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3003 W CASINO RD BLDG 40-23 2018-09-21
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3003 W CASINO RD BLDG 40-23 2018-09-21
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9/21/2018 4:14:45 PM
Creation date
4/27/2018 9:38:33 AM
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Address Document
Street Name
W CASINO RD
Street Number
3003
Tenant Name
BLDG 40-23
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dependant on the release device and suppression sys- Board. R-G-Y status LEDs are provided. Contact ratings <br /> tem. While the circuits are power limited, utilizing this are 3 A at 30 VDC or 120 VAC. <br /> option for releasing requires the use of a field In-Line <br /> Release Device — separate for solenoids and actuators. <br /> An NFPA-72 compliant disconnect switch provides the RELAY EXPANSION CARDS SPECIFICATION <br /> means to physically isolate the circuit from its associated Number of Cards: Subject to slot availabil- <br /> field wiring. ity, max 24 in control <br /> unit <br /> R-NAC EXPANSION CARDS SPECIFICATION Number of Relays Per Card: Four <br /> Relay Specifications: Same as Relays on <br /> Number of Cards: Subject to slot availabil- MCB <br /> ity, max 24 in control <br /> unit <br /> Number of Circuits Per Card: Three City Tie Card <br /> Circuit Specifications: Same as R-NAC on The optional City Tie Card provides connection and oper- <br /> MCB ation for three independently operated signaling circuits <br /> used to connect to Municipal Tie inputs as either Local <br /> Triple Redundancx Protection Energy output, Shunt-Type Master Box output or <br /> Unlike some generic fire alarm control units adopted for Reverse Polarity output. The City Tie Card occupies a <br /> releasing service, at its core the ARIES NETLink is sup- single slot in the Card Cage Assembly and plugs directly <br /> pression focused. Featuring the exclusive Triple-R redun- into the backplane. The ARIES NETLink allows one City <br /> dancy safeguard wherein no single component failure or Tie Card per control unit. <br /> combination of abnormal operating conditions including <br /> main microprocessor failure is allowed to result in acci- <br /> dental release activation, the ARIES NETLink provides CITY TIE CARD SPECIFICATION <br /> the same high quality, dependability and maximum pro- Number of Cards: Max 1 in control unit <br /> tection against inadvertent release that have been the Number of Circuits Per Card: Three <br /> hallmark of Kidde suppression panels for decades. The <br /> Triple-R system requires that in order to activate a Local Energy Type: 24 VDC nominal <br /> release, the main microprocessor issue two release com- @ 550 mA maximum <br /> mands of opposite polarity via separate signaling chan- Shunt-Type Master Box: 24 VDC nominal <br /> nels and that these commands combine with a signal @ 5 A maximum <br /> from the control uniYs watchdog timer to confirm the Reverse Polarity Type: 24 VDC nominal <br /> microprocessor operation. The Triple-R system ensures @ 100 mA maximum <br /> that electrical transients or disturbances such as power <br /> surges that could interfere with the operation of the main Networking�FUTURE� <br /> microprocessor will not inadvertently activate the con- For large areas or campus style applications, ARIES <br /> nected suppression system. The result is a more robust NETLink control units can be networked into a powerful <br /> and reliable suppression control unit. system capable of supporting 130,560 addressable <br /> Relavs devices. The ARIES NETLink has the capability to pro- <br /> The Main Controller Board incorporates 3 programmable vide true peer-to-peer networking of up to 64 control <br /> Form-C Relays and 1 Form-C Trouble relay. The Expan- units. Added functionality is provided when the Remote <br /> sion Card occupies a single slot in the Card Cage Display-Control Module (RDCM) are connected to the <br /> Assembly and plugs directly into the backplane. The sys- individual control panels and hence into the interconnec- <br /> tem can be expanded by adding Relay cards to the back- tion scheme. The network is capable of performing fire- <br /> plane. Each Relay card provides four programmable alarm and/or suppression system operations on a net- <br /> Form-C relays similar to those on the MCB. The number Work-wide basis: <br /> of Relay Expansion Cards in a system is limited only by <br /> the availability of card slots—which itself is limited to 24. <br /> Each relay is independently-driven and can be pre-pro- <br /> grammed to change state for all states of Alarm, Trouble <br /> and Supervisory conditions. Relays are normally de- <br /> energized, unless configured for Trouble. A Trouble relay <br /> is energized upon startup and changes state for any <br /> Trouble event, including failure of the Main Controller <br /> -6- <br />
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