ATTACHMENT 4 - TECHNOLOGY.pdf

LBJ Early College High School Perkins and Will Austin Independent School District 213007.000 Austin, Texas 210001-LBJ Issue for Bidding and Construction September 29, 2020 Addendum 02 October 29, 2020

Addendum No.

2 Page 1

TECHNOLOGY NARRATIVE

1.1 CHANGES TO THE SPECIFICATIONS

A. SECTION 27 51 00 – DISTRIBUTED COMMUNICATIONS SYSTEMS

1. Removed reference to centralized master clock system (1.01-A-2)

B. SECTION 27 66 00 – INTRUSION DETECTION SYSTEM

1. Revised IDS components and system to be DSC Neo in lieu of Bosch

1.2 CHANGES TO THE DRAWINGS

A. SHEET T11-01D: TECHNOLOGY – FLOOR PLAN – LEVEL 1 – AREA D

1. Added FP7 to DYSLEXIA D125

B. SHEET T11-01E: TECHNOLOGY – FLOOR PLAN – LEVEL 1 – AREA E

1. Added FP7 to RESOURCE E125

C. SHEET T11-02D: TECHNOLOGY – FLOOR PLAN – LEVEL 2 – AREA D

1. Added FP7 to RESOURCE D206

2. Added FP7 to SPEECH D225

3. Added FP6 to COLLAB D205

4. Deleted FP5s in COLLAB D205

5. Revised FP# to be FP5 in CORR D232

D. SHEET T11-02E: TECHNOLOGY – FLOOR PLAN – LEVEL 2 – AREA E

1. Added FP7 to G&T E206

2. Added FP7 to G&T E225

E. SHEET T500: TECHNOLOGY – DETAILS

1. Added FP7 to Flat Panel Display Schedule (6/T500)

2. Revised FP1 to indicate coordination of rough-in height as well as change mount to by IFP manufacturer.

3. Revised layout of detail sheet

F. SHEET T500: TECHNOLOGY – DETAILS

1. Added FP7 to Flat Panel Display rough-in detail (2/T700)

END OF DOCUMENT

SMCISD Mendez Elementary School Replacement Perkins&Will

San Marcos, Texas 213030.000

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Addendum 02 09 July 20244

DISTRIBUTED COMMUNICATION SYSTEMS

27 51 00 - 1

SECTION 27 51 00

DISTRIBUTED COMMUNICATION SYSTEMS

1.01 SCOPE

A. Provide a complete turnkey installation of a new distributed communication system with the following subsystems as necessary:

1. Campus-wide public address system

2. Centralized master clock system

3.2. Audio alert notification (bell) system.

1.02 RELATED WORK

A. Section 27 00 00 – General Technology Requirements

B. Section 27 40 00 – AV/Multimedia General Requirements

1.03 REFERENCE

A. In addition to any requirements below, Contractor shall abide by requirements delineated in 27 00 00 and 27 40 00 including but not limited to:

1. General: Definitions, reference standards and codes, qualifications, pre-construction submittals, construction progress submittals, closeout submittals, and correction period.

2. Products: Substitutions, product specifications, miscellaneous material, cable, connectors, power devices, and interface panels.

3. Execution: Coordination, testing, training, warranty, and cable management.

1.04 QUALIFICATIONS

A. Training: Programmer shall have received manufacturer-provided and/or manufacturer approved training in the configuration of the distributed communications system(s) being provided.

B. Certification: Programmer shall hold the highest applicable manufacturer programming certification(s) offered by the manufacturer(s) of the distributed communications system(s) hardware.

C. Submittal: Certification certificate shall be submitted with distributed communications system(s) submittals.

2.01 MANUFACTURERS

1. TBD

2.02 GENERAL FEATURES

A. Independent one to one Instructional Space (Classroom) audio channels (zones)

B. Independent Common Area audio channels (zones)

C. Independent Outside audio channels (zones)

D. Minimum of Eight Independent Hall audio channels (zones)

E. Independent audio Two-way talkback for each audio zone

F. Classroom Call Button to notify Admin attendant

G. Distributed analog 25v / 70V loudspeakers

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H. IP based Web-Browser Graphical User Interface

I. Bell / Audio event scheduler, with 365 day Event Scheduling Calendar

J. Primary & Secondary Clocks with time synchronization, in Commons Areas

K. UPS Power Back-Up sufficient for the Campus Communications System to remain operational for a minimum of 30 minutes in the event of commercial power loss.

2.03 SYSTEM COMPONENTS

A. Central equipment cabinet

B. System server running Microsoft Windows or Linux with intercom software

C. Digital signal processor

D. Power supply with battery back-up

E. Zone cards/modules

F. Executive handsets

G. Media player (CD, MP3, radio)

H. Audio amplifiers

I. Loudspeaker assemblies

J. Wiring and all associated material necessary for a fully operational system

2.04 COMMUNICATION PATHS AND FUNCTIONS

A. Independent paging control to all classrooms and to a single loudspeaker zone

B. Each classroom shall be considered one station or zone and shall have a dedicated audio circuit to the central equipment cabinet and zone cards

C. All outside loudspeakers shall be zoned separately

D. Simultaneous program audio distribution to other zones without interrupting the intercom channel in use

E. Direct interface with SIP compliant audio devices – must be able to accept pages placed from an IP phone on the local school network.

F. Line level connectivity into local sound systems to mute or duct them in the event of a page or bell (ex: gym, cafeteria)

G. A minimum of two (2) push-to-talk desk type microphones that can be programmed to activate a predetermined paging zone

H. User AUX audio input for zoneable background music

I. Local PA zone and extension configuration from LAN or web browser interface

J. Password protection for local and remote access

K. Non-volatile memory to maintain system configuration information

2.05 UPS BACKUP

A. System shall include UPS battery backup for emergency paging.

1. UPS shall be sized according to operational power required to maintain system functions. It shall support the entire system at full operation (ex: music playback) for a minimum of 30 minutes.

2. UPS shall be rack mountable

3. UPS shall be remotely manageable

B. Approved manufacturers:

1. Middle Atlantic

2. SurgeX

3. Or approved equal

2.06 ADMINISTRATIVE DISPLAY CONSOLE

A. Include either or both of the following:

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1. A typical telephone desk console with direct access by one button push of all

PA zones. The console shall provide both visual and audio notification of any remote calling classroom or other zone. If a telephone desk console is the user interface for paging, then programing of typical zones, audio events and scheduling must be via a Computer Graphical User Interface (GUI).

2. Computer Graphical User Interface (GUI) with desk microphone and direct access to all PA Zones from the computer video display. The Computer shall provide both audio and visual notification of any remote calling classroom or other zone.

B. The CCS Graphical User Interface (GUI) shall include, but not be limited to, the following feature:

1. Remote Access from outside using Web Browser Interface

2. Programing of typical zones, audio events and scheduling via a Computer

Graphical User Interface (GUI)

3. Password protected access local and remote via the LAN or Internet

4. Ability to view system log files

2.07 CALL BUTTON

A. Classroom Call-In Buttons, shown as “CB” shall be wall mounted, generally, by the door and shall activate an audible alert at the front office console. The Call-in buttons shall be capable of Normal/Urgent calls from the Classroom to the front Admin Office, the console shall provide for calling room identification

B. The Classroom Call-In Button, when activated, shall sound an audible alarm in the front office area and provide visual feedback of type of call and location of call

2.08 AUDIO EVENT SYSTEM

A. Audio Event, or commonly called “Bell” system shall signal class change notifications by pre-assigned schedule and shall utilizing standard WAV or MP3 audio files for sound generation of the audio alert notifications. The system shall come furnished with a minimum of 20 typical sound selections, including multiple bells, tones, custodial and emergency sounds.

B. The owner shall have the ability, without requiring a service call from the Contractor, to add unlimited additional bell, tones, or unlimited pre-recorded voice messages and announcements

C. Audio Event scheduling shall:

1. Provide for a minimum of (3) three selectable 24 hour period schedules that can schedule up to 1440 audio events per group.

2. Be Configurable from the web browser interface

3. Be capable of activating from the scheduler to 3 simultaneous audio events in non-overlapping audio zones.

4. Shall provide user programmable “soft-keys” to initiate action such as emergency, all-page, and bells with a single touch of a button from the Control

System GUI.

5. Provide for a 365 day Audio Event Scheduling Calendar for audio event activation.

D. Systems that do not provide a constant, web based and web accessible programming option for the end user will not be accepted.

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2.09 SPEAKER WIRING

A. Local room wiring for speakers and call button shall be cabled with 18AWG stranded cable. Homeruns between headend and room zones shall use a minimum of 16AWG stranded twisted pair cable.

B. Common area loudspeaker zones shall have no more than 25 loudspeakers per homerun zone and be fed with a minimum of 16AWG stranded twisted pair cable.

C. Classroom loudspeakers shall be a single voice-coil type with the voice-coil connected to a 25V constant voltage audio transformer. Each classroom loudspeaker shall be taped at a minimum of 2 Watts. Classroom Loudspeakers shall be lay-in ceiling grid

2’ x 2’ typical.

D. Common Zone loudspeakers shall be a single voice-coil type with the voice-coil connected to a 25V constant voltage audio transformer. Each loudspeaker shall be taped at a minimum of 2.5 Watts. Common area Loudspeakers shall be lay-in ceiling grid 2’ x 2’ typical

2.10 LOUDSPEAKER TYPES

A. Every loudspeaker location on the plans is indicated by a speaker type “S#” that corresponds to a specific speaker model. Provide locations as indicated on the plans and models as indicated in the loudspeaker schedule on one of the technology details sheets.

3.01 PROCEDURES & METHODS

A. The Contractor shall provide rack shelves or rack mounting ears for any equipment that is not rack mountable. All equipment installed using shelves shall be fastened to the rack shelf. If Velcro is used to fasten any equipment, the Velcro must be fastened with screws. Adhesive is not an acceptable means to fasten any equipment.

B. Supplementary equipment within equipment racks, such as special assemblies that are not rack mountable or fastened to rack shelves shall be mounted on painted black high grade wooden boards running vertically on side rails of equipment racks.

The same wooden strips shall also be used to support cable tie support bars for lacing cables to equipment.

C. Equipment shall be mounted into racks and consoles, and fully wired and tested, before delivery to job site.

D. Equipment and enclosures shall be mounted plumb and square in relation to the structure.

E. Devices, wire raceways, and equipment, except for portable equipment, shall be permanently attached to equipment racks or building structure and held firmly in place with screws or fasteners. Adhesives alone shall not be accepted as fasteners.

F. All equipment mounting boards in head-end rooms, MER’s, electrical, or TR closets shall be painted white or black as location dictates with fire retardant paint. The mounting boards shall be made of high-grade plywood.

3.02 WIRE & CABLE REQUIREMENTS

A. Cable installation must follow related TIA/EIA standards and recommendations, including methodology as noted in TIA/EIA 569 - Part 4.6 Ceiling Pathways.

Specifically, including sections 4.6.1 General, 4.6.2 Design Guidelines, and 4.6.5

Cable Support.

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B. All equipment rack wiring and cabling shall be neatly laced, ends dressed with heat shrink tubing, and all cables shall have service loops between the horizontal tie bar and the connection to equipment. Rack cabling shall be adequately supported with tie wraps or Velcro wire wraps and horizontal support bars to rack frame as it enters or exits the front or back of equipment.

C. There shall be no unmarked cables at any place in any part of any system this includes both in equipment racks and outside of equipment racks. Label markings codes used on cables shall correspond and be shown clearly on as built drawings

D. All cables shall be separated into like groups according to signal or power levels and routed separately to eliminate signal contamination and cross-talk, this includes both in equipment racks and outside of equipment racks.

E. All power cables, control cables, and high level cables shall be grouped to one side of the equipment rack while low level cables shall be grouped to the other side.

F. All cables within equipment racks will use Velcro wire wraps to manage and bundle cables. Velcro strips will be no more than a ¼” wide.

G. All cabling located above ceilings shall be tied off to and supported by ceiling supports or other structures at a minimum of eighteen inches above the ceiling.

H. Cabling shall be placed in conduit where exposed in gym roof joist. Exposed cables shall not be allowed.

3.03 EQUIPMENT AND CABLE LABELS

A. All cables, regardless of length, shall be marked with indelible color-coded labels that have unique identifying number that corresponds with those found on the schematic diagrams and as-built drawings.

B. Labels shall be directly hot stamped or factory-stamped with closed sleeve method.

Adhesive strip labels may only be used if protected by transparent heat-shrink tubing.

C. Marking codes used on cables shall correspond and be shown clearly on as-built drawings.

D. Provide all proposed wording and / or numbering scheme for labeling to the

Consultant for review and written approval prior to procurement or installation.

E. All wall plates shall be labeled with Input and Output identifications and referenced to corresponding operational software or hardware it serves.

F. All labels used must be permanent and secure. Provide labeling as follows unless otherwise noted in a specific section:

1. Provide engraved Lamacoid labels at the front of all equipment mounted in the racks. Labels shall indicate equipment type and model number and correspond to the As-Built drawings for equipment identification.

2. Mount labels on the equipment rack, not on the equipment, and attach in a neat, plumb, and permanent manner. The labels shall be placed on the equipment rack vertical frame (post). If the equipment rack vertical posts have a recessed mid-section, then match label width to fit this recessed section.

3. Labels shall be uniform in size. All adjacent labels shall be sized to match the other labels used for same purpose. Similarly, provide engraved labels of like size in other locations.

4. Provide engraved Lamacoid labels on each equipment rack rear door or console rear panel reading "No user serviceable parts. Refer service to qualified technician."

5. Embossed adhesive labels are not acceptable.

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6. All label lettering shall be a minimum of .08" high. Embossed adhesive labels are not acceptable.

7. Position at the left side front top rack space of each equipment cabinet a label that states the name of system Installer with contact information and at the right side a label that states the Design Consultant with contact information.

8. Unless otherwise noted, labels on dark panels shall be black with white letters.

Labels on stainless steel or brushed natural aluminum plates or light colored panels shall be white with black lettering.

9. All wall plates shall have input and output connectors labeled in a professional and permanent manner, no hand written labels shall be accepted.

10. Cable and Jack labels shall include room identification with unique cable number, jack location within the room, and MER or TR number.

11. The Contractor shall use actual room identifications in their labeling scheme.

Contractor shall obtain written approval from the Owner for the actual room numbers, and labeling scheme, to be used prior to installation.

12. Switches, connectors, jacks, receptacles, outlets, cables and cable terminations shall be logically and permanently marked in a manner approved by the

Consultant.

13. Custom panel nomenclature shall be engraved, etched, or screened. Markings for these items are purposely detailed in the construction drawings to ensure consistency and clarity. Verify markings and placement with the Consultant prior to procurement. Submit label sample layouts for Project Consultant’s review.

14. All terminal blocks, rack mounted equipment, and active slots of card frame systems shall be clearly and logically labeled in a manner acceptable to the

Consultant.

15. All labeling information shall appear on the As-Built drawings as device and equipment cross-reference identifier and servicing aids.

3.04 CONNECTIONS AND CONNECTORS

A. Connections shall be made with approved connectors on cables, terminal blocks, or punch blocks. Crimp style connectors shall be made with proper crimping tool. Two point crimps will not be accepted.

B. RF cable connectors shall be made with hex crimp.

C. Cables shall be terminated with the proper connector specifically produced for use with each type of cable.

D. Video connectors that are not of solder type (HDMI, BNC, RCA, F, etc.) shall be terminated using a crimp tool or dies designed specifically for the connectors being applied.

E. XLR type connectors shall be wired with pin 2 high, pin 3 low, and pin 1 shield.

F. Mechanical connectors must be specially made for type of cable or wire used.

G. Connector adapters will not be allowed in any part of the system.

H. Twist on connectors shall not be allowed.

I. Solder joints will be made with rosin-core solder.

3.05 INTERCONNECTION

A. Contractor shall make all system interconnections as necessary for a fully functional system that meets the requirements of the drawings and specifications.

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B. Contractor shall provide power and control cables to and from power supplies, remotely controlled equipment and other devices even though such cables are not explicitly indicated on Drawings or listed in equipment tables

3.06 CABLE MANAGEMENT

A. Cabling located above ceilings shall be tied off to and supported with cable hangers fastened directly to the structure.

B. Where a cable is installed inside desk or other furniture, a means of protecting the cables and holding cabling to a fixed surface shall be provided.

C. Holes in horizontal furniture surfaces for cable pass-through shall be provided with appropriate sized grommet. Grommet shall be black unless otherwise specified.

D. Provide Service Loops with ample cable at each termination so that plates, panels, and equipment can be removed for service, re-termination or inspection. Provide the following as a minimum:

1. Wall plate outlet box: minimum of ten (10) inches from wall surface to jack.

2. Termination panel: Six (6) inches behind termination panel from cable tie to jack.

3.07 EQUIPMENT RACKS

A. Install all rack-mounted equipment using steel 10-32 machine screws with Phillips large oval heads or Allen head drives. Screws must have a black oxide finish, and plastic cup washers to protect the equipment panel finish.

B. Provide wire and cable management at the front of equipment and wire and cable support bars at the rear of equipment. Support bars will be used to tie cables for strain relief before connection to the accompanying equipment. Provide sufficient service loops between support bars and equipment.

C. Unused open front rack spaces in equipment racks must be filled with black rack blank spacers (not vents). Equipment rack vents shall only be used at top and bottom of the rack.

D. Place all rack devices requiring adjustments, cleaning, or similar attention so that they will be accessible for such attention.

E. Equipment racks shall be positioned to permit full access for operation and service.

This means clearance for door swing and service technician at both front and back of equipment rack.

F. Equipment racks and sensitive components shall be placed so that signals will not be contaminated by induced electromagnetic and electrostatic noise from other electrical devices.

G. All wire and cable to and from the equipment racks shall run across the top of the racks on a ladder cable tray mounted with standoffs from the equipment rack or hung below the ceiling.

H. As a general practice, all power cables, control cables, and high level cables shall be grouped to one side of the equipment rack while low-level cables are on the other side.

3.08 TESTING AND ADJUSTING

A. The Contractor will be responsible for adjusting the installed system and notifying the Consultant when system adjustments have been completed:

1. In accordance with Construction Documents

2. As required, to provide the Owner a fully functional system at system turnover

3. As directed by the Consultant

B. Audio System Equalization

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1. Using a Real-Time audio frequency spectrum analyzer, such as Audio Control

SA-3052 or equivalent, with both 1/3 band and narrow band display, equalize all loudspeaker systems to provide a suitable frequency response as follows:

a. Flat from 60 Hz to 2 kHz + or – 1-1/2db with a 1db per 1/3 octave roll off after 2K

b. Load and save the final normal settings in the DSP as preset one and record same settings including system gain and amplifier level settings in the As-

Built Project Manual

C. Notification: When above tests have been completed and system is ready for inspection, notify Consultant in writing at least seven working days prior to inspection. Include in this notice copies of all data recorded, date each test was completed and results of each test. All test data shall be available during inspection process.

3.09 DEMONSTRATION

A. The final acceptance, with proof of performance and operational verifications for the installed Audio & Video Systems shall be the responsibility of and performed by the

Contractor in the presence of the Consultant and Owner's representative.

B. Final acceptance shall be in accordance with Construction Documents, General

Conditions, and Division 27 Technology General Requirements.

C. The Contractor shall notify the Consultant 10 day’s prior substantial completion and intended schedule for the final acceptance walkthrough demonstration.

D. Acceptance Testing shall include, but not be limited to the following:

1. Demonstration of all system operations to the Consultant as the Owner’s representative.

2. A minimum of two (2) installation technicians provided by the Contractor to assist the project Consultant, as required, during final test verification and final acceptance demonstration.

E. The technicians shall be equipped to perform necessary corrections to the system.

They Contractor shall provide test equipment capable of testing any and all parts of the equipment, cabling, or systems.

F. The minimum required test equipment shall include but not be limited to the following:

1. Three (3) two-way radios, that covers the area of testing, for communications between Contractor and Consultant

2. Multi test meter for reading AC / DC Voltage, Amperage, Resistance, and continuity

3. Sound level meter calibrated in db with A, C, and flat filters

4. Audio Tone Generator and audio signal tracer

5. Calibrated Pink Noise Generator

6. Real Time Audio Analyzer (RTA)

7. Audio acoustical pulse polarity / phase tester

8. Computer with installed device software and connecting cables, example DSP

G. The Contractor shall be responsible for equipment adjustments to ensure normal and proper operation. Owner required system adjustments will be made by the

Contractor as directed by Owner or Project Consultant during final testing

H. During the final acceptance walkthrough the Contractor shall demonstrate operation of each major component and functional requirement as specified herein.

I. If any portion of the system does not appear to be functioning properly during the final acceptance walkthrough the Contractor shall do further test, along with

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DISTRIBUTED COMMUNICATION SYSTEMS

27 51 00 - 9 corrective actions that may be immediately possible. If the need for further corrections or corrective actions does not resolve the issue the demonstration, at the

Consultant’s discursion, shall be discontinued until the system operates properly.

J. The Contractor shall remain responsible for all equipment, labor, hardware and documentation, in part and in total, until Owner accepts such work or material in writing.

3.10 OWNER’S TRAINING

A. Owner Training of the completed installation is an important part of the overall success of this project and therefor the installing Contractor shall provide comprehensive system training to the Owner as defined below and with the minimum training hours as specified.

B. Prior to scheduling or delivering Owner Training confirm the following:

1. System as-built documentation must be provided for review to Owner and

Consultant.

2. System final walkthrough inspection must be completed.

3. Training materials and program outline must be provided and approved by the

Owner / Consultant.

4. Training schedule must be coordinated with the Owner and Consultant.

C. Training is to include:

1. Detailed training plan that meets approval by the Consultant and the Owner

2. Practical and comprehensive operation of system

3. Basic system troubleshooting techniques

4. Digital Video file of each training session. Furnish two edited copies to the

Owner

D. Training Hours

1. The Owner reserves the right to establish training times, duration, and training topics within the total training time allotted. Training Session Blocks, as defined below, can at the Owner’s request be combined in any combination

2. Provide each group of users, as defined below, with the minimum training hours as specified.

3. Training time shall be defined as those hours specifically set-aside for the sole purpose of training District personnel. Credited time shall not be given for time spent providing instructions to the Owner’s staff for a system not completed or that has not passed final acceptance by the Owner and Consultant, or training performed outside of the approved training plan.

4. The Contractor shall issue a certificate of training completion to the trainees, upon completion of their training. Both the trainer and trainee(s) must sign the certificate before Contractor shall receive final payment.

5. The Contractor shall provide a minimum of (8) eight hours of Owner training.

This training shall be divided into training session “Blocks” as coordinated with the Owner.

6. The first block session will consist of a two-hour training period and occur when the basic system comes on line. This training shall primarily be intended for the common system operators.

7. The second block will consist of a two-hour training period and will occur as directed by the Owner. This training session shall be structured for high-level users, for example staff champions that will provide instruction to other users.

8. The third block will consist of a two-hour training period to assist the staff champions with training the end users. This training shall consist of a training

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27 51 00 - 10 session structured for Advanced System Configuration and Operational

Knowledge needed to maintain and manage all systems. It shall include basic troubleshooting skills.

9. The fourth training session shall be structured as requested by the Owner.

Unless otherwise directed, provide a minimum of four (2) two hours of special in-service training for District's maintenance personnel. This training shall cover system overview and any special maintenance requirements. The owner will designate the personnel to attend this training and the systems to be covered.

E. Training sessions shall cover at a minimum:

1. Basic System Configuration and Operation Knowledge

2. Advance System Configuration and Operation Knowledge

3. Typical system usage

4. Typical User troubleshooting skills

5. Service and maintenance requirements

F. The Owner reserves the right to establish training times, duration, and topics.

END OF SECTION

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INTRUSION DETECTION SYSTEM

27 66 00 - 1

SECTION 27 66 00

INTRUSION DETECTION SYSTEM

1.01 SCOPE

A. Refer to Section 27 00 00 for additional project scope information.

B. This section describes the requirements, criteria, and scope of work to install

Intrusion Alarms Systems.

C. The Contractor shall provide and install a fully functional expansion of the existing

DMP Intrusion Detection System (IDS) at each campus with software and hardware functionality as described herein.

D. The Scope-of-work shall include, but not be limited to the following:

1. Provide necessary materials, hardware, software and cabling required to furnish a fully functional system as described by this specification document and depicted on accompanying project drawings.

2. Provide low voltage signal, control, and power cables to and from power supplies, remote panels, expansion panels, and other devices as required for a complete turnkey installation explicitly indicated on drawings and fully described by this document.

3. Coordinate with Electrical Contractor (EC) for provision of conduits and high voltage power where necessary.

4. Install all System devices, materials, and equipment, and program and/or adjust as indicated by the equipment manufacturers’ published literature, unless specifically noted herein to the contrary by this document.

5. Contractor shall be responsible for any and all related system programming.

6. Furnish the following, as needed, to provide a complete and fully functional system:

a. Control Panel(s)

b. Expansion Panel(s)

c. Wall mounted Key pads

d. Signal Devices

e. Motion Detectors

f. Door contacts

g. Wire and Cable

h. Audible Alarm/Sirens audio alert devices

i. Cabinets and enclosures

j. UPS and Batteries

k. Hangers, supports and cable management devices

l. Other necessary equipment to meet the installation need as implied

1.02 RELATED WORK

A. Section 27 00 00 – General Technology Requirements

B. Section 27 05 23 – Pathways for Technology Systems

C. Section 27 60 00 – Physical Security General Requirements

D. Section 27 64 00 – Electronic Access Control System

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1.03 REFERENCE

A. In addition to any requirements below, Contractor shall abide by requirements delineated in 27 00 00 including but not limited to:

1. General: Definitions, reference standards and codes, qualifications, pre-construction submittals, construction progress submittals, closeout submittals, and correction period.

2. Products: Substitutions, product specifications, miscellaneous material, cable, connectors, power devices, and interface panels.

3. Execution: Coordination, testing, training, warranty, and cable management.

1.04 GENERAL SUMMARY

A. This section includes products and execution requirements relating to furnishing and installing a complete and functional Intrusion Alarm system as described in this specification, and indicated on project drawings.

B. Contractor shall provide low voltage power and control lines to and from power supplies, remotely controlled equipment, and other devices, even though not explicitly indicated on drawings or listed in equipment tables.

C. Contractor shall be responsible for the coordination and provision of high voltage power and conduits where necessary.

D. Contractor is responsible for providing own cable and sleeve penetrations, coring, and other infrastructure work unless specifically noted otherwise. Contractor shall coordinate with the General Contractor prior to doing penetrations and coring.

E. All manufactured items, materials, and equipment shall be applied, installed, connected, erected, used, and adjusted as recommended by manufacturers, or as indicated in their published literature, unless specifically noted herein to the contrary.

F. The system shall include all computer hardware and software, control panels, interfaces, communication devices, cable/wire, raceways, enclosures, mounting hardware, and all other equipment as required for a turnkey Intrusion Alarm system.

G. A general description, as well as detailed functional and technical drawings, for the complete intrusion alarm system at all site locations. This also includes all manuals, documentation, and operational information necessary for the maintenance, training, and operation of the intrusion alarm system.

H. The Contractor shall be responsible for any and all related programming.

I. The system shall include, but not be limited to:

1. Alarm Control panels

2. Motion detectors

3. Acoustic glass break detectors

4. Door contacts

5. Control keypads

6. Multi zone expansion panels as required

J. System Functions:

1. The intent of the system is to detect intrusion and motion events within the building and to notify the Owner’s monitoring company of such events.

2. The system shall provide both silent and audible intrusion alerts that can be used together or separately.

3. The system shall be zoned (programmed) with logical (Owner defined) multiple access zones or sections while not deactivating the total system.

4. All motion detectors shall be on an individual zone.

5. Door contacts shall be individual zones, except for multiple sensors or detectors motion the same door set or window/glass set.

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K. Additionally, the IDS shall include and meet the following requirements:

1. Type Class B

2. Multi-zone

3. Annunciated

4. Combination manual and automatic

5. Supervised circuitry

6. Single stage

7. Local Protective Signaling

8. Remote telephone monitoring interface

9. Sequence of operation by devices activation

10. Alarm system activation

11. Enunciator activation

12. Control lock-in

13. Automatic dialer contacts monitoring company with required information

14. Activation acknowledged operation

15. Visual signals remain activated

16. Subsequent device activation

17. Alarm system resounds

1.05 SYSTEM ARCHITECTURE

A. The intrusion alarm system shall provide zoned detection and primary and secondary notification of unwanted and forced entries into a facility. Security devices such as door contacts and motion detectors will be installed at specified areas and provide on and off-site detection, and in-turn notification of these unwanted events. The

Owner will provide the 24-hour alarm monitoring company information to the

Contractor for programming.

B. The intrusion alarm system shall provide motion detection and door contact coverage of all egress and ingress doors and roof hatches of the facility.

C. The intrusion alarm system shall be compatible with the existing intrusion alarm database and servers.

D. Network

1. The intrusion alarm system hardware shall be capable of interfacing to an IEEE

802.3 standard local area network (LAN).

2. The LAN shall use standard network cables. The following are the acceptable cable types:

a. Fiber Optic

b. Category 6

1.06 WARRANTY

A. Contractor shall guarantee all materials, equipment, etc., for two (2) years from date of substantial completion of work. This guarantee shall include labor, material, and travel time.

B. All Intrusion Alarm systems, materials, and labor shall be under warranty for 12 months from date of final acceptance.

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2.01 SUBSTITUTIONS

A. Unless noted otherwise, products in this section are intended as a basis of design and are open to substitutions per the product substitution procedures defined in

Section 27 00 00.

2.02 MANUFACTURER

A. DSC Neo

2.022.03 ALARM CONTROL PANEL

A. Shall be fully programmable 574 zone UL listed, Commercial intrusion alarm panel.

Other features shall include 506 Form C relays, 32 areas and 10,000 users. The panel shall include Ethernet connectivity with a digital dialer for backup.

B. The panel shall be compatible with wireless modules.

C. Provide zone expansion modules as needed.

D. Provide support for up to 16 keypads.

E. The Intrusion Detection System shall be compatible and fully integrated with the

Electronic Access Control system via Ethernet.

F. The system shall have battery backup for a minimum of 4 hours of operation.

G. The panel shall be hardwired to a dedicated electrical circuit. Wall warts are not acceptable.

H. Provide with management software.

I. The system shall be integrated with the Owner’s Active Directory.

J. Manufacturer:

1. Bosch B9512GDSC HS Series

2. Or approved equal

2.032.04 KEYPADS

A. The keypads shall interface directly with the intrusion control panel.

B. The keypad shall be a backlit LCD touch screen.

C. The keypad LCD screen shall display zone status and enable control for setting the system.

D. Manufacturer:

1. Bosch B942DSC HS2TCHP

2. Or approved equal

2.042.05 DOOR CONTACTS/DOOR POSITION SWITCHES

A. The Security Contractor shall be responsible for the connection of all door position devices to the intrusion detection system. Door position devices shall be integral to the door hardware whenever possible. The Contractor shall refer to the door hardware schedule and coordinate with the door hardware Contractor on locations and requirements.

B. Sealed and potted magnetic reed switch in contact housing.

C. Provide DPDT for applications with multiple security systems (Access

Control/Intrusion Detection or PLC) utilizing a single door contact.

D. Door contacts shall be appropriately sized for any established holes within door frames.

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E. Parts provided are basis of design. Determination of final part number is the responsibility of Contractor.

F. Provide color that matches door as close as possible.

G. Provide recessed switch whenever possible.

H. Armored whip for surface mount contacts.

I. Provide GRI (George Risk Industries, Inc.) 180 Series for recessed applications.

J. Or approved equal.

K. Provide GRI (George Risk Industries, Inc.) 4400 series for surface mount applications.

1. Or approved equal.

L. Provide GRI (George Risk Industries, Inc.) MC-180 Series for hollow top channel applications.

1. Or approved equal.

M. Provide GRI (George Risk Industries, Inc.) 4532 Series for overhead door applications.

1. Or approved equal.

2.052.06 MOTION DETECTORS

A. The motion detector shall be a multi-technology, IR and range adaptive radar device with anti-mask.

B. Reduces false alarms by sensing both heat and physical motion.

C. Wide angle: 60’ x 80’ standard coverage, selectable 25’ x 33’ coverage.

1. Typical location: Entry points

D. Long range: 8.5’ x 100’ standard coverage, selectable 3.3’ x 25’ coverage.

1. Typical location: Main Floor corridors

E. Active white light suppression

F. Can be mounted between 7’-10’ with no adjustments.

G. Provide with appropriate mounting hardware, Bosch B328, B334 or equal

H. White.

I. Manufacturer:

1. Wide Angle: Bosch ISC-PDL1-W18G

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2. Narrow Angle, long range: Bosch ISC-PDL1-WC30G

3. Or approved equal

2.062.07 POWER SUPPLIES

A. The Contractor shall provide all required power supplies.

B. The power supplies shall be hardwired. Wall warts are forbidden.

C. Provide with enclosure as required

D. 115 VAC input

E. Manufacturer:

1. Altronix

a. 16VAC @ 6.25A – T16100(C)

b. 18VAC @ 16.7A – T1618300(K)

2. Or approved equal

2.072.08 PANIC AND DURESS BUTTONS

A. Under Desk:

1. Stainless steel

2. DPDT contacts for connecting to multiple systems

3. Fully supervised

4. Reset key for testing and resetting alarms

5. Recessed button to prevent accidental activation

6. Coordinate exact mounting location with Owner prior to purchase and installation

7. Manufacturer:

a. Honeywell 269R

b. Or approved equal

B. On Wall:

1. Unique, curved design helps protect against accidental activation.

2. Station housing molded of tough polycarbonate.

3. Stainless steel backplate.

4. Universal Stopper® cover, when mounted in accordance to manufacturer’s installation instructions on a smooth surface, provides a rain tight seal similar to a 3R rating.

5. Manufacturer:

a. STI SS2 series, coordinate exact color, cover, verbiage, and more with

Owner prior to ordering.

2.082.09 AUDIBLE ALARM

A. The intrusion system shall connect to the PA system in the MER via contact closure to trigger a zoned alarm over the PA system. The Intrusion Contractor shall coordinate with the PA Contractor on connection and pre-configured messages.

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2.092.10 DEVICE CABLE TYPES BY USE

A. Door Contacts, Panic/Duress Buttons: 22-gauge, two-conductor, unshielded, stranded cable shall be provided for all door contacts. The cable shall be white in color and plenum rated (West Penn, General Cable, and Genesis). Door contact cabling shall not exceed 500 feet from the nearest panel.

B. Motion Detectors: 22-gauge, four-conductor, shielded, stranded cable shall be provided for all motion detectors. The cable shall be white in color and plenum rated

(West Penn, General Cable, and Genesis). Motion detector cabling shall not exceed

500 feet from the intrusion alarm expansion model or nearest alarm panel on 22-guage.

C. Keypads: 18-guage, four-conductor, non-shielded, non-twisted, stranded cable shall be provided for keypads. The cable shall be white in color and plenum rated (West

Penn, General Cable, and Genesis). Keypad cabling shall not exceed 1000 feet from the intrusion alarm expansion model or nearest alarm panel on 18-guage.

D. Follow manufacturer’s recommendations for all systems cabling.

3.01 GENERAL

A. Prerequisites

1. The Contractor shall maintain a competent (single point of contact) project supervisor, along with competent technical personnel acceptable to the Owner and Consultant, during the entire installation process. Best efforts shall be made to avoid change of the project supervision during the project without prior written approval from the Owner and/or Consultant.

2. The Contractor installing any equipment/devices shall be responsible for providing all interconnecting cables to and/or between same equipment that may be required to make equipment fully operational.

B. Requirements and Responsibilities

1. The Contractor shall provide, furnish, deliver, transport, erect, install, configure, and connect completely all of the material and equipment described herein or depicted on project drawings. The Contractor shall supply all other incidental material required, such as interconnecting cables, to make the work complete, and to install all systems in a turnkey operating condition.

2. Perform this work in accordance with acknowledged industry and professional standards and practices, existing build conditions, and as specified herein.

Proved and install all materials, devices, components, and equipment for complete, operational systems.

3. Coordinate all efforts and verify field conditions with those of related trades. In the event of any conflicts, delays or improper preparatory work by others, notify the Owner or Owner’s Consultant: the Owner and Owner’s Consultant’s decision will be binding.

3.02 INSTALLATION PRACTICES

A. All services provided shall be professional and conform to the highest standards for industry practices. The Owner and Owner’s Consultant reserve the right to halt any installation due to poor workmanship. All work shall be defect free, and the installer shall replace, at their expense, any work found to be defective.

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B. The Contractor shall exercise care during installation - damage to cables or equipment will not be accepted. The Contractor shall remove any damaged cabling or equipment and replace with new.

C. Contractor is responsible for providing a complete and functional intrusion alarm system.

D. Contractor shall provide low voltage power and control lines to and from power supplies, remotely controlled equipment, and other devices, even though not explicitly indicated on drawings or listed in equipment tables.

E. All manufactured items, materials, and equipment shall be applied, installed, connected, erected, used, and adjusted as recommended by the manufacturers, or as indicated in their published literature, unless specifically noted herein to the contrary.

F. The Contractor shall follow these standards and approved submittals for locations of power supplies. The Owner intends to limit the number and location of power supplies to facilitate more effective long-term support and maintenance of the system.

G. The Contractor shall provide rack shelves or rack mounting ears for any equipment that is not rack mountable. All equipment installed using shelves shall be fastened to the rack shelf.

H. Install plates as required on back boxes where they exist. Provide cut-in back boxes where boxes do not exist.

I. Install surface mounted cable raceway systems that match the surface color and/or the other surface mounted raceways, where cables cannot run within fishable walls.

J. The Contractor installing any RF devices shall be aware that RF devices may cause interference to equipment, and shall take whatever precautions necessary to avoid causing interference.

K. The Owner will provide programming information needed to help Contractor with configuration of system. The Contractor shall have the responsibility to program the system, assure proper communications between controlling points and any monitoring companies, and to adjust any system or device causing false alarm conditions.

L. The Contractor shall be responsible for interfacing to existing alarm system as required by the Owner. Programming the alarm system with codes and zones will be done by the Owner.

M. Consideration shall be given not only to operation efficiency, but also to overall aesthetic factors.

3.03 COORDINATION

A. Contractor shall provide up to 4 hours (up to two, 2-hour sessions) of scheduled and dedicated coordination time to assist Owner with sequence of operation, zone coordination, rule creation and coordination as requested by Owner or Consultant.

3.04 TRAINING

A. Provide system operations, administration, and maintenance training by factory-trained personnel qualified to instruct.

1. Contractor shall provide up to 4 hours of scheduled and dedicated training time in two (2) two (2) hour sessions for administration and investigation.

2. Provide printed training materials for each trainee, including product manuals, course outline, workbook or student guides, and written examinations for certification.

3. Provide hands-on training with operational equipment.

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4. Training shall be oriented to the specific system being installed under this contract as designed and specified.

5. Contractor shall provide all necessary documentation of system operating parameters prior to scheduled training sessions.

3.05 SUPPORT

A. The Contractor shall make available technical resources, as deemed necessary by the Owner, for database integration projects.

3.06 AESTHETICS

A. All cables terminating at the panel frames shall be vertically straight, with no cables crossing each other, from twelve inches inside the ceiling area to the termination block.

B. All cable bundles shall be combed and bundled to accommodate individual termination block rows and panels.

C. In MDF, a horizontal and vertical alignment for all mounting hardware shall be maintained to provide a symmetrical and uniform appearance to the distribution frame.

D. All surface-mounted devices shall be firmly secured and level.

3.07 HARDWARE LAYOUT

A. Hardware positioning and layout shall be according to project drawings.

3.08 DEVICE CABLING/WIRING INSTALLATION PRACTICES

A. Contractor shall coordinate with the Electrical Contractor their requirements for conduits and proper AC power to service all equipment installed by Contractor, in locations where power is not available.

B. Contractor shall provide for proper ground system to all equipment.

C. Each cable group that can cause interference to another group shall be separated by sufficient distance so as not to cause signal contamination or interference.

D. All external wire and cables shall be supported at least every five feet from the structure, or as required to maintain not more than 12" cable sag between supports and without over tensioning the cables.

E. All cables, regardless of length, shall be marked with indelible color-coded labels within 18" of both ends with an identifier that is keyed to the door, room, or corridor number as identified. Labels shall be directly hot stamped or factory stamped, closed sleeve method. Adhesive strip labels may only be used if protected by transparent heat-shrink tubing. There shall be no unmarked cables at any place in any part of any system. Marking codes used on cables shall correspond and be shown clearly on as-built drawings.

F. Each cable shall be marked at all cable ends with a standard nomenclature (Device, #, closet letter). The MDF will be closet “A” and will match Owner closet designations.

Include the cable nomenclature on as-built drawings.

G. All cables shall be separated into like groups, according to signal or power levels, and routed separately to eliminate signal contamination and crosstalk - this includes both inside and outside of equipment racks.

H. All cables shall have 6-foot service loops neatly coiled in accessible ceiling. During initial cable rough-in, the Contractor shall have sufficient slack to route anywhere…