PROJECT MANUAL PART II TECHNICAL PROVISIONS. Concourse B Fire Alarm Replacement CONTRACT NO Issued for Bid January 13, 2016

Transcription

1 PROJECT MANUAL Concourse B Fire Alarm Replacement CONTRACT NO PART II TECHNICAL PROVISIONS Issued for Bid January 13, 2016 CITY & COUNTY OF DENVER DEPARTMENT OF AVIATION

2 SECTION INTELLIGENT LIFE SAFETY FIRE MANAGEMENT SYSTEM PART 1 - GENERAL 1.1 SUMMARY A. This section covers the fire detection and alarm system, and associated equipment for use in the DEN Fire Alarm Replacement Project. The Contractor shall provide all skilled labor, material, and equipment for the complete installation of the fire detection and alarm system additions and modifications as shown on the drawings and specified herein. The fire alarm system on this project is an extension of the existing fire alarm system. The Contractor shall acquire from the manufacturer SimplexGrinnell the installation practices as published by the manufacturer. Installation shall be in compliance with manufacturer published installation guidelines except as noted in these specifications. B. The specification is provided in support of the DEN Concourse B Fire Alarm Replacement project as defined herein. The general scope of the project is to provide a replacement fire alarm system that is compliant with the Contract Documents and all applicable codes, standards, and project requirements. Upon project completion a complete and fully functional system shall be provided to Denver International Airport (Owner). C. The Contractor shall be responsible for providing a complete installation and conduct testing in compliance with DEN requirements, Denver Building Codes, and Denver Fire Prevention Division requirements. If conflicts occur in this specification or between this specification and the Contract Documents, the most stringent requirement shall apply. D. Tenant Finish and other airport construction projects will be in progress during the course of this installation. The requirements as set forth in separate tenant improvement documentation packages shall be integrated into, and coordinated with the installation of the new fire alarm system. Coordination and integration will be handled contractually by the Tenant Finish project. E. The drawings referenced by this specification are for system installation, but may not represent all applicable installation practices, methods, or means. The Engineer of Record has developed shop drawings for permitting that reflect details of field installation. The Contractor is not responsible for the creation of shop drawings, but is responsible for daily and final accuracy of as-built documentation through an approved red line process. F. The Contractor for this scope of work shall be responsible for the installation of a complete fire alarm replacement project as specified in the Contract Documents. All Fire Alarm Control Panels (Nodes) and Workstations are currently installed and operational. All other fire alarm equipment (i.e. parts), programming of Simplex panels, vendor testing, and deprogramming of EST panels shall be by SimplexGrinnell under separate contract direct to DEN. Installation of conduit, wire, fire alarm equipment, testing, and decommissioning/removal of existing equipment shall be the responsibility of Contractor as required by this specification and Contract drawings

3 G. The Engineer responsible for the design of the fire alarm and emergency communications system for this project shall be known as the Engineer of Record, and shall be responsible for the complete design of the fire alarm and emergency communications system. H. The Engineer shall be responsible for ensuring that all documentation submitted will result in the issuance of the permit to proceed by the Authority Having Jurisdiction (AHJ). See Article 1.3, Paragraph B for Contractor s permit submittal responsibilities. I. Owner s Designated Representative shall be responsible for obtaining concurrence between the appropriate DEN organizations, including Planning, Development, and Maintenance, in order to formalize Owner approvals. J. The Contractor shall create and submit a detailed Migration Plan in accordance with Article 1.12 of this Section and Project Administrative Modification #17. The requirements of Project Administrative Modification #17 are included in Article 1.12 of this Section. K. The Contractor shall provide qualified fire alarm installers licensed as Fire Alarm System Installer/Journeyman in accordance with the Denver Fire Department, Fire Prevention and Investigation Division Licensing Program. In addition, a NICET Level 2 certified technician/installer shall be provided to supervise the work of each crew of up to four installers. The NICET Level 2 technician is not required to be the crew foreman. Contractor shall submit NICET Level 2 certification for a minimum of two technicians for the project with the bid documentation. It is anticipated that at least four NICET Level 2 technicians may be required due to the construction schedule of this project. Failure to include NICET Level 2 certification documents with the bid will disqualify the bidder for this project. 1.2 DEFINITIONS AND ABBREVIATIONS A. AHJ Authority Having Jurisdiction B. ASD Aspirating Smoke Detection C. Contractor The term Contractor in this Section shall apply to the organization directly responsible for the complete installation of the fire detection and alarm system or contracted portion thereof. D. DEN Denver International Airport E. DIA Denver International Airport F. ECS Emergency Communication System. At DEN, the ECS includes non-fire alarm system components including the IED Paging System and video capture of MUFIDS and advertising displays through the Com-Net System. For this scope of work, the Contractor will be responsible only for ECS components that are connected, controlled, or powered by the fire alarm system, such as ALERT strobes, LED textual signage, and interface control modules. G. Engineer The Engineer is responsible for the design of the fire alarm and emergency communications system for this project and fulfills the design responsibility of the Engineer

4 of Record. This may also be referred to as the Designer or Designer of Record elsewhere in these specifications. H. FACP Fire Alarm Control Panel or Fire Alarm Control Unit I. FCC Fire Command Center as defined by Denver Amendments to the International Fire Code J. FSCS Firefighter Smoke Control Station [referred to as a Firefighter Smoke Control Panel (FSCP) in the Denver Amendments] K. IDNac Simplex (proprietary) addressable notification signaling line circuit L. IDNet Simplex (proprietary) signaling line circuit M. Manufacturer The term manufacturer in this Section shall apply to the organization responsible for providing fire alarm equipment, equipment design and operation, and system programming as defined herein. The manufacturer of the majority of the fire alarm equipment shall be SimplexGrinnell. N. NAC Notification Appliance Circuit O. Owner Denver International Airport (DEN) P. RUI Remote Unit Interface Q. SLC Signaling Line Circuit R. TSW Simplex TrueSite Workstation 1.3 RELATED DOCUMENTS A. Drawings, General and Special Conditions, Division 01 General Requirements and other applicable technical specifications apply to work of this Section. B. The requirements of construction permits and authorization to proceed shall become part of this specification. The construction permits shall be coordinated and obtained by the Contractor as necessary, but permit costs will be paid directly by DEN. Prior to commencement and after completion of work, the Contractor shall be responsible for securing all permits and scheduling all inspections with the appropriate Authority Having Jurisdiction (AHJ). Overtime/night inspection fees shall be paid directly by DEN. 1.4 RELATED SECTIONS A. Technical Specification Division 01 - General Requirements. B. Section Cutting and Patching C. Section Basic Electrical Requirements

5 D. Section Low Voltage Electrical Power Conductors and Cables. E. Section Grounding and Bonding for Electrical Systems F. Section Hangers and Supports for Electrical Systems G. Section Raceways and Boxes for Electrical Systems H. Section Sleeves and Sleeve Seals for Electrical Raceways and Cabling I. Section Identification for Electrical Systems J. Section Wiring Devices K. Section Emergency Communications System 1.5 REFERENCED STANDARDS A. Comply with the requirements of the reference standards noted herein, except where more stringent requirements are listed herein or otherwise required by the Contract Documents. A listing of applicable reference standards is contained in Division 01. Adherence to these standards will be strictly enforced. B. National Fire Protection Association (NFPA): 1. NFPA 13, Standard for the Installation of Sprinkler Systems (2010 Edition) 2. NFPA 20, Installation of Stationary Pumps for Fire Protection (2010 Edition) 3. NFPA 70, National Electrical Code (2011 Edition) 4. NFPA 72, National Fire Alarm and Signaling Code (2010 Edition) 5. NFPA 92A, Standard for Smoke-Control Systems Utilizing Barriers and Pressure Differentials (2009 Edition) 6. NFPA 92B, Standard for Smoke Management Systems in Malls, Atria, and Large Spaces (2009 Edition) 7. NFPA 101, Life Safety Code (2009 Edition) 8. NFPA 130, Standard on Fixed Guideway Transit and Passenger Rail Systems (2007 Edition) 9. NFPA 415, Standard on Airport Terminal Buildings, Fueling Ramp Drainage, and Loading Walkways (2008 Edition) C International Building Code (IBC) with the Denver Amendments D International Fire Code (IFC) with the Denver Amendments E International Mechanical Code (IMC) with the Denver Amendments F. City and County of Denver Building and Fire Code Amendments

6 G. Underwriters Laboratories (UL): 1. UL 6, Electrical Rigid Metal Conduit Steel 2. UL 38, Standard for Manual Signaling Boxes for Fire Alarm Systems 3. UL 228, Standard for Door Closers-Holders, With or Without Integral Smoke Detectors 4. UL 268, Smoke Detectors for Fire Alarm Systems 5. UL 268A, Standard for Smoke Detectors for Duct Application 6. UL 464, Standard for Audible Signal Appliances 7. UL 521, Standard for Heat Detectors for Fire Protective Signaling Systems 8. UL 797, Electrical Metallic Tubing Steel 9. UL 864, Standard for Control Units and Accessories for Fire Alarm Systems 10. UL 1242, Standard for Electrical Intermediate Metal Conduit Steel 11. UL 1480, Standard for Speakers for Fire Alarm, Emergency, and Commercial and Professional Use 12. UL 1971, Standard for Signaling Devices for the Hearing Impaired 13. Other UL Standards shall be applied to ensure that all materials are listed for their intended purpose. H. UNITED STATES ACCESS BOARD (USAB) American with Disabilities Act (ADA) and the 2010 ADA Standards for Accessible Design I. AMERICAN SOCIETY OF MECHANICAL ENGINEERS (ASME) 1. ASME A17.1, Safety Code for Elevators and Escalators (2004 Edition; 2005 Supplement) 2. ASME A17.3, Safety Code for Existing Elevators and Escalators (2005 Edition) 1.6 SYSTEM DESCRIPTION A. Provide a complete, addressable, networked microprocessor-based fire alarm system with initiating devices, notification appliances, and monitoring and control devices, and other equipment as specified herein. The system shall include, where necessary, fire alarm control panels (units), workstations, fire alarm transponder panels (units), power expansion panels, and all other required components as necessary to ensure compliant operation and interoperability of this system. B. Systems, equipment, and services to be provided and installed shall include all programming, equipment, devices, and wiring required to allow the system to operate as a low voltage, fully addressable Fire Management System and shall include, but not be limited to, the following in order to provide a complete operating system: 1. Fire alarm equipment and devices 2. Fire alarm system software updates and modifications

7 3. Network software modifications to all workstations 4. Raceways, boxes, fittings and accessories 5. Connection to and interface with equipment and devices monitored or controlled by the fire alarm system 6. Record documents to include plan drawings to reflect as-built conditions, panel schedules, and hard copy of system programming 7. System acceptance testing C. UL listing: All provided equipment shall be listed under the appropriate category by Underwriters Laboratories, Inc. (UL) for its intended purpose and shall bear the appropriate UL label. UL shall be the primary listing agency. However, listing from other agencies shall be acceptable when approved by the Engineer and DEN. D. The system shall be designed with the following spare capacity. 1. Signaling Line Circuits shall have 10% spare capacity except areas with tenants shall have 20% spare capacity. 2. Notification Appliance Circuits shall have 10% spare capacity except areas with tenants shall have 20% spare capacity. 3. Batteries provided for the new fire alarm system shall be sized for 120% of required capacity. Except that NAC power extender panel batteries shall not be required to exceed the charging capacity of the panel. 4. The Engineer of Record will be responsible for providing spare capacity in the permitted design documents. The Contractor shall be responsible for ensuring compliance with spare capacity during any field modification of the design. 1.7 SYSTEM OPERATING FEATURES A. Software: 1. The fire alarm system shall allow for loading and editing instructions and operating sequences as necessary. The system shall be capable of on-site programming to accommodate system expansion and facilitate changes in operation. All software operations shall be stored in a non-volatile programmable memory within the fire alarm control unit. Loss of primary and secondary power shall not erase the instructions stored in memory. The system shall be capable of storing dual configuration programs with one active and one in reserve. The FACPs shall be capable of full system operation during a new configuration download. B. History Logs: 1. The system shall provide a means to recall alarms and trouble conditions in chronological order for the purpose of recreating an event history. A separate alarm and trouble log shall be provided. C. Recording of Events:

8 1. Provide means to record all alarm, supervisory, and trouble events in system workstations including the type of signal (alarm, supervisory, or trouble) with the device identification, date and time of the occurrence. D. Maximo Interface 1. The system shall include an SQL interface at one or more of the fire alarm control panels configured to send text messages of alarm, trouble and supervisory events to DEN s Maximo system. The Fire Alarm system shall have the capability to accept a.csv file from Maximo and manually download this data into the Simplex Programming File by a Factory Authorized Technician. E. Network communication: 1. Network node communication shall be via token ring technology. The TrueSite Workstations (TSW) shall reside as a node on the token ring network unless otherwise noted herein. 2. A single open on the network communication loop shall not compromise network communications. The token shall be passed in the opposite direction to maintain communications throughout all network nodes. At the same time the status of the communication link shall be reported. 3. If a group of nodes becomes isolated from the rest of the network due to multiple fault conditions, that group shall automatically form a sub-network with all common interaction of monitoring and control remaining intact. The network shall be notified with the exact details of the lost communications. 4. Fiber optics communication shall be provided via a fiber optics modem. The modem shall multiplex audio signals and digital communication via full duplex transmission over a single fiber optic cable. 5. Where requested, workstations located outside the Terminal, AOB, Concourses, Central Plant, and AGTS Maintenance shall be Client workstations connected via Ethernet utilizing IP communication to an appropriate server workstation in the Complex. 6. If adding an FACP (network node) or TSW, the Contractor shall be responsible for fiber connection at the DEN provided fiber optic patch panel at each location. The contractor shall be responsible for fiber connection at the fire alarm control panel or the fire alarm system workstation. F. The following are basic required system functions and operating features: 1. Priority of Signals: Fire alarm events have highest priority. Subsequent alarm events are queued in the order received and do not affect existing alarm conditions. Priority Two, Supervisory and Trouble events have second-, third-, and fourth-level priority, respectively. Signals of a higher-level priority take precedence over signals of lower priority even though the lower-priority condition occurred first. Annunciate all events regardless of priority or order received. 2. Non-interfering: An event on one zone does not prevent the receipt of signals from any other zone. All zones are manually resettable from the FACP after the initiating device or devices are restored to normal. The activation of an addressable device does not prevent the receipt of signals from subsequent addressable device activations

9 G. Transmission to an approved Supervising Station: Automatically route alarm, supervisory, and trouble signals to the Denver Fire Department via an AES subscriber model 7788F on DFD frequency MHZ (options: color is RED with 8 E.O.L. inputs). Existing locations are indicated on the drawings. Contractor is responsible for ensuring that all inputs added to the fire alarm system properly report to the Denver Fire Department through the AES transceivers. H. Annunciation: Operation of alarm and supervisory initiating devices shall be annunciated at the FACP, the Network Display Units, each TrueSite Workstation, and the Airport Fire Department (via True Site Client workstations), indicating the type of device, the operational state of the device (i.e., alarm, trouble or supervisory), and the custom label associated with the device. I. System Reset: 1. The "System Reset" button shall be used to return the system to its normal state. This function shall be available from the TrueSite Workstations. 2. Display messages shall provide operator assurance of the sequential steps ("IN PROGRESS", "RESET COMPLETED") as they occur. 3. The system shall verify all circuits or devices are restored prior to resetting the system to avoid the potential for re-alarming the system. The display message shall indicate "ALARM PRESENT, SYSTEM RESET ABORTED." 4. If the alarm condition remains, the system shall remain in an alarmed condition. 5. The system shall be configured such that either individual or global resets can be accomplished from any TrueSite Workstation. 6. Reset on a fire alarm control panel shall only affect the associated building (i.e., panel reset shall not be Complex wide). J. Evacuation Drill: A manual evacuation (drill) switch shall be provided to operate the notification appliances at each FACP without causing other control circuits to be activated. The manual evacuation switch shall initiate audible evacuation messages through the associated building ECS system and initiate appropriate visual notification appliances throughout the building. K. Walk test: The system shall have the capacity of 8 programmable pass code-protected one person testing groups, such that only a portion of the system need be disabled during testing (i.e., no more than one Building). The actuation of the "enable one person test" program at the control unit shall activate the "One Person Testing" mode of the system as follows: 1. The city circuit connection and any suppression release circuits shall be bypassed for the testing group. 2. Control relay functions associated with one of the 8 testing groups shall be bypassed. 3. The control unit shall indicate a trouble condition. 4. The alarm activation of any initiating device in the testing group shall be able to initiate the audible notification appliances assigned only to that group to sound a code to identify the device or zone. 5. The unit shall automatically reset after signaling is complete

10 6. Any opening of an initiating device or notification appliance circuit wiring shall cause the audible signals to sound for 4 seconds indicating the trouble condition. L. Bypass Switches: The workstations and FACPs shall be provided with bypass functions to allow individual deactivation of fire safety functions. Bypass switches/controls shall be provided for all appropriate functions including the following: 1. City circuit disconnect 2. Smoke control activation 3. Fan shutdown function 4. Elevator recall and shunt trip 5. Fire suppression release (where appropriate) 6. Audible and visual notification M. Audible Alarm Notification: 1. The existing FACP in each Building s FCC provides an interface with the existing IED Public Address/Paging System to allow Emergency Communication System operation. ECS system operation shall not be interrupted during construction. Refer to the Sequence of Operation matrix on the drawings. 2. Notification from the fire alarm system shall be provided directly through visual signaling devices (strobes) connected directly to the fire alarm system, and via audio announcements and textual messaging activated by the fire alarm system and delivered through the IED Emergency Communication System. N. Tenant Sound Systems: If indicated on the drawings, provide control modules in each tenant space to disable audible and visual non-emergency systems. Audible and visual systems are to be disabled prior to any ECS announcement in tenant spaces where this functionality has been designed into the system. O. Fire Suppression Systems Monitoring and Control: 1. Sprinkler Water Flow: Activation of a water flow switch shall initiate alarm operations. The area of sprinkler coverage shall be provided on the TrueSite Workstation graphic screens via hatching. 2. Sprinkler Valve Tamper Switch: The activation of any valve tamper switch shall activate system supervisory operations. 3. Dry Pipe/Pre-action Sprinkler Low Air Signal: The receipt of a low air signal on a sprinkler system shall activate system supervisory operations and clearly indicate the location of the mechanical equipment at the annunciation locations defined above. 4. Pre-Action Fire Suppression Systems: Upon activation of alarm initiation devices within an area protected by a pre-action fire suppression system, the suppression releasing sequence shall be initiated unless an abort station has been activated and held. The emergency response station TrueSite Workstations shall have the ability to manually release the system. Programming of system release from the TrueSite Workstations shall be on a case by case basis at the direction of DEN personnel

11 5. Special Suppression Systems: Non-water based suppression and deluge systems are provided with separate Suppression Releasing Panels that monitor initiating devices and initiate suppression system release. The main fire alarm system shall monitor these Releasing Panels for alarm, trouble and, where possible, supervisory conditions. P. Elevator Detection, Controls and Interfaces 1. Elevator life safety functions shall be provided in accordance with City and County of Denver. Contractor s scope of work shall be limited to fire alarm interface devices and coordinated testing in accordance with Article 3.2.A Elevator recall functions: Where elevator recall is required, the following sequences shall be followed. Primary and alternate floors for each elevator or elevator bank shall be as determined for each lobby by the Engineer, Owner and Denver Fire Department. a. Primary Floor Recall: Activation of initiating devices, as identified in subsequent paragraphs, cause the elevator to travel to the primary floor, open the elevator doors and remain at that location. 1) For the Airport Office Building, the elevator doors shall close 60 seconds after arrival at the primary floor. b. Alternate Floor Recall: Activation of elevator lobby smoke detector(s) on the primary floor shall cause the elevator to travel to the alternate floor, open the elevator doors and remain at that location. 1) For the Airport Office Building, the elevator doors shall close 60 seconds after arrival at the alternate floor. 3. Elevator power shunt functions: Where shunting of elevator power is required, provide necessary equipment to cause power shunt functions and to monitor power to the shunt trip circuit. Control and monitor modules necessary to achieve these shunt functions shall be located within 3 feet of the circuit. 4. Smoke Detectors in Elevator Lobbies: Smoke detectors shall be provided in all elevator lobbies within 21 feet of the centerline of each elevator door. Elevator lobbies with ceiling heights greater than 15 feet shall be provided with a sidewall-type smoke detector mounted within 5 feet of the top of the elevator door or as recognized by applicable codes. a. Floors Other Than Primary Floor: Activation of elevator lobby smoke detectors on floors other than the primary floor shall cause recall to the Primary Floor. b. Primary Floor: Activation of elevator lobby smoke detector(s) on the primary floor shall cause recall to the Alternate Floor. c. Elevator Lobby Doors: If elevator lobby doors with electronic hold-open devices (e.g., magnetic door holders) are provided, activation of lobby smoke detector(s) shall cause release of the doors. 5. Smoke Detectors in Elevator Equipment/Control Rooms: Smoke detector(s) shall be provided in elevator equipment/control rooms. a. Elevator Equipment/Control Rooms on Floors Other Than Primary Floor: Activation of smoke detector(s) shall cause recall to the Primary Floor. Activation of smoke detectors shall also cause activation of the visual alarm (i.e., flashing hat ) inside the elevator car

12 b. Elevator Equipment/Control Rooms on Primary Floor: Activation of smoke detector(s) shall cause recall to the Alternate Floor. Activation of smoke detectors shall also cause activation of the visual alarm (i.e., flashing hat ) inside the elevator car. c. Where an elevator equipment/control room serves multiple hoistways, sufficient control and monitor equipment shall be provided to complete the identified functions in the effected hoistway only. 6. Heat Detectors in Elevator Equipment/Control Rooms: Heat detectors shall be provided in elevator equipment/control rooms that are provided with automatic sprinklers. Heat detector(s) shall be spaced such that a detector is within 2 feet of all automatic sprinklers. a. Elevator Equipment/Control Rooms on Floors Other Than Primary Floor: Activation of heat detector(s) shall cause recall to the Primary Floor followed by shunting of power to the elevator. Sufficient time delay prior to shunt trip to allow for recall from the most remote floor to occur. Activation of heat detectors shall also cause activation of the visual alarm (i.e., flashing hat ) inside the elevator car. b. Elevator Equipment/Control Rooms on Primary Floor: Activation of heat detector(s) shall cause recall to the Alternate Floor followed by shunting of power to the elevator. Sufficient time delay prior to shunt trip to allow for recall from the most remote floor to occur. Activation of heat detectors shall also cause activation of the visual alarm (i.e., flashing hat ) inside the elevator car. 7. Smoke Detectors in Elevator Hoistways: Smoke detector(s) shall be provided in elevator hoistways where automatic sprinklers are provided. a. Top of Hoistway: 1) Primary Floor is the same as Highest Level of Elevator Access: Activation of smoke detector(s) shall cause recall to a floor other than the highest level, as defined by the Engineer, Owner and Denver Fire Department. Elevator operation shall be to the Alternate Floor. Activation of smoke detectors shall also cause activation of the visual alarm (i.e., flashing hat ) inside the elevator car. 2) Primary Floor is Other than Highest Level of Elevator Access: Activation of smoke detector(s) shall cause recall to the Primary Floor. Activation of smoke detectors shall also cause activation of the visual alarm (i.e., flashing hat ) inside the elevator car. 8. Heat Detectors in Elevator Hoistways: Heat detectors shall be provided at the top of elevator hoistways that are provided with automatic sprinklers. Heat detector(s) shall be of the fixed temperature type, with an operating temperature lower than that of the sprinklers (e.g., 190 F heat detector with 286 F sprinklers). Heat detector(s) shall be spaced such that a detector is within 2 feet of all automatic sprinklers. a. Top of Hoistway: 1) Primary Floor is the same as Highest Level of Elevator Access: Activation of heat detector(s) shall cause recall to a floor other than the highest level, as defined by the Engineer, Owner and Denver Fire Department, followed by shunting of power to the elevator. Elevator operation shall be to the alternate floor. Sufficient time delay prior to shunt trip to allow for recall from the most remote floor to occur. Activation of heat detectors shall also

13 cause activation of the visual alarm (i.e., flashing hat ) inside the elevator car. 2) Primary Floor is Other than Highest Level of Elevator Access: Activation of heat detector(s) shall cause recall to the Primary Floor, followed by shunting of power to the elevator. Sufficient time delay prior to shunt trip to allow for recall from the most remote floor to occur. Activation of heat detectors shall also cause activation of the visual alarm (i.e., flashing hat ) inside the elevator car. b. Bottom of Hoistway: Activation of heat detector(s) shall cause recall to a floor other than the lowest level, as defined by the Engineer, Owner and Denver Fire Department, followed by shunting of power to the elevator. Elevator operation shall be to the Alternate Floor. Sufficient time delay prior to shunt trip to allow for recall from the most remote floor to occur. Activation of heat detectors shall also cause activation of the visual alarm (i.e., flashing hat ) inside the elevator car. 9. Elevator Hoistway Vents: Smoke detector(s) shall be provided in elevator hoistways where fire alarm controlled relief vents are provided. Activation of the shaft smoke detector shall cause opening of the vent. Control modules necessary to cause opening of the vent shall be located within 3 feet of the point of connection to the vent controller. Q. Power Requirements 1. The control units shall receive AC power via a dedicated, secured circuit breaker. Where a circuit breaker is the disconnecting means, a red breaker locking device shall be installed. Circuit disconnecting means shall be permanently identified with a red label as to its purpose (i.e., FIRE ALARM for fire alarm systems, EMERGENCY COMMUNICATIONS for emergency communications systems and FIRE ALARM/ECS for combination fire alarm and emergency communications systems). 2. All circuits requiring system-operating power shall be 24 VDC and shall be individually fused at the control unit. 3. The incoming power to the system shall be supervised so that any power failure shall be indicated at the control unit. A green "power on" LED shall be displayed continuously at the user interface while incoming power is present. 4. The system batteries shall be supervised so that a low battery or a depleted battery condition, or disconnection of the battery shall be indicated at the control unit and displayed for the specific fault type. 5. The system shall support a NAC Lockout feature to prevent subsequent activation of Notification Appliance Circuits after a Depleted Battery condition occurs in order to make use of battery reserve for front panel annunciation and control. 6. The system shall support 100% of addressable devices in alarm or operated at the same time, under both primary (AC) and secondary (battery) power conditions. 7. Loss of primary power shall sound a trouble signal at the FACP and TSW. The FACP shall indicate when the system is operating on an alternate power supply. R. Smoke Control System: 1. The system shall provide automatic operation of smoke exhaust fans, makeup air fans, air handling units, and dampers in accordance with the smoke control sequence provided

14 with the drawings. Manual control of the smoke control system shall be provided at each of the TrueSite Workstations. 2. At no time shall automatic and manual smoke control functions be disabled without receiving written approval from the Owner and the Fire Department, at which time a backup plan shall be agreed upon for the duration of the conversion process within a given smoke compartment. 3. Provide addressable control point modules interfaced with the mechanical systems. This includes individual motor starter control modules, high level interface points to the building automation systems, damper position indicator monitor modules, and all other system interfaces currently controlled by the existing fire alarm system. 1.8 SEQUENCE OF OPERATION A. Sequence of operation for HVAC, suppression systems, and security are indicated on the Contract Drawings. B. Emergency Communication System: The fire alarm system shall interface with the ECS for audible notification and for textual visual notification. C. Presignal Function: Occupant notification shall be provided consistent with presignal function from NFPA 72 in Airport Terminal Buildings as defined by NFPA section Specifics of system operations shall be identified in the design drawings and in project shop drawings. D. Alarm Conditions: Upon activation of an alarm device, the system shall operate in Presignal mode as follows: 1. Indication of alarm condition at the FACP annunciation locations as defined above. 2. Identification of the device that is the source of the alarm at the FACP annunciation locations as defined above. 3. Record the event in the FACP historical log. 4. Close doors normally held open by magnetic door holders within the affected and adjacent smoke compartments. 5. Initiation of elevator Phase I functions (recall, shunt trip, illumination of indicator in cab, etc.) in accordance with ASME/ANSI A17.1, when specified detectors or sensors are activated, as required by the Denver Fire Department. 6. Initiation of Fire Suppression Sequence in areas protected with special Fire Suppression Systems. 7. Alarm Silencing: If the "Alarm Silence" button is pressed, all audible and visual alarm signals shall cease operation. This function shall be available from the TrueSite Workstations. E. Supervisory Conditions: Upon activation of a supervisory device, the system shall operate as follows:

15 1. Activate the system supervisory service audible signal and illuminate the LED at the control unit. 2. Pressing the Supervisory Acknowledge Key shall silence the supervisory audible signal while maintaining the Supervisory LED "on" indicating an off-normal condition. 3. Record the event in the FACP historical log. 4. Transmission of a supervisory signal to the Denver Fire Department. 5. Restoring the condition shall cause the Supervisory LED to clear and restore the system to normal. F. Trouble Conditions: Upon activation of a trouble condition, the system shall operate as follows: 1. Activate the system trouble service audible signal and illuminate the LED at the control unit. 2. Pressing the Trouble Acknowledge Key shall silence the supervisory audible signal while maintaining the Trouble LED "on" indicating an off-normal condition. 3. Record the event in the FACP historical log. 4. Transmission of a trouble signal to the Denver Fire Department. 5. Restoring the condition shall cause the Trouble LED to clear and restore the system to normal. 1.9 INTERFACE WITH OTHER SYSTEMS A. Security: Contractor shall coordinate, provide, and assure complete connection and interface with security systems modified and installed as part of this Contract. Security interface details shall be addressed and provided in separate documents in a Security Sensitive Information (SSI) format acceptable to the DEN Project Manager. B. HVAC: Contractor shall coordinate, provide, and assure complete connection and interface with HVAC systems modified and installed as part of this Contract. C. Fire Protection: Contractor shall coordinate, provide, and assure complete connection and interface with Fire Protection system devices installed as part of this Contract QUALITY CONTROL A. The Contractor shall be fully responsible for daily quality control of all system installation, coordination with trades, and coordination with DEN Maintenance (Life Safety) and Engineering. Observation by DEN of work identified in Paragraph 3.6 does not take the place of the Contractor s Quality Control Program. B. An up-to-date electronic data file of system programming software in two separate media formats (i.e., backup drives) shall be maintained in the construction office to clearly indicate how system functions are accomplished. This programming shall include the software installed in the workstations. The electronic data file shall be updated daily during construction/migration. The system vendor shall be responsible for this item

16 C. Services of a factory-authorized service representative/technician shall be on site, as required by the Owner, during the entire installation and reconnection of the new equipment to supervise the field assembly and connection of components and the pretesting, testing, and adjustment of the system. The technical representative shall monitor all wiring changes and assist the Contractor installation team members to ensure a smooth transition to the newly installed equipment. A programming technician shall be on site during all pretesting and testing to verify correct operation and programmed sequence of operations. Contractor shall coordinate same. D. Service personnel shall be qualified and experienced in the inspection, testing, and maintenance of fire alarm systems. Service personnel shall have the same certifications as required for system installers. E. The Contractor shall provide qualified fire alarm installers licensed as Fire Alarm System Installer/Journeyman in accordance with the Denver Fire Department, Fire Prevention and Investigation Division Licensing Program. In addition, a NICET Level 2 certified technician/installer shall be provided to supervise the work of each crew of up to four installers. The NICET Level 2 technician is not required to be the crew foreman. Contractor shall submit NICET Level 2 certification for a minimum of two technicians for the project with the bid documentation. It is anticipated that at least four NICET Level 2 technicians may be required due to the construction schedule of this project. Failure to include NICET Level 2 certification documents with the bid will disqualify the bidder for this project. F. The installation of this system is to be performed under the direct supervision of the manufacturer. The certification and record of completion of each component will be prepared by the manufacturer after performing all pertinent tests. Contractor shall coordinate same. G. The system shall be installed under the supervision of a qualified, trained NICET (minimum Level 3) Certified SimplexGrinnell representative/technician provided by others. The system shall be demonstrated to perform all of the functions as specified. A single NICET (minimum Level 3) Certified SimplexGrinnell representative may supervise the entire project. Programming and project oversight may be provided by other Simplex Grinnell representatives under the supervision of the NICET Level 3 Certified individual. Contractor shall coordinate same. H. The manufacturer shall provide a factory-trained NICET level 3 certified service technician at the DEN facility, within 4 hours of a request for on-site service. Contractor shall coordinate same as necessary. I. The manufacturer s supervisory work shall include, but not necessarily be limited to, checking all the system wiring connections; advising the Contractor installation team members regarding technical details of the installation; and the adjustment and testing of all components of the system in order to ensure a complete and fully operable system. Contractor shall coordinate same. J. The manufacturer s representative shall also be required to instruct designated maintenance and management personnel (e.g., DEN Life Safety) in the general operation of the system and to give the designated personnel an overview of the system functions when the system is in normal, supervisory mode, alarm mode, and trouble mode. Contractor shall coordinate same

17 1.11 SUBMITTALS A. Provide submittals in accordance with the provisions of Division 01, General Requirements of the Technical Specifications and as required by this Section. B. Provide the following submittal information. 1. Manufacturer s literature describing all products and materials that will be used in the system. a. Product data sheets for system and installation components shall be highlighted to indicate the specific installation products, features, or functions required to meet this specification. These shall be electronically submitted in PDF format. b. Wiring diagrams and installation instructions for individual Fire Alarm Devices prepared by SimplexGrinnell engineering. C. Submit NICET certifications and Denver Fire Department Fire Alarm Licenses for all field installers within 30 days of NTP. A valid and current copy of all certifications and licenses shall be maintained on the project site. DFD Licenses shall be worn by all installers at all times while on-site. D. Record Drawings shall be provided per Article 1.17 of this Section. E. Contractor s Migration Plan per Article 1.12 C of this Section. F. Contractor s Quality Control Plan per Article 1.10 of this Section and Division 01. G. Operation and Maintenance Data per Article 1.18 of this Section. H. Warranty per Article 1.20 of this Section. I. Approved submittals shall remain on the site at all times MIGRATION SEQUENCE AND PLAN A. Pre-Migration 1. Since the DEN Complex must remain open to the public at all times (24/7/365), special obligations are required of the installing contractor to keep a functional fire alarm system operational throughout the migration process. Thus, it has been determined that a priority of migration events are to be followed and certain migration elements shall be done in very limited timeframes. 2. Prior to migration of any devices, the following items shall have occurred: a. Simplex Fire Alarm Control Panel (FACP) nodes building-wide shall be installed, operational, and connected/communicating with the Simplex Network. b. DFD alarm notification via the AES Transceiver connected to the Concourse B Simplex node shall be operational at all times. Disabling of the transmission of alarm signals shall occur during each work shift where the system is impaired

18 c. The primary means of emergency audible notification has been transferred to the Emergency Communication System (ECS) via the Simplex System workstations and the Simplex system is programmed with Pre-signal operation. 3. As allowed by DBC Section Exception 2, the existing and new fire alarm control panels are co-located in the Fire Command Center of the Concourse B and will require two points of reset during migration. 4. As of Bid Date, all pre-migration steps have been completed. B. Migration 1. After the pre-migration items are operational, the following migration sequence shall be followed: Phase Description Requirements Phase 1 Phase 2A Phase 2B Install all major fire alarm risers (i.e. new conduit) as indicated on the drawings. Install Fire Alarm Terminal Cabinets and Fire Alarm Remote Transponder Panels where indicated on the drawings. Migration of all fire sprinkler water flow and valve tamper switch monitoring building wide. Migration of all major smoke control fan control and monitor points building wide for the large public smoke control zone fans. These large public area smoke control zone fans are normally roof mounted and are configured to allow smoke control of the primary public areas. Individual tenant smoke control zone equipment and basement zones will be migrated as a part of the later phase. Requires Contractor to install all new conduits for vertical risers (including horizontal conduit required to reach vertical riser locations) on all floors as well as conduit required to reach all Phase 2 device locations. Requires Contractor to provide new conduit and Signaling Line Circuit (SLC) wiring to all fire sprinkler monitored devices first. Once SLC wiring is located at each fire sprinkler device location, the required fire alarm devices can be installed, programmed, and pre-tested for correct function. Then, all fire sprinkler monitored devices can be migrated in a few work shifts within a two week period for Concourse B. Requires Contractor to provide new conduit and Signaling Line Circuit (SLC) wiring to all major smoke control devices (specifically smoke zones WHR3, WSC2, WHR2, WSC1, WHR1, CC, EHR1, ESC1, EHR2, ESC2, EHR3, RJSB, RJSH). Once SLC wiring is located at each smoke control device location, the required fire alarm devices can be installed, programmed, and pre-tested for correct function. Then, all smoke control devices can be migrated in a few work shifts within a two week period for Concourse B. Please note that while it is desirable to migrate both control and monitor points simultaneously, existing wiring and conduit configurations may prevent the migration of status monitoring points at the same time as control points are migrated. If status monitoring points are not migrated during Phase 2B, such points shall be prioritized for migration during Phase

19 Phase 3 Migrate by building area/floor/node all fire alarm initiating devices (manual pull stations, smoke detectors, heat detectors, etc.), control and monitor devices, notification appliances (strobes and horns), and any third-party suppression panels in the building. It is suggested that the general migration order proceed from West to East and work be completed within a Node prior to moving on to the next Node, unless Nodes can be completed simultaneously. Requires Contractor to proceed with a timely migration of all initiating devices and notification appliances by building floor/area. In general compliance with DBC Section Exception 3, migration within each building floor/area shall be completed prior to commencement of work on any other floor/area unless the contractor can complete multiple floors/areas simultaneously. Given the size of the floors in Concourse B, logical sub-division of floors for migration purposes shall be allowed; for example Far West Hold Room, West In-Board Sub-Core, etc. To provide clear limitations on migrated area, work areas at any given time shall not exceed 52,000 square feet in size in a given panel zone. Note that as multiple crews may be working on multiple panels, more than one area of Concourse B may be migrated at the same time with proper coordination of events with the system vendor and approved DEN shutdown authorization. 2. In compliance with DBC Section (Systems out of service) and Exception 6, no fire sprinkler or smoke control device shall be unconnected to either the existing EST fire alarm system or the new Simplex fire alarm system except for the actual time it takes to migrate that device from one system to the other system. This rule prohibits a device from being left unconnected/unmonitored at the end of a work shift. Exceptions to this rule require special notification to DEN/DFD personnel and may require fire watch procedures by the Contractor. See also Article 3.6.C Per DFD requirements, device migration is limited to a 10-hour shut-down period within each 24-hour calendar day. C. Contractor Migration Plan 1. The installing contractor shall be responsible for the creation of and submission the Owner (DEN) of a detailed Migration Plan within 30 days of NTP. It shall capture the intent of any applicable Administrative Modifications, DBC Section , the project specifications, and the design drawings by showing the detailed milestones required by the project including, but not limited to, the following: a. Phase 1: Installation of vertical risers, remote transponder panels, and major new conduit and wiring installation to be run prior to any device migration. b. Phase 2A & 2B: Fire sprinkler device and major smoke control device migration. c. Phase 3: Building area/zone/floor conduit, wire, and device installation/migration by logical group. 2. The Migration Plan shall include a detailed construction schedule with all significant milestones identified. The construction schedule shall detail the use of alternate shifts in spaces where day shift installation/migration is not possible or would be significantly hindered, including baggage tunnel ramps, train platforms, tenant spaces, airline clubs,

20 public elevators, and similar spaces. The installing Contractor in coordination with DEN shall develop a detailed Migration Plan Checklist showing migration activity which will occur during each 24 hour migration period. The Migration Plan Checklist shall be submitted and reviewed in weekly construction meetings. All construction schedules shall be in a format acceptable to DEN construction management. 3. The Migration Plan shall include testing milestones where appropriate. The following testing milestones are to be provided at a minimum: a. Pre-Test (wire and device installation by installing Contractor) b. Migration Test (immediate post-migration device test by installing contractor and vendor) c. Sequence Test (programmed sequence of operation test conducted by Contractor and vendor) d. Demonstration Test (operation and sequence test conducted by Contractor and vendor and witnessed by Engineer of Record) e. DFD Proof Test (operation and sequence test conducted by Contractor and vendor and witnessed by Owner) 4. In many cases, the migration of a device to the Simplex system will mean the former EST system device will be de-commissioned. The installing Contractor is responsible for coordinating a daily (per-shift) list with DEN regarding the devices that are migrated (on-line) and de-commissioned (removed from service) ENGINEERED SHOP DRAWINGS A. Shop Drawings 1. Shop drawings will be provided by others. a. Shop drawing format: 1) All drawings shall be scalable at 1/8 inch per foot unless indicated otherwise for full size drawings. Full size drawings shall be plotted on 34 x 44 inch paper. 2) Half-size drawings shall be scalable at 1/16 inch per foot and shall be plotted on 17 x 22 inch paper. All drawing information shall be readable when plotted to half-size. 2. Shop drawings will be provided to the Contractor in electronic format only. Contractor shall be responsible for all costs for electronic field devices (e.g. tablets) and/or printing costs as required. This includes the required printed as-built record drawing set per Article B. Field Verification: 1. Field Verification: The Contractor and SimplexGrinnell shall field investigate and assure that system modifications or additions include any modifications required to system capacity. 2. Room Names and Numbers on the Permit Set shall be verified by the installing Contractor. Official room names and numbers shall be obtained from the DEN BIM

21 Department for inclusion on shop drawings and fire alarm computer graphic (TSW) workstations. Room names and numbers shall conform to DEN standards through the Autodesk Revit model as maintained by the DEN BIM Department ENGINEERED SYSTEM PROGRAM AND COMPUTER GRAPHICS MODIFICATIONS A. System Programming and Graphics Modifications will be provided by SimplexGrinnell under separate contract. The Contractor is required to coordinate with SimplexGrinnell to facilitate the delivery of the following: 1. Software Modifications: Provide software modification in compliance with NFPA 72 and consistent with Contract Documents. This includes but is not limited to development, installation, and testing of customized programming software modifications for complete system modifications, including but not limited to software modifications for Fire Alarm Master Panel, Fire Alarm Remote Panel, and 4100ES/4120 installations. Provide update of Message and Zone files in hard copy form and install hard copies in FCC hard copy records system. 2. Graphics Modifications: The TSW updates shall be graphically noted to identify that the added graphics is work Under construction. This annotation shall be removed at the time of system acceptance by the Denver Fire Department. 3. Operation of software during testing: Provide onsite presence of a programming technician during all system testing as defined in Article 3.6 below PERMITS AND APPROVALS A. Coordinate and obtain all necessary permits from the City and County of Denver. Permit fee will be paid directly by the Owner TESTING, REPORTS, AND CERTIFICATIONS A. Testing, Reports and Certifications per Part 3 of this Specification Section. B. Testing: Submit testing procedure and recording forms for each component of the system to the Engineer for review and approval. Upon approval and successful testing, these forms shall be completed and saved for record purposes PROJECT RECORD DRAWINGS A. Submit record drawing documents in conformity with the provisions of Division 01. B. Contractor shall maintain on site accurate record drawings indicating dimensioned locations of constructed raceways, boxes and devices. Any modifications to work depicted on the Engineered shop drawings shall be noted. Field modified documents shall be updated daily and shall at all times be available for DEN review. The field modified drawings shall indicate the following:

22 1. The exact locations and installation details of the installed equipment. 2. The exact location of all existing initiating devices and notification appliances. 3. The address of each addressable device. 4. The installed wiring and color coding and wire tag notations for the exact locations of all installed equipment. 5. Locations of each End-of-Line Resistor, End-Of-Line Device and fault circuit isolator. 6. Specific point-to-point interconnections and riser diagrams between all equipment and internal wiring of the equipment. Typical point-to-point wiring diagrams are not acceptable. 7. The exact x and y locations of all raceways and junction boxes. 8. Dated sequence of operations matrix and battery and voltage drop calculations. 9. Notation of and changes required by all Owner approved RFIs and change directives. C. Record Drawings per Division 01. As Built Plans shall be provided in the same format and manner as described for Installation Drawings. Each set shall be equipped with a plan holder equal to Stacor Plan Clamps for the appropriate size drawings. Record drawings will be created by others from the Contractor s field modified permit drawings (i.e., redlined field asbuilt drawings). D. Contractor shall maintain two as-built record drawing sets kept in separate locations. One set may be kept in electronic format OPERATION AND MAINTENANCE DATA A. Submit operation and maintenance data per the provisions of Division DELIVERY, STORAGE AND HANDLING A. Deliver products to the site per the provisions of Division 01. B. Store and protect products per the provisions of Division WARRANTY A. All components, parts and assemblies supplied by the manufacturer shall be guaranteed against defects in materials and workmanship for a period of 36 months following Substantial Completion. Submit warranty per Division 01 requirements. B. Warranty service shall be provided by a trained specialist of the equipment manufacturer, who shall be based in a fully staffed, fully stocked (replacement parts and test equipment) office, located within 50 miles of the site

23 1.21 SPARE PARTS A. Contractor shall at the time of system testing, maintain on site spare stock adequate to replace any non-functional device. B. Spare stock shall be obtained from the manufacturer by a separate contract at project completion. PART 2 - PRODUCTS 2.1 GENERAL A. Fire alarm system equipment shall be new, standard components, regularly manufactured by SimplexGrinnell. Products supplied by SimplexGrinnell will be provided by the manufacturer and requirements referenced herein are for information only. B. Contractor shall provide all other equipment including, but not limited to, conduit, wire, supports, device mounts, fire stopping materials, paint, and access panels. C. Equipment from a different manufacturer may only be used where identified in the Contract Documents or accepted in writing by the Engineer and Owner. D. Addressable visual notification and addressable audible notification appliances shall be manufactured by SimplexGrinnell, unless indicated otherwise on the drawings. E. Where equipment of different manufacturers is used, such equipment shall be UL listed and labeled as an integrated fire alarm system and certified as compatible with SimplexGrinnell systems (i.e., pre action sprinkler systems). 2.2 FIRE ALARM CONTROL PANELS (FACP) A. All fire alarm panels shall comply with UL 864, 9th edition "Standard for Control Units and Accessories for Fire Alarm Systems". B. FACP Hardware: Where required based on project scope, the following FACP and other hardware shall be provided: 1. Power Limited base panel with Platinum cabinet and door, 120 VAC input power. 2. Simplex 4100ES Fire Alarm Control Panel shall be model or as specified by SimplexGrinnell. 3. Simplex 4100ES Fire Alarm Transponder Panel shall be model or as specified by SimplexGrinnell. 4. Addressable initiating device signaling line circuit (SLC) shall be provided by Quad IDNet Isolator Module model or IDNet 2+2 Module model , unless otherwise approved in writing by DEN

24 5. Addressable notification shall be provided by Enhanced Power Supply (EPS) model or as specified by SimplexGrinnell. 6. Addressable notification repeater panels shall be 4009 IDNac Repeaters model or as specified by SimplexGrinnell. 7. Standard notification power panels shall be 4009 IDNet NAC Extender Panel model or as specified by SimplexGrinnell. 8. Where required, provide Intelligent Remote Battery Charger for charging up to 110Ah batteries. C. Remote Unit Interface: supervised serial communication channel for control and monitoring of remotely located annunciators and I/O panels. D. Enclosure: Arrange unit so all operations required for testing or for normal care and maintenance of the system are performed from the front of the enclosure. If more than a single unit is required to form a complete control unit, provide exactly matching modular unit enclosures. All cabinets shall be keyed alike and typical of manual pull stations. E. Alphanumeric Display and System Controls: Each Fire Alarm Control Panel and Network Display Unit shall include an 854 character InfoAlarm Display, expanded content multi-line QVGA LCD display to indicate alarm, supervisory, and component status messages and shall include a keypad for use in entering and executing control commands. F. Expandability: The system shall include the necessary hardware to provide expanded content, multi-line, operator interface displays. The expanded content multi-line displays shall be Quarter-VGA (QVGA) or larger and be capable of supporting a minimum of 854 standard ASCII characters to minimize or eliminate the levels of navigation required for access to information when responding to critical emergencies and abnormal system conditions. The QVGA operator interface shall provide operator prompts and six context sensitive soft-keys for intuitive operation. Expanded content, multi-line operator interfaces shall be capable of providing the following functions: 1. Dual language operation with Instant-Switch language selection during runtime. 2. Activity display choices for: a. First 8 Events. b. First 5 Events and Most Recent Event (with first and most recent event time and date stamps). c. First Event and Most Recent Event (with first and most recent event time and date stamps). d. Scrollable List Display [displays a scrollable list of active points for the event category (alarm, priority 2, supervisory, or trouble) selected. The position in this list shall be the last acknowledged point (not flashing) at the top followed by the next 7 unacknowledged points (flashing)]. e. General Event Status (alarm, priority 2, supervisory, or trouble in system) 3. Equal or Hierarchal Priority Assignment: Each operator interface shall be programmable to allow multiple operator interfaces to have equal operation priority or to allow hierarchal priority control to be assigned to individual operator locations

25 4. Custom Messages: Up to 50 custom point detail messages for providing additional point specific information in detailed point status screens. 5. Bitmap Import: Bitmap file import for operator interface display of site plan and background watermark images. Site plan status icons shall indicate area status for highest priority active events. 2.3 NETWORK DISPLAY UNITS A. Network Display Unit shall contain the following features: column by 2 line, or the capability for 854 character, expanded content multi-line QVGA, LCD display to indicate alarm, supervisory, and component status messages and shall include a keypad for use in entering and executing control commands. 2. Capacity to annunciate 12,000 network points and/or point lists. 3. Historical event logs shall maintain separate 600 Alarm and 600 Trouble events. 4. The network shall provide a means to log into any node on the system via a laptop computer or TSW and have complete network access (Set Host) for diagnostics, maintenance reporting, and information gathering of all nodes in the system. Systems not meeting this requirement must provide all diagnostic tools required to support this function from selected points on the network. 2.4 SYSTEM GRAPHIC WORKSTATIONS A. Provide Simplex 4190 TrueSite Workstations if required per the design. Locations shall be as identified on the Contract Drawings. B. The workstations shall include 50,000 point capability, and shall provide both graphical and textural status of each addressable device connected to the Fire Alarm Network. C. Supplemental workstations are not required to be UL864 listed equipment. Supplemental TrueSite Workstation requirements shall comply with minimum manufacturer s system and hardware requirements plus the following: 1. Industrial Grade Personal Computer with detachable keyboard 2. Core 2 Duo 2.16 GHz CPU, or in accordance with minimum requirements set by the manufacturer GB RAM GB Hard Drive 5. CD/DVD R/W 6. SVGA video output with onboard video capability for up to two displays (1) SVGA and (1) DVI, 7. 1 Serial port 8. 3 USB ports

26 9. 1 PCI slot for tall interface card 10. Windows 7 Professional Software D. Monitors: 1. Primary monitors a. Where supporting a UL864 listed workstation, the Primary monitor shall be listed with the workstation. b. Primary monitors for supplemental workstations shall be approximately 27, nontouch screen. 2. Secondary monitors a. Where required, provide approximately 42, touch screen monitor. Where supporting a UL864 listed workstation, the monitor is to be UL864 listed. E. The TrueSite Workstations shall operate by receiving system events and displaying specified graphic representations of the Complex and system devices. Workstations shall include the following functionality: 1. Pre-programmed functions 2. Field editor for graphics representations 3. A fully functional Network Node communicating on the network. Capability to interface with up to seven (7) Network Loops 4. Hardware and software to network as client/server application with multiple TSW. F. The monitors shall serve as the interactive interface between the operator and the network system. The operator shall be able to perform the following tasks: 1. Silence signals 2. Acknowledge all alarm and return to normal conditions 3. Reset system 4. Display list menus 5. Select the individual message screens 6. Perform manual operation of system(s) control points 7. Request the "HELP" menu 8. Perform operator login / logout 9. Connect (Set Host) to other nodes 10. Perform graphic editing functions 11. Set the system time and date G. The unit shall be equipped with password-protected access levels. H. TrueSite System Operating Modes:

27 1. Most areas of the Complex are provided with smoke control systems. TSW monitors shall be used to display information required to be provided on the Firefighter Smoke Control Station (FSCS). 2. Monitors at each workstation shall provide general information as follows: a. The primary monitor is to be used to provide general information including device list views, history logs, and general system navigation. In general, the primary monitor interface shall initiate graphics on the secondary monitor in the room. b. At locations identified with a secondary monitor on the contract drawings, the secondary monitor shall show the building floor plan at an appropriate scale and be capable of indicating a graphic representation of the smoke control system. Toggle between the floor plan and the smoke control system shall be accomplished with an easily identified button. 3. It is desired that the system shall allow command and control of equipment in multiple locations simultaneously. At a minimum, command and control of two events in separate buildings shall be possible without interference or limitation. 4. When an alarm occurs at the Complex, the workstations shall automatically display the building floor plan at an appropriate scale, either on a separate monitor, and display smoke control information on the adjacent monitor or screen. The system shall not allow any control or interface with the system until an authorized person has logged into the workstation at an appropriate level, at which time full control for the system is allowed. 5. When no alarms or troubles are present, the primary monitor shall display a graphics screen menu used to access other graphic screens. 6. Upon activation of any alarm, and on request by the operator, the secondary monitor shall display the floor plan of the floor in alarm with all devices shown. The device in alarm shall flash until acknowledged. The device in alarm shall then become steady until cleared. 7. Built-in diagnostics shall provide graphical views of the network topology and status. Network communication breaks or inactive nodes shall be clearly indicated as a guide in returning the system to normal. 8. Individual point access shall display "real-time" analog sensor point information. 9. Provide graphical screens on each Workstation. These screens shall be identical on each Workstation. 10. Screens shall be dynamic, and include pan and zoom capability. An operator shall have the capability to zoom out to an overall view, or to zoom in to a device level view to ascertain all associated information associated with each addressable device on the system. 11. The status of each smoke zone s operation (normal, pressurize, exhaust, off) shall be indicated on the graphical screen. Manual override of each smoke zone s operation shall be available to the operator by activation of clearly defined icons on the screens. 12. System topology screens shall be provided to show the communication status of all nodes on the system, as well as their communicating relationship with all other nodes on the network

28 13. Report generation shall be provided within each workstation, to allow operators to document system historical events and structured reports as required. 14. Provide security door status and override control functions on each TSW. Unlocking operation shall be provided for doors within each smoke compartment. 15. Provide status of all fire suppression systems connected to the system by either monitoring status of the system directly or by monitoring status of a separate releasing panel for trouble, supervisory, and alarm conditions. New and renovated suppression systems utilizing separate releasing panels shall also monitor for Suppression Discharge if an alarm condition can occur without suppression discharge. I. Remote Ethernet Client Support: The TrueSite Graphical Workstation server shall be capable of supporting up to 10 Simultaneous Remote Client Connections over Ethernet (maximum of 5 supervised clients and 5 unsupervised clients total combined). 1. Remote Clients shall be configurable for "Restricted Feature" view only or for "Protected Feature" full control operation. 2. A minimum 3 Mb/s connection speed shall be provided to Remote Clients. 3. Logins/Logouts at Remote Clients shall be logged in the Historical Log. Supervised Clients shall be specified by client name. 4. The Graphical Workstation server shall be capable of supporting both Agency Listed Fire Alarm Ethernet LAN Applications and Supplemental Annunciation over the Customer's Ethernet LAN/WAN. Where a Fire Alarm Ethernet LAN is specified only Agency Listed Ethernet hardware shall be installed. J. Uninterruptible Power Supply 1. Where required, Uninterruptible Power Supply shall be in accordance with DEN standards. 2. Where required to support UL 864 listed workstations, the Uninterruptible Power Supply shall be UL 1481 listed. 2.5 PRINTERS A. Event printers are not required as part of this project. 2.6 STANDARD NOTIFICATION POWER EXTENDER PANELS A. Standard notification shall be provided in the Airport Office Building, Central Utility Plant, Concourse A, the AGTS Maintenance Building, and in certain AGTS spaces located between the AGTS Tunnels. 1. The IDNet NAC Power Extender panel shall be a stand-alone panel capable of powering a minimum of 4 notification appliance circuits. Notification appliance circuits shall be Class B, Style Y rated at 2 amps each. Panel shall provide capability to be expanded to 8 notification appliance circuits. Simplex

29 2. The internal power supply & battery charger shall be capable of charging up 12 Ah batteries internally mounted. 3. The NAC extender panel may be mounted close to the host control panel or can be remotely located. The IDNET Addressable NAC Extender Panel, when connected to an addressable panel, shall connect to the host panel via an IDNet communications channel. Via the IDNET channel each output NAC can be individually controlled for general alarm or selective area notification. 4. Alarms from the host fire alarm control panel shall signal the NAC power extender panel to activate. The panel shall monitor itself and each of its NACs for trouble conditions and shall report trouble conditions to the host panel. 5. The IDNet NAC Power Extender panel shall be a stand-alone panel capable of powering a minimum of 4 notification appliance circuits. Notification appliance circuits shall be Class B, Style Y rated at 2 amps each. Panel shall provide capability to be expanded to 8 notification appliance circuits. The strobes shall not drift out of synchronization at any time during operation. If the sync module or Power Supply fails to operate, (i.e., contacts remain closed), the strobe shall revert to a non-synchronized flash-rate. The appliance shall also be designed so that the audible signal may be silenced while maintaining strobe activation when used with Wheelock synchronization. 6. The IDNet NAC Power Extender panel shall have the Wheelock Patented Sync Protocol integrated into the panel for strobe synchronization, and not require the use of external sync modules. All IDNet NAC Power Extender panels and internal 4100ES power supplies shall sync together on the host 4100ES panel. 7. Node to node synchronization of strobes shall be required. 8. For IDNet connected NAC extender panels up to ten (10) panels can be connected on a single IDNet channel. 2.7 ADDRESSABLE NOTIFICATION POWER PANELS A. Addressable notification shall be provided in Concourse B. B. Addressable notification shall be powered and controlled by Enhanced Power Supplies (EPS). With IDNac SLCs to addressable notification appliances, a constant 29 VRMS source voltage is maintained, even during battery standby, allowing strobes to operate at higher voltage with lower current and ensuring a consistent current draw and voltage drop margin under both primary power and secondary battery standby. C. IDNac SLC power supplies shall provide three on-board 3 Amp IDNac SLCs. Each SLC shall provide up to 63 addresses and up to 75 unit loads. Simplex D. The EPS power supply shall be mounted in an FACP or Transponder as specified by SimplexGrinnell. E. Each IDNac addressable notification appliance shall be individually programmed and controlled for general alarm or selective area notification

30 F. The host fire alarm control panel shall signal the IDNAC power supply to activate. The panel shall monitor itself and each of its IDNACs for trouble conditions and shall report trouble conditions to the host panel. G. The IDNac Power Supply shall have the Simplex Sync Protocol integrated into the panel for strobe synchronization, and not require the use of external sync modules. All IDNac Power Supplies and internal 4100ES power supplies shall sync together on the host 4100ES panel. H. Node to node synchronization of strobes shall be required. I. If required, field-mounted 4009 IDNac Repeater Panels shall be used to extend the power and distance of the IDNac SLCs. The Repeater shall provide an additional 3 Amps of power and requires one IDNac SLC address. Repeaters can be connected as one in series or up to five (5) in parallel. The Repeater shall include a built-in battery charger and charge up to 12.7 Ah batteries for in cabinet mounting. Simplex INITIATING DEVICES A. General 1. Devices shall receive power and communication from the same pair of wires. For faulttolerant circuits, any separate power wiring shall also be made fault-tolerant. 2. All sensors shall be of the intelligent type. All sensors shall mount on a common base. 3. Conventional fire alarm initiating devices (manual pull stations, water flow and tamper switches, pressure switches) shall each be individually addressable via addressable modules. B. Addressable Manual Pull Stations 1. Addressable double-action push-pull type, red LEXAN, with molded, raised-letter operating instructions of contrasting color. Station shall mechanically latch upon operation and remain so until manually reset by opening with a key common with the control units. Simplex C. Conventional Manual Pull Stations 1. Conventional and weather-proof manual pull stations shall be provided where required and indicated on the drawings. 2. Conventional manual pull stations shall be capable of being opened without initiating an alarm condition. Provide Firelite model BG-12 product line, dual action. Standard models will be: D. Smoke Sensors a. Conventional: Firelite BG-12L b. Weatherproof: Firelite BG-12LOB 1. Smoke sensors shall be of the photoelectric or combination photoelectric / heat type. Simplex photoelectric sensor, Simplex combination photoelectric/heat

31 2. Relay output, sounder and isolator bases shall be supported alternatives to the standard base. Address shall reside in the detector base and not the sensor. Simplex ( with remote LED driver) and trim ring. 3. Self-Restoring: Detectors do not require resetting or readjustment after actuation to restore normal operation. 4. Plug-In Arrangement: Sensor and associated electronic components are mounted in a module that connects to a fixed base with a twist-locking plug connection. Base shall provide break-off plastic tab that can be removed to engage the head/base locking mechanism. No special tools shall be required to remove the detector head once it has been locked. Removal of the detector head shall interrupt the supervisory circuit of the fire alarm detection loop and cause a trouble signal at the control unit. 5. Each sensor base shall contain an LED that will flash each time it is scanned by the Control Unit. In alarm condition, the sensor base LED shall be on steady. 6. Each sensor base shall contain a magnetically actuated test switch to provide for easy alarm testing at the sensor location. 7. Each sensor shall be scanned by the Control Unit for its type identification to prevent inadvertent substitution of another sensor type. Upon detection of a "wrong device", the control unit shall operate with the installed device at the default alarm settings for that sensor; 2.5% obscuration for photoelectric sensor, 135-deg F and 15-deg F rate-of-rise for the heat sensor, but shall indicate a "Wrong Device" trouble condition. 8. The sensor's electronics shall be immune from nuisance alarms caused by EMI and RFI. 9. Sensors shall include a communication transmitter and receiver in the mounting base having a unique identification and capability for status reporting to the FACP. 10. Removal of the sensor head for cleaning shall not require the setting of addresses. 11. Device address shall reside in the permanently installed base. 12. Monitoring: FACP shall individually monitor sensors for calibration, sensitivity, and alarm condition, and shall individually adjust for sensitivity. The control unit shall determine the condition of each sensor by comparing the sensor value to the stored values. 13. Environmental Compensation: The FACP shall maintain a moving average of the sensor's smoke chamber value to automatically compensate for dust, dirt, and other conditions that could affect detection operations. 14. Programmable Sensitivity: Photoelectric Smoke Sensors shall have 7 selectable sensitivity levels ranging from 0.2% to 3.7%/ft. obscuration, programmed and monitored from the FACP. 15. Sensitivity Testing Reports: The FACP shall provide sensor reports that meet NFPA 72 calibrated test method requirements. The reports shall be viewed on a TSW or printed for annual recording and logging of the calibration maintenance schedule. 16. Sensor Cleaning: The FACP shall automatically indicate when an individual sensor needs cleaning. A trouble condition shall be activated when a sensor's average value reaches a predetermined value indicating that it is dirty. Three (3) progressive levels of reporting shall be provided

32 17. Almost Dirty: The first level shall indicate if a sensor is close to a trouble reporting condition and will be indicated on the FACP as "ALMOST DIRTY SENSOR." This condition provides a means to alert maintenance staff of a sensor approaching dirty without creating a trouble in the system. 18. Dirty Sensor: If the first level indicator is ignored and the second level is reached, a "DIRTY SENSOR" condition shall be indicated at the FACP and subsequently a system trouble is reported to the Supervising Station. The sensor base LED shall glow steady giving a visible indication at the sensor location. The "DIRTY SENSOR" condition shall not affect the sensitivity level required to alarm the sensor. 19. Excessively Dirty: If a "DIRTY SENSOR" is left unattended, and its average value increases to a third predetermined value, an "EXCESSIVELY DIRTY SENSOR" trouble condition shall be indicated at the control unit. 20. Sensor Self Test: The FACP shall continuously perform an automatic self-test on each sensor that will check sensor electronics and ensure the accuracy of the values being transmitted. Any sensor that fails this test shall indicate a "SELF TEST ABNORMAL" trouble condition. 21. Multi-Sensors: Multi-Sensors shall combine photoelectric smoke sensing and heat sensing technologies. An alarm shall be determined by either smoke detection, with selectable sensitivity from 0.2 to 3.7 %/ft. obscuration; or heat detection, selectable as fixed temperature or fixed with selectable rate-of-rise; or based on an analysis of the combination of smoke and heat activity. Each detection type shall be independent operation from the other and not combine sensing technologies. 22. Magnet Test: Magnet test activation of smoke sensors shall be distinguished by its label and history log entry as being activated by a magnet. 23. Smoke detectors associated with suppression release shall be provided with a red detector base or separate red base ring. E. Duct Smoke Sensor 1. Photoelectric type, with sampling tube of design and dimensions as recommended by the manufacturer for the specific duct size and installation conditions. Sensor includes relay as required for fan shutdown. Simplex housing with remote test/led station. 2. Duct detectors shall be readably accessible and located and installed to allow testing, removal and replacement without disassembly of any other equipment or building items. 3. The Air Duct Housing unit shall be designed for detection of combustion products and/or smoke in air conditioning and ventilation system ducts in compliance with National Fire Protection Association Standard 90A. The assembly shall consist of a housing to accommodate sampling tubes which extend into and across the duct to the ventilation system. 4. The sampling chamber shall be designed to ensure uniform sensitivity in air velocities from 500 feet per minute to 4000 feet per minute. Inlet sampling tube length shall be determined by the width of the air duct being protected

33 5. While the fans are operating, a continuous cross-sectional sampling of air from the duct shall flow through the selected photoelectric detector, after which the sampled air shall be returned to the duct. 6. Air handling equipment shall incorporate air duct detectors per code requirements. The air duct housing shall incorporate a relay to shut down the air handling devices in addition to sending a supervisory alarm signal to the FACP. The housing shall contain a LED to indicate when the detector is in alarm. 7. The Air Duct Housing shall be mounted directly outside of the air duct. A template shall be provided for making necessary cut-outs and holes. Complete instructions shall be supplied with the unit. 8. Detectors shall operate on 24 VDC, and shall be powered from the panel via separate 24 VDC supply circuit. 9. Environmental compensation, programmable sensitivity settings, status testing, and monitoring of sensor dirt accumulation for the duct smoke sensor shall be provided by the FACP. 10. The Duct Housing shall provide an auxiliary relay. This auxiliary relay output shall be fully programmable. 11. Duct Housing shall provide a relay control trouble indicator Yellow LED. 12. Duct Housing shall provide two (2) Test Ports for measuring airflow and for testing. These ports will allow aerosol injection in order to test the activation of the duct smoke sensor. 13. Duct Housing shall provide a magnetic test area and Red sensor status LED. 14. For maintenance purposes, it shall be possible to clean the duct housing sampling tubes by accessing them through the duct housing front cover. 15. Each duct smoke sensor shall have a Remote Test Station with an alarm LED and test switch mounted at an accessible location no more than 7 feet above finished floor. 16. Where indicated, provide NEMA 4X weatherproof duct housing enclosures that shall provide for the circulation of conditioned air around the internally mounted addressable duct sensor housing to maintain the sensor housing at its rated temperature range. The housing shall be UL Listed to Standard 268A. F. Air Sampling Duct Detectors 1. Provide a Simplex XAD100 or XAD200 when duct smoke detectors are required to be provided at locations that are inaccessible for maintenance as identified on the shop drawings. Coordinate applicable locations with DEN maintenance/life Safety personnel. DEN Life Safety to approve in advance the installation of any air sampling duct detection. G. Beam Smoke Detectors 1. Provide Xtralis OSID Smoke Detectors, or approved equal, to replace existing beam detectors. Features of beam detectors shall include the following: a. Operates over distances between emitter and receiver of up to 500 ft. (153 m). b. Built-in alignment sights and tamper protection

34 H. Heat Sensors c. Automatic range adjustment, signal synchronization, and contamination adjustment. d. To be supplied with permanent power, not battery operated. Use high-power wired (HPW) devices. e. Exact model selected shall be in accordance with manufacturer s instructions and specifications for location. 1. Combination fixed-temperature and rate-of-rise unit with plug-in base and alarm indication lamp; 135-deg F fixed-temperature with rate of rise setting except as indicated. Simplex Thermal sensor shall be of the epoxy encapsulated electronic design. It shall be thermistor-based, rate-compensated, self-restoring and shall not be affected by thermal lag. 3. Sensor fixed temperature sensing shall be independent of rate-of-rise sensing and programmable to operate at 135-deg F or 155-deg F. Sensor rate-of-rise temperature detection shall be selectable at the FACP for either 15-deg F or 20-deg F per minute. 4. Sensor shall have the capability to be programmed as a utility monitoring device to monitor for temperature extremes in the range from 32-deg F to 155-deg F. I. Combination Smoke and Heat Sensor 1. The combination smoke and heat sensor shall comply with applicable sections above for both functions. Simplex J. Conventional Heat Detectors 1. Where required due to ambient conditions, a conventional fixed temperature heat detector shall be provided. Use Thermotech Model 302, labeled as Simplex , or approved equal. K. Linear Heat Detection 1. Where indicated on the drawings, linear heat detection shall be provided. Use ThermoCable Digital Linear Heat Detection Cable (LHD), part number TC172, or approved equal. TC172 has a UL Listed temperature rating of 172 F (78 C) and a UL Listed Spacing of 35 feet. LHD shall utilize HDPE (Polypropylene) chemical resistant sheathing. 2. ThermoCable Linear Heat Detection Cable shall be installed using like-manufactured peripheral devices including Single (TC1018 or TC1029) or Double-Loop (TC1027) Cable Ties, NEMA 4X rated Junction Box (TC1000), NEMA 4X rated ELR-Box (TC1002), Test Switch (TC1004), Test Switch Screw Terminal (TC1005X), Cable Strain Relief Connector (TC100), Splicing Block (TC1005), and Sealant Tape (TC1006). Splicing Tape shall not be used. 3. ThermoCable Linear Heat Detection Cable shall be installed following all manufacturer s recommended installation instructions. In some cases, a steel guide wire may be required with the use of eyebolts (TC1030ZX, TC1032C, TC1031ZC) and turnbuckles (TC1033Z) as detailed in the drawings. Installation to structure shall be via Cable Clip

35 (TC1013), Spring Steel Beam Clamp (TC1014), Zinc Plated Steel Beam Clamp (TC1015), ½ Galvanized EMT/Conduit Strap with Pin for installation with Hilti Ramset or other powder actuated tool, or other approved connection method. LHD cable splices shall only be allowed within a Junction Box and only with the use of a Splicing Block. 4. ThermoCable Linear Heat Detection Cable shall be monitored through the use of a Simplex IDNet Class B Monitor ZAM. 2.9 MODULE DEVICES A. Monitor Modules: The Monitor Module shall provide an addressable input for N.O. or N.C. contact devices including but not limited to manual stations, water-flow switches, sprinkler supervisory devices, temperature sensors, door contacts, fire\smoke dampers, intrusion detectors, etc. The Monitor Module shall provide a supervised initiating circuit. Upon determination of an alarm condition, the LED shall be latched on. The Module shall contain a LED which blinks upon being scanned by the FACP. The Module shall mount in a standard electrical box. Simplex B. Control Modules: The Control Module shall provide an addressable output for a separatelypowered alarm-indicating circuit or for a control relay. The Control Module shall provide a supervised indicating circuit where indicated on the plans. An open-circuit fault shall be annunciated at the FACP. The Control Module shall provide a control relay where indicated on the plans. The relay contacts shall be SPST (Form "C" rated at 2 28 VDC). Voltage on detector contacts shall not exceed 24 Volts. The module shall contain an LED which blinks upon being scanned by the FACP. The module shall mount in a standard electrical box. Simplex C. Control Relays: Provide control relays compliant with Code requirements. Provide control relays as required to accomplish functions such as fan shut-down, damper positioning, device release, etc. Relays shall have 24 VDC coils, with DPDT contacts rated at 10A, minimum, at 120 VAC, shall be provided with screw terminals, and shall be UL listed as fire alarm control accessories. Relay enclosures shall provide conduit knockouts at top and bottom, and shall have manufacturer's standard finish. Control relays shall be installed near the associated fire alarm system control modules. Control relays shall be individually programmable by the system to respond automatically in the event of an alarm by related sensors or other devices. Manual control of fans, dampers and required relays shall be provided, as well as automatic control where required. Control sequences shall be as indicated on related mechanical systems control drawings. Simplex or equal. D. Fault Isolator Module: The Fault Isolator Module shall detect and isolate a short-circuited segment of a fire alarm SLC. Simplex E. Addressable Circuit Interface Modules: 1. Arrange Addressable Circuit Interface Modules to monitor or control one or more system components that are not otherwise equipped for addressable communication. Modules shall be used for monitoring of water flow, valve tamper, non-addressable devices, and for control of mechanical systems. 2. Addressable Circuit Interface Modules shall be capable of mounting in a standard electric outlet box. Modules shall include cover plates to allow surface or flush mounting

36 Modules shall receive their operating power from the signaling line circuit or a separate two wire pair running from an appropriate power supply, as required. 3. There shall be the following types of modules: a. Type 1: Monitor Circuit Interface Module: 1) For conventional 2-wire smoke detector and/or contact device monitoring with Class B supervision. The supervision of the zone wiring shall be Class B. This module shall communicate status (normal, alarm, trouble) to the FACP. Provide Monitor ZAM, with (semi-flush) or (surface) 4 square / 2 gang cover with LED viewport which indicates device status. 2) To eliminate the requirement for additional addressable modules, associated installation, programming, and service requirements, provide monitor modules with built-in power reset capability for conventional 4-wire smoke detector with Class B wiring supervision. The module shall provide detector reset capability and over-current power protection for the 4-wire detector. This module shall communicate status (normal, alarm, trouble) to the FACP. Provide Monitor ZAM, with (semi-flush) or (surface) 4 square / 2 gang cover with LED viewport which indicates device status. 3) Relay IAMs without LED indication are not acceptable (e.g., ). b. Type 2: Line Powered Monitor Circuit Interface Module 1) Where required, provide individually addressable modules that have both power and communications supplied by the two wire signaling line circuit. It provides location specific addressability to an initiating device by monitoring normally open dry contacts. This module shall have the capability of communicating four zone status conditions (normal, alarm, current limited, trouble) to the FACP. Provide Simplex Monitor IAM with (semi-flush) or (surface) cover for single gang box with viewport of device status LED. 2) Where required, provide modules with location specific addressability for up to five initiating devices by monitoring normally closed or normally open dry contact security devices. The module shall communicate four zone status conditions (open, normal, abnormal, and short). The two-wire signaling line circuit shall supply power and communications to the module. Simplex IAM. c. Type 3: Single Address Multi-Point Interface Modules 1) Where control and monitoring are required at one location, provide efficient multi-state modules to decrease the quantity of addressable devices and potential service issues, and to increase overall efficiency of the system. This multipoint module shall provide location specific addressability for four initiating circuits and control two output relays from a single address. Inputs shall provide supervised monitoring of normally open, dry contacts and be capable of communicating four zone status conditions (normal, open, current limited, and short). The input circuits and output relay operation shall be controlled independently and disabled separately. Provide Simplex , with (semi-flush) or (surface) 4 square / 2 gang cover with LED viewport which indicates device status

37 2) Provide a supervised multi-state input and a relay output, using a single address. The input shall provide supervised monitoring of two normally open, dry contacts with a single point and be capable of communicating four zone status conditions (normal, open, current limited, and short). The twowire signaling line circuit shall supply power and communications to the module. This module shall have a control point output, and monitor 2 points of inputs in a common device. Simplex , with (semiflush) or (surface) 4 square / 2 gang cover with LED viewport which indicates device status. 3) This dual point module shall monitor an unsupervised normally open, dry contact with one point and control an output relay with the other point, using a single address. The two-wire signaling line circuit shall supply power and communications to the module. Provide Simplex with (semi-flush) or (surface) 4 square / 2 gang cover with LED viewport which indicates device status. 4. All Circuit Interface Modules shall be supervised and uniquely identified by the control unit. Module identification shall be transmitted to the control unit for processing according to the program instructions. Modules shall have an on-board LED to provide an indication that the module is powered and communicating with the FACP. The LEDs shall provide a troubleshooting aid since the LED blinks on poll whenever the peripheral is powered and communicating. 5. The system shall support 100% of addressable devices in alarm or operated at the same time. Simultaneous operation of each and every control point shall be sustainable even during the condition when every addressable point is in alarm or active condition, under both primary (AC) and secondary (battery) power conditions SUPPRESSION INTERFACE DEVICES A. Fire Suppression (Pre-Action / Deluge) Releasing Peripherals 1. Interface to Fire Suppression Releasing Solenoids shall be through UL Listed Fire Releasing Peripheral, Simplex This device provides supervised control circuitry to the solenoid, and receives dual inputs from the associated Fire Alarm Control Panel to ensure suppression release is activated only upon confirmed alarm conditions and not inadvertently tripped by a single operation. 2. Connect this releasing peripheral to solenoids UL listed as compatible with the releasing peripheral. Replace all existing solenoids that will be connected to a new Fire Suppression Releasing Solenoid with a listed compatible solenoid. 3. Provide Simplex Coil Supervision Modules at the Solenoid location to monitor the electrical integrity of the releasing solenoid. 4. Provide Simplex Maintenance Switch with Disconnect Lamp, or approved equal, for prevention of accidental discharge during normal maintenance of the releasing system

38 2.11 NOTIFICATION DEVICES A. The fire alarm system shall interface with the existing Emergency Communication System (ECS). Audible notification of fire events and non-fire events shall occur through the ECS. Visual indication shall be powered and controlled by the fire alarm system. Textual visual notification shall be a combination of fire alarm and ECS controlled signage. Contractor shall coordinate with Owner for ECS interface as required. B. Audible devices powered and controlled directly from the fire alarm system shall be limited to auxiliary devices provided to meet specific notification requirements (e.g., audible devices at sprinkler fire department connections) and in areas where ECS audibility or intelligibility cannot be provided, (e.g., electrical and mechanical rooms). C. Horn/Strobes and Strobes: 1. Electronic fire alarm signals shall be combination horn and strobe type or strobe only type where shown on drawings. The audible signal and strobe shall operate independently or in unison. 2. Devices shall be mounted on ceilings or on walls as indicated on Contract Documents, and shall be UL listed for specific mounting configuration. Column-mounted devices in equipment rooms shall be surface-mounted. Mounting height of new devices on columns or walls shall comply with NFPA and ADA requirements. D. Notification Appliance Circuit provides synchronization of strobes at a rate of 1 Hz. The capability to synchronize multiple notification appliance circuits shall be provided. E. Standard Notification Appliances 1. Standard notification appliances shall be provided in the Airport Office Building, Central Utility Plant, Concourse A, the AGTS Maintenance Building, and in certain AGTS spaces located between the AGTS Tunnels. 2. The standard notification appliances shall be Wheelock (Eaton Cooper Notification) Exceder Series HS Audible Strobe appliances, Series ST Visual Strobe appliances and Series HN Audible appliances or approved equals. The Series HS and ST Strobes shall be listed for UL Standard 1971 (Emergency Devices for the Hearing-Impaired) for Indoor Fire Protection Service. The Series HS and HN Audibles shall be UL Listed under Standard 464 (Fire Protective Signaling). All Series shall meet the requirements of FCC Part 15 Class B. All inputs shall be compatible with standard reverse polarity supervision of circuit wiring by a Fire Alarm Control Panel (FACP) with the ability to operate from 8 to 33 VDC. Indoor wall models shall incorporate voltage test points for easy voltage inspection. 3. Standard models will be: a. HSW-AL b. HSWC-AL c. STW-AL d. STWC-AL

39 4. The Series HS Audible Strobe and ST Strobe appliances shall produce a flash rate of one (1) flash per second over the Regulated Voltage Range and shall incorporate a Xenon flash tube enclosed in a rugged Lexan lens. The Series shall be of low current design. Where Multi-Candela appliances are specified, the strobe intensity shall have 8 field selectable settings at 15, 15/75, 30, 75, 95, 110, 135, 185 candela for wall mount and 15, 30, 60, 75, 95, 115, 150, 177 candela for ceiling mount. The selector switch for selecting the candela shall be tamper resistant. The 15/75 candela strobe shall be specified when 15 candela UL Standard 1971 Listing with 75 candela on-axis is required (e.g. ADA compliance). Appliances with candela settings shall show the candela selection in a visible location at all times when installed. 5. The audible shall have a minimum of three (3) field selectable settings for dba levels and shall have a choice of continuous or temporal (Code 3) audible outputs. Audible notification shall utilize temporal (Code 3) outputs. 6. The Series HS Audible Strobe, ST Strobe and Series HN Audible shall incorporate a patented Universal Mounting Base that shall allow mounting to a single-gang, doublegang, 4-inch square, 3.5-inch octal, 4-inch octal or 100mm European type back boxes. Two wire appliance wiring shall be capable of directly connecting to the mounting base. Continuity checking of the entire NAC circuit prior to attaching any notification appliances shall be allowed. Product shall come with Contact Cover to protect contact springs. Removal of an appliance shall result in a supervision fault condition by the Fire Alarm Control Panel (FACP). The mounting base shall be the same base among all horn, strobe, horn strobe, wall and ceiling models. All notification appliances shall be backwards compatible. 7. The Series HS and ST wall models shall have a low profile measuring 5.24 H x 4.58 W x 2.19 D. Series HN wall shall measure 5.24 H x 4.58 W x 1.6 D. The Series HSC and STC shall been round and have a low profile with a diameter of 6.68 x 2.63 D. Series HNC ceiling shall have a diameter of 6.68 x 1.50 D. 8. When synchronization is required, the appliance shall be compatible with Wheelock s SM, DSM Sync Modules, Wheelock Power Supplies or other manufacturer s panels with built-in Wheelock Patented Sync Protocol. The strobes shall not drift out of synchronization at any time during operation. If the sync protocol fails to operate, the strobe shall revert to a non-synchronized flash-rate and still maintain (1) flash per second over its Regulated Voltage Range. The appliance shall also be designed so that the audible signal may be silenced while maintaining strobe activation when used with Wheelock synchronization protocol. 9. Wall Appliances UL Standard 1971, UL Standard 464, California State Fire Marshal (CSFM), ULC, FM 10. Ceiling Appliances UL Standard 1971, UL Standard 464, California State Fire Marshal (CSFM), ULC, FM 11. Color: a. White for Public and Sterile Areas including AOB Level 6-10, all AGTS Stations, Concourses Level 2 and above, Terminal Levels 5 and 6, and public areas of Terminal Levels 1, 2, 3, and

40 b. Red for back-of-house areas including AOB Level 4, 5A, 5B, and 11, Central Plant, Concourses Level 0 and 1, Terminal Level 3, 4 and 7, non-public areas of Terminal Level 1 and 2, and the AGTS Maintenance Building. 12. For outside or unconditioned locations, provide weatherproof appliances, Wheelock ASWP Audible Strobes or approved equal. F. Addressable Notification Appliances 1. Addressable notification shall be provided in the Terminal (Main and North), Concourse B, and Concourse C. 2. The addressable notification appliances shall be Simplex TrueAlert ES Addressable Notification Appliances series Audible/Visual appliances, Visual Strobe appliances, and Audible appliances or approved equals. The Strobes shall be listed for UL Standard 1971 (Emergency Devices for the Hearing-Impaired) for Indoor Fire Protection Service. The Audibles shall be UL Listed under Standard 464 (Fire Protective Signaling). All inputs shall be compatible with addressable notification controlled by IDNac SLCs from Simplex 4100ES fire alarm control panels with EPS/EPS+ power supplies and 4009 IDNac Repeaters providing a regulated 29VRMS allowing strobes to operate with lower current even under battery backup. 3. Standard models will be: a. 49VO-WWA (Strobe, Wall, White, ALERT) b. 49VO-WRA (Strobe, Wall, Red, ALERT) c w/ White Alert Cover (Strobe, Ceiling, White, ALERT) d w/ Red Alert Cover (Strobe, Ceiling, Red, ALERT) e. 49AV-APPLW, 49AVC-WRALT, 49MP-AVVOWR (Horn/Strobe, Wall, Red, ALERT) f. 49AV-APPLW-O, 49AVC-WRALT-O, 49WPBB-AVVOWR (Horn/Strobe, Wall, Red, ALERT, Weatherproof) g. 49AV-APPLW-O, 49AVC-WRFIRE-O, 49WPBB-AVVOWR (Horn/Strobe, Wall, Red, FIRE, Weatherproof, for use at Fire Department Connections) 4. Strobe appliances shall produce a flash rate of one (1) flash per second over the Regulated Voltage Range and shall incorporate a Xenon flash tube enclosed in a rugged Lexan lens. Where Multi-Candela appliances are specified, the strobe intensity shall be programmable from the control panel or jumper selected as 15, 30, 75, 110, 135, or 185 candela for wall mount and 15, 30, 75, or 110 candela for ceiling mount. Appliances with candela settings shall show the candela selection in a visible location at all times when installed. 5. The audible shall have a minimum of two (2) field selectable settings for High or Low dba levels and shall have a choice of continuous or temporal (Code 3) audible outputs. Audible notification shall utilize temporal (Code 3) outputs. 6. Separate covers shall be available to change application type on-site or for replacement. A separate mounting plate shall allow wiring to be completed before appliance is mounted. Mounting place shall allow mounting to a single-gang, double-gang, or 4-inch square back box, flush or surface mount

41 7. Wiring supervision to each appliance shall allow T-tapped connections for Class B circuits to simplify wiring. Wiring shall be unshielded twisted pair (UTP). 8. Strobes shall be synchronized, 1 Hz flash. 9. Wall Appliances UL Standard 1971, UL Standard 464, California State Fire Marshal (CSFM), ULC, FM 10. Ceiling Appliances UL Standard 1971, UL Standard 464, California State Fire Marshal (CSFM), ULC, FM 11. Color: a. White for Public and Sterile Areas including AOB Level 6-10, all AGTS Stations, Concourses Level 2 and above, Terminal Levels 5 and 6, and public areas of Terminal Levels 1, 2, 3, and 4. b. Red for back-of-house areas including AOB Level 4, 5A, 5B, and 11, Central Plant, Concourses Level 0 and 1, Terminal Level 3, 4 and 7, non-public areas of Terminal Level 1 and 2, and the AGTS Maintenance Building. 12. For outside or unconditioned locations, provide weatherproof appliances REMOTE LIGHTS A. Remote indicating lights shall be provided only as indicated on the drawings, but are not generally required due to the use of the color graphic workstations (TSW). Most existing remote lights associated with applicable project shall be removed. B. Remote indicators installed for monitoring of mechanical equipment shall be installed within 7 0 of floor level and directly beneath the equipment. C. Exterior remote lights shall not be provided. All existing exterior remote lights associated with applicable project shall be removed MAGNETIC DOOR HOLDERS A. Units shall be listed to UL 228. Units are equipped for wall or floor mounting as indicated and are complete with matching door plate. Unit shall operate from a 120VAC, a 24VAC or a 24VDC source, and develop a minimum of 25 lbs. holding force. Simplex DH24120 Series or equal. B. Mount any new outlet boxes for electric door holder to withstand 80 pounds pulling force. Evaluate condition of existing boxes and repair as necessary SUPPRESSION INTERFACE DEVICES A. Tamper Switches: Installed under a separate specification section, connection completed and tested under these specification requirements

42 B. Flow Switches: Installed under a separate specification section, connection completed and tested under this specification requirements. C. Sprinkler Pre-action Solenoid and Deluge Valves: Installed under a separate specification section, complete with devices as required to provide for fire alarm system monitoring and control functions. D. Differential Pressure Switch: Installed under a separate specification section, connection completed and tested under this specification requirements. Pressure switches to be configured based on a separate specification section, but could consist of separate low air and alarm (high) pressure switches or a single device with two sets of contacts for the two pressure conditions. E. Damper End Switches: Installed under a separate specification section, connection completed and tested under this specification requirements. Coordinate with mechanical Contractor or DEN HVAC Department BATTERIES A. Standby Batteries capable of operating all fire alarm panels, transponder panels, and NAC power supplies shall be provided to automatically back up the normal power. The system shall have the capacity to operate a FACP or NAC Power Extender panel for 24 hours and workstations for four hours, and then operate the fire alarm indicating devices for at least fifteen (15) minutes. When commercial power is restored, the system shall transfer automatically to primary power and shall not cause an alarm. System power supply shall be equipped with battery charging circuits sufficient to recharge fully depleted batteries to within 70 percent of their maximum capacity within 12 hours. 1. The system shall be provided with sufficient battery capacity to operate the entire system upon loss of normal AC power in a normal supervisory mode for a period of 24 hours with 15 minutes of alarm operation at the end of this period. The system shall automatically transfer to battery standby upon power failure. All battery charging and recharging operations shall be automatic. 2. All TrueSite Workstations shall be provided with Uninterruptible Power Supplies to support full operation for four hours. 3. Batteries shall be sized with a spare capacity of 20% WIRING A. All wiring shall be of the type as specified herein and as recommended by the manufacturer. All wire shall be installed in conduit throughout except as noted herein and on the permit drawings. B. All Fire Alarm System wiring shall comply with NEC and NFPA requirements. Circuit Color (+) Color (-) Size AWG Type Insulation Type

43 Circuit Color (+) Color (-) Audible NAC (Horn only) Visual NAC (Strobe or Horn/Strobe) IDC Size AWG Type Insulation Type Red* Black 12 Stranded (19) THHN Red* Brown 12 Stranded (19) THHN Red w/ White stripe Black w/ White stripe 16 Solid TFN SLC (IDNet+) Red White 16 Solid, Twisted Pair TFN Remote Lights Yellow Purple 16 Solid TFN 24 Volt Power Red Black 14 Solid THHN Audio NAC (Fire Solid, Red Black 16 Alarm Speaker) Twisted Pair SHIELDED RUI Communication Red White 16 Solid, Twisted Pair SHIELDED Audible NAC (Sounder Base) Duct Detector Remote Test Switch Addressable Notification (IDNac) Red Black 14 Stranded (19) THHN Red/Blue Black/Brown 16 Solid THHN Stranded (19), THHN, Red Brown 12 Twisted Pair unshielded * Connected to the positive terminal on each device. C. Wire for test switches with indicating lights shall be a 16 AWG solid THHN wire with the following color code: (1) red + LED, (2) black - LED, (3) blue + test switch, and (4) brown - test switch. D. Wire associated with the AGTS Train Platform deluge systems activation circuits (i.e., key activated stations) shall be an IDC with blue (+) and white (-) wire. E. Audio wire requirements shall be per DEN Standard Specifications Division 27 Communications, for Emergency Communications Systems. F. Subject to compliance with Simplex and NEC requirements, local suppliers include but are not limited to the following: Liberty, West Penn, ALLCABLE. G. SLC, RUI, 24VDC Power, and Auxiliary Control wiring is not required to be installed in conduit unless required per NFPA 70 National Electric Code, 2011 Denver Amendments to the 2009 International Building Code, or all other applicable codes. To comply with Denver Amendments, all fire alarm wiring shall be fully enclosed within continuous raceways in mechanical rooms, electrical rooms, elevator equipment rooms, and vertical risers. H. All fire alarm wiring installed free run (i.e. not in conduit) shall be plenum-rated per NFPA 70. Cable type FPLP in a red jacket shall be acceptable. All insulation color codes noted above shall be maintained regardless of jacket type or color. Free run cable shall be supported per NFPA 70 National Electric Code

44 I. All NAC wiring (conventional and addressable) shall be installed in metallic conduit and shall comply with NFPA 70 and 72. J. All wiring shall test free from grounds and short circuit faults. No connections to the FACP shall be made until the system wiring has been accepted by the Owner s Designated Representative and the equipment supplier. K. Wire and cable shall be a type listed for its intended use by an approval agency acceptable to the Authority Having Jurisdiction and shall be installed in accordance with the appropriate articles from the current approved edition of NFPA 70, National Electrical Code (NEC). L. Contractor shall obtain from the Fire Alarm System Manufacturer written instructions regarding the appropriate wire/cable to be used for this installation. No deviation from the written instruction shall be made by the Contractor without the prior written approval of the Fire Alarm System Manufacturer, the Engineer, and the Owner. M. Existing wiring may be used if warranted as new and with approval by the Engineer and the Owner. N. SLC communication (IDNet/IDNet+) and RUI channels shall utilize 16 Gauge solid twisted wire. The wire installed shall not exceed 35 pf/ft. and shall have a minimum of 4 twists per foot. These wiring guidelines allow for a distance of 3600ft to the furthest device on a channel with a maximum of 250 devices, and an overall wire length of 10,000 ft. No SLC channel shall exceed.60 uf total capacitance and 35 Ohms resistance. Any conduit that is used for multiple circuit types along with 1 or more SLC channels shall conform to Table 19-1 shown below. O. Wiring requirements for mixed circuits in conduit or closely bundled: The below Table 19-1 shows when shielded wire must be used when mixed circuits are installed in conduit or are bundled closely together. To use the table, select the signal in the leftmost column and compare it to the cell that corresponds to the signal being mixed in the top row. STP = Shielded Twisted Pair; UTP = Unshielded Twisted Pair

45 1. Table 19-1 is from Tyco Fire Protection Products document Simplex ES Alarm Panels Wiring and Hook-Up Options Overview, document number , Revision N, Revision Date 7 April This document is subject to change and shall be obtained from SimplexGrinnell. To clarify Table 19-1, note 1, When STP shows as being required for two different circuits being evaluated and both circuits show STP needed, only one of the two needs to use STP. Multiple circuits of IDNAC or TAA or SmartSync or RP (DC) NACs may be grouped together and counted as one circuit. P. Circuits in the same conduit are limited as follows: 1. Unless approved in writing by the Engineer and Owner, wiring for conventional NAC (non-addressable) and SLC (IDNet) Circuits shall not be routed in the same conduit. 2. SLC circuits and 24 volt power from a fire alarm control panel may be routed in the same conduit. A maximum of 5 amps of 24 volt power shall be in the same conduit with SLC circuits. 3. No DC inductive loads greater than 5 amps 30VDC, or any AC voltage wiring, shall share the same conduit as an SLC circuit at any time. 4. RUI Communication shall always be shielded wiring if run in the same conduit (or closely bundled) with IDNet (SLC) or IDNac (addressable NAC) wiring