DIVISION 28: ELECTRONIC SAFETY AND SECURITY DESIGN STANDARDS TABLE OF CONTENTS

Transcription

1 DIVISION 28: ELECTRONIC SAFETY AND SECURITY DESIGN STANDARDS TABLE OF CONTENTS I. PURPOSE II. III. IV. GENERAL A. SECURITY AND FIRE ALARM SYSTEMS B. INSPECTIONS C. PROJECT RECORD DRAWINGS STANDARDS BASIC ELECTRICAL REQUIREMENTS A. CLOSE-OUT B. TRAINING Fire Alarm Security Alarm C. FIRE STOPPING D. DEMOLITION E. RACEWAYS F. WIRES, CABLES, AND CONNECTORS G. BOXES H. SUPPORTING DEVICES I. IDENTIFICATION V. FIRE ALARM SYSTEM A. SCOPE B. SYSTEM DESCRIPTION C. MANUFACTURERS D. CONTROL PANEL E. ANNUCIATOR F. INITIATING DEVICES Pull Stations Smoke Detectors Heat Detectors Duct Detectors Beam Detectors Relays G. NOTIFICATION APPLIANCES H. BATTERY BACKUP I. FIRE/SMOKE DAMPERS J. VOLTAGE DROP K. WIRING L. MISCELLANEOUS M. TESTING N. CONTRACT DOCUMENTS BSD Division 28 Electronic Safety and Security Standards Revised: 3/16/2009 Page 1 of 25

2 DIVISION 28: ELECTRONIC SAFETY AND SECURITY DESIGN STANDARDS TABLE OF CONTENTS VI. VII. INTRUSION DETECTION AND ACCESS CONTROL SYSTEM A. GENERAL DESIGN CRITERIA B. PROJECT DESCRIPTION C. SUBMITTALS D. PRODUCTS 1. Control Panel 2. System Feature/Hardware Capability Summary 3. Communication Formats 4. Testing, Diagnostic, and Programming Features 5. Telephone Lines, IP Addresses, and Phone Routing 6. Number of Programmable Relay Output Modules 7. Number and Alarm Output Selections 8. Miscellaneous Features 9. Real-Time Clock, Calendar, and Test Timer 10. Opening and Closing Windows 11. System Power Ratings 12. System Fault Detection 13. System Interface Requirements a. Grounding b. Primary power c. Primary power supervision d. Secondary power (standby battery) e. Secondary power supervision f. Wiring g. EMI/Lighting protection h. Telephone interface i. Auxiliary function control interfaces j. Non-Volatile backup 14. Keypad 15. Motion Sensors 16. Door Sensors 17. Programming ACCESS CONTROL A. ACCESS CONTROL B. CARD READERS C. PROXIMITY CARDS D. REQUEST TO EXIT DEVICE (REX) E. POWER SUPPLIES F. HARDWARE G. SUPPORTS H. CORROSION PROTECTION I. MOUNTING BACKBOARDS J. PROGRAMMING BSD Division 28 Electronic Safety and Security Standards Revised: 3/16/2009 Page 2 of 25

3 DIVISION 28: ELECTRONIC SAFETY AND SECURITY DESIGN STANDARDS TABLE OF CONTENTS VIII. SECURITY CCTV SYSTEM A. GENERAL DESIGN CRITERIA B. PROJECT DESCRIPTION C. SYSTEM DESCRIPTION D. CENTRALIZED CONTROL AND MANAGEMENT E. IP CAMERS AND ENCODERS F. APPLICATIONS G. ANALYTICS H. SERVICEABILITY/RELIABILITY I. EXECUTION Cables Termination Hardware J. EQUIPMENT INSTALLATION K. QUALITY CONTROL L. SYSTEM ACCEPTANCE TESTING M. SYSTEM START-UP BSD Division 28 Electronic Safety and Security Standards Revised: 3/16/2009 Page 3 of 25

4 DIVISION 28: ELECTRONIC SAFETY AND SECURITY DESIGN STANDARDS I. PURPOSE This document is a narrative describing Beaverton School District s (BSD) basis of design for electronic safety and security. The information contained herein shall be used by the Architect/Engineer to develop a sustainable, integrated system that is economical to construct, maintain, and operate; that enhances learning by providing a safe and suitable work environment for staff and students. This document shall be used as part of the District s Construction Design Standards. The Architect/Engineer shall be responsible for bringing to the attention of the BSD Representative, any variances in design from these Standards and any opportunities for value engineering. The Architect/Engineer shall provide project-specific, detailed Division 28 specifications, drawings, diagrams, and instructions to assure that the District receives all required systems completely installed, wired, connected, tested, and ready for satisfactory operation by District personnel. These Division 28 Standards were developed with the intent of extending the trouble-free life of equipment and reducing future maintenance problems. Within these goals and project budget constraints, electrical engineering design for District projects should comply with the following hierarchy of priorities: Occupant safety Program compliance/occupant comfort Life cycle cost including maintenance and energy Initial cost Contractor, as referred to herein, represents the project s General Contractor and its subcontractors as applicable. II. GENERAL A. SECURITY AND FIRE ALARM SYSTEMS Any low voltage wiring which will need to be surface mounted shall be enclosed in metallic wire-mold and held high to the ceiling line wherever possible. Provide raceways, J hooks, or wire troughs above suspended ceilings for wiring routing. B. INSPECTIONS Access to the work and on-site inspections shall conform to the Beaverton School District s General Conditions requirements. The Architect/Engineer shall review all design layouts with BSD Representative prior to bidding. The General Contractor shall obtain the BSD Representative s approval of the Fire Alarm and Security Panel placement, wiring, and other conditions of the site prior to cover. C. PROJECT RECORD DRAWINGS Fire alarm, security alarm, security CCTV, and access control system vendors shall provide "as-built" shop drawings in an editable, electronic format and include the following to reflect actual constructed conditions: 1. One-line diagrams with sizes for each system in contract BSD Division 28: Electronic Safety and Security Standards Revised: 3/16/2009 Page 4 of 25

5 2. Accurate routing of wiring 3. Locations of panels and junction boxes 4. Panel schedules 5. Point-to-point connection riser diagrams for all devices installed 6. Accurately locate buried cable 7. Accurate circuit connection designations and connection sequence (numbering at device locations) 8. System operational matrix for systems installed 9. Wire key with circuit description and wire type 10. Device tag legend showing: Initiating Devices (Circuit ID - Device Number)(M## - ##) and Notification Devices (Panel ID - NAC Circuit Number - Device Number)(P## - N## - ##) 11. Elevation drawing showing how the FACP, auxiliary gutters, and raceways were installed. 12. Elevation drawing showing how initiation and control devices were installed for the recall and shunt-trip operation of the elevator. 13. Point List showing Initiation and control devices. Information shall include device address, device type, point type, and label. 14. Control panel battery calculations 15. Notification panel battery calculations 16. Voltage drop calculations for each notification circuit III. STANDARDS All materials, appliances, equipment, and devices shall conform to the applicable standards of Underwriters Laboratories (UL), and shall be listed by UL if a UL listing category has been established. Materials and installations shall conform to the specifications, drawings, and latest publications and standards of the following organizations: American Society of Testing and Materials (ASTM) American National Standards Institute (ANSI A117.1) Americans with Disabilities Act (ADA) FCC Part 15 Radio Frequency Devices Fire Alarm System Job Practices (NECA ) Institute of Electrical and Electronic Engineers (IEEE) Insulated Power Cable Engineers Association (IPCEA) International Fire Code (IFC) National Electrical Manufacturers Association (NEMA) National Electrical Code (NFPA 70) National Fire Alarm Code (NFPA 72) Oregon Fire Code (OFC) Oregon Electrical Specialty Code (OESC) Oregon Structural Specialty Code (OSSC) UL 294 and 1076 as required Other applicable Federal / State / Local laws, rules, regulations, and codes BSD Division 28: Electronic Safety and Security Standards Revised: 3/16/2009 Page 5 of 25

6 Safety: Do not locate any unsecured electrical equipment in areas accessible to the public. IV. BASIC ELECTRICAL REQUIREMENTS Refer to Division 26: Electrical Design Standards and include the following: All wiring and fiber optic cable in the central plant, tunnels, hallways, rooms, and other public areas shall be in cable tray, J hook, or conduit. A. CLOSE-OUT Submit as-built shop drawings, operation and maintenance (O&M) manuals, test results of fire alarm system, and security system as applicable, prior to BSD Representative acceptance. Submit three copies of O&M manuals two weeks before training. Provide electronic files of Record Drawings on CD-ROM to BSD in AutoCAD version approved by BSD prior to completion of Contract. Provide original hard copy of Record Drawings to BSD and job site prior to completion of Contract. B. TRAINING Training shall review complete O&M manuals and as-built drawings, including, but not limited to, how to monitor status readouts and history logs of systems, required maintenance, and troubleshooting, including contact names and phone numbers for factory support. Fire Alarm School Staff: Two sessions, two hours in length each, if needed Maintenance Staff: For systems other than Simplex 4100U or 4010 fire alarm control panels, Contractor shall provide, within 30 days of system turnover, factory training for two BSD Maintenance Department personnel. This shall include travel expenses, lodging, and meals. Security Alarm School Staff: Two sessions, two hours in length each, if needed Maintenance Staff: One session, four hours in length C. FIRE STOPPING Coordinate, with the drawings, the location of fire rated walls, ceilings, floors, and the like. Where these assemblies are penetrated by electrical equipment, seal around the equipment with approved fire-stopping material or utilize an approved device such as EZ Path. STI Specseal Series SSS intumescent sealant is the preferred fire-stopping material. If another fire-stopping brand is used, a label needs shall be affixed next to the penetration that was sealed showing the brand of sealant that was used. D. DEMOLITION Contractor is responsible for disposal of equipment slated for demolition. However, BSD has salvage rights to all equipment and devices removed. Removed equipment and devices should not be re-used during the Project. Prior to demolition, contact the BSD Representative to determine if devices and/or equipment shall be salvaged. Contractor shall remove and set aside devices selected for salvage in a designated location. BSD is responsible for removal of salvaged devices from the site in a timely manner. E. RACEWAYS Refer to Division 26: Electrical Design Standards. BSD Division 28: Electronic Safety and Security Standards Revised: 3/16/2009 Page 6 of 25

7 F. WIRES, CABLES AND CONNECTORS Refer to Division 26: Electrical Design Standards and include the following: Connectors: o No. 18 to 8AWG, spring connector wire nuts o Quick push-in wire connectors are prohibited. All spices, taps, and terminations shall be made in outlet, junction, or pull boxes. G. BOXES Refer to Division 26: Electrical Design Standards. H. SUPPORTING DEVICES Refer to Division 26: Electrical Design Standards. I. IDENTIFICATION Label devices as follows: Initiating Devices (Circuit ID - Device Number) (M## - ##) Notification Devices (Panel ID - NAC Circuit Number - Device Number)(P## - N## - ##) Junction and Pull Boxes: legibly write on the cover with indelible ink pen the circuits contained in each box. Covers for all boxes containing fire alarm circuits shall be painted red. IV. FIRE ALARM SYSTEM A. SCOPE For new schools, new support facilities, or projects that require the replacement of the Fire Alarm System: Provide a complete, new, addressable, programmed, and functional fire alarm system in compliance with these standards and applicable Codes, Ordinances, and the Local Authority Having Jurisdiction (AHJ). For remodel or addition projects that require the expansion of the Fire Alarm System: Provide the required additional panel enhancements, annunciator enhancements, additional devices to provide a complete addressable, programmed, and functional fire alarm system in compliance with these standards and applicable Codes, Ordinances, and the Local AHJ. B. SYSTEM DESCRIPTION Addressable system, supervised 2-wire, Class B initiating and indicating circuits. Comply with requirements of OSSC, NFPA, OFC, and IFC. C. MANUFACTURERS Simplex or an approved equal. Written approval from the BSD Representative is required for substitutions. D. CONTROL PANEL Minimum requirements: 1. Provide software subscription, guarantee forward and backward compatibility, and provide manufacturer support of all panels and devices (including old devices on new systems) for a minimum of 10 years after installation. The systems shall be provided BSD Division 28: Electronic Safety and Security Standards Revised: 3/16/2009 Page 7 of 25

8 with all programming tools, hardware keys, software keys, and training necessary for the system to be maintained solely by BSD Maintenance staff. 2. The District has standardized on Simplex systems and currently has trained personnel, software, and hardware keys for Simplex 4100, 4100U, 4020, and 4010 fire alarm control panels. For all other systems, the Contractor shall provide the latest version of software, hardware key, and training to District maintenance personnel. 3. For facilities of 72,000 square feet or less, the addressable fire alarm control panel (FACP) shall be capable of monitoring a minimum of 250-points. It shall be fully programmable without use of laptop, software key, or hardware key. 4. For facilities of 72,000 square feet or more, the addressable FACP shall be capable of monitoring a minimum of 1000-points. It shall be fully programmable by District maintenance personnel with the use of a laptop computer. 5. The system shall have a minimum of four facility specific control keys. These can be used to bypass items such as door holders, audible devices, and HVAC systems. 6. The system shall have the ability for District personnel to disable/enable addressable points, relays, control points, and notification circuits without the use of a laptop or system specific control keys. 7. The system shall have the ability to report trouble, supervisory, and fire alarm by point device to a central monitoring station via telephone. 8. The FACP shall never be installed in a master and slave configuration. However, they can be networked together in a manner so that they appear to operate as a single system for both operation and programming. 9. The systems shall have separate alarm and trouble logs with a minimum of 200 events total. 10. Detector and control devices shall be addressable only using dipswitches. E. ANNUNCIATOR Minimum requirements: 1. Back-lit, alphanumeric, 80-character LCD display under locking cover with test switch, alarm and trouble buzzer, buzzer silencer switch with reset, buzzer silencer activated message, and flush-mounted with finish cover. Self-contained, suitable for UL wet location when exterior mounted. Vandal resistant UV-stabilized Lexan construction. Coordinate location with AHJ. F. INITIATING DEVICES Minimum requirements: 1. Pull stations: Addressable, single action, pull stations with a Lexan vandal resistant cover where pull station is subject to damage. 2. Smoke detectors: Addressable, photoelectric smoke detectors that are easily detached from their bases using a removal tool. Wire guard protective covers shall be used where detectors are subject to damage. 3. Heat detectors: Addressable, rate of rise 135 F, fixed 155 F heat detectors that are easily detached from their bases using a removal tool. Detectors installed in kitchens, boiler rooms, and kiln rooms shall be set to the highest fixed rating. Wire guard protective covers shall be used where detectors are subject to damage. 4. Duct detectors: Addressable, photoelectric duct detectors with remote indicator and test switch. Test switch shall be ceiling or wall mounted in a public area as close as possible to where the duct detector is mounted. BSD Division 28: Electronic Safety and Security Standards Revised: 3/16/2009 Page 8 of 25

9 5. Beam detectors: Shall be capable of providing a protection range of 16-0 to A remote test switch shall be installed on a wall adjacent to the detector being tested with a vandal proof cover and mounted between 48 to 94 off finished floor level. Wire guard protective covers shall be used where detectors are subject to damage. Beam detectors manufactured by Gamewell, Bosch, FireRay, and Hochiki shall not be used. 6. Relays: Shall not change state during or after programming, power-up, or power down. G. NOTIFICATION APPLIANCES Minimum requirements: 1. Flush, wall-mount strobes and horn/strobes. The strobes shall meet or exceed the latest requirements of NFPA 72, ANSI 117.1, and UL standard Horns to produce Temporal Code. Strobes to utilize synchronization module (integral to strobe or circuitdriven). Wire guard protective covers shall be used where devices are subject to damage. H. BATTERY BACKUP Minimum requirements: 1. Twenty-four hours in normal mode and then provide a five minutes backup in alarm mode. I. FIRE/SMOKE DAMPERS Minimum requirements: 1. Control fire/smoke dampers per acceptable method as listed in OSSC A, minimum of a 45-second delay shall be observed before closing dampers to allow HVAC shutdown. J. VOLTAGE DROP Minimum requirement: 1. Maximum 10% on all indicating device circuits after 24-hour operation on battery K. WIRING Minimum requirements: 1. Provide minimum 14 AWG wiring for indicating device circuits. Use Type FPL cable when routed in raceway, Type FPLR when routed between floors (install cabling in metal conduit when routing through floors to height of 7-0 above finished floor), Type FPLP when routed in plenum spaces. 12 AWG wiring shall be used from the NAC control panel to the first indicating device on cable runs exceeding to the first device. L. MISCELLANEOUS Report alarm condition signal from fire alarm control panel to building energy management system (EMS) lighting controls. Smoke detectors are required to be installed in all health rooms and rooms with a bed, egress paths in areas such as corridors, halls, break rooms, storage rooms, electrical rooms, and telecom rooms. A notification appliance is required to be installed in all health rooms, break rooms, public spaces, and in all offices and employee workspaces. BSD Division 28: Electronic Safety and Security Standards Revised: 3/16/2009 Page 9 of 25

10 M. TESTING Provide a complete test of the system including all initiating devices and notification devices in the presence of the BSD Representative or approved substitute. Provide a written report of the testing. Provide any and all testing as required by the permitting jurisdiction. N. CONTRACT DOCUMENTS The following shall be shown on the General Information page: 1. The fire alarm Contractor shall provide 48 hours notice to the BSD Representative and testing agency for all testing required. The AHJ shall be notified of the date and time of the final fire alarm test and shall assist/witness such testing when able. 2. The fire alarm Contractor shall provide a completed and signed Record of Completion to the inspector of record and BSD Representative after completion of operational acceptance tests. 3. A set of fire alarm drawings stamped Approved shall be at the job site at all times and shall be used for installation. 4. The power circuit to the FACP and all NAC panels shall be on a dedicated 120 VAC, 20-amp branch circuit. Breaker shall have a red marking, lock-on provision, and shall be identified as Fire Alarm Circuit control. The circuit shall be fed from an emergency generator, if one is available. The location of the circuit disconnect means shall be labeled and identified at the fire alarm control unit, NAC panels, and power supplies. 5. Update the as-built drawing set daily with job progress. A set of as-built drawings are required to stay at the job site at all times and made available to staff and emergency personnel. 6. If there is an existing fire alarm system, it shall not be disconnected or taken out of service without written permission of the BSD Representative. It is the Contractor s responsibility to coordinate the timing of the existing fire alarm system demolition work with the BSD Representative. The local fire authority and central monitoring station shall be notified in advance of existing fire alarm system shutdown. 7. Do not apply power to any control panel or power supply except in the presence of a factory trained technical representative. 8. Any smoke detector head that is installed before the building is cleaned and accepted shall be covered to protect it from dust. Any false alarm due to dirt-contaminated heads shall be the responsibility of the fire alarm Contractor. 9. The fire alarm Contractor shall maintain the fire resistance integrity of all wall, ceiling, and roof assemblies at all times. 10. Installation of devices shall be in accordance with manufacturer s instructions. Power limited and non-power limited field wiring must be installed within the fire alarm control panel (FACP) enclosure in accordance with the manufacturer s instructions and the NFPA 70 (NEC). 11. All wiring shall be installed in according to Oregon Fire Code, NFPA 72, NFPA 70, and NECA Fire alarm circuits shall be identified in accordance with Oregon Fire Code, NFPA 72, NFPA 70, and NECA Fire alarm cable installed in ducts, plenum, and other spaces used for environmental air shall be FPLP. 14. Fire alarm cable installed in vertical runs and penetrates more than one floor or cables installed in vertical shafts shall be FPLR. 15. Fire alarm cable installed in underground conduit or wet locations shall be listed for wet locations in accordance to NFPA 70 (NEC), article 300. BSD Division 28: Electronic Safety and Security Standards Revised: 3/16/2009 Page 10 of 25

11 16. Fire alarm circuits that extend beyond one building and run outdoors shall be installed in accordance with NFPA 70 (NEC) articles 725, 760, 770, and 800, where applicable. 17. All wiring, to include the shields, must be dry and free of shorts, grounds, and stray voltages. This shall be checked prior to termination of wiring to any control panel, power supply, or device. 18. All shielded wire must have shield continuity at full length of the wire. 19. Only system wiring shall be run in the same conduit VAC wiring is not permitted in the same conduit with limited energy wiring. 21. Maximum 40% conduit fill ratio 22. The fire alarm Contractor shall provide a wire schedule which will include the following information: a. Wire description b. Wire rating c. Manufacturer d. Manufacturer part number e. Vendor part number f. Conductor area g. Matrix showing conduit and raceway fill at 40 percent of each cable used. 23. All raceway systems shall be installed to manufacturer s specifications. 24. All wiring shall run in conduit or other type of raceways. Horizontal runs of limited energy fire alarm cables may be run without raceways in equipment rooms and accessible ceiling spaces where allowed by code. 25. No cabling shall be installed between the truss and floor pan or the truss and ceiling pan. 26. Support all cabling. No cabling shall lie on or be attached to any ductwork, pipes, conduits, equipment, or other cables. 27. If cables are supported by trusses, the cables shall be protected from being pulled into the intersections of the supports. 28. The Contractor shall cut over all devices in existing fire alarm system to the new fire alarm control panel and provide reprogramming. 29. Prior to the start of construction, remodel, or demolition, the Contractor shall notify the BSD Representative of any abnormal condition on the fire alarm system. 30. Any existing site drawings shall not be removed from the construction site and shall stay in the location where they were found. If the Contractor needs a copy of these drawings the BSD Representative will provide a copy. 31. All electronic or fire alarm equipment removed, if not to be reinstalled, shall be turned over to the BSD Representative. 32. Demolition or removal of any electrical device, cabling, or raceway on an operating system shall be done by a licensed electrical Contractor and licensed electricians. 33. All demolition and removal of electrical raceways or cabling shall be from the origin to device. 34. The electrical Contractor prior to the start of demolition or installation shall document any existing abandoned electrical devices, cabling, or raceways so they can be removed if they are not already covered in their scope of work. 35. All splices made to maintain electrical integrity of the wiring shall be made in an approved enclosure, even if it is temporary. These enclosures shall be accessible to maintenance personnel. BSD Division 28: Electronic Safety and Security Standards Revised: 3/16/2009 Page 11 of 25

12 36. All junction box locations shall be marked on the working site drawings. 37. During a remodel, all devices, raceways, cabling, boxes, and cabinets that are detached from their supports or structure shall be reattached, supported, and repaired. 38. Notify BSD Representative if the fire alarm control will be left in a trouble, supervisory, or alarm condition during off-duty hours, weekends, or holidays. 39. All devices shall have software labels with the final room numbers or descriptions so emergency personnel and staff can easily find the devices without referencing as-built drawings. BSD Representative will provide a drawing with final room numbers or description. 40. Duct detectors shall have a remote indicator with a test switch. This shall be placed on a wall or ceiling in a public area where it will be readily visible and will not be obstructed by furniture. It shall be located as close as possible to the AHU or damper it controls. 41. Shunt-trip power circuit used to control the elevator shall be monitored. 42. A timed power shutdown of damper control power shall be provided on a general alarm to prevent pressurization of ducts during HVAC shutdown. 43. All visual devices shall be synchronized. 44. All synchronization modules shall be tied together. VI. INTRUSION DETECTION AND ACCESS CONTROL SYSTEM A. GENERAL DESIGN CRITERIA The Architect/Engineer is expected to provide project specific, detailed security system design and a complete fully functional and operational Building Intrusion Alarm/Access Control System. B. PROJECT DESCRIPTION The plans and specifications shall provide for the complete installation and programming of a building intrusion alarm system and access control system. The Contractor shall provide and install all required components, devices, hardware, and cable to cover all existing and new monitored points and zones indicated on a plan view and single-line drawings. The Contractor shall be responsible for removing and protecting the existing controllers, and monitoring sensors during the demolition and new construction within existing buildings. These devices shall be reinstalled in the new Telecommunications or MDF closet. The Contractor shall be responsible for the material, labor, and programming required to integrate the intrusion alarm panel alarm outputs to the CCTV I.P. based digital video management system, if available. Upon door-forced open alarms and interior motion detector alarms, the intrusion alarm system shall provide an alarm trigger input at which time the DVMS will initiate PTZ cameras to move to pre-set locations and also initiate changes to the camera record frame rate and record priority. C. SUBMITTALS Contractor shall submit all items in accordance with the requirements of Division 1, Submittals and shall include, but not be limited to, the following: 1. Model numbers of all components furnished on the job 2. Manufacturer s catalog data sheets for all components 3. Input power requirements for all components 4. Manufacturer s model numbers and specifications 5. Dimensions, layouts, installation details BSD Division 28: Electronic Safety and Security Standards Revised: 3/16/2009 Page 12 of 25

13 6. Point-to-point wiring diagrams for all devices 7. Termination details for all devices 8. Single-line system architecture drawings representing the entire 9. Interfaces with all sub-systems 10. Beaverton School District acceptance form with a checklist associated with each card reader and input point. The checklist shall indicate that each point was checked as properly installed and reporting back to the control panel and the host computer prior to acceptance of the system. 11. Three sets of the Manufacturer s User s Manuals and Installation Manuals. 12. Course outlines for each of the end-user training programs. The course outlines shall include the course duration, location, pre-requisites, and a brief description of the subject matter. D. PRODUCTS The District has standardized on Bosch building intrusion alarm and access control systems. Model numbers shown are Bosch products. 1. Control Panel The control panel shall provide an integrated solution for security and fire alarm system applications. The control panel shall monitor alarm points for intruder and report fire alarms generated by a separate fire alarm system. The control panel shall include a communicator that reports events to selected Public Switched Telephone Network (PSTN) or IP network destinations through four programmable route groups. The Control Panel shall provide eight on-board points and up to 238 off-board points, up to 128 relays. The system shall include a Digital Alarm Communicator Transmitter (DACT), with a built-in telephone line monitor, up to 1000 event memory logger, real time clock, calendar, test timer, battery charging/voltage supervision circuitry, battery lead supervision, diagnostics displays, time/event-based scheduling system, lightning/emi protection circuits, and the associated optional modules. Manufacturer and Model: Bosch, Model 9412G The firmware shall support programmable "software" features as detailed below: a. The connection and reporting of intrusion, fire detection, and access control devices to a remote Digital Alarm Communicator Receiver (DACR) b. Identification, annunciation, and communication of alarmed detectors by point c. Segregating the points (i.e., a detector or group of detectors zoned together) into separate, independent "areas" d. "Modularly" expandable using hard-wired address identification modules e. Electrically supervised detection loops and power supplies (mains and batteries). This supervision shall be programmable for the purposes of reporting this information to the DACR. f. Monitoring and switching to active telephone lines when trying to establish communications with the DACR and transmitting a report. g. The Digital Alarm Communicator System (DACS) shall be capable of reporting and communicating alarm or trouble event data by reporting to one, two, three, or four off-site remote DACRs via dial-up analog telephone lines and over a local or wide area network using a network interface module. h. Sending (manually or automatically) test and status reports to remote DACRs BSD Division 28: Electronic Safety and Security Standards Revised: 3/16/2009 Page 13 of 25

14 i. Programmable locally or remotely. Programming shall be accomplished via a portable programmer or a computer running the Remote Programming Software (RPS). Users shall be capable of changing their own user pass code from the Alarm Command Center (ACC) and managers shall be capable of changing the user pass codes and authority assignments by area of other users from the ACC. j. Annunciate alarm, trouble, service reminders, and other relevant system status messages in custom English text at the ACC k. Diagnostics and testing functions locally or remotely l. Activating 128 (64 with the D7412GV2) relays and three additional outputs for auxiliary functions based on its classifications (area vs. panel wide) The system shall be capable of controlling relays and automatically executing system functions based on a time/event scheduling program. The program can be hour, dayof-week, or day-of-month based. Each scheduled event can be exclusive of one of four holiday date definitions that can include one to 365 selected Julian dates. The following functions can be executed at a minimum: a. Arm/disarm a specific area b. Bypass/un-bypass a point c. Activate/deactivate a relay d. Send a test report e. Adjust system clock for daylight savings time f. Turn an Access Authority Level On/Off g. Hold a door open (unlocked and shunted) The system shall be capable of listening to calls answered by other devices on the premises side of the phone line and determining if a special tone is being sent from the incoming call (Remote Account Manager) and intercepting the call for Remote Account Manager Sessions. 2. System Feature/Hardware Capability Summary Number of Loops/Sensors: 246 separately identifiable points, of which, eight are on-board loops and 238 are off-board addressable points/zones connected to multiplexed backbone trunks. Each of the points shall be capable of supporting "group zoning." Group zoning refers to the combining of sensors into a separately identifiable and separately annunciated (programmable text) area. 3. Communication Formats The Radionics Modem IIIa2 communications format shall be utilized for optimum system performance. The DACT shall report to a Commercial Central Station using a Bosch Security Systems D6500 or D6600 Alarm Receiver that supports the Radionics Modem IIIa2 communications format. 4. Testing, Diagnostic, and Programming Facilities Automatic test reports and remote system access for diagnostics, programming, and log (Logger) uploads shall also be supported via a remote central station computer utilizing the RPS software. 5. Telephone Lines, IP Addresses, and "Phone Routing" The System shall support one or two telephone lines that will be alternated for the transmission of consecutive events. The system shall have the capability of communicating with up to eight different DACRs (four different phone numbers) and/or four different IP Addresses. Each Phone Number can be up to 24 digits long. The system reports shall be classified, by event, into 11 subcategories or report groups. Each group represents similar types of events. Individual events within each group BSD Division 28: Electronic Safety and Security Standards Revised: 3/16/2009 Page 14 of 25

15 shall be selectively enabled or disabled to be transmitted. Each DACR shall be designated as a primary, backup, or duplicate destination for each report group. Assigning an event to multiple routing groups provides for duplicate destination for the event. The transmission of events allows the reporting of different types of information to different remote DACRs. The 11 report groups shall be as follows: Fire Reports Burglar Reports User Reports Test Reports Diagnostic Reports Relay Reports Auto Function Reports RPS Reports Point Reports User Change Reports Access Reports 6. Number of Programmable Relay Output Modules Eight relays (Form C) shall be provided per octo-relay module for a total of 128 relays plus three additional outputs per DACS. These multi-purpose modules are programmable and shall be used to implement auxiliary functions (manually or automatically). a. A relay shall provide output to the building lighting controls to turn on all controlled lights upon building entry when the security system is armed and turn off all controlled lighting when the security system is armed (Refer to details in Division 26: Electrical Design Standards under Lighting Controls). Security system Contractor shall coordinate with electrical Contractor to connect and test the lighting control function. b. The security system shall take input from the fire alarm system to report on that system. Security system Contractor shall coordinate with fire alarm Contractor to connect and test the fire alarm function. c. Relays and other outputs may be programmed to follow up to 14 different area conditions or up to 12 panel conditions. Relays may also be programmed to follow individual points or groups of points. 7. Number and Alarm Output Selections Four different types of alarm output selections shall be supported by the system: Steady, Pulsed, California Standard, and Temporal Code 3. The system can be configured to provide zoned indication of alarm conditions. 8. Miscellaneous Features a. Programmable alarm output timer b. 31 programmable entry delay times c. Exit delay programmable by area d. Individually programmable point of protection text, point bypassing e. Key switch arming capability with LED outputs. 9. Real-Time Clock, Calendar, and Test Timer The DACS shall incorporate an integral real-time clock, calendar, and a test timer. 10. Opening and Closing Windows The system shall be programmed with "normal" opening and closing periods for each day of the week and thus suppress scheduled opening/closing reports and report only BSD Division 28: Electronic Safety and Security Standards Revised: 3/16/2009 Page 15 of 25

16 the exceptions (i.e., opening/closing outside the pre-defined time window). The DACS shall have the capability to suppress opening/closing reports, overriding the programmed open/close windows during holidays and automatically arming the DACS (by area) at the end of the closing period. 11. System Power Ratings The system shall provide 1.4 amps of auxiliary power and 2 amps of alarm power, both rated at 12 VDC. 12. System Fault Detection The system shall check the point sensor loops once every 300 milliseconds. The point response time is programmable over a range of 300 milliseconds to 4.5 seconds. The system shall incorporate a programmable Pass code Follows Scope feature that can be programmed to allow users to arm or disarm only the area they are entering with one simple command or control all areas from one keypad. The system shall include an early ambush feature that requires the user disarm and then inspect the facility within a specified time period, before entering their pass code again. If the user does not enter their pass code a second time, a duress event is generated. If the user does enter their code within the specified time period, the system disarms. In addition, the system must have a programmable feature that requires that two pass codes are entered to disarm the system. After one code is entered, the system will prompt for a second code. The system shall be able to intelligently integrate with Bosch Readykey PRO Access control systems. 13. System Interface Requirements a. Grounding: The system shall be properly grounded. b. Primary power: The system shall have a dedicated 120 VAC power circuit. This circuit shall be connected to the emergency power system. The 120 VAC is stepped down to 18 VAC to power the system panel using a class two, plug-in transformer. This power circuit shall be properly rated to continuously power all points and functions indefinitely in full alarm condition. c. Primary power supervision: When the primary power source fails, the system shall be configured to report an "AC Fail" message to a central alarm station. The creation of this message shall be suppressed if the AC Failure is less than 60 seconds. The message can be programmed to "tag-along" with another message transmitted to the central station. The system will display a loss of primary power on the command center and may be configured to provide additional audible warning. d. Secondary power (standby battery): The system shall have adequate battery power as defined by the relevant application criteria, (UL 985 and 865 for alarm installations or NFPA 72 chapters for fire applications). Appropriate battery chargers shall be provided consistent with the battery backup capacity. e. Secondary power supervision: When the secondary power source experiences an 85% depletion of its standby capacity, the system shall be configured to report a "Low Battery message to a central alarm station. The system will always display a low battery condition on the command center and may be configured to provide additional audible warning. f. Wiring: Wiring shall be appropriately sized and installed with color-coded permanent wire markers. g. EMI/Lightning protection: The system shall be protected from EMI and lightning surges. BSD Division 28: Electronic Safety and Security Standards Revised: 3/16/2009 Page 16 of 25

17 h. Telephone interface: The telephone interface shall conform with FCC rules parts 15 and 68. i. Auxiliary function control interfaces: Auxiliary functions such as activating bells, strobes, or lights shall be accomplished using the optional relay modules. These auxiliary interfaces shall be electrically isolated to avoid inter-system interference or damages. j. Non-Volatile backup: Functional criteria programmed into system memory shall be backed up non-volatile. Additionally, the number of system programmers shall be severely restricted via the use of program locking features and passwords. 14. Keypads Keypad shall have a LCD display and have a total of 18 keys, 10 numeric keys, two function keys, and eight soft keys. Use the [COMMAND] key in combination with numeric keys to perform a function. Use the [ENTER] key to enter the pass code. Use the eight soft keys to select a menu and associated functions. The sounder emits eight warning tones. Manufacturer and Model: Bosch, Model D Motion Sensors The product specified shall be a PIR detector designed for commercial indoor applications. The unit shall consist of a self-locking two-piece enclosure with a built in two-way bubble level to help simplify the installation. The detector shall incorporate: a sensor data fusion technology to ensure that the detector sends alarm conditions based only on precise information, and a tri-focus optics technology to eliminate coverage gaps. The detector shall provide active white light suppression capable of measuring the light intensity directed at the face of the unit and use the data gathered by the sensors to eliminate false alarms caused by the bright light source. False alarms shall not be caused from bright light sources up to 10,000 lux. The detector shall provide the following DIP switch selectable fields of coverage: 16 m x 21 m (50-0 by 70-0 ) 8 m x 10 m (26-0 by 33-0 ) The detector shall be designed to be mounted at a height between 2.1 m to 3 m (7-0 to 10-0 ) and require no adjustments. The detector shall provide dynamic temperature compensation that adjusts the PIR sensitivity to identify human body heat accurately at critical temperatures to avoid false alarms and deliver consistent catch performance at all operating temperatures. The detector shall provide a cover and wall tamper switch with a normally-closed contact that opens to notify the control panel in the event the cover is removed or the detector is separated from the wall. The contacts shall be rated at 25 VDC, 125 ma maximum. The detector shall contain a blue light emitting diode (LED) that adjusts automatically to the surrounding light level. The LED indicates alarms, and will activate during a walk test. The walk test LED may be enabled or disabled via a command from the control panel or it may be enabled or disabled using the local DIP switch of the detector. BSD Division 28: Electronic Safety and Security Standards Revised: 3/16/2009 Page 17 of 25

18 The detector shall provide a solid state relay that is power supervised and uses less current and provides longer standby capacity than a mechanical relay. The solid state relay shall be used to send a silent alarm output signal. Rating of the relay shall be 3W, 125 ma, 25 VDC, with resistance less than 10 ohms. Manufacturer and Model: Bosch, ISC-PPR1-W Door Sensors The contacts shall be available in brown or white and shall use a compact magnet and be designed with a terminal connection for fast and easy installation. Technical specifications: a. Gap width: 25 mm (1 ) b. Contact dimensions: 19 mm x 30 mm (0.75 x 1.18 ) c. Switch configuration type: Single pole single throw (SPST) d. Maximum contact resistance: 150 μω (micro-ohm) e. Minimum breakdown voltage: 250 VDC. f. Insulation resistance: 1010 Ω. g. Electrostatic cap: 0.3 PF h. Contact capacity: 10 VAC i. Maximum conductive current: 1.0 A j. Maximum voltage: 100 V k. Operating temperature range: 7.2 C to C (-45 F to -140 F) l. Shall not require soldering or splicing Manufacturer and Model: Bosch ISN-CTC Programming Programming of the system shall include, but not be limited to, the following tasks: a. Programming system configuration parameters (hardware and software, zone/circuit numbers, communication parameters, graphics) b. Programming operational parameters such as opening/closing reports, system response text (custom English) displays of events, activation of relays that drive auxiliary devices, and identifying types of zones/loops c. Programming pass codes according to the authorities and functions defined by the BSD Representative d. Other system programming tasks required by the BSD Representative BSD Division 28: Electronic Safety and Security Standards Revised: 3/16/2009 Page 18 of 25

19 Requirements for different space types, doors and openings are listed in the table below: Item Security Panel Designated Entry Doors Other Exterior Doors Roof Hatches First Floor Rooms with Windows on Exterior Wall First Floor Classrooms with Windows on Exterior Wall Corridors / Hallways Computer Labs Chemistry Storage Card Reader At designated entries to arm/disarm At designated entries to arm/disarm Contact Switches Door Switch Door Switch Door Switch Motion Sensors Inputs Outputs Mount sensor by window at opposite end of room from door to look into the room and along window Mount sensor by window at opposite end of room from door to look into the room and along window Provide adequate sensors to allow for any movement Provide even if interior space Door Switch Provide even if interior space Gyms Door switch Use large coverage sensor with guard Cafeteria Use large coverage sensor Offices Provide even if interior space Fire Alarm Lighting Control: See Division 26 for Details BSD Division 28: Electronic Safety and Security Standards Revised: 3/16/2009 Page 19 of 25

20 VII. ACCESS CONTROL A. ACCESS CONTROL If directed by the BSD Representative, provide a complete design for furnishing and installation of an Access Control System. The system shall include, but not be limited to, a system controller, input control modules, output control modules, reader interface modules, and interface to the Security System. Manufacturer: Bosch/Lenel Readykey Pro System B. CARD READERS Proximity card readers: Standard range reader integrated and containing all reader electronics inside a single polycarbonate enclosure. The reader shall operate when mounted on a variety of surfaces, including metal. Maximum read range degradation when mounted on a metal surface shall be 50%. The reader shall contain an integral color LED and audio tone to indicate if the card has been successfully read. The reader shall be rated for normal operation from -5 F to 150 F. Manufacturer and Model: Interior: Bosch K3001/W Exterior: Bosch 3002/B Mullion: BoschK3003/W C. PROXIMITY CARDS The proximity card shall be encased in high impact sealed plastic with a surface suitable to receive an adhesive backed photo ID. D. REQUEST TO EXIT DEVICE (REX) Show a REX sensor for each door requiring electromechanical locking. Sensor shall operate from 12 VDC or 24 VDC power source and shall have two Form C outputs. Relay latch time shall be adjustable up to 60 seconds. Sensor shall have an externally visible LED for testing. The sensor shall have a coverage area of 8-0 by 10-0 with pattern point ability of ±14 vertical. Manufacturer and Model: Bosch DS160 E. POWER SUPPLIES Power supplies shall be compatible with the access control equipment installed. Power supplies shall be regulated, linear, and isolated versions for the controllers and other equipment. All power supplies shall be housed in tampered, locked enclosures. The power supplies shall be hardwired to a 120VAC circuit/junction box. Provide a quick disconnect (male/female connection) on the primary side of the device s transformer. F. HARDWARE Tamper resistant fasteners: Use only stainless steel screws with approved head design for exposed fasteners on security system devices and equipment in unsecured interior areas and outdoors. G. SUPPORTS As required for each installation, supports shall be suitable for location and use in accordance with the manufacturer's recommendations. Supports shall be capable of sustaining no less than four times the ultimate weight or other force which the work will be subjected to under normal conditions. BSD Division 28: Electronic Safety and Security Standards Revised: 3/16/2009 Page 20 of 25

21 H. CORROSION PROTECTION All materials including bolts, straps, and screws shall be inherently corrosion resistant or protected against corrosion by corrosion resistant materials approved for the purpose. I. MOUNTING BACKBOARDS Backboards shall be 3/4" fire retardant treated plywood, exposed surfaces covered with two coats light gray fire retardant sealant/primer. J. PROGRAMMING Programming of the system shall include the following tasks: 1. Programming system configuration parameters (hardware and software and communication parameters) 2. Programming operational parameters such as opening/closing reports, system response text (custom English) and displays of events 3. Programming pass codes according to the authorities and functions defined by the BSD Representative 4. Other system programming tasks required by the BSD Representative VIII. SECURITY CCTV SYSTEM A. GENERAL DESIGN CRITERIA This is a general description, functional requirements, characteristics, and criteria for an integrated IP Network based Digital Video Surveillance System (System) which shall allow the display of live and record and playback of digital video streams from multiple video surveillance IP cameras, simultaneously, on the System s operator console and/or on other display and control platforms. This shall include all cameras, software, power supplies, mounting hardware, and all other equipment as required. The system shall be based upon the March Networks R5 NVRs, or approved equal. B. PROJECT DESCRIPTION If directed by the BSD Representative, provide for a complete installation and programming of a Converged IP and analog based video surveillance system. The Contractor shall provide and install all required components, devices, hardware, and cables to all camera locations indicated on the plan view and single-line drawings. Network switches and power supplies shall be installed in the Telecommunications Closet, based upon the enlarged floor plan detail. The Contractor shall be responsible for the material, labor, and programming required to integrate to the building intrusion alarm panel alarm outputs to the CCTV digital video management system. Upon door-forced-open alarms and interior motion detector alarms, the intrusion alarm system shall provide an alarm trigger input the DVMS which will initiate PTZ cameras to move to pre-set locations and initiate changes to the camera record frame rate. C. SYSTEM DESCRIPTION System shall be Network Video Recorder (NVR) based capable of accepting both analog (BNC) and IP cameras or encoders. IP cameras shall connect directly to the NVR system without the need to share the District network. System shall be non-pc based and have a Linux operating system. Operating system shall be on embedded flash. Internal drives shall only be used for recording archived video. BSD Division 28: Electronic Safety and Security Standards Revised: 3/16/2009 Page 21 of 25