Tech'l Specs

8/3/2019 Tech'l Specs

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Utica City School District, Utica, New York March 3, 2011

Phase 1 / Group B

Additions and/or AlterationsProctor Senior High School

SSA #08.15

ACCESS CONTROL 281300-1

SECTION 281300 - ACCESS CONTROL

PART 1 GENERAL

1.1 SUMMARYA. Provide the first construction phase of access control equipment to include networked,

integrated access control system, control panels, software, notification appliances,

monitoring and control devices, raceway, and circuitry as indicated on the drawings and

as specified herein. The access control system is to have the capability to disarm the

intrusion detection system. Except where noted, the system shall be IP based.

B. Related Sections:1. Section 282300 Video Surveillance2. Section 260519 Low-voltage Electrical Power Conductors and Cables3. Section 260529 Hangers and Supports for Electrical Systems4. Section 260533 Raceway and Boxes for Electrical Systems5. Section 260553 Identification for Electrical Systems6. Section 262726 Wiring Devices7. Section 271500 Horizontal Cabling8. Section 271700 Testing and Identification

1.2 REFERENCES (Most Current Editions of the Following)

A. Building Code of New York State 2007

B. Fire Code of New York State 2007

C. NFPA (National Fire Protection Association) 70 National Electrical Code

D. NFPA (National Fire Protection Association) 262 Standard Method of Test for Flame

Travel and Smoke of Wires and Cables for Use in Air-Handling Spaces

E. ICC/ANSI (International Code Council/American National Standards Institute) A117.1

Accessible and Usable Buildings and Facilities

F. IEEE (Institute of Electrical and Electronics Engineers) C62.41 Recommended Practicefor Surge Voltages in Low-Voltage AC Power Circuits

H. UL (Underwriters Laboratories, Inc.) 294 Standard for Access Control System Units

N. FCIA (Firestop Contractors International Association) Manual of Practice

O. UL Qualified Contractor Program for Firestop Systems and Spray-Applied Fire Resistive

Materials (SFRMs)


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1.3 PROJECT SCOPE

A. Provide the required software adds and equipment to the district wide Continuum Access

Control system to have full control over the Andover ACX door controllers. The owner

is to have full control over all door controllers and relays from a single network computer

software database. All door controllers and panels are to reside directly on the IP

network. The owner is to have full control of the access control system through the

softwares graphical interface of each individual building.

1.4 SUBMITTALS

A. Submittal Procedures: Submittal procedures as indicated in division 1 of these

specifications.

B. Shop Drawings: Indicate non-typical system wiring diagram showing each device andwiring connection. Include exact part numbers of the proposed equipment in the

drawings.

C. Calculations: Provide standby battery calculations for all provided power supplies with

the designed equipment loads.

D. Product Data: Submit catalog data showing electrical characteristics and connection

requirements with the exact part number of the proposed equipment.

E. Test Reports: Indicate procedures and results for specified field testing and inspection.

F. Electrician and Vendor to submit proof of state licensure to install Fire Alarm and

Security Systems in New York State.

G. Electrician to submit proof of licensure as Master Licensed Electrician.

H. Manufacturer's Field Reports: Indicate activities on site, adverse findings, and

recommendations.

I. Submit proof of contractor qualifications for installation of firestopping systems.G. Submit firestopping system and material product data and UL listed firestopping details

to be utilized for the project.

1.5 CLOSEOUT SUBMITTALS

A. Execution Requirements: Closeout procedures as indicated in division 1 of these

specifications.

B. Project Record Documents: Record actual locations of access control equipment, devices,terminal cabinets, riser conduit runs, and pertinent junction boxes on contract drawings.

All project record documents shall be submitted to the Owners representative for final


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review prior to the commissioning of the access control system. It is absolutely

imperative that record drawings be highly accurate due to the fact that system labeling is

limited to prevent potential tampering due to the systems sensitive nature.

C. Operation and Maintenance Data: Submit manufacturers standard operating andmaintenance instructions for all control panels, pieces of equipment, and peripheral

devices to the Owners Representative prior to the commissioning of the access control

system.

1.6 QUALIFICATIONS

A. Manufacturer: Company specializing in manufacturing products specified in this sectionwith minimum three years documented experience.

B. Vendor: Licensed installer of fire alarm/security systems with proven experience withthe Continuum products that are being installed.The vendor must have an office within75 miles of the job site that has fully trained service and install technicians available for

customer support during and after project completion. Proof of factory training or

previous experience with the exact manufacturer products being installed must be

submitted.

C. Installer (Electrical Contractor): Licensed installer of fire alarm and security system inNew York State. Master licensed electrician with documented experience of the

installation of building access control systems.

D. Contractor firestopping qualifications.

1.7 MAINTENANCE SERVICE

A. Execution Requirements: Furnish service and maintenance of the system components for

two years from the Date of Substantial Completion. This shall include all recommended

and required preventative maintenance inspections/testing as outlined by the

manufacturer and repairs to manufacturer or installer defects. All of this shall be

provided at no charge to the Owner. Contractor at the completion of work shall submit to

the Owner and Owners Representative a schedule indicating when inspections/testing

will be conducted and an outline indicating what inspections/testing will be conducted on

the system during the course of the warranty period.

B. All system service calls during the warranty period shall be handled in the followingmanner:

1. Owner shall contact the Electrical Contractor and initiate a service call who in

turn shall contact the equipment vendor to respond and investigate the source of

the service call.

2. If the equipment vendor establishes that the source of the service call is related to

the electrical installation, the equipment vendor shall contact the Electrical

Contractor for warranty service.


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3. The Owner shall not be responsible for any charges during the warranty period

that result in the Owner notifying the installing contractor of a defect in the

system.

4. During construction and warranty period there shall be a required one hour phoneresponse and a four hour on site response by a qualified technician time limit.

All response outside of this service is in breach of contract.

1.8 MAINTENANCE MATERIALS

A. Provide two (2) magnetic door contacts of each type.B. Provide one (1) power supply of each type.C. Provide two (2) 12v 7amp hour batteries

1.9 CONFIDENTIALITYA. All information regarding security systems shall be considered sensitive/confidential. All

system information including submittals, wiring diagrams, programming, reports, etc.,shall be handled in an extremely sensitive manner so that the information is not

transmitted to unauthorized persons. Authorized persons shall be considered the owner,

owner's representative, installing contractor, and vendor. Installation drawings/diagrams,

manuals, or any other information regarding the installation/operation of the system shallnot be left unattended in the field at any time. Violations for the mismanagement of

system installation information shall be swift and severe up to and including dismissalfrom the project.

PART 2 PRODUCTS

2.1 SYSTEM DESCRIPTION

A. Primary Function: The SMSs primary function shall be to regulate access throughspecific doors and gates to secured areas of the Owners.

1. The SMS shall allow the configuration of an alarm and display workstation. Theworkstation and all Network Controllers shall be connected via the Owners high-speed IEEE 802.3 Ethernet backbone running TCP/IP protocol. This backbone

shall be capable of having up to 256 nodes, i.e. workstations, servers, and

Primary Network Controllers connected to it.

2. The Primary Network Controllers shall support multiple communication portsincluding an RS-485 network from which up to 254 standalone field controllers

such as an access controller and alarm monitoring controllers connect.


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3. The Alarm Monitoring and Display Workstation shall be able to monitor fieldhardware devices, such as card readers and field controllers. Administrative

tasks such as assigning areas, schedules, report generation, displaying color

graphic maps, etc. shall be provided from any Workstation on the network.

B. System Design: The SMS shall be designed to perform a wide variety of features andfunctions. These system functions should be categorized into three (3) primary "system

departments" which shall include:

1. Access Control: The SMS's primary purpose shall be to provide access control.The system shall be able to make access granted or denied decisions, define

access privileges, and to set schedules and holiday groups. All inputs and outputs

shall be capable of being transmitted globally across all system networks. And

through the use of application programming these inputs and outputs shall becapable of being linked at all field panels for purposes of implementing system-

wide control strategies. The system shall support features such as area control,anti-passback, dial-up field hardware communications, extended shunt time, and

multiple-man rule.

2. Alarm Management: The SMS shall be used for alarm monitoring. A colorgraphic application shall allow a user to create or import customized color

graphic maps of their facility and to attach alarm icons to those maps. Alarms

are to be prioritized. A status window shall provide information about the

specific alarm including date and time and location of the alarm. The SMS shall

allow unique emergency instructions to be specified for each type of alarm.

Output control operations shall be available to lock, unlock or pulse control

points, or groups of points as a standard feature. A cardholder call-up feature

allows the quick search and display of images in the database. A user journalshall be available to log important daily events. A trace function shall be

available for users to locate and track activity on specific cardholders or card

readers.

3. Cardholder Management and Enrollment: The SMS shall include an employeemanagement system integrated with the access control system. This employee

management functionality shall allow the enrollment of cardholders into the

database, and import/export of employee data. This functionality shall also allow

the user to assign or modify access privileges of a cardholder.

2.2 SMS FEATURES

A. The SMS system shall combine keyboard and mouse operations with graphicalpresentations of screen information. Each application shall provide consistent user

interfaces across all operations of the system. Practical methods of generating help

options, standard terminology, and menus shall be required. All routine information

displayed and requiring input shall be in English language prose. No operation shall

require the interpretation of machine code or the use of mnemonics.

B. Access Control


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1. Access Privileges - All cardholders shall have facility access based on privilegesassigned by controlled area, time and date. For example, some badges shall only

allow access to the facility on weekdays between 8:00 a.m. and 5:00 p.m., while

others allow access on weekends between 1 p.m. to 5 p.m. and so on. These timezones for each day are to be pre-defined by the Owner and shall be able to be

modified quickly by authorized employees without vendor intervention. There

shall be an unlimited number of user-definable access privileges.

2. Holidays - The Holidays application shall allow the Owners SystemAdministrator to create holiday schedules that designate individual days as

holidays, or special days to cover vacations, maintenance shutdowns, or other

events, indefinitely into the future. Holidays or special days can signal that the

system shall operate on a schedule different from the normal schedule. The

system shall not limit the number of holiday or special schedules that can be

created.

3. Time / Date - The time and date of the system shall be set by the operatingsystem of the client workstation. Dates for Daylight Savings Time shallautomatically take effect.

4. Global Data Exchange and Operating Strategies - The SMS shall provide globaldata exchange and operating strategies. The system shall allow any input point

configured in the system (i.e., door tamper, duress, etc.) to permit activation of

any control output point such as a relay(s) that opens a door and/or sounds an

alarm. The logic shall be developed using an application programming language

that shall be capable of incorporating other parameters such as date and time; it

shall not be limited by a fixed number of rules, or the simple linking of inputs to

outputs. The global operating strategies feature shall provide the ability to driveany system output or outputs from single or multiple inputs, access events,

alarms, etc. Each output point shall be controllable by the system and be

configurable individually for the following responses:

5. Output relays (and groups) shall be capable of responding to:a. Input alarms from any field panel or card reader point in the system, or

any combination thereof.

b. Access events.c.

Date and time parameters.

d. Commands from a user.6. Output relays (and groups) shall be capable of:

a. Pulsing for a predetermined duration; duration shall be programmable foreach relay individually.


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b. "Following" any input point from any field controller, I/O module, orcard reader input in the system (on with alarm, off when clear, or as

required).

c. Locking On with alarm, requiring user intervention to reset the outputrelay.

d. The system shall permit output relays to be ordered on, off, pulsed orreset back to a default setting.

7. Shunt Time: A Shunt Time feature shall be provided to allow users to program,at the door level, a length of time to hold a door open without creating an alarmcondition at the monitoring workstation. The shunt time feature shall be usable

by any cardholder with an active badge and appropriate access rights. Valid open

times shall range from 0-9999 seconds. If the door fails to close prior to the

expiration of the shunt period, a "door held open" alarm shall occur at thesystem's monitoring workstation. If the door is closed prior to the expiration ofthe shunt period, the door position switch shall become active immediately,

allowing a door forced open alarm to be annunciated in the event of an

intrusion.

8. Manual Control: A user shall have the ability to easily dictate manual control ofall output points connected to the system via color graphic maps. Control points

are defined as any door strike or any other relay output point of a Local Field

Controller and I/O module. The System Administrator shall have the option to

group these outputs to simplify common output command procedures.

9. All system outputs shall display upon command from the user in a list window orgraphic map. The list and commands shall be operational without interferingwith alarm monitoring operations. If an output is ordered to a setting, and is also

on time zone control, the last command shall always override.

10. All manual control commands shall record into the activity log for viewing byany user given proper privileges to do so.

11. Manual control for doors, or any relay output, shall allow the user to disable thedoor/output (to not accept any cards), unlock the door/output (leaving the door

strike unlocked), pulse the door/output open or reset the door/output to a pre-defined default setting.

12. Arm-Disarm: The user shall have the ability to determine the current status(armed or disarmed) as well as the current state (alarm/normal/fault) of an input

point from an input list view at any time.

13. The user shall have a Status item in the list view. Both the current status andstate shall be reflected by the color of the respective columns in the list view.

2.3 MANUFACTURERS


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281300-8

A. SMS Software

1.

Andover Continuum by Day Automation

B. SMS Field Hardware as needed1. Andover Continuum 5740 Door Controllers2. Ancillary input and output devices as required

2.4 SYSTEM OVERVIEW AND CAPABILITIESA. The access control system shall be an inter-connected grouping of components consisting

of but not limited to access control software, IP door controllers, IP input/output modules,

readers, cards, door locks, lock power supplies, and personal computers/servers.

B. The system shall be capable of integrating multiple buildings within one collective access

control/alarm monitoring entity whether the buildings are in proximity or at distant

locations. The systems design shall further allow expansion or modification to existing

buildings or integrating new buildings within an existing system.

C. The client software application modules shall be designed to allow for installation on one

personal computer or multiple personal computers and communicate via LAN/WANconnection to provide flexible configurations and maximum efficiency for system wide

processes and controls.

D. The system shall be regulated by individuals deemed as system operators. The systemshall allow operators to simultaneously run multiple Client software modules in multiple

supported languages from different locations. The number of concurrently running Client

modules is only restricted by the Client licensing agreement.

E. The system shall provide the ability to automatically control and regulate doorsconnected to the access control units with manual override provisions to unlock, lock, or

pulse individual or groups of doors. The system shall also monitor the doors for alarm

conditions.

H. The system shall monitor connected detectors (supervised and auxiliary inputs) with the

ability to manually or automatically arm and disarm them.

I. The system shall provide the means to control event initiated devices connected to system

outputs, such as alarms or video recorders, with the ability to automatically or manuallyarm or disarm them.


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281300-9

J. The system shall report an alarm condition with an audible sound, an alarm listing, and

an alarm warning pop-up box. The system shall further provide the capability of

automatically sending designated alarm notifications to an email address.

K. The system shall maintain a comprehensive database recording all site activity and

provide the means to manually or automatically compile user-defined reports of system

activities. The system shall also record to the database all operator activities. Further, the

system shall provide the means of saving reports and cardholder records in PDF and CSV

file formats for the benefit of non-system users.

L. The system shall have the capability to operate and fully control an integrated closed

circuit television (CCTV) system and connect to industry standard CCTV multiplexers,

DVR products, or IP addressable cameras.

M. The system shall have the capability to operate an optional, fully integrated photobadge

and verification module. It shall be able to interface with any industry standard cardprinter allowing full integration of an ID badging operation within the access controlsystem.

N. The SMS shall provide the capability for elevator control using standard access controlfield hardware that will permit the restriction of cardholder access to certain floors while

also allowing general access to other floors. The elevator control feature shall allow, at

the elevator, the use of any card reader and all card reader modes used on any other card

reader in the SMS. Each elevator card reader shall control access for a minimum of 128

floors. The SMS shall be able to track which floor was selected by an individualcardholder for auditing and reporting purposes.

O. The SMS shall have the capability to fully integrate with Bosch intrusion panels.

Providing the capability to relay alarms, perform arm/disarm functions of the Boschintrusion panels, and deny access to the building based on intrusion system status.

2.5 SYSTEM SOFTWAREA. SMS Software Capabilities

1. The SMS Software shall support an unlimited number of card readers, input points,intrusion detection points, and relay outputs. The database server shall also supportan unlimited number of system events and System Operator transactions in the

history file limited only by available hard disk space. Client Workstations shall be

limited only by the limitations of the operating system server software.

2. The vendor is responsible for providing two client software licenses. All softwarewill be loaded by the vendor on owner provided computers at owner assignedlocations. The vendor is responsible for providing two years of software updates at

no cost to owner.2.6 SYSTEM FUNCTIONS

A. Card Holder Access


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281300-10

1. Access into a controlled area shall be through reader controlled portals (doors)

using a token or card that is presented to a sensing device (reader).

2. At least one token or card shall be supplied for each individual who requiresaccess through the controlled doors.

3. The system shall be capable of supporting all of the following token/card

technologies:

a. Proximity

b. Radio frequency transmitter/HID proximity combination

c. Biometrics

d. Wiegand effect

e. Personal Identification Number (PIN) only

f. Magnetic Stripe

g. Dallas Touch Memory Disk

h. Barcode

4. Each token shall be internally encoded with a unique number and batch code.

The system shall provide a central programming station to enter these numbers

into a database for transmission to each door controller.

5. The sensing device (reader) shall be capable of reading the internal number

encoded in each token presented and transmit this information to the doorcontroller.

6. The door controller shall process this information and unlock the appropriate

controlled door only if the token is determined to be valid for access through that

door.7. An access request at a reader shall be determined based on the following

conditions:

a. Is the card valid for this day?

b. Is the card valid for this time of day?c. Is today a holiday? If yes, is the card valid for this holiday?

d. Does the PIN match the card presented?

e. Is the card valid for this site?

f. Is the card valid for this door?

Should any of the above conditions be false, access would not be granted. This

shall result in an Access Denied event recorded in the database.

9. Doors shall be unlocked for valid cardholders in less than one second from thetime of request to enter regardless of all other system activity.

B. Door Identification and Access1. The system shall provide the means to identify each portal or door that is

controlled by a door controller with a unique alpha description.

2. The system shall allow each door to be anti-pass back enabled. When anti-pass

back is enabled, after a token or card has entered a controlled enter/exit


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environment, the token or card must exit before the system allows entry again.

The anti-pass back function shall have a manual reset override to clear the

current status.

3. The system shall provide a user-defined door relay unlock time the period oftime after a valid scan when a door initially unlocks allowing access before re-

locking. The range of the door relay unlock time is 2 to 99 seconds, adjustable in

1 second increments.

4. The system shall provide a user-defined door held open time. The range of the

door held open time is 2 to 99 seconds, adjustable in 1 second increments.

5. The system shall provide for handicap accessibility with specific handicap door

timer and handicap door held open settings. The operator shall have the option to

assign an individual, who may require a greater amount of time to gain access to

a door, with handicap accessibility. The system shall distinguish any cardholder

assigned this status and automatically invoke the handicap door timer and

handicap door held open settings rather than the standard door relay unlock and

door held open times.6. Each door controller shall provide a dedicated request to exit input for each door

(i.e. an exit button) to prevent a forced entry alarm when a cardholder exits

through the door. This facility shall be used to request egress from the secure side

of the door. Should a request to exit be made, the door controller shall respond in

the same manner as access granted for a token.

7. The ACU shall automatically re-lock the controlled portal whenever the door issensed as opened and closed regardless of the duration of the momentary unlock

period, or upon expiration of the unlock period, whichever shall occur first.

8. The system shall also be able to control a door where a reader and keypad are

used conjointly. When a reader/keypad configuration controls a door, one of thefollowing access modes shall be employed:

a. Card or Keypad Only 1 of the two is used to gain entry

b. Card Only Only the reader is used to gain entry

c. Card and Keypad The reader and keypad are used to gain entry

The above access modes may be set to time zones. The system shall be able to

automatically institute a change in the access mode at any time within a 24 hour

clock to satisfy security requirements.

9. The system shall monitor the status of all doors controlled by the door

controllers. The door status shall be stated in one of the following modes:

a. Lockedb. Unlocked

10. The system shall furnish a manual override to lock or unlock doors controlled by

access control units.

11. The system shall provide the means of automatically unlocking specified doors

during an assigned time zone to allow access without the use of a token or card.

The system shall automatically lock the door at the conclusion of the assigned

time zone.


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C. Alarm Monitoring Functions

1. The system shall provide forced entry detection at specified door locations. Aforced entry shall be generated immediately whenever the door is opened without

authorization. Authorization shall be determined by token or card or request to

exit transaction at the door or by command from the host system as described.

2. The system shall provide door held open detection at ACU controlled doors. A

door held open event shall be generated immediately whenever the door is held

open longer than its specified time limit.

3. The system shall feature the provision to monitor supervised input points or

detection zones. The system shall be capable of detecting state changes between

four distinct conditions for each of these points:

a. Alarm.

b. Secure.c. Trouble due to open circuit wiring.d. Trouble due to short circuit wiring.

4. When any of these conditions are detected, the computer shall be notified and

shall generate a message stating the nature of the alarm, the location and the time.

The computer shall record the alarm such that it can be later retrieved for an auditreport.

5. The system shall have viewing graphic floor maps with doors and inputs

identified. The icon representing the door or device that tripped the alarm shall be

highlighted on the map. The contractor is responsible for the creation and setupof the graphical maps for each building.

6. All door alarms shall be transmitted to the intrusion detection system fortransmission to the intrusion detection system. The contractor shall provide the

require system integration to be able to relay information between the two

systems.a. The access control system shall have the ability to disarm the intrusion

system with the proper credential or authority.

b. The access control system shall deny access to low level credentials if

the building intrusion system exterior zone is armed.

c. The access control system shall be able to monitor if the intrusiondetection system is armed or disarmed.

D. Control of Event Initiated Devices

1. The system shall have the ability to control event initiated devices that respond to

alarm events. Said devices may be armed or disarmed automatically by user-

defined time zones or armed and disarmed manually by operator intervention.

2. The condition for each alarm output shall be user-defined to include any of the

following:

a. Forced entry at a system controlled door

b. Door held open time violation of a system controlled door


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c. Monitored alarm point detects a violation

3. The system shall provide the means to trigger an alarm in the event the ACU istampered with.

E. Elevator Control1. The SMS shall provide the capability for elevator control using standard access

control field hardware that will permit the restriction of cardholder access to

certain floors while also allowing general access to other floors. The elevator

control feature shall allow, at the elevator, the use of any card reader and all card

reader modes used on any other card reader in the SMS. Each elevator card

reader shall control access for a minimum of 128 floors.

2. The SMS shall be able to track which floor was selected by an individualcardholder for auditing and reporting purposes.

F. Communication Failure1. All door controllers shall have fully distributed and fully intelligent data

processing. Each door controller maintains full data collection integrity recording

all transactions in the event there is a disruption of communication with the host

computer.

2.7 ACCESS CONTROL NETWORK DOOR CONTROLLERS

A. Network door controller1. Network Controllers: Provide new Network Controller (NC) to provide overall

system coordination, accept control programs, perform automated control

functions and security management and perform all necessary mathematical

functions. It shall also be possible to permit multi-user operation from

workstations and laptop service tools connected either locally or globally.

2. The NC communication will be based around the Owner's existing Ethernetnetwork at 10/100 MBPS. A separate, dedicated, security network is not neededand thus not acceptable. The NC shall be a native TCP/IP device and shall not

require use of terminal servers or other devices to allow direct Ethernet

connectivity. Use of PCs that serve as Ethernet gateways to the field controllers

shall also not be acceptable.

3. NC's shall be microprocessor-based, multi-tasking, multi-user, and use real-time,digital control processors. Each control panel shall consist of modular hardware

including power supply, CPU board, and input/output modules. A sufficient


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number of NC's shall be supplied to fully meet the requirements of this

specification and the drawings and riser diagram.

4. All NC's on the Ethernet TCP/IP LAN/WAN shall be capable, out-of-the box, tobe set up as a Web Server. The NC shall have the ability to store HTML code and

serve pages to a browser. Any computer on the network running any operatingsystem capable of running a standard Internet browser shall allow the user to

access real-time data from the NC's via a standard Internet browser (Netscape /

MS-IE) utilizing a TCP/IP Ethernet connection. Graphics and text-based pages

shall be constructed using standard HTML code. The interface shall allow the

user to choose any of the standard text or graphics-based HTML editors for page

creation. It shall also allow the user to generate custom graphical pages and

forms. The WEB interface shall be capable of password security, including

validation of the requesting PCs IP address. The WEB interface shall allow the

sharing of data or information between any controller, or process or network

interface (BACnet, LON and TCP/IP) that the SMS has knowledge of, regardlessof where the point is connected on the SMS network or where it is acquired from.

The SMS WEB server shall have the ability to acquire any necessary graphics

using standard pathing syntax within the HTML code mounted within the SMS

WEB server. External WEB server hardware and software are not acceptable.

5. The NC shall be equipped with an application-programming environment toallow users to create custom applications. All application programs are to bedeveloped using an easy-to-use plain English oriented programming language

inclusive of a complete set of Boolean logical expressions. Use of high level

programming languages such as C or C++, or system manufacturer defined

canned application programs will not be permitted. Application programs shall

be used to enhance the functionality of the SMS by permitting custom controlstrategies and third-party user interfaces to be implemented. All programs shall

be self-documenting by allowing the users to place comments anywhere within

the body of the program. All global data shall be capable of being referenced at

any NC and used in application specific programs to control an output, or

multiple outputs at that controller. Use of simple matrices to allow linking of

inputs to outputs to meet this intent is not acceptable.

6. Memory: A minimum of 8MB of RAM shall be provided for Ethernet-basedPNC's.

7. Communication Ports: Each Ethernet based NC shall provide a powerful multi-user solution for network communications and information management across ahigh speed Ethernet based network at 10/100/1000 MBPS. The NC may be

supplied to operate on Ethernet using the TCP/IP protocol or over standard dial-

up modem.

a. Backbone based controllers shall provide communication to both thehigh speed Ethernet LAN and the Secondary Level Field bus. ForEthernet based Controllers, connections shall be available for 10Base-T,

10Base-2 and 10Base-FL media.


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b. As a minimum, the NC shall have built-in network communication errorchecking to the International Standard CRC16. Typical communication

media shall be 10Base-T (unshielded twisted pair) cable; the SMS

vendor shall provide converters for duplex fiber optic transmission,particularly for external cable runs.

c. This PNC shall provide four programmable RS-232/RS-485 ports for theSecondary Field Bus or printers, modems, terminals, and third-party

software interfaces. A LON communications bus shall also exist for a

family of application oriented I/O modules. The I/O bus shall permit

LON communications using RS-485 or FTT-10.

8. Networking: Each NC shall be able to exchange information with other NCsover the high speed LAN. The network structure shall be transparent such thateach controller may store and reference all global variables available in the

network for use in the NCs calculations or programs. Each NC shall also haveaccess to any of the readers, card records, inputs, outputs, and calculated

variables contained in Field controllers that are connected to it through its localfield bus.

9. Power Supply: NC's shall operate from 100 to 240 VAC 50/60 Hz power. Linevoltage below the operating range of the system shall be considered outages. The

controller shall contain over voltage surge protection, and require no additional

AC power signal conditioning.

10. Battery Back-up: The NC battery backup UPS circuit with built-in batterycharger shall provide automatic battery backup UPS power in event of AC line

failure. Each NC shall have a programmable battery back-up providing a choiceof shutdown options, at least 72 hours of battery backup to maintain all volatile

memory and real-time clock. Alternatively, this battery shall provide for full

UPS operation for a minimum of 60 minutes.

11. Provide SE Andover Continuum ACX4 Model 5740 series controllers withexpansion modules as needed.

2.8 ACCESS CONTROL INPUT MODULESA. Andover XPD18 Input Module provide as needed.B.

Andover XPD4 Output/Input Module provide as needed.

2.9 POWER SUPPLIES

A. Provide an Altronix AL600ULACM or engineer approved equal for 24VDC power to theContinuum Access Control panels.

B. Provide (2) 12v 7amp/hr batteries for each power supply.C. All power supplies and batteries are to be in a lockable cabinet with a tamper alarm

reporting to the Continuum system.


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281300-16

2.10 MISCELLANEOUS DEVICES

A. Magnetic Door Contacts

1. Product Description:

a. The recessed contact shall contain a hermetically sealed magnetic reed

switch. The reed shall be potted in the contact housing with a

polyurethane based compound. Contact and magnet housing shall snap-

lock into a .38 diameter hole. Housings shall be molded of flame

retardant ABS plastic. Color of housings shall be white.

b. Manufacturer: GE 1075 series or approved equal.

2.11 WIRE AND CABLE

A. Product Description: Power limited cable, copper conductor; 300 volts insulation rated(24 degrees C).

B. All CAT6 cable shall be installed with a maximum distance of 300 feet. All CAT6 cableand patch cables for security equipment shall be the color orange. All provided CAT 6

cable shall conform to the standards per section 271500. Provide test reports showing all

wire tests were completed per section 271700 prior to system startup.

C. Refer to contract drawings for wire types and sizes. Provide wire per manufacturesrecommendations if they are more stringent than what is shown on the contract drawings.

PART 3 EXECUTION

3.1 INSTALLATION

A. Any exterior junction boxes or terminal cabinets shall be a NEMA 4X surface mount boxwith a mounting backplate, terminal blocks, an internal tamper switch connected to the

access control system, a hinged cover, and a heavy duty lock cylinder keyed to the owner

requirements. For boxes where control hardware is to be located, provide panelheater/ventilation to maintain manufacturer minimum/maximum operating temperatures.

Provide the appropriately sized heater by Chromalox, SL-B series or approved equal.

B. The security access system Vendor under direction of the Owner, shall program the entiresecurity access system. This shall include entering all card holder information and the

setting up of card holder access accounts. Programming shall also include setting up

Owner specified auxiliary functions such as camera capture, time delays, etc. A meeting

shall be held a minimum of four (4) weeks prior to final acceptance of the system to


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281300-17

discuss Owner operations and programming requirements. Those in attendance shall be

the Owner, Contractor, Vendor, and Owners Representative. The system shall be fully

programmed prior to system acceptance testing and training.

3.2 FIELD QUALITY CONTROL

A. Testing

1. Preliminary Tests: Upon completion of the installation, the system shall besubjected to functional and operational performance tests including tests of each

installed device. If deficiencies are found, corrections shall be made and the

system shall be retested to assure that it is functional. All testing shall be

completed and documented by the Vendor.

2. Final Acceptance: The system will be accepted only after satisfactory test of theentire system has been accomplished by a factory-trained distributor, in thepresence of the Authority Having Jurisdiction, the Owner, and the Owners

Representative. The Vendor shall notify the above witnesses, in writing, 72

hours prior to the commencement of testing.

3. The Vendor shall provide the on-site services of an authorized technicalrepresentative of the manufacturer to supervise all connections and fully test all

components of the system installed. The Vendor, as directed by the Owner, shall

conduct the acceptance test. The system shall be tested with the minimum

required tests as follows:

a. Verify the absence of unwanted voltages between circuit conductors andground.

b. Test all conductors for short circuits using an insulation-testing device.

c. With each circuit pair, short circuit at the far end and measure the circuitresistance with an ohmmeter. Record the circuit resistance of each circuit

on the record drawings.

d. Verify that the control panel is in normal condition.

e. Test each peripheral device for proper signal transmission.

f. Test entire system for proper operation and response at the control unit.g. Test both primary and secondary power supplies.

h. Operation of each control, alarm, and monitoring point in the system and

integration with other building systems.

i. Simulate loss of communications between each controller and the hostcomputer.

j. Report generation.

k. Provide testing and reporting of all network cables per specification

271700.

4. The Vendor shall provide test sheets to document all tests. These will be signed

by all present to verify testing is complete


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281300-18

5. If any part of the test fails to meet the performance of the Contract Documents,

the Vendor and or Electrician, at their own expense, shall retest the complete

system with all applicable parties present.

6. Prior to the final testing, the Vendor shall perform tests on all systems to insure

proper operation.

3.3 DEMONSTRATION AND TRAINING

A. The Vendor shall provide a minimum of four (4) 2 hour sessions of instruction andoperation, maintenance and programming of all elements of the security access system.

B. Instruction shall be provided by a material or system manufacturers certified

representative familiar with the equipment and special operating requirements of the

system provided and the Owners operating procedures.

C. Instructions shall include classroom training as well as hands on training of all user level

programming and system operation.

D. Instruction shall be made available on a schedule acceptable to the Owner and the

availability of the operating personnel. Instructions shall be in two separate groupingswith the last instruction time frame 30 days after the second grouping. This is to allow

the operating personnel to familiarize themselves with the equipment and get follow-up

training as required. The last training session shall be a minimum of 2 hour(s).

E. The Vendor shall be responsible for providing sufficient training materials for all present

at the training session, (minimum 15 personnel). Coordinate actual requirements with theOwner at time of training.

F. The Vendor shall be responsible for providing video recording of at least one of thetraining sessions, which will be submitted to the owner for future employee training. The

video shall be submitted to the owner is a digital format via USB or DVD.

END OF SECTION 281300


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VIDEO SURVEILLANCE 282300-1

SECTION 282300 - VIDEO SURVEILLANCE

PART 1 GENERAL

1.1 SUMMARY

A. Section includes furnishing and installing all equipment, raceway, and circuitryassociated with the installation of a IP video surveillance system. This includes, but is

not limited to a fixed IP cameras, camera power supplies, monitors, LAN/WAN

routers/switches/converters, outlet boxes, raceway, all necessary terminations and

circuitry as shown on the contract drawings and as specified herein. Except where noted,the system shall be IP based.

B. Related Sections:

1. Section 281300 Access Control2. Section 260519 Low-voltage Electrical Power Conductors and Cables3. Section 260529 Hangers and Supports for Electrical Systems4. Section 260533 Raceway and Boxes for Electrical Systems5. Section 260553 Identification for Electrical Systems6. Section 262726 Wiring Devices7. Section 271500 Horizontal Cabling8. Section 271700 Testing and Identification

1.2 REFERENCES (Most Current Editions of the Following)A. Building Code of New York State 2007B. Fire Code of New York State 2007C. NFPA 70 (National Fire Protection Association) - National Electrical CodeD. NFPA (National Fire Protection Association) 262 Standard Method of Test for Flame

Travel and Smoke of Wires and Cables for Use in Air-Handling Spaces

E. IEEE (Institute of Electrical and Electronics Engineers) C62.41 Recommended Practicefor Surge Voltages in Low-Voltage AC Power Circuits

F. UL (Underwriters Laboratories, Inc.) 983 Standard for Surveillance Camera UnitsG. UL (Underwriters Laboratories, Inc.) 2044 Standard for Commercial Closed-Circuit

Television Equipment

H. UL (Underwriters Laboratories, Inc.) 3044 Standard for Surveillance Closed-CircuitTelevision Equipment


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I. FCIA (Firestop Contractors International Association) Manual of PracticeJ. UL Qualified Contractor Program for Firestop Systems and Spray-Applied Fire Resistive

Materials (SFRMs)

1.3 PROJECT SCOPE

A. Provide a VideoIQ IP camera and a Pelco PTZ (connected to a VideoIQ encoder)solution with video analytics at the camera that are capable of accurately recognizing the

difference between people and vehicles, and can distinguish these from other moving

objects, such as animals, birds, trees blowing in the wind, etc. The VMS is to have full

integration and control capabilities with the existing district VideoIQ cameras, VideoIQ

encoders and VideoIQ analytics.

1.4 SUBMITTALS

A. Submittal Procedures: Submittal procedures as indicated in division 1 of thesespecifications.

B. Shop Drawings: Indicate non-typical system wiring diagram showing each device andwiring connection including exact part numbers and device locations.

C. Product Data: Submit catalog data showing electrical characteristics and connectionrequirements including exact part numbers.

D. Test Reports: Indicate procedures and results for specified field testing and inspection.E. Vendor to submit proof of New York state license to install fire and security systems.

Vendor is to provide documented previous experience with references of at least three

projects with VideoIQ cameras.

F. Electrician is to submit proof of licensure as Master Licensed Electrician and proof ofNew York State fire and security installers license.

G. Manufacturer's Field Reports: Indicate activities on site, adverse findings, andrecommendations.

D. Submit proof of contractor qualifications for installation of firestopping systems.H. Submit firestopping system and material product data and UL listed firestopping details

to be utilized for the project.

1.5 CLOSEOUT SUBMITTALS

A. Execution Requirements: Closeout procedures as indicated in division 1 of these


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specifications.

B. Project Record Documents: Record actual locations of video surveillance system,devices, terminal cabinets, riser conduit runs, and pertinent junction boxes on contractdrawings. All project record documents shall be submitted to the Owners representative

for final review prior to final commissioning. It is absolutely imperative that record

drawings be highly accurate due to the fact that system labeling is limited to preventpotential tampering due to the systems sensitive nature.

C. Operation and Maintenance Data: Submit manufacturers standard operating andmaintenance instructions for all control panels, pieces of equipment, and peripheral

devices to the Owners Representative prior to final commissioning.

1.6 QUALIFICATIONSA. Manufacturer: Company specializing in manufacturing products specified in this section

with minimum three years documented experience.

B. Vendor: Licensed installer of fire alarm/security systems and proven experience withVideoIQ software and VideoIQ IP cameras. The vendor must have an office within 75

miles of the job site that has fully trained service and install technicians available forcustomer support during and after project completion. Proof of factory training or

previous experience with the exact manufacturer products being installed.

C. Installer (Electrical Contractor): Master licensed electrician with documented experienceof the installation of IP video surveillance systems.

D. Contractor firestopping qualifications.1.7 MAINTENANCE SERVICE

A. Execution Requirements: Furnish service and maintenance of the system components for

two years from the Date of Substantial Completion. This shall include all recommended

and required preventative maintenance inspections/testing as outlined by the

manufacturer and repairs to manufacturer or installer defects. All video software

throughout the school district shall be upgraded to the latest software version for all video

servers and clients. All of this shall be provided with no charge to the Owner.

Contractor at the completion of work shall submit to the Owner and Owners

Representative a schedule indicating when inspections/testing will be conducted and anoutline indicating what inspections/testing will be conducted on the system during the

course of the warranty period.

B. Also to be completed as part of the warranty service is the following:

1. Occupancy Adjustments: Within one year of Date of Substantial Completion,

provide on-site assistance in adjusting cameras, sensitivities, and analytics to suit

actual occupied conditions. Provide up to two visits to the site for this purpose.


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C. All system service calls during the warranty period shall be handled in the following

manner:

1. Owner shall contact the Electrical Contractor and initiate a service call who in

turn shall contact the equipment vendor to respond and investigate the source of

the service call.2. If the equipment vendor establishes that the source of the service call is related to

the electrical installation, the equipment vendor shall contact the Electrical

Contractor for warranty service.

3. The Owner shall not be responsible for any charges during the warranty period

that result in the Owner notifying the installing contractor of a defect in thesystem.

4. During construction and warranty period there shall be a required one hour phone

response and a four hour on site response by a qualified technician time limit.

All response outside of this service is in breach of contract.

1.8 MAINTENANCE MATERIALS

A. Provide one (1) camera of each type.B. Provide one (1) video encoder of each type.C. Provide one (1) lens of each type.D. Provide one (1) housing of each type.E. Provide one (1) power supply of each type.

1.9 CONFIDENTIALITYA. All information regarding security systems shall be considered sensitive/confidential. All

system information including submittals, wiring diagrams, programming, reports, etc.,

shall be handled in an extremely sensitive manner so that the information is not

transmitted to unauthorized persons. Authorized persons shall be considered the owner,

owner's representative, installing contractor, and vendor. Installation drawings/diagrams,

manuals, or any other information regarding the installation/operation of the system shall

not be left unattended in the field at any time. Violations for the mismanagement ofsystem installation information shall be swift and severe up to and including dismissal

from the project.

PART 2 PRODUCTS

2.1 SYSTEM DESCRIPTION


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A. The System primary function shall be to provide live and recorded video surveillance of

designated areas of the facility with built in camera analytics providing alarm alerts and

quicker recorded video review.

B. Sequence of operation:

1.

2.

All cameras upon detection of motion or analytic rule break, shall switch to

record mode, while applying video analytic rules for intelligent storage and alarm

alerts.

3.Under normal, non-alarm non-motion situations, the system will not record,

showing live streaming video only to viewing client computers.

All critical cameras with live analytics are to be setup to report via email to the

appropriate personnel. It is the contractors responsibility to help setup these

analytic rules and email alerts. The contractor is to setup up a meeting with the

owners IT and Security groups prior to completion of install to review the

owners requirements for analytic rules and camera setup.

2.2 MANUFACTURERS

A. The fixed cameras shall be a network IP video system manufactured by VideoIQ withbuilt in camera video analytics. Model numbers, part numbers, and nomenclature for the

above manufacturer are used in this specification which the owner has standardized on.

B. The Pan Tilt Zoom (PTZ) cameras shall be analog cameras manufactured by Pelco with aVideoIQ encoder capturing the video. All provided analog cameras shall be digitally

encoded using VideoIQ encoders with built in video analytics.

2.3. CAMERAS

A. Outdoor Fixed Megapixel IP Network Dome Camera

1. The IP camera shall stream live video on demand at low bandwidth (about

100kbps) or megapixel resolution (1920 X 1080) as requested.2. The IP camera shall be capable of communicating via standard open network

protocols.

3. The IP camera shall use H.264 compression for storage and streaming video, and

shall be selectable up to 30 frames per second at all resolutions, including (1920

X 1080).4. The IP cameras shall use a 1/3 Pixim imager with a minimum light sensitivity of

0.1 lux at F1.2.

5. The IP camera shall have ultra-wide dynamic range of 90 dB typical.

6. The IP camera shall have the following power options: Power over Ethernet(IEEE 802.3af, class 3), or 12VDC or 24VAC.

7. The IP camera shall have a built heater and blower that runs of off Power over

Ethernet maintaining camera operations between (-4 to 122 degrees Fahrenheit).


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8. The IP camera shall have a built hard drive with a minimum available space of

250GB, with 2 GB solid state memory.

9. The IP camera shall have a 3mm to 8mm varifocal lens.

10. All recorded video will be watermarked that can detect tampering for courtevidence.

11. The IP camera shall be able to send email alert messages to remote PCs or cell

phones.12. The IP cameras shall allow live video and alarm video viewing via the supplied

PC software, or via web browser using Internet Explorer.

13. The IP camera shall include content aware storage, meaning that it uses the videoanalytics to automatically change recording resolution and frame rate based upon

what is happening in the scene.14. The IP camera shall integrate with third party Video Management Software

through a set of published APIs.

15. Camera shall be mounted in a vandal proof, temperature controlled, weatherproofdome enclosure.

16. The camera shall have all the video analytic capabilities called out in the VideoAnalytics section of the specification, including VideoIQ IQTrack.

17. The camera shall have no software licensing fees for video analytics.18. Each camera will have the manufacturers recommended enclosure and mounting

hardware provided for each individual location including but not limited topendant mounts, pole and corner mount brackets, etc.

19. Each camera shall come with a 2 year manufacturers warranty.20. Manufacturer: VideoIQ VIQ-MP225-3-8.

B. Indoor Fixed Megapixel IP Network Dome Camera

1. The IP camera shall stream live video on demand at low bandwidth (about100kbps) or megapixel resolution (1920 X 1080) as requested.

2. The IP camera shall be capable of communicating via standard open network

protocols.

3. The IP camera shall use H.264 compression for storage and streaming video, and

shall be selectable up to 30 frames per second at all resolutions, including (1920

X 1080).

4. The IP cameras shall use a 1/3 Pixim imager with a minimum light sensitivity of

0.1 lux at F1.2.


6. The IP camera shall have the following power options: Power over Ethernet

(IEEE 802.3af, class 3), or 12VDC or 24VAC.

7. The IP camera shall have a built heater and blower that runs of off Power overEthernet maintaining camera operations between (-4 to 122 degrees Fahrenheit).




10. All recorded video will be watermarked that can detect tampering for court

evidence.

11. The IP camera shall be able to send email alert messages to remote PCs or cell

phones.


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12. The IP cameras shall allow live video and alarm video viewing via the suppliedPC software, or via web browser using Internet Explorer.

13. The IP camera shall include content aware storage, meaning that it uses the videoanalytics to automatically change recording resolution and frame rate based uponwhat is happening in the scene.

14. The IP camera shall integrate with third party Video Management Softwarethrough a set of published APIs.

15. Camera shall be mounted in a vandal proof, temperature controlled domeenclosure.

16. The camera shall have all the video analytic capabilities called out in the VideoAnalytics section of the specification, including VideoIQ IQTrack.

17. The camera shall have no software licensing fees for video analytics.18. Each camera shall have the manufacturers recommended mounting hardware

provided for each camera location including but not limited to flush ceiling

mount kits, surface mount kits, etc.

19. Each camera shall come with a 2 year manufacturers warranty.20. Manufacturer: VideoIQ VIQ-MP225-3-8.

C. Indoor Fixed D1 Resolution IP Network Dome Camera

1. The IP camera shall stream live video on demand at low bandwidth (about

100kbps) or high quality (D1 resolution at 15 fps) as requested.

2. The IP camera shall be capable of communicating via standard open network

protocols.

3. The IP camera shall use H.264 compression for storage and streaming video, andshall be selectable up to 30 frames per second at D1 resolution.

4. The IP cameras shall use a 1/3 Pixim imager with a minimum of 500 lines ofhorizontal resolution, 460 lines of vertical resolution, and light sensitivity of 0.1

lux at F1.2.


6. The IP camera shall have the following power options: Power over Ethernet

(IEEE 802.3af, class 3), or 12VDC or 24VAC.

7. The IP camera shall have a built heater and blower that runs of off Power over

Ethernet maintaining camera operations between (-4 to 122 degrees Fahrenheit).




7. All recorded video will be watermarked that can detect tampering for court

evidence.8. The IP camera shall be able to send email alert messages to remote PCs or cell

phones.

9. The IP cameras shall allow live video and alarm video viewing via the suppliedPC software, or via web browser using Internet Explorer.

10. The IP camera shall include content aware storage, meaning that it uses the videoanalytics to automatically change recording resolution and frame rate based upon

what is happening in the scene.


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11. The IP camera shall integrate with third party Video Management Softwarethrough a set of published APIs.

12. Camera shall be mounted in a vandal proof, temperature controlled domeenclosure.

13. The camera shall have all the video analytic capabilities called out in the VideoAnalytics section of the specification.

14. The camera shall have no software licensing fees for video analytics.15. Each camera shall have the manufacturers recommended mounting hardware

provided for each camera location including but not limited to flush ceiling

mount kits, surface mount kits, etc.

16. Each camera shall come with a 2 year manufacturers warranty.17. Manufacturer: VideoIQ VIQ-CID116-3-8.

E. Exterior/Interior PTZ Cameras Requiring Vandal Proof Analog Camera With IP Encoder1. Indoor/Outdoor Pan Tilt Zoom Camera

a. The indoor/outdoor CCTV camera dome system shall be a discreet, miniaturecamera dome system consisting of a dome drive with a variable speed/high speed

pan/tilt drive unit with continuous 360 rotation; 1/4-inch high resolution color,monochrome, or color/black-white CCD camera; motorized zoom lens with

optical and digital zoom; auto focus; and an enclosure consisting of a back box,

lower dome, and a quick-install mounting.

b. Pan Speed Variable between 400 per second continuous pan to 0.1 per secondc. Vertical tilt Unobstructed tilt of +2 to -92d. Presets 256 positions with a 20-character label available for each position;

programmable camera settings, including selectable auto focus modes, iris level,

LowLight

e. Automatically sense and respond to protocol utilized for controlling the unitwhether Coaxitron

limit, and backlight compensation for each preset; command to copy

camera settings from one preset to another; and preset programming through

control keyboard or through dome system on-screen menu.

f. Power consumption of a maximum 70VA.or RS-422 P or D protocols, and accept competitors control

protocols with the use of optional translator cards.

g. Image sensor 1/4-inch CCDh. Effective pixels 724 x 494i. Lens f/1.6 (focal length, 3.6~82.8 mm; 23X optical zoom, 12X digital zoom)j. Provide manufacturers recommended mounting hardware for each location

including but not limited to drop ceiling kit, corner mount kit, pendant mount,

roof mount kit, etc.

k. Opertaing temperature maximum temperature range of -60 to 140F (-51.1 to60C) for two hours, and a continuous operating range of -50 to 122F (-51.1 to

50C) for exterior mounted PTZ.

l. Operating temperature maximum temperature range of 32 to 122F for indoormounted PTZ.


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m. Manufacturer: Pelco Spectra IV SD4CBW-PG-0 for exterior applications.

2. IP Video Encodera. The video encoder shall match all the video recording, alarm, storage,

communication, and video analytic specifications listed in the Outdoor Fixed IPCamera specification.

b. Video encoders shall be mounted in the manufacturer recommended 19 Rack-Mount Kit in the designated network rack. Provide as necessary.

c. Manufacturer: VideoIQ VIQ-E10162.4 CAMERA POWER SUPPLIES

A. Indoor Power Supplies

1. Cameras within or mounted on building shall be powered by centrally located

power supplies. The central power supplies shall meet or exceed the following

specifications:

a. Multiple camera 24 VAC power supply unit and cabinetb. 20A capacity

c. Outputs for 16 cameras

d. Circuit breaker protection; includes breakers that reset

e. 120 VAC input

f. 24 VAC output or 28 VAC output for longer wire runsg. UL and CE approval

h. AC power indicator with power on/off switchi. Compatible with supplied cameras

j. Cabinet enclosure suitable for wall mounting

k. Operating temperature from 32 to 120F (0 to 50C)

2. Manufacturer: Pelco Model MCS16-20SB or approved equal.

2.5 MONITORS

A. 23 Viewing Monitors1. The flat panel LCD monitor shall have performance-enhancing features such as

VGA and DVI (digital visual interface) inputs, PIP (picture-in-picture), looping

BNC output, HD resolution, and compatibility with multiviewers.

2. The flat panel LCD monitor shall provide a front panel that allows the user toadjust image quality, brightness, size, position, and geometry for optimal

viewing.

3. The flat panel LCD monitor shall have a stand included to be mounted on desk.4. Provide all cabling to be able to reach computers up to 12 feet away from

monitor.


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5. Provide all required electrical outlets for powering monitors.6. Manufacturer: Pelco PMCL523A or engineer approved equal

2.6 VIDEO SURVEILLANCE CLIENT COMPUTERS

A. Product Performance1. Intel Motherboard2. Quad Core Intel 2.8 GHz Processor or Greater3. 250 GB Hard Drive (7200 RPM) or Greater4. 8 GB of RAM or Greater5. 2 GB Video Card6. DVD/CD-ROM Burner7. Microsoft Windows 7 64 bit OS8. USB Mouse and keyboard9. Rack mount capable but temporarily installed on a desk for this project

2.7 UNINTERRUPTABLE POWER SUPPLIES (UPS)A. Provide Uninterruptable Power Supplies per contract drawings that meet the following

specifications:

1. Output Power Capacity: 1850 Watts/ 1850 VA2. Max Configurable Power: 1980 Watts / 2200 VA3. Nominal Output Voltage: 120V4. Efficiency at Full Load: 95%5. Nominal Input Voltage: 120V6. Input Frequency : 50/60 Hz +/- 3 Hz (auto sensing)7. Input Connections: NEMA 5-20P8. Cord Length: 8 feet (2.44 meters)9. Input voltage range for main operations: 82 - 147V10. Input voltage adjustable range for mains operation: 75 - 154V11. Rack Mountable12. Backup Time Required: 60 Minutes13. Uninterruptable Power Supplies are to be APC Model# SUA2200RMXL-3U or

engineer approved equal. S

14. Rack mount capable but temporarily installed on a desk for this project A2

2.8 NETWORK SWTICHESA. Provide Network Switches for security equipment where called out on the system one-

line and contract documents.

1. 24 Ethernet 10/100/1000 ports and 4 SFP-based Gigabit Ethernet ports2. 1RU fixed-configuration, multilayer switch3. Enterprise-class intelligent services delivered to the network edge4. IP Base software feature set (IPB)


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5. Max Switch Power load 496W6. Max PoE Power load 370W7. 15.4W of PoE power per port available8. Manufacturer: Cisco Catalyst 3560G-24PS

B. Provide patch panel for each network switch where called out on the system one-line

diagram.

1. Category 6 twisted pair patch panel2. SL series modular jack.3. 1U Rack mountable4. Manufacturer: AMP 24 port 1375014-2

2.9 WIRE AND CABLE.

A. Product Description: Power limited cable, copper conductor; 300 volts insulation rated 75degrees F (24 degrees C).

B. All CAT6 cable shall be installed with a maximum distance of 300 feet. All CAT6 cableand patch cables for security equipment shall be the color orange. All provided CAT 6

cable shall conform to the standards per section 271500. Provide test reports showing allwire tests were completed per section 271700 prior to system startup.

C. Refer to contract drawings for wire types and sizes. Provide wire per manufacturesrecommendations if they are more stringent than what is shown on the contract drawings.

2.10 COMPONENTS

A. Video Analytics1. The Video Analytics shall be able to recognize the difference between moving

foreground objects from moving background objects. Examples of moving

background objects include leaves and trees blowing in the wind, water

fountains, or ocean waves.2. The Video Analytics shall be fully capable of analyzing video automatically and

accurately without any manual calibration or tuning, and without requiring any

assignment of object size in the camera scene.

3. The Video Analytics shall be able to adapt to changes in the environmentautomatically, such as lighting changes, weather, changes in the seasons, camera

being aimed in a new direction, etc., without any manual adjustments.

4. The Video Analytics shall include self-learning capabilities, so that it canautomatically learn the scene environment in less than two minutes after being

powered on, and then begin detecting immediately afterwards.

5. The Video Analytics shall be able to automatically adapt to lighting changes dueto clouds passing in front of the sun, or auto-iris adjustments, or changes from


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day mode to night mode in the camera, within six seconds or less without

creating false alarms.

6. The Video Analytics shall automatically learn highly dynamic backgrounds, suchas water rippling, leaves blowing in the wind, water fountains and escalators, toavoid false alarms from these sources without having to mask them out.

7. The Video Analytics shall continue to accurately detect with low false alarmrates even in conditions of bad weather, such as snow, rain, hail, dust storms, fog,as long as objects can be seen.

8. The Video Analytics shall analyze video at D1 resolution (704 X 480 pixels) orhigher.

9. The Video Analytics shall use pattern matching, rather than pixel differencingtechniques, to identify objects of interest to assure reliable detection accuracy.

10. The Video Analytics shall compensate for camera vibration to prevent loss ofdetection accuracy and to reduce false alarms.

11. The Video Analytics shall be able to track objects of interest accurately evenwhen there is highly dynamic background motion in the scene.

12. The Video Analytics shall not lose track of objects when they cross paths withother moving objects.

13. The Video Analytics shall continue to track objects when they change from sideviews to front views, or vice versa.

14. The Video Analytics shall use appearance of the objects for tracking, and not justmotion tracking alone.

15. The Video Analytics shall create and store a metadata record of all the objects itsees, so that video can quickly and easily be searched later by objects

appearance, or other rule violations determined later.

16. The Video Analytics shall include Click&Search, the ability to click on amoving object in the scene and to automatically search through video stored

across all the cameras in the system for any video containing objects with asimilar appearance.

17. The Video Analytics shall store metadata that contains information on eachforeground object it detects, independent of rule violations, and this metadata

shall be remotely searchable based on appearance, location and other features.

18. The Video Analytics shall include the following behaviors:a. Line or Perimeter Crossing Detectionb. Area Protection in customized regions of interestc. Direction of Travel Alertsd. Crowd Size Detection, to indicate if more than a preset number of people are

present.

e. Two-man rule alerts, to indicate if less than two people are present at anytime.

f. Loitering and Dwell Time Alarmsg. Cross-Camera Object Search

B. Remote Monitoring and Management


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1. The IP Camera shall send video clips of critical events, with the detected objectsin the videos highlighted to indicate what triggered the alarm.

2. The video clips shall include about 7 seconds of the video event.3. The video clips shall have the option to be sent as files, rather than as streaming

video, so that they can be transmitted over low bandwidth networks.

4. The video clips shall be highlighted with colored boxes around the humans,vehicles, boats or suspicious objects detected, so that verification of the alarm isfast and accurate.

5. The IP camera shall come with remote monitoring software that is capable ofmonitoring alarms from an unlimited number of iCVR cameras from one user

screen.

6. The remote monitoring software shall clearly display alarm events.7. The remote monitoring software shall be able to play the alarm video clips by

simply clicking on the alarm event.

8. The remote monitoring software shall be able to pause and repeat play of alarmevent clips to enable further review.

9. The remote monitoring software shall stream live video from any camera inalarm whenever an alarm clip is viewed.

10. The remote monitoring software shall allow the operator to select any camera forlive streaming video.

11. The remote monitoring software shall allow live viewing of up to 16 camerassimultaneously.

12. The remote monitoring software shall display clearly which alarm events havebeen acknowledged by an operator and which have not.

13. The remote monitoring software shall allow grouping of cameras for display andfor configuration.

14. The remote monitoring software shall clearly display the local time of the alarm,the date of the alarm, along with the location of the camera, the name of thecamera and the rule that was triggered that created the alarm event.

15. The remote monitoring software shall allow video clips to be saved to the clientPC.

16. The remote monitoring software shall allow video clips to be emailed from theclient PC.

17. The remote monitoring software shall require authorization passwords beforeaccessing the system data or system controls.

18. The remote monitoring software shall have at least two levels of authorization:Operator level and Supervisor level authorizations, with the Operator level

privileges being customizable by an authorized Supervisor.

19. The remote monitoring software shall include an incident log that retains a recordof all alarm events, and changes made to the systems rules or cameraconfigurations.

20. All rules and configuration changes shall be logged along with the identificationof the Operator or Supervisor that changed them.

21. Supervisors may assign new Operators and new Supervisors with uniquepasswords.

22. The remote management software shall include the ability to configure thedetection rules and actions of each camera individually, or by groups of cameras,

to maximize set-up and control flexibility.


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23. The remote management software shall include the ability to set up Regions ofInterest, which are the areas where detection of events creates an alarm condition.

24. The remote management software shall allow ten (10) different ROIs to be set upfor each camera.

25. The ROIs can be set up in any polygonal shape desired to accurately define thearea where detection will take place.

26. The remote management software shall allow creation of Regions of Disinterestwithin any of the ROIs, to define areas within the ROI where activity should not

be detected.

27. The remote management software shall allow many different rules to be set upfor each ROI.

28. The remote management software shall allow rules to select whether alarms aregenerated by either human detection alone, or vehicle and boat detection alone,

or all of these.

29. The remote management software shall allow detection sensitivity to be setindividually per rule.

30. The remote management software shall allow rules to be set by time of day, dayof week, or triggered by external alarm signal.

31. The remote management software shall allow a message to be assigned to everyrule so that it can be displayed on the remote monitoring software when an alarm

event occurs.32. The remote management software shall allow customized video compression

settings, to set resolution, frame rate and quality for both streaming and recorded

video.

33. The remote management software shall have no software licensing fees, and maybe loaded on any owner PC that meets with manufacturers minimumspecification.

34. The Vendor is responsible for the install and setup of the remote managementsoftware on (8) eight owner provided PCs. All software that is provided shall be

the latest version available from VideoIQ.

PART 3 - EXECUTION

3.1 INSTALLATION

A. Any exterior junction boxes or terminal cabinets shall be a NEMA 4X surface mount boxwith a mounting backplate, terminal blocks, an internal tamper switch connected to the

access control system, a hinged cover, and a heavy duty lock cylinder keyed to the owner

requirements. For boxes where control hardware is to be located, provide panel

heater/ventilation to maintain manufacturer minimum/maximum operating temperatures.Provide the appropriately sized heater by Chromalox, SL-B series or approved equal.

B. The video surveillance system Vendor under direction of the Owner, shall program theentire video surveillance system. This shall include programming all cameras, motion

detection, video analytics etc. Programming shall also include setting up Owner

specified auxiliary functions such as interfacing with site access control systems and

alarm email alerts. A meeting shall be held a minimum of four (4) weeks prior to final


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acceptance of the system to discuss Owner operations and programming requirements.

Those in attendance shall be the Owner, system Vendor, and Owners Representative.

The system shall be fully programmed prior to system acceptance testing and training.

C. All final mounting heights of provided exterior cameras shall be verified with owner andowners representative prior to install.

3.2 FIELD QUALITY CONTROL

A. Testing1. Preliminary Tests: Upon completion of the installation, the system shall be

subjected to functional and operational performance tests including tests of each

installed device. If deficiencies are found, corrections shall be made and the

system shall be retested to assure that it is functional. All testing shall becompleted and documented by the Vendor.

2. Final Acceptance: The system will be accepted only after satisfactory test of theentire system has been accomplished by a factory-trained distributor, in the

presence of the Authority Having Jurisdiction, the Owner, and the OwnersRepresentative. The Vendor shall notify the above witnesses, in writing, 72

hours prior to the commencement of testing.

3. The Vendor shall provide the on-site services of an authorized technicalrepresentative of the manufacturer to supervise all connections and fully test allcomponents of the system installed. The Vendor, as directed by the Owner, shall

conduct the acceptance test. The system shall be tested with the minimumrequired tests as follows:

a. Verify the absence of unwanted voltages between circuit conductors and

ground.

b. Test all conductors for short circuits using an insulation-testing device.

c. With each circuit pair, short circuit at the far end and measure the circuit

resistance with an ohmmeter. Record the circuit resistance of each circuit

on the record drawings.

d. Verify that the control equipment is in normal condition.

e. Test each peripheral device for proper signal transmission.

f. Test entire system for proper operation and response at the control unit.

g. Test provided video analytic rules for accuracy and performance.Provide owner with any additional programming to have system function

to owners expectations.

g. Provide testing and reporting of all network cables per specification

271700.

4. The Vendor shall provide test sheets to document all tests. These will be signedby all present to verify testing is complete


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Utica City School District, Utica,

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