptable score. From: Dan Nelson [mailto:DanN @tigard - or.gov] Sent: Monday, March 28, 2011 10:48 AM To: Jason Keller Subject: RE: AES Radio Permits FPS2011 -00013 through 00018 Jason, I am waiting to hear back from the Fire Marshall. Sec. 86351 says that there shall be least two independently powered, independently operating, and separately located RARSRs. I guess I need to understand how yours work in relation to that code. Dan Nelson CITY OF IGARD Senior Plans Examiner City of Tigard Approved dann(a,tigard- or.gov Conditionally Approved [ ] (503)718 -2436 See Letter to: Follow [ ] Attac d ... F(503)624-3681 Permit Numbe %ir / — _A '41 Address: 1L ' NitW ,',,�i,` - By: ice :M Date: _ From: Jason Keller [mailto :jasonkeller @advproinc.com] Sent: Monday, March 28, 2011 9:09 AM OFFICE COPY To: Dan Nelson Subject: AES Radio Permits FPS2011 -00013 through 00018 Dan, Attached is the form that shows all applicable NFPA 72 codes and chapters for AES radios as well as CSFM and UL listings as stand alone radios. Please let me know when I can expect my permits to be issued. Jason Keller Assistant Operations and Product Manager Advantage Protection, Inc. JasonKeller@advproinc.com OFFICE:(360) 695 -5072 (503) 252 -3160 1 f • SUPERVISING STATION FIRE ALARM SYSTEMS 72 -79 8.6.3.4.5.3 The capacity of a system unit shall be permitted to 8.6.3.5.4 Transmission Channels. be unlimited if the signal receiving, processing, display, and 8.6.3.5.4.1 The one -way RF transmission channel shall origi- • recording equipment are duplicated at the supervising station nate with a RAT at the protected premises and shall terminate and a switchover is able to be accomplished in not more than at the RF receiving system of an RARSR or RASSR capable of 30 seconds with no loss of signals during this period. receiving transmissions from such transmitting devices. 8.6.3.5 One -Way Private Radio Alarm Systems. 8.6.3.5.4.2 A receiving network transmission channel shall 8.6.3.5.1 Independent Receivers. The requirements of 8.5.3.5 terminate at an RARSR at one end and with either another for a radio alarm repeater station receiver (RARSR) shall be RARSR or an RASSR at the other end. satisfied if the signals from each radio alarm transmitter 8.6.3.5.4.3 Operation of receiving network transmission than- ' (RAT) are received and supervised, in accordance with Chap- nels shall conform to the requirements of this Code whether ter 8, by at least two independently powered, independently channels are private facilities, such as microwave, or leased facili- operating, and separately located RARSRs or radio alarm su- ties furnished by a communications utility company. pervising station receivers ( RASSRs), or by one of each. At 8.6.3.5.4.4 If private signal transmission facilities are used, least two separate paths shall be provided from a RAT to the the equipment necessary to transmit signals shall also comply ultimate RASSR. with requirements for duplicate equipment or replacement of 8.6.3.5.2* Maximum Operating Time. The end -to -end operat critical components as described in 8.6.5.2. Ti ing time parameters allowed for a one -way radio alarm system 8.6.3.5.4.5 The system shall provide information that indicates shall be as follows: the quality of the received signal for each RARSR supervising each RAT in accordance with 8.6.3.5 and shall provide informa- (1) There shall be a 90 percent probability that the time tion at the supervising station when such signal quality falls below between the initiation of a single fire alarm signal until the minimum signal quality levels set forth in 8.6.3.5. it is recorded at the supervising station will not exceed 90 seconds. 8.6.3.5.4.6 Each RAT shall be installed in such a manner so as (2) There shall be a 99 percent probability that the time be- to provide a signal quality over at least two independent one- : tween the initiation of a single fire alarm signal until it is way RF transmission channels, of the minimum quality level recorded at the supervising station will not exceed specified, that satisfies the performance requirements in 180 seconds. 8.6.2.4 and 8.6.5. (3) There shall be a 99.999 percent probability that the time • 8.6.3.5.5 System Categories. One -way radio alarm systems between the initiation of a single fire alarm signal until it is shall be divided into two categories on the basis of the follow- recorded at the supervising station will not exceed 7.5 min- ing number of RASSRs present in the system: utes (450 seconds), at which time the RAT shall cease trans- mitting. When any number of subsequent fire alarm signals (1) A Type 6 system shall have one RASSR and at least two occur at any rate, they shall be recorded at an average rate RARSRs• no slower than one every additional 10 seconds. (2) A Type 7 system shall have more than one RASSR and at (4) In addition to the maximum operating time allowed for least two RARSRs. fire signals, the system shall be able to record not less than ( a Type 7 system, when more than one RARSR is out of 12 simultaneous status changes within 90 seconds at the service and, as a result, any RATs are no longer being su- supervising station. pervised, the affected supervising station shall be notified. (4) In a Type 6 system, when any RARSR is out of service, a 8.6.3.5.3 Supervision. Equipment shall be provided at the su- trouble signal shall be annunciated at the supervising pervising station for the supervisory and control functions of station. the supervising or subsidiary station and for the repeater sta- 8.6.3.5.6 Loading Capacities. The loading capacities of one- tion radio transmitting and receiving equipment. This shall be way radio alarm systems shall be based on the overall reliability accomplished via a supervised circuit where the radio equip- of the signal receiving, processing, display, and recording ment is remotely located from the system unit. equipment at the supervising or subsidiary station and the ca- 8.6.3.5.3.1 The following conditions shall be supervised at pability to transmit signals during adverse conditions of the the supervising station: transmission channels. 8.6.3.5.6.1 Allowable loadin g capacities shall be in accor- (1) Failure of ac power supplying the radio equipment dance with Table 8.6.3.5.6.1. p (2) Malfunction of RF receiver (3) Indication of automatic switchover, if applicable (A) Each guard's tour transmitter shall reduce the allowable RATs by 15. 8.6.3.5.3.2 Interconnections between elements of transmit- ting equipment, including any antennas, shall be supervised (B) Each two-way protected premises radio transmitter shall either to cause an indication of failure at the protected pre- reduce the allowable RATs by two. mises or to transmit a trouble signal to the supervising station. (C) Each supervised burglar alarm (open /close) or each sup- pressed guard's tour transmitter shall reduce the allowable 8.6.3.5.3.3 If elements of transmitting equipment are physi- RATS by five. tally separated, the wiring or cabling between them shall he protected by conduit. 8.6.3.5.6.2 If the signal receiving, processing, display, and re- cording equipment is duplicated at the supervising station 8.6.3.5.3.4 Personnel shall be dispatched to arrive within 12 and a switchover is able to be accomplished in not more than hours to initiate maintenance after detection of primary power 30 seconds with no loss of signals during this period, the ca- failure. pacity of a system unit shall be permitted to be unlimited. 2007 Edition Advantage Pi 4ection, Inc. Doing Business As: Sonitrol of SW Washington & SafeHome Custom Electronics 8510 -C East Mill Plain Boulevard Vancouver, WA 98664 Phone (360) 696 -2911 Fax (360) 696 -2901 Toll Free (800) 511 -1114 FIRE PLAN SUBMITTAL FOR 4 Lincoln 10250 SW Greenburg Road TIGARD, OR 97223 ANY QUESTIONS PLEASE CALL Troy Senn @ Advantage Protection, Inc. 360- 695 -5072 (office) 360- 909 -7206 (cell) OR Jason Keller @ Advantage Protection, Inc. 360 - 695 -5072 (office) 360- 909 -7037 (cell) THIS PLAN FOR USE BY ADVANTAGE PROTECTION INC. ONLY Leading Provider of Integrated Security • U.L Monitoring Center Advantage P: '`ection Inc. Doing Business As: Sonitrol of SW Washington & SafeHome Custom Electronics 8510 -C East Mill Plain Boulevard Vancouver, WA 98664 Phone (360) 695 -5072 Fax (360) 696 -2901 Toll Free (800) 511 -1114 Scope: Install an AES brand UL 9 edition 7788F RF Subscriber radio to monitor the existing Simplex 4010/4004R fire panel. We will use a supervised input on the radio to monitor for general fire alarm conditions, troubles, and if applicable supervisory's as reported from each fire panel. If a dialer exists we may also use the AES brand 7067 Intellitap as a supplementary device to get specific point data. Leading Provider of Integrated Security • U.L Monitoring Center UL Listed 7744/77884:1-- ES IntelilNet CORPORATION For Alarm Monitoring tsie RF Subscriber Unit __ UL Fire, AA Burglary and NFPA -72 Compliant =- Y E • Options for Full Data for UL Listed r _ Fire and Burglary UL Listed Central ;F • -,F z„ ' ; • Available in 7744 & 7788 r Ili Station ' �"�= Remote Station ; Zone Configurations 864 Ed. 9, 827, 1610, x " _••�� i _ - • Built-in Power Supply 365, 681 . .... ....... di01 I and Battery Charger CSFM NFPA = RF Section 8.6.3.5 • Local Annunciation = Options on Board Advanced Wireless Alarm Monitoring The 7744/7788 smart subscriber unit links an alarm panel to an alarm monitoring central station. This 2 -way transceiver and repeater in one is housed in a full size locking steel cabinet for A„.:--:.---„,, , Gil tan superior performance. The 7744/7788 supports a wide range of :ism) u ";' ""', NFPA inputs such as NO /NC /EOL and direct voltage. It automatically senses wire and antenna cuts, and monitors battery and AC power status. Advanced status reporting, self- diagnostics and a ,, '" __ built -in power supply make the 7744/7788 the first choice for all , °', e 4 ., - --. wireless alarm communication needs. –� —\ Full Data for Fire and Burglary .. -- � . Use with the optional Firetap for full fire data or the IntelliTap for '' full fire and burglary data. Wireless mesh networking is an innovative technology adopted by Available Configurations Available Options many industries with applications that need to communicate data over 7744 – 4 reversing FireTap 7770 a large geographic area with a high level of reliability at a low total cost polarity inputs plus 4 IntelliTap 7067 of ownership. programmable EOL inputs NEMA 4 Enclosure The advanced design and 2 -way 7788 – Programmable EOL High Gain Antenna communications capability provides inputs with 8 zones Additional Back Up Battery easy installation, expansion, and management when compared to Available in Burglary Beige alternative communication methods, or Fire Red = both wired and wireless. AES•IntelliNet Model 7067 IntelliTap -II Page 1 AES 7067 IntelliTap -II Digital Dialer Interface c I3 DS LISTED A Supplemental Alarm Reporting Device SIGNALING DEVICE ALSO SUITABLE FOR USE ASA BURGLAR ALARM SYSTEM ACCESSORY Q PHYSICAL INSTALLATION / Dialer /Telephone Connector NOTE on 7450 -XL: 7 The 7067 board • • The 7067 IntelliTap is mounted inside the AES Subscriber Unit. 00000000001 L9OL is mounted upside down from other * illustrations Mounting Holes Hez nut 7050 -E & 7750 -F Series 70G7 Board • mot- 1, . ,;' Hes Standoff / 8 l /Po Serial / Power Connection f S er i awer Connection , 7050 (or F) Boar t: Case Programming Pin Set EE i'__ 0. Programming Pin Set /Side View: Use standoffs 0. 00 provided to mount the 7067 board over the 0. t subscriber board as shown. WARNING Mounting Holes 7450 -XL To Prevent The Risk Of ❑� Electric Shock, Deenergize The System 7 067 100000000001 Conrol Unit And 110000000000001 1001 Dialer/ 000000 1001 Disconnect The Telephone Connector Telephone Lines Before Subscriber Zone Inputs Subscriber Zone Inputs Opening This Unit Figure 1: Installation into 7050 -E and F- Series Figure 2: Installation into 7450 -XL PHYSICAL INSTALLATION of 7067 in an AES Subscriber Unit The Tap is installed inside the subscriber unit. HOW IT WORKS For 7050 -E or 7750 -F Subscriber Unit: See Figure 1 The AES Model 7067 IntelliTAP -II is a supplemental reporting interface for an AES Subscriber Unit. The Tap II controls the incoming telephone line, • Remove four (4) lower nuts holding main board inside box. Save the nuts. and provides phone line simulation for maximum alarm panel compatibility. • Install 4 standoffs (provided) in place of nuts, securing the subscriber unit It retrieves panel data in Contact ID or 4 +2 formats from the built -in circuit board and providing a mount for the "TAP ". Do not overtighten. communicator of an alarm panel. The TAP acts as a digital receiver and • Mount TAP board on standoffs. Secure the board with the 4 nuts removed gives the proper responses to the alarm panel. The alarm panel only has to earlier. tone dial a selected phone number for the TAP to respond and receive the • Earth ground should be connected to lower right terminal. event. The TAP forwards the dialer data to the central station through an • Install 6 wire modular cord between Tap and subscriber main board. AES•IntelliNet Radio Data Network. More Features For 7450 Subscriber Unit: The IntelliTap board is mounted to the inside of • Use with or without a phone line attached. the cover with double -back adhesive tape. Install the 6 wire modular cord •Telephone Line Cut Detection: The TAP can monitor for telephone line between the Tap and the subscriber board. cuts. In the event of a line cut, the Tap will simulate line voltage and dial For 7450 -XL Subscriber Unit: The IntelliTap board is mounted on tone so that the panel can convey alarm data to the AES subscriber unit in standoffs to the predrilled holes on the plate inside the case. Install the 6- the event of an alarm. wire modular cord between the Tap the subscriber board. • Alternate Reporting Trigger - The Tap also has an output to activate an NOTE:The 7067 IntelliTap -II must be mounted inside subscriber alternate communication device if the radio subscriber unit is off the enclosure. Also. a separate output of the alarm panel must be network. used to activate one zone of the AES subscriber unit on alarm" COMPATIBILITY SPECIFICATIONS Alarm Panel Compatibility: The TAP works with many alarm panel's digital communicator or dialer output that is programmable for either 3 +1, I/O - Connections: 4 +1, 4 +2, Contact ID or Point ID formats, with tone dialing capability. In a • RS -232 data link to 7750 -F, 7050 -E, or 7450 -XL line cut situation, the Subscriber ID number is used. In addition to the Tap, • Incoming Telephone Line at least one alarm panel output must be connected to a zone of the AES • Phone Output from Alarm Panel • House Phone Subscriber Unit. Indicators: Green LED, ON when phone line relay engages Radio Subscriber Unit Compatibility: The TAP is an accessory for the Red LED - Status , Blink=Normal; Steady =Error AES model 7050 -E, 7750 -F, 7450 Radio Subscriber Units with Version Off when receiving call; blinks during data transfer ESB /SUB 1.71 or later. Formats Supported • 3 +1, 4 +1, 4+2 • Contact ID / Point ID Controls: • 1 Reset Switch • Jumper Pins for Programming Central Receiver Compatibility: 7000/2, 7000/1, 7099, et77, Size: 3.9x5x1.2" (9.8x12.7x3cm) 7703, and Keltron RF7300 receivers will accept TAP packets. ets. Some earlier Mounting: Inside subscriber unit case; versions may require an upgrade. Refer to the section on central stations at Power Re: Inside primary and backup power provided by AES the end of this manual. Note that the receiver's automation output sends Subscriber Unit dialer information from the alarm panel, including the alarm panel ID Current: Typical: 50ma (no load on ERR output), Maximum: 320ma (with max number. In a line cut the Subscriber ID number is used. load on ERR output) Note: The automation output will send Contact ID information from the t alarm panel, including the panel ID number. The AES Subscriber Unit A ID is sent in a line cut situation. IN 44- VA ES IntelliNet CORPORATION WARNING: Test this system periodically for proper ■� operation. AES assumes no responsibility for this ■ 285 Newbury Street • Peabody, Massachusetts 01960 USA equipment's failure to operate. AES's sole responsibility is Ul Tel 978 - 535 -7310 • Fax 978- 535 -7313 IV www.aes- intellinet.com • email info@aes-intellinet.com to repair or replace any AES device found to be defective V during the warranty period. f © 2003, 2004 AES Corporation • All Rights Reserved. Rev B.01 Doc #40 - 70676,08/05/04 Sheet1 DEVICE NUMBER OF STANDBY CURRENT ALARM CURRENT TOTAL DEVICE TOTAL DEVICE DEVICES PER DEVICE PER DEVICE STANDBY ALARM CONTROL PANEL AES 7744/7788 Radio � s Q a k ka .�iM' :4 I i y � 4 x.... ':. .. - ' � " � ; i HORN /STROBES FIRE DEVICES ‘;1 . BATTERY STANDBY HOURS TOTAL AMP HOURS CALCULATIONS 24 4.2672 1 12v 7ah battery for a total of 12v 7ah ALARM AMPS AMP HOURS 0.8 0.0672 Page 1