Farenhyt y Engineered g Distributors IP & Alternative Alt ti Communication C i ti Applications A li ti Loren Schreiber Silent Knight Product Manager Workshop Agenda Challenges presented by sunset of POTS lines Alternative communication equipment options available AHJ concerns and education on alternative communication Examples of successful selling strategies POTS IP Cellular Long Range Radio Fire Alarm Control Panel Central Station 2012 Annual Distributor Conference for Farenhyt Distributors 2 Sunset on POTS Lines AT&T goal to eliminate POTS lines by 2014 FCC National Broadband Plan (www (www.broadband.gov) broadband gov) Give everyone in the United States access to broadband services by 2020 Recommends 15.5 billion in government funding to accomplish Includes eliminating government funding for POTS lines Estimated 700,000 phone lines going down each month in 2010 2012 Annual Distributor Conference for Farenhyt Distributors 3 Challenges to Fire Alarm Dealers Customers unaware their POTS lines have been eliminated VOIP is not UL listed with DACTs ((Must be a POTS line)) FACP communicator troubles on the rise AHJs apply AHJ l DACT NFPA 72 code d to alternative communications 2012 Annual Distributor Conference for Farenhyt Distributors 4 Alternative Communications IP Communications • IPDACT IPDACT-2/2UD 2/2UD • IPGSM-DP Cellular (GSM) • IPGSM-DP • Telguard TG TG-7FS 7FS Long Range Radio • AES AES-7744F 7744F • AES-7788F 2012 Annual Distributor Conference for Farenhyt Distributors 5 IP Communications - What is TCP/IP? Hello how are you? Transmission Control Protocol / Internet Protocol TCP/IP converts data into smaller pieces called packets for transmission over a network The packets are reassembled at the destination 2012 Annual Distributor Conference for Farenhyt Distributors 6 IP Communications Each packet contains: The IP address of the destination The total number of packets that hold the data packet's sequence q number The p The data being transmitted Packets may not arrive at their destination in order Individual packets for one message may travel different routes to the destination I know k what h TCP/IP is, but how does it work? TCP/IP reassembles the data at the destination 2012 Annual Distributor Conference for Farenhyt Distributors 7 Individual packets may take different routes to the destination. Seattle Denver New York Chicago Kansas City San Francisco Phoenix Los Angeles Atlanta Dallas 2012 Annual Distributor Conference for Farenhyt Distributors 8 Silent Knight IP Communicators IPDACT-2 / IPDACT-2UD IP Communicator IP Communicator board only IPENC – External mounting enclosure includes mounting bracket and screws SK-IP-2 / SK-IP-2UD are kits that include both board and enclosure 2UD iincludes l d modem d d daughter ht b board d tto allow ll up/downloading /d l di off the IFP-2000, IFP-1000, and IFP-100 series controls. IPDACT-2/2UD SK-IP-2/2UD 2012 Annual Distributor Conference for Farenhyt Distributors 9 Silent Knight IP Communicators IPDACT-2 / IPDACT-2UD IP Communicator Connects to primary dialer output on panel Connects via Internet or Intranet with 512 bit AES encryption Communicates with compatible Teldat Corporation receiver Supervised every 90 seconds! IPDACT-2/2UD SK-IP-2/2UD 2012 Annual Distributor Conference for Farenhyt Distributors 10 Alarm Panel picks up Line 1 DACT dails telephone# Sends Contact ID report CMS Receiver De encapsulated & deDe-encapsulated de encrypted Contact-ID transmission over the serial line Emulating a traditional receiver Central Station’s Router IP Communicator encrypts message Encapsulates in UDP Sends via internet Internet Customer’s Router Automation SW Alarm displays in less than 10 seconds!!! 2012 Annual Distributor Conference for Farenhyt Distributors 11 Installation Precaution To 24 VDC Filtered,, Non-resettable Power CAUTION! Failure F il tto observe b proper polarity l it off th the power connection will result in catastrophic damage to IP Communicator! 2012 Annual Distributor Conference for Farenhyt Distributors 12 Installation Precaution -+ Program NAC / IO circuit as constant power before connecting device -2 2 = 136mA in alarm; 93mA in standby -2UD = 155mA in alarm; 98mA in standby 2012 Annual Distributor Conference for Farenhyt Distributors 13 Silent Knight IP / Cellular Communicators IPGSM-DP DP = Dual Primary Mode 1 Internet Primary Cellular Secondary Mode 2 IP Only Mode 3 Cellular Only Requires an AlarmNet account IPGSM-DP 2012 Annual Distributor Conference for Farenhyt Distributors 14 Silent Knight IP / Cellular Communicators All inclusive package Cabinet Communicator Power Supply Antenna Assembly Built-in Dialer Capture Contact ID Reporting IPGSM-DP 2012 Annual Distributor Conference for Farenhyt Distributors 15 Silent Knight IP / Cellular Communicators AT&T Control Center IPGSM-DP Internet Protected Premise AlarmNet 2012 Annual Distributor Conference for Farenhyt Distributors Central Station 16 AlarmNet Transport Services Industry’s I d ’ llargest service i provider id Over 2,000,000 accounts Over 700 AlarmNet central stations Adding 800 new AlarmNet accounts DAILY AlarmNET AT&T’s largest Machine to Machine p partner Web-based tools from AlarmNet Activation Registration Programming Diagnostics 2012 Annual Distributor Conference for Farenhyt Distributors 17 AlarmNet Transport Services Event Format = AAAAIIQEEEMMZZZK AAAA Account number II Message type always 18 Q Event qualifier 1 = New, 3 = Restore, 6 = old EEE Event code - 3 digits (See manual) MM Used to report the module number the point is linked to. ZZZ Zone number reporting p g the Alarm (001( 999) or Point ID (Zero filled) K Message sum Contact ID is a 16 digit format AlarmNet uses older 15 digit architecture hit t The module number MM is truncated Internal keypad 32 = 2 Internal SLC 33 = 3 Internal Power Supply 34 = 4 2012 Annual Distributor Conference for Farenhyt Distributors 18 Silent Knight IP / Cellular Communicators Supervision automatically set with communication mode selection IP primary, GSM backup = 24 hours supervision IP (internet) single comm path = 5 minutes supervision GSM (cellular) single comm path = 5 minutes supervision IPGSM-DP 2012 Annual Distributor Conference for Farenhyt Distributors 19 Telguard Cellular Communicators TG-7FS Mode 1 Telco Primary Cellular Secondary Mode 2 Cellular Primary Telco Secondary Mode 3 TG-7FS Cellular Onlyy Requires a Telular Communication Center account 2012 Annual Distributor Conference for Farenhyt Distributors 20 Telguard Cellular Communicators All inclusive package Cabinet Communicator Power Supply Antenna Assembly Built-in Dialer Capture Selectable Reporting Format 2012 Annual Distributor Conference for Farenhyt Distributors TG-7FS 21 Telguard Cellular Communicators Supervision set with communication mode selection GSM primary primary, Telco backup = 24 hours supervision Telco primary, GSM backup = 24 hours supervision GSM (cellular) single comm path = 5 minutes supervision Contact ID reports all 16 digits to the central station 2012 Annual Distributor Conference for Farenhyt Distributors 22 AES Long Range Radio AES-7744F Primary communications with 4 reverse polarity inputs or 4 programmable EOL inputs Ancillary or supplementary communications with AES-7794 IntelliProFire Dialer capture card AES-7788F AES-7744F Primary communications 8 programmable EOL i inputs t Ancillary or supplementary communications with AES-7794 IntelliProFire Dialer capture card 2012 Annual Distributor Conference for Farenhyt Distributors 23 AES Long Range Radio Uses a wireless mesh network Remote transceiver used to monitor the fire alarm panel Inputs from dry contacts relays Alarm, Supervisory and Trouble AES-7744F E Each h ttransceiver i relays l itits d data t tto th the central t l receiver via radio transmission If the transceiver is too far to reach the central receiver directly, it simply hops the data to the next closest transceiver 2012 Annual Distributor Conference for Farenhyt Distributors 24 AES Long Range Radio If data can not be relayed via one route, the mesh network automatically selects the next best route from a choice of up to 8 available routes at any given time Highly redundant & reliable Silent Knight addressable FACP’s has pre-programmed relays Alarm, Supervisory and Trouble Military Applications Monaco Enterprises King-Fisher X 2012 Annual Distributor Conference for Farenhyt Distributors 25 NFPA 72 References The alternative communicators meet all requirements for a single communication line (no redundant communications required) under the 2007 edition of NFPA 72, section 8 6 4 and 8.6.4 d section ti 26 26.6.3 6 3 iin 2010 The following part of section 8.6.4 ((from the 2007 edition)) refers to Communication Integrity g y for single path communications Each section describes how the communicators meet or exceed the requirement 2012 Annual Distributor Conference for Farenhyt Distributors 26 NFPA 72 References 8.6.4.4.1 Any failure shall be annunciated at the supervising station within 5 minutes of the failure Model # IP GSM Long Range Radio 90 seconds or less N/A N/A IP Only IPGSM-DP 5 minutes or less N/A N/A IP Only IPGSM-DP IPGSM DP N/A 5 minutes or less N/A GSM Only IPGSM-DP 24 hours or less 24 hours or less N/A IP with GSM backup TG-7FS N/A 5 minutes or less N/A GSM only AES-7744F AES-7788F N/A N/A 5 minutes or less IPDACT-2/2UD 2012 Annual Distributor Conference for Farenhyt Distributors Single or Dual Path? Long Range Radio only 27 NFPA 72 References 8.6.4.4.2 If communications cannot be established with the supervising station, an indication of this failure to communicate shall be annunciated at the protected premises Model # IP GSM Long Range Radio 90 seconds or less N/A N/A IP Only IPGSM-DP 5 minutes or less N/A N/A IP Only IPGSM-DP IPGSM DP N/A 5 minutes or less N/A GSM Only IPGSM-DP 24 hours or less 24 hours or less N/A IP with GSM backup TG-7FS N/A 5 minutes or less N/A GSM only AES-7744F AES-7788F N/A N/A 5 minutes or less IPDACT-2/2UD 2012 Annual Distributor Conference for Farenhyt Distributors Single or Dual Path? Long Range Radio only 28 NFPA 72 References 8.6.4.4.3 If a portion of the communications path cannot be monitored for integrity, a redundant communications p path shall be p provided The communications path is supervised every 5 minutes or less for integrity therefore there is no need for a redundant communications path 2012 Annual Distributor Conference for Farenhyt Distributors 29 NFPA 72 References 8.6.4.4.4 Provision shall be made to monitor the integrity of the redundant communications path There is no need for a redundant communications path per 8.5.4.4.3. 2012 Annual Distributor Conference for Farenhyt Distributors 30 NFPA 72 References 8.6.4.4.5 Failure of both the primary and redundant communications paths shall be annunciated at the supervising station within not more than 24 hours of the failure Failure of the communications path is annunciated at the supervising station within 5 minutes 2012 Annual Distributor Conference for Farenhyt Distributors 31 NFPA 72 References 8.6.4.4.6 System units at the supervising station shall be restored to service within 30 minutes of a failure A hot backup receiver is specified for the Central Station 2012 Annual Distributor Conference for Farenhyt Distributors 32 NFPA 72 References 8.6.4.4.7 The transmission technology shall be designed so that upon failure of a transmission channel serving a system unit at the supervising station, the loss of the ability to monitor shall not affect more than 3000 transmitters The Central Station receiver will monitor up to 3,000 units maximum 2012 Annual Distributor Conference for Farenhyt Distributors 33 NFPA 72 References (2010 Edition) 26.6.3.1.12 Secondary Power Secondary power capacity in accordance with 10 5 6 shall be provided for all equipment 10.5.6 necessary for the transmission and reception of alarm, supervisory, trouble, and other signals located at the protected t t d premises i and d att the th supervising i i station. t ti Routers will need to have secondary power 2012 Annual Distributor Conference for Farenhyt Distributors 34 Does AHJ still have questions or concerns? Download supporting documents from Silent Knight or Farenhyt website Contact Mike McIsaac - Silent Knight UL Coordinator mike.mcisaac@honeywell.com 763-463-4144 2012 Annual Distributor Conference for Farenhyt Distributors 35 Successful Selling Strategies •When did my POTS lines switch? •Why is a UL listed system important? •Why is my system in Comm trouble so often? Fire Alarm Control Panel •How much money can I save? Central Station Customer Cloud of Questions 2012 Annual Distributor Conference for Farenhyt Distributors 36 Successful Selling Strategies Sa gs Savings Eliminate Troubles UL Listing Issues 2012 Annual Distributor Conference for Farenhyt Distributors 37 Customer Savings (Show Me the MONEY!) Show your customer the numbers Cost of two phones ($80 - $100 a month) Monitoring charges May increase depending on communication path Increase your recurring monthly revenue Present a visual five year plan 2012 Annual Distributor Conference for Farenhyt Distributors 38 Visual 5 Year Plan (Show Me the MONEY!) Current Communication Costs Alternative Communication Costs Monthly phone line cost $90.00 Monthly monitoring cost $36.00 Total monthly comm cost $126.00 Monthly phone line cost $00.00 Monthly monitoring cost $44.00 Total monthly comm cost $44.00 Total monthly savings $82.00 Installation Cost 2012 Annual Distributor Conference for Farenhyt Distributors 39 Eliminate FACP System Communication Troubles T Trouble bl conditions diti are caused db by phone h company switch it h over from analog to digital communications FACP analog g signal g broken up into packets and sent digitally. g y The switch from analog to digital and back to analog again can cause frequency gaps The tight tolerance of central station receivers can prevent the receiver from kissing off the reported event causing a communication trouble at the FACP Alternative te at e co communications u cat o s e eliminates ates tthis s type o of ttrouble oub e GENERAL ALARM SUPERVISORY TROUBLE cnt [1] SYSTEM TROUBLE SYSTEM SILENCE <Press for status> SYSTEM POWER 2012 Annual Distributor Conference for Farenhyt Distributors 40 Keep a UL Listing on the Fire Alarm System U Underwriters d it L Laboratories b t i iis a ttesting ti agency to ensure fire alarm systems meet NFPA standards DACTS were not designed or tested to be used with VOIP Although Alth h fifire alarm l communications i ti may not see an interruption, the system is no g UL listed if POTS lines have been longer eliminated If a fire event occurs, a non-UL listed system may open up liability and/or insurance coverage issues 2012 Annual Distributor Conference for Farenhyt Distributors 41 Alternative Communication Options IPDACT-2 IPDACT-2UD C U IPGSM-DP AES-7744F AES-7788F S 88 Telguard TG-7FS G S Communication Path IP Only IP/GSM backup IP Only GSM Only POTS/GSM backup GSM/POTS backup GSM Only LR Radio Only Reporting p g Format Full 16 digit Contact ID Currently 15 digit Contact ID MM truncated Selectable Formats (Full 16 digit Contact ID) Dialer capture not UL listed – dry contact inputs only Supervision Time IP – 90 seconds IP/GSM – 24 hours IP – 5 minutes GSM – 5 minutes POTS/GSM – 24 hours GSM/POTS – 24 hours GSM – 5 minutes LR Radio – Programmable 5 minutes or less Power Considerations Requires +24VDC accessory power. Routers require secondary power. Self contained power supply and battery backup. IP routers require secondary power. Self contained power supply and battery backup. Self contained power supply and battery backup. FACP Supervision p Communicator will drop phone line voltage Communicator will drop phone line voltage Communicator will drop phone line voltage Must use trouble relay to trip FACP input Downloading Capability Selected Panels No No No 2012 Annual Distributor Conference for Farenhyt Distributors 42 Farenhyt y Engineered g Distributors Thank Th k you for f attending tt di the th 2012 Annual Distributor Conference!