06/28/13
DESIGN NO: _____
SECTION 16784
INTERNET PROTOCOL DIGITAL VIDEO SURVEILLANCE (IPDVS)
CABLING SYSTEM (CAPITAL IMPROVEMENT PROJECTS)
1
[Note to Specifier (delete) - This Section is intended for CIP
projects for which cameras are purchased by the Authority and
installed by the Contractor.]
PART 1 – GENERAL
1.01 DESCRIPTION OF WORK
Furnish and install equipment racks and cabinets, patch
panels and wiring for the network based Internet Protocol
Digital Video Surveillance System. Install cameras purchased
by the Authority.
The work shall consist of, but not be
limited to the following:
1.
2.
3.
4.
5.
6.
7.
8.
2
9.
Analog Dome Fixed Cameras (purchased by the Authority)
Analog Dome PTZ Cameras (purchased by the Authority)
Category 6 cabling infrastructure for video, power and
control signaling
NVT Power Supply Passive Receiver Hubs (NV-8PS13-PVD),
NV-16PS13-PVD) and camera Ballun (camera ballun shall
be Muxlab 500000 Series or NVT Model No. NV208)
Camera mounting hardware
Category 6 compliant patch panels
Equipment racks, cabinets and associated hardware
Console for main Viewing Station (when design includes
a console)
Altronix Power Supply for exterior PTZ Camera heater
and blower
1.02 SUPPLEMENTAL SUBMITTALS
A.
NYCSCA
Shop Drawings:
1.
The wiring and schematic diagrams of the wiring
system as proposed to be installed.
2.
Coordinated rack/cabinet plans and elevations of
main equipment room and each telecommunications
closets identifying the locations, dimensions of
all
terminating
hardware
provided
by
this
contractor.
3.
Photographs of proposed cameras mounting location
(marked on wall or ceiling) and their respective
field of view.
4.
Final proposed camera locations shop drawing with
types of mounts.
5.
Field of view photos using video frame capture.
INTERNET PROTOCOL DIGITAL VIDEO SURVEILLANCE (IPDVS)
CABLING SYSTEM (CAPITAL IMPROVEMENT PROJECTS) 16784- 1
06/28/13
DESIGN NO: _____
6.
B.
Locations of signs that indicate building is under
surveillance.
Product Data:
Catalog
sheets,
specifications
instructions for all products.
C.
and
installation
Sample:
1.
2.
3.
Category 6 Cable.
Cable connector
Signage
D.
Mounting details for typical indoor/outdoor fixed and
PTZ cameras.
E.
Certificate of compliance with the Quality Assurance
and Maintenance requirements.
F.
Warranty.
G.
Operation and Maintenance Manuals, including a single
line riser diagram in paper and electronic form of the
installed work, including interconnection of all
equipment and cabling requirements. Line diagrams
required are to be submitted in the following
acceptable electronic format: AUTOCAD or Visio (VSD)
diagram format.
H.
Cable test results and certificate of completion of
testing.
I.
Qualification of authorized installer of Category 6
cable.
1.03 RELATED DOCUMENTS
A.
The drawings and general provisions of the Contract
apply to work of this section.
B.
The following section apply to Work of this section:
Section 07270 – Firestopping
1.04 REFERENCES
A.
The
publications
listed
form
a
part
of
this
specification
to
the
extent
referenced.
All
publications to be the most current editions unless
otherwise noted.
1.
NYCSCA
National Fire Protection Association (NFPA)
INTERNET PROTOCOL DIGITAL VIDEO SURVEILLANCE (IPDVS)
CABLING SYSTEM (CAPITAL IMPROVEMENT PROJECTS) 16784- 2
06/28/13
DESIGN NO: _____
a.
2.
Electronic Industries Association (EIA)
a. EIA-170
Electrical
Performance
Standards
b.
3.
4.
NFPA-70 National Electrical Code
EIA-310C
Equipment
Racks,
Panels
and
Associated
Underwriters Laboratories (UL)
a. UL-3044 Standards for Surveillance
Circuit Television Equipment
Closed
b.
UL-2044
Standard
for
Commercial
Equipment and Power Supplies
CCTV
c.
UL-1492 Standard for Audio-Video
including CCTV Monitors
d.
UL-60065 Safety Requirements for Audio, Video
and similar Electronic Apparatus
Products
Telecommunications Industry Association (TIA)
a.
TIA-EIA 568-B.2.1 Transmission Performance
Specifications for 4-Pair 100 Ohm Category 5e
and Category 6 Cabling
b.
TIA-EIA 568-B Series Commercial
Telecommunications Cabling Standard
c.
ISO/IEC 11801 Category 6 cable
Building
1.05 QUALITY ASSURANCE
A.
The manufacturers of cameras, cabling, and related
mounting equipment shall have been in the market for a
period of no less than five (5) years.
B.
All equipment shall be UL listed and shall have FCC
certification where appropriate.
C.
The system shall be durable and designed for continuous
operation.
1.06 WARRANTY
A.
NYCSCA
As specified in article, 1.07 AUTHORIZED INSTALLER.
INTERNET PROTOCOL DIGITAL VIDEO SURVEILLANCE (IPDVS)
CABLING SYSTEM (CAPITAL IMPROVEMENT PROJECTS) 16784- 3
06/28/13
DESIGN NO: _____
1.07 AUTHORIZED INSTALLERS
A.
The contractor shall obtain services of a company
acknowledged in business as an Authorized Installer
herein referred to as “AI”.
B.
The role of the AI in this project shall be to pick-up
and store video cameras purchased by the Authority from
the Authority’s camera vendor and provide wiring and
equipment listed in this section to the Electrical
Contractor, along with the pre-purchased cameras, for
installation.
The
AI
shall
coordinate
delivery
schedules and installation of equipment with the system
integrator and related trades. Additionally, the AI
shall
be
responsible
for
all
documentation
for
equipment in this section, cabling record drawings and
final testing of the cabling system.
C.
The AI shall have experience in the operation and
installation of similar equipment associated with the
construction and/or renovation of facilities similar in
scope to this project.
D.
The AI shall have been in business for a minimum of 5
consecutive years. The AI shall not have been barred
from doing business with any City, State or Federal
agency and shall have no current pending actions which
may lead to such disbarment.
The office of the AI shall be located within 50 miles
of the job-site. The AI shall be capable of providing
all
engineering
support
and
on-site
supervision
throughout the project. The AI shall be authorized by
the manufacturer to provide warranty repair and service
after acceptance. The AI shall submit all documentation
required to activate the following manufacturer’s
warranties:
E.
1. Lifetime on parts of all NVT components.
2. Three years parts only on cameras and camera
housings.
F.
The AI shall supplement the manufacturer's warranties
with a one-year labor warranty on cameras installations
pursuant to General Condition 17.01.
G.
The AI shall submit the camera count, and reconcile any
discrepancy with camera count provided by the Authority
H.
The authorized installer (AI) shall be responsible for
aiming and focusing the camera and performing the
required
programming
as
per
camera
manufacturer
programming guide and as outlined in “DIIT Standards
for Internet Protocol Digital Video Surveillance”.
NYCSCA
INTERNET PROTOCOL DIGITAL VIDEO SURVEILLANCE (IPDVS)
CABLING SYSTEM (CAPITAL IMPROVEMENT PROJECTS) 16784- 4
06/28/13
DESIGN NO: _____
I.
Any warranty repairs will be coordinated by the Video
Surveillance System Support Team at DOE’s Division of
Instructional and Information Technology (DIIT).
J.
The AI shall perform a video field survey, utilizing
the proposed camera and a lab-top computer to establish
the optimal location of the cameras to obtain the
designated field of view. AI shall submit a copy this
field of view utilizing a video frame capture device
along with the camera shop drawings to the engineer of
record for approval.
k.
Authorized installers:
1.
2.
3.
4.
L.
Champion Alarm Systems
Artel Communication
Red Hawk Fire & Security.
TSS
Included in the qualification
will be a statement that:
documentation
package
1.
AI has been in business for a continuous period
of at least five (5) years.
2.
AI maintains
factory
proposed equipment.
certifications
on
all
1.08 COORDINATION WITH SYSTEM INTEGRATOR FOR DATA LAN NETWORK
A.
The Division 16 Contractor and AI shall be available
during LAN and video surveillance equipment (i.e.
wiring switches, video encoders, server, and viewing
stations) installation and testing and assist schoolwide LAN computer integrator to isolate and remedy
faults
that
may
exist
in
the
cabling
system
installation and cameras operation.
Contractor shall coordinate with the school-wide
LAN/Video Surveillance system integrator and assist the
integrator during two (2) four-hour training sessions.
1.09 SYSTEM DESCRIPTION
A.
NYCSCA
The system will consist of standard analog color
cameras, suitable for the application and the location
being used. Analog video signals from the cameras will
be
transmitted
to
the
nearest
building
telecommunication
closet
Intermediate
Distribution
Frame (IDF) via unshielded twisted pair cabling (UTP).
All necessary camera interface devices/equipment (such
as impedance matching, signal breakout, and converter
apparatus) shall be supplied as part of the work.
INTERNET PROTOCOL DIGITAL VIDEO SURVEILLANCE (IPDVS)
CABLING SYSTEM (CAPITAL IMPROVEMENT PROJECTS) 16784- 5
06/28/13
B.
DESIGN NO: _____
Exterior
and interior
mounted cameras shall be
programmed to automatically switch from color mode
(normal /daylight conditions) to low-light sensitivity,
black and white (nighttime usage).
PART 2 - PRODUCTS
2.01 MANUFACTURERS
Approved manufacturers are:
A.
Cameras(Purchased by the Authority)
1.
2.
3.
B.
Video Over Twisted Pair Terminating and Transmitter/
Receiver equipment:
1.
C.
NVT
Wiring:
1.
D.
Panasonic
Bosch (PTZ only)
Sony
Category 6 UTP Cable:
a.
AMP/TYCO,Belden
b.
Mohawk
c.
Berk-Tek
d.
Hubbell Premise Wiring
e.
Panduit
f.
General Cable
The specification enumerates technical detail and
characteristics of each camera followed by a model
number.
The selected camera must meet all the
characteristics described in the specification.
2.02 INDOOR AND OUTDOOR Fixed DOME CAMERA
Authority - Spec for Information Only)
(Purchased
by
the
A.
The
camera
will
operate
at
0.1-lux
low
light
sensitivity, along with automatic electronic shutter,
and automatic gain control. The camera shall be capable
of capturing color images at 1.0 lux lighting and
revert to capturing monochrome images under .1 lux
lighting conditions. The camera must support the use of
direct current (DC) type or Video-type auto iris
lenses.
B.
The camera shall be a minimum 1/4” (inch) CCD which
produces a minimum of 500 TV Lines of Horizontal
resolution in color and 550 lines in B&W with a signal
NYCSCA
INTERNET PROTOCOL DIGITAL VIDEO SURVEILLANCE (IPDVS)
CABLING SYSTEM (CAPITAL IMPROVEMENT PROJECTS) 16784- 6
06/28/13
DESIGN NO: _____
to noise ratio of 50dB or better ( weighted measurement
with Automatic Gain Control (AGC) off) and active pixel
count of 976(H) X 494 (V)(approximately 480,000
pixels).
C.
The camera shall provide line/self lock or Gen lock for
“roll-free” switching and must operate on 10 to 40 VDC
or 18 to 30 VAC source.
The camera must provide
Automatic Backlight Compensation (with four to eight
selectable
windows)
and
Automatic
White
Balance
Monitoring or Auto Trace White (for color mode only).
Monitoring of lobbies and entrances, outdoor areas, or
any low light applications shall utilize the Wide
Dynamic camera that automatically applies correct
exposure patterns to bright and normal areas. The
camera automatically switches from accurate color
images in daylight to clear, high-resolution monochrome
images in low light conditions (down to 0.3 lux).
D.
The camera shall operate to full specifications within
the normal temperature range of -20 to 50C (-4 to
122F).
E.
Varifocal lens shall be 2.9 mm to 8.0 mm for all
standard applications. All fixed cameras shall be
provided with rugged, high impact and vandal resistant
enclosure and Ingress Protection of 66 (IP66) to insure
dust and water tightness with tamper proof security
screws. The camera body shall have 3/4” thread for
direct connection with a conduit pipe.
For outdoor
use, provide manufacturer’s recommended heater (For the
WV-CW504S models, the recommended heater Part# is
WV-CW5H)
F.
The camera shall be Panasonic Model WV-CW504S/29SCA (or
approved equal). While the other manufacturers listed
in 2.01A are acceptable to provide cameras, those
cameras currently known to be available do not meet all
the technical and visual performance criteria of the
camera listed. Any proposed substitution will need to
go
through
a
testing
procedure
at
the
contractor/manufacturer’s expense with SCA and DOE
personnel at a location determined by the Authority.
Sufficient time must be provided in the Contractor’s
schedule to provide such mock-up testing to determine
if performance can be met so as not to jeopardize the
project schedule or the substitution cannot be
reviewed.
NYCSCA
INTERNET PROTOCOL DIGITAL VIDEO SURVEILLANCE (IPDVS)
CABLING SYSTEM (CAPITAL IMPROVEMENT PROJECTS) 16784- 7
06/28/13
DESIGN NO: _____
2.03 INDOOR AND OUTDOOR PTZ DOME CAMERA
Authority - Spec for Information Only)
(Purchased
by
the
A.
The dome assembly shall be comprised of a high-speed
pan/tilt assembly, high-resolution color, preferably
the camera shall have a range of zoom from 10X to 18X
optical and 4X digital zoom. The lens shall pause at
optical magnification, then enter digital zoom mode.
The camera/lens assembly shall provide for continuous,
full-time auto focus at any angle or distance. No
matter what the zoom position, the dome’s images shall
remain in sharp focus.
The dome shall return to
automatic focus/iris mode when the operator moves the
pan/tilt assembly more than ten degrees. The camera
shall follow the guidelines in the previous section of
fixed dome cameras with 1/4” CCD with minimum of 480 TV
lines of horizontal resolution and a signal to noise
ratio of 48dB or better.
B.
The color camera shall provide sharp, detailed images
down to 1.0-lux color, and down to 0.7-lux in color
integration mode (50 IRE, AGC on). The color/mono
camera shall provide sharp, detailed images down to
1.0-lux. It shall automatically switch to B&W mode and
provide sharp detailed images down to 0.1-lux mono, and
0.01-lux mono integration (50 IRE, AGC on). Line-lock,
Gen lock or self lock shall be provided.
The lens
shall be a color corrected, 4.1-73.8 mm, F1.4,
spherical, and shall have continuous auto focus with
manual override with ATW (Auto trace white) or AWB
(Auto white Balance). The PTZ dome shall automatically
adjust pan and tilt speeds in proportion to zoom
position for greater control.
C.
The dome shall support 4 to 64 programmable preset
positions. Each preset position shall include pan,
tilt, zoom, iris, and focus settings. The dome shall
support mimic tours of 2 or more. The dome shall
incorporate automatic 180-degree flip circuitry, with
the ability for the operator to turn ON or OFF. When
this feature is ON, the dome shall automatically turn
180 degrees when reaching its lower tilt limit. This
allows the operator to automatically track objects
moving directly below the camera. The dome shall also
support a home position that automatically returns the
dome to a programmed preset, or tour, after a specified
period of inactivity.
D.
The dome shall be configurable to provide either RS 422
or RS485. The receiver/driver will provide all voltages
for camera controls pan and tilt functions, and all
motorized lens functions.
NYCSCA
INTERNET PROTOCOL DIGITAL VIDEO SURVEILLANCE (IPDVS)
CABLING SYSTEM (CAPITAL IMPROVEMENT PROJECTS) 16784- 8
06/28/13
DESIGN NO: _____
E.
The complete dome assembly shall be capable of
operating to full specification with an applied voltage
of 24 VAC at a frequency of 60 Hertz, and shall meet
Class 2 standards. The power consumption shall not
exceed 40 watts for indoor versions with all functions
operating. The dome assembly shall have transorbs with
optical isolation to protect the RS422 circuitry. The
PTZ domes shall be provided with the correct mounting
configurations to suit the application. The mounting
assemblies shall be designed to be simple to install
and allow for easy installation and removal of the dome
camera and controls.
F.
All cameras shall be provided with rugged, high impact
and vandal resistant housing with tamper proof security
screws (including all types of mounting housing or
bracket) high impact resistance, and Ingress Protection
rated at IP66 or higher.
G.
The outdoor PTZ dome camera version shall be available
in a wide range of versatile mounting configurations.
Configurations shall include Wall, Pole/Flat Roof, and
Soffit mounts. The environmental mounts shall include a
twisted pair passive module included as standard,
allowing for unshielded twisted pair (UTP) video
transmission with the appropriate receiver.
H.
All PTZ dome cameras shall include an inner liner with
clear outer bubble, resulting in no and/or low light
loss. Each dome will include diagnostic LED’s to
indicate power and communications from the controller.
The dome assembly design shall contain eight 2 alarm
inputs and 2 alarm outputs.
I.
All PTZ outdoor cameras shall be provided with
integrated housing with heater and blower, complete
with mounting hardware and brackets. The cameras shall
be corner mounted, but not higher than the second floor
level of any building structure, unless otherwise
directed by the Authority at the site.
J.
The environmental camera shall be Panasonic WV-CW964
(or current model) or a Bosch Envirodome Model
ENVD2460W when wall mounted, ENVD2460C when corner
mounted or ENVD2460P when pipe mounted.
For Indoor
applications
where
ceiling
height
may
prevent
installing the full size WV-CW964A, the Panasonic
Model# WV-CS574 with vandal-proof housing Model#
PIDV7CN or PIDV7CS shall be provided. While the other
manufacturers listed in 2.01A are acceptable to provide
cameras, those cameras currently known to be available
do not meet all the technical and visual performance
criteria of the cameras listed.
Any proposed
NYCSCA
INTERNET PROTOCOL DIGITAL VIDEO SURVEILLANCE (IPDVS)
CABLING SYSTEM (CAPITAL IMPROVEMENT PROJECTS) 16784- 9
06/28/13
DESIGN NO: _____
substitution will need to go through a testing
procedure at the contractor/manufacturer’s expense with
SCA and DOE personnel at a location determined by the
Authority.
Sufficient time must be provided in the
Contractor’s schedule to provide such mock-up testing
to determine if performance can be met so as not to
jeopardize the project schedule or the substitution
cannot be reviewed.
2.04 CABLING INFRASTRUCTURE
SIGNALLING
FOR
VIDEO,
POWER,
AND
CONTROL
The test standards shall apply to all connecting elements
within the infrastructure system that enables the completed
“link” or “channel”, inclusive of video outlets (jacks),
patch panels, and connector plugs. The “link” (horizontal
cabling from closet to camera) shall not exceed 100 meters
(328 feet) in length.
A.
Category 6 Cable
1.
Category 6 Cable shall be a four (4) pair,
unshielded twisted pair (UTP) shall be four pairs
of 23 AWG solid conductors, unshielded twisted
pairs, UL/NEC CMR rated with PVC jacket, cable
jacketing shall be lead-free, The cable shall meet
the following performance requirements in addition
to other standard Cat 6 performance requirements:
a.
b.
c.
d.
e.
Frequency - 250 MHz
Max. Attenuation – 30.5 db/100 meter
NEXT (Near End Cross Talk) – 48 db minimum
tolerance
ACR (Attenuation to Cross Talk Ratio) – 17.5
db at 100 meters
The following color code shall be utilized:
COLOR CODE
PAIR NO.
White/Blue and Blue/White
White/Orange and Orange/White
White/Green and Green/White
White/Brown and Brown/White
NYCSCA
1
2
3
4
2.
Contractor shall provide UL-listed plenum rated
cable (Type CMP) in environmental air spaces,
including plenum ceiling.
3.
This cable shall have been tested and met all
testing to be compliant to a minimum Category 6
rating, based upon TIA standards.
4.
The conductors will be solid copper.
INTERNET PROTOCOL DIGITAL VIDEO SURVEILLANCE (IPDVS)
CABLING SYSTEM (CAPITAL IMPROVEMENT PROJECTS) 16784- 10
06/28/13
DESIGN NO: _____
5.
The insulation of will be PVC for non-plenum areas
and 100% FEP for plenum areas.
6.
This cable shall possess the ratings by UL
(Underwriter’s Laboratory) of CMR/CMP and DP3/DP3P
as applies to the cable type and insulation.
7.
This cable shall have been sweep tested to 250
MHz.
8.
The cable shall have a sheath of a bright orange
color to differentiate it from other horizontal
distribution cabling.
9.
B.
The cable shall be Category 6 PVC jacket, or FEP
plenum jacket.
Category 6 Patch Panel
1.
The patch panel for the horizontal distribution
cabling shall be IDC (insulation displacement
connection) in the 110 format on its backside and
RJ45 interface (orange) on its front side.
2.
The patch panel shall have been tested and have
met all testing to be compliant to a minimum
Category 6 rating, based upon the TIA standards.
3.
The patch panel shall meet the following optimum
characteristics resulting from testing:
Power Sum
Power Sum
Connector
Connector
C.
NYCSCA
NEXT loss @ 250 MHz
ACR (PSACR) @ 250 MHz
Insertion loss @ 250 MHz
return loss @ 250 MHz
41.5
14.0
30.0
17.6
dB
dB
dB
dB
4.
The patch panel shall be a 24-port, or 48-port.
5.
All patch panels shall have all ports completely
populated with Category 6 jacks at the time of
installation.
Category 6-Jacks
1.
The jacks shall be in the configuration of RJ45
with 110 IDC cable terminations. They shall meet
Category 6 or greater testing standards and be
color coded orange to identify as camera outlets.
2.
The jacks shall be
matching face plate.
Category
6
rated
with
a
INTERNET PROTOCOL DIGITAL VIDEO SURVEILLANCE (IPDVS)
CABLING SYSTEM (CAPITAL IMPROVEMENT PROJECTS) 16784- 11
06/28/13
D.
DESIGN NO: _____
Camera Ballun
The camera end transceiver (ballun) shall be designed
to be attached to the camera cable, terminated with a
110 to RJ45 jack, via RJ45 plug. The interface shall be
configured to accept the designated pair for the video
signal from twisted pair cabling and convert same to 75
ohm coaxial cable with BNC plug for camera connection,
while passing the remaining pairs through to the camera
for power and/or control. The camera ballun shall be
Muxlab 500000 Series or NVT Model No. NV208 and shall
be installed at the camera base.
E. Camera Interface Enclosure
The camera interface enclosure shall be a two (2) gang
FS box with tamper resistant screws.
The Category 6
jack termination, NVT transceiver and 24V camera power
connection shall be installed within the Camera
Interface Enclosure
F.
Passive Video Receiver Hub
The 8-port or 16-port Power Supply Passive Video
Receiver Hub provides 24 VAC or 28 VAC power to the
camera as well as receive video transmission and
deliver PTZ control all over a single 4-pair Cat6
cable. Each port is provided with a diagnostic LED
which shows load/noload, short-circuits, and overload
conditions.
G.
Cable Ties
All cable ties used to support camera category 6
cabling shall be fire-resistant Velcro type.
The
support rating of the cable ties used shall be a
minimum of twice that of the weight per unit of the
cables to be supported. Cable ties shall be deployed
every four (4) feet minimum in horizontal cable tray
and two (2) feet minimum when fastening cables
vertically on wall or rack.
H.
Video Frame Capture
This device is capable of recording both still screen
captures and full motion video and comes with software
compatible to Windows XP Professional. Captures image
formats are available in JPEG, BMP, TIF, and PCX. Frame
capture device shall be as per AVerMedia AverTv CARDBUS
MCE or approved equal.
NYCSCA
INTERNET PROTOCOL DIGITAL VIDEO SURVEILLANCE (IPDVS)
CABLING SYSTEM (CAPITAL IMPROVEMENT PROJECTS) 16784- 12
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DESIGN NO: _____
2.05 EQUIPMENT CABINET & RACKS
A.
The
server
equipment cabinet shall be made of
individual vertical storage racks attached to each
other so as to form one unit. Rack should be capable of
accommodating all equipment as show on project drawings
including equipment provided by system integrator.
Cabinet shall be 79”H X 24”W X 42”D size, floor
mounted, 19” EIA mounting rails with durable powder
coat paint and zinc-plated finishes. The cabinet shall
consist
of
16
gauge
sturdy,
ventilated
steel,
freestanding with lockable wheels. Provide ventilation
fans, 6-point power strips, knockouts top and bottom
and removable hinged locking door. The quality of
cabinet and its components shall be equal or better
than the following:
APC Netshelter SX Enclosure 42U P/N: AR3100
APC 10 Outlet 19” Rack-mount 20Amp Power Strip P/N:
AP9563
APC M6 Hardware for 600mm Wide Enclosure P/N: AR8100
B.
IDF closet Wall Cabinet (half height cabinet) shall be
16-gauge high quality steel enclosures with 19"
mounting rails and double-hinged locking door with
knockouts top and bottom. The Plexiglas door shall open
on left or right as per location. Cabinet size shall be
28"H X 24"W X 26"D.
Middle Atlantic Half Height Cabinet P/N: DWR-12-26PD
Middle Atlantic Fan Assembly (4.5”) P/N: DWR-FK26
Middle Atlantic 8 outlet power strip P/N: PD815SC
Middle Atlantic Rear Rails P/N: DWR-RR12
Middle Atlantic Bag of 10/32 Screws P/N: HPS
Medeco lock quantity two P/N: M11. All keys shall be
keyed alike.
C.
Cabinet shall be as per Great Lakes, Middle Atlantic,
E2 or Rittal Inc.
2.06 CONSOLE FOR VIEWING STATION
A.
Console, located at the security station or as shown on
plans, shall be heavy-duty welded steel with red oak
veneer
desktop,
straight
line
model
or
angled
(L-shaped), as required to suit the site conditions.
Finish: Baked enamel Pearl and Dove Grey.
B.
Console shall have smooth rounded edges all around with
two (2) file, two (2) locking desk drawers and one
compartment for the CPU. It shall consist of desktop
writing surface, have a space for two 20” flat screen
LCD monitors (N.I.C.) lockable tilted racks with Lexan
NYCSCA
INTERNET PROTOCOL DIGITAL VIDEO SURVEILLANCE (IPDVS)
CABLING SYSTEM (CAPITAL IMPROVEMENT PROJECTS) 16784- 13
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DESIGN NO: _____
protective screens for the monitors, space for
Pan/Tilt/Zone controls, power supplies, and other
related equipment. The console must be coordinated with
Authority system integrator and assembled on-site under
the supervision of the manufacturer. Console shall be
Russ-Bassett, Middle Atlantic or approved equal.
2.07 WIRING
A.
Each fixed camera must be located within 328 feet
(channel length) of the wiring closet. It shall be
provided with one dedicated 4 Pair UTP (Unshielded
Twisted Pair), Category 6, 23 AWG cable; two pairs to
be used for power, one pair for video and one pair for
control.
B.
Each Pan/Tilt/Zoom and outdoor dome camera located
within 328 feet of the wiring closet shall be provided
with one dedicated 4 pair 23 AWG UTP, Category 6,
cable, two pairs to be used for power, one pair to be
used for video and one pair to be used for controls.
C.
For outdoor PTZ cameras, power for heater/blower shall
be provided from a power supply located in the MDF/IDF
room closest to the outdoor PTZ camera. Power supply
unit shall be by Altronix of model number indicated on
drawings.
Provide a separate solid or stranded wire
pair of #12AWG conductor in conduit to connect the 24
or 28 VAC power supply output to the heater/blower of
the outdoor PTZ camera.
If wire gage is greater than
#14AWG, provide an in-line butt connector or pigtail to
connect the power line to the power supply terminal.
D.
Indoor PTZ cameras without heater/blower shall
powered solely by the NVT equipment via UTP cable.
E.
Contractor shall provide minimum 3 #12 THHN conductors
for all 120 VAC circuits when external power is
required.
F.
All wiring (Category 6 cable, control, low voltage and
power) shall be installed in metal raceway or cable
tray. Wiring in cable tray shall be plenum rated. All
power wiring shall be installed according to National
Electrical Code. Category 6 wiring within the MDF/IDF
telecommunications rooms shall not be enclosed in
metallic conduit between the IPDVS server cabinet and
the cable entry point.
G.
No wiring shall be exposed, except in the console or
cabinet, where the connections to the individual
components are made.
2
NYCSCA
be
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DESIGN NO: _____
H.
Splicing may only be accomplished with approved
connectors, and only in approved splice boxes. All
splicing points must be clearly defined in the wiring
diagram. The Category 6 cable may not be spliced.
I.
On installations exterior to building(s), all splices
shall be made in weatherproof NEMA 4 Rated boxes, using
gel-type
insulation
displacement
or
solder
type
connectors.
2.08 SIGNAGE
A.
Provide signs giving notice that the building is under
video surveillance.
The sign shall say “NOTICE: THIS
BUILDING IS UNDER VIDEO SURVEILLANCE THAT MAY BE
MONITORED AND/OR RECORDED AT ANY TIME.”
B.
Signs shall be printed polyester film, permanently
bonded to rigid fiberglass panel, with a protective
overlamination of Tedlar. The total thickness shall be
0.11” minimum.
There shall be holes for fastening
screws in the four corners and the signs shall be blue,
white, and black colors as indicated on the Drawings.
C.
Signs shall be ultraviolet, chemical, and graffiti
resistant, able to withstand temperatures between minus
20ºF and 140ºF and shall have a service life of 15
years under normal outdoor conditions.
D.
Manufacturer/Model/Material:
Seton
Identification
Products Co., Branford, CT; “SetonUltraTuff Fiberglass”
notice sign with custom wording.
PART 3 - EXECUTION
3.01 INSTALLATION
A.
Contractor shall permanently fasten all the equipment
as indicated on the drawings in an approved manner,
with all necessary hardware.
B.
Contractor shall provide all conduits, wiring, outlet
boxes, and all accessories necessary to complete the
wiring to all components of the system. All connections
shall be made complete and tested.
C.
The Contractor shall be aware of the fact that some
schools are historical landmark buildings.
No
alterations to building exterior or structure may take
place, unless duly approved by the Architect/Engineer
of Record.
NYCSCA
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DESIGN NO: _____
3.02 GROUNDING
A.
All Video Surveillance racks/cabinets shall be grounded
according to manufacturer's instructions. Contractor
shall provide a #6 stranded copper bonding conductor
from each rack/cabinet to the "Grounding Busbar" in the
IDF/MDF room or at main water pipe.
3.03 SIGN INSTALLATION
A.
Provide wall-mounted signs giving notice that the
building is under video surveillance at all entrances,
both indoor and outdoor, and in school lobby.
B.
Adhere signs to substrate with polymer adhesive
sealant;
“PowerStick”,
manufactured
by
Powers
Fasteners, New Rochelle, NY.
Perform compatibility
tests using one sign on each substrate material prior
to installing all signs. Prepare substrate as required
for proper bond. Apply adhesive to back of sign around
full perimeter and across the sign back as recommended
by the adhesive manufacturer to achieve a complete
permanent bond and to prevent water from entering
behind the signs.
C.
Provide four screw fasteners per sign in addition to
the adhesive, with anchors suitable for substrate
materials. Do not install screws in materials that may
contain asbestos.
Screws shall be zinc plated steel,
tamper resistant Torx Pin-Head, button head.
3.04 LABELING OF CABLES, PATCH PANELS AND CAMERAS:
A.
Cables are to be tagged at both station and closet ends
with an alpha and four-digit number beginning with C101 or E1-01 (“C”=Interior Camera, “E”=Exterior Camera
“1”=floor,
“01”=camera
number)and
increasing
in
increment of 1. It shall be a sticky tag, wrapped and
secured to the cable behind both the camera jack
faceplate and patch panel.
Exterior cameras shall
utilize only an “E1” prefix for cameras installed no
higher than the second story height or an “ER” prefix
to designate roof mounted cameras.
B.
All
cable
and
termination
labels
are
unique
identifiers, which shall be permanent and comply with
TIA/EIA 606 labeling standards. At the closet end, the
patch panel termination is labeled at the corresponding
panel port with two points of information concerning
the far end and each separated by a dash:
1)
NYCSCA
Camera number at the other end of the cable
INTERNET PROTOCOL DIGITAL VIDEO SURVEILLANCE (IPDVS)
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DESIGN NO: _____
2)
C.
Cable number (four digits)
At the camera side, the cable is labeled with two points
of information pertinent to the cable far end and each
separated by a dash:
1)
Room number from the rack or cabinet.
2)
Cable number on the jack faceplate (four digits)
Exterior cameras shall utilize only an “E1” prefix for
cameras installed no higher than the second story
height or an “ER” prefix to designate roof mounted
cameras.
D.
The cable numbers shall be in sequence for each closet.
For example, if there are 5 camera cables originating
from first floor Video Surveillance Rack-1 (VSR-1),
then the cable numbers shall be C1-01 thru C1-05. The
second floor closet would start over from C2-06.
E.
In addition, every patch panel within the building
shall be identified with a unique 2-digit number
permanently stamped or labeled on the front middle top
of each patch panel.
F.
In addition, every receptacle for the dedicated IPDVS
circuits shall be labeled with the power panel
identifier and circuit breaker number energizing the
receptacle.
3.05 TESTS AND CLOSEOUT DOCUMENTATION
A.
Tests
1.
NYCSCA
Wiring shall be tested from camera to cable
termination
at
the
patch
panel
prior
to
acceptance.
The
test
results
shall
meet
requirements Category 6 cable or greater.
2.
Cameras shall be performance
school network is operational.
tested
after
the
3.
Remote site access shall be tested
network remote access is operational.
after
the
4.
AI shall be available for the entire system
operational
test,
conducted
by
the
system
integrator with participation of the DOE Security
Unit. Final sign off will be by Authority
representative, in the presence of the DOE
Security Unit.
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5.
6.
Cameras shall be bench tested for video, power,
and control prior to installation using a portable
field test monitor, 110VAC/24VAC plug-in power
transformer, and a RS485 control signal generation
unit.
The UTP cabling installation shall be tested by
the installer prior to Acceptance from jack-topatch panel (Permanent Link Testing) to Category 6
performance
standard
EIA/TIA
568-B.2-1
using
approved field test equipment and methodology as
per the above standard. Approved field testing
equipment shall be Fluke/ Microtest Omni Scanner
II, Fluke Model DSP-4000, Agilent Technologies
Model WireScope 350, or approved equal.
a.
All
tests
are
to
be
performed
installation of the complete system.
b.
The equipment indicated above represents test
equipment utilized to develop this test
specification. Substitute test equipment may
be used only upon approval by the Authority's
Engineer provided the same level and quality
of testing is performed.
c.
All tests are to be performed on the
following aspects of data cabling system:
1)
d.
From each telecommunication closet’s
patch panel to each and every camera
termination (camera cable).
Tests to be performed:
1)
The test equipment shall be configured
to
test
the
maximum
transmission
performance for which the cable is rated
(i.e. for category 6 cable is 1 to 250
Megahertz per second)
2)
In accordance with TIA Standards for
Category
6
(Full
Duplex
Parallel
Transmission) cabling, the following
minimum
test
information
shall
be
provided for each permanent link:
a)
NYCSCA
after
Wiremap: Verify Continuity on all 8
conductors and assure no opens,
crosses,
splits
or
shorts
to
another conductor or ground. When
applicable, report continuity of
shield on screen twisted pair.
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NYCSCA
DESIGN NO: _____
b)
Length: Total length from LDF to
camera
termination:
The
cable
length shall conform to the maximum
distance set forth in the TIA/EIA
568-A-5 standard (i.e. 90 M or 308
feet).
c)
Propagation Delay and Delay Skew:
Will be measured and reported.
Propagation Delay will not exceed
536 nanoseconds and Delay Skew will
be within 45 nanoseconds between
the fastest and slowest conductor
pairs.
d)
Near End Cross Talk (NEXT) or
Noise: Sweep and Measure (1 MHz to
250 MHz) each pair combination.
Limits will not be less than 48 db
at 250 Mhz. on any combination.
e)
Attenuation: (db loss): Sweep and
Measure
each
cable
for
proper
attenuation
according
to
TIA
specifications at 1 MHz to 250 Mhz.
Limit will not be less then +17.5db
at 250 MHz.
f)
Return Loss or Echo: Sweep and
Measure each cable for minimum
return
loss
according
to
TIA
specifications from 1 MHz to 250
Mhz. Limit will not be greater then
–27.7 db at 250 MHz.
g)
Equal Level Far End Cross Talk or
ELFEXT: Sweep and Measure each
cable
for
a
minimum
ELFEXT
according to TIA specifications
from 1 Mhz to 250 Mhz. Limit will
not be greater than –29.9db at 250
MHz.
h)
PowerSum Near End Cross Talk or
PSNEXT: Sweep and Measure each
cable
for
a
minimum
PSNEXT
according to TIA specifications
from 1 MHz to 250 Mhz. Limit will
not be greater than –49.2 db at 250
MHz.
i)
PowerSum Elfext or PSELFEXT: Sweep
and measure each cable for a
minimum PSELFEXT according to TIA
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DESIGN NO: _____
specifications from 1 MHz to 250
Mhz. Limit will not be greater than
–42.6 db at 250 MHz.
e.
All test results shall be provided in the
following formats:
1)
Printed (3 bound copies)
2)
CD ROM (Windows)
The test equipment specified has the
ability to record test results to
electronic
memory
for
viewing
and
printing later utilizing free Microtest
ScanLink software. Submitting electronic
test results is preferred in lieu of
handwritten forms. In no instance will
test data be accepted in a spreadsheet
or text based reporting software. This
information shall be maintained as a
permanent record for the purposes of
maintenance and restorations.
B.
f.
All tests shall be coordinated with and
performed in
the
presence
of
the
Authority's Representative. Any
defects or
deficiencies discovered in any of the cabling
system work shall be indicated on the test
report and be corrected.
g.
Upon completion of testing and problem
resolution, all cables tested are to be 100%
error free.
Closeout
Contractor shall submit the following:
NYCSCA
1.
Written guarantee for three years from date of
substantial completion.
2.
Instruction on operation and maintenance.
3.
Provide floor plans and single line riser diagram
in electronic formats: AUTOCAD or Visio (VSD).
4.
Manufacturer’s cut sheets on all equipment and
components of the Cabling system.
All devices,
components, equipment and wiring requirements
shall be shown on riser diagrams, individual
opening elevations, and point to point wiring
diagrams.
The submittals shall show proposed
locations for all material. Include a manual with
INTERNET PROTOCOL DIGITAL VIDEO SURVEILLANCE (IPDVS)
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DESIGN NO: _____
specific descriptions for
written in layman terms.
the theory of operation
included.
Supply six
submittal.
each openings operation
A written description of
of the system shall be
copies of the entire
END OF SECTION
Notes to Specifier (Delete from Specifications)
1.
This Section is for typical CIP projects where the cameras
are purchased through a state contract and installed by the
Contractor.
During editing for specific projects, delete
the term “(Capital Improvement Projects)” from the title and
footer, as well as in the Table of Contents.
Ensure that
the design provides IDFs as needed to not exceed the 100
meter maximum cable length requirement for the data wiring
to ensure proper signal.
2.
Select UL approved power supply model number and indicate
the model number, voltage (24 or 28 VAC) and wire size on
the drawing. Selections shall be based on distance between
power supply and the camera(s) as well as the number of
cameras being supplied. #12AWG wire has been indicated and
shall be revised if needed.
If using a #14AWG wire
(manufacturer recommended), delete the last sentence as the
butt connector/pigtail will not be required.
NYCSCA
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DESIGN NO: _____
LIST OF SUBMITTALS
SUBMITTAL
A.
DATE SUBMITTED
Shop Drawings:
1.
2.
3.
4.
5.
6.
B.
DATE APPROVED
The wiring and schematic diagrams of
the wiring
system as proposed to be installed.
Coordinated rack/cabinet plans and elevations of
main equipment room and each telecommunications
closets identifying the locations, dimensions of
all
terminating
hardware
provided
by
this
contractor.
Photographs of proposed cameras mounting location
(marked on wall or ceiling) and their respective
field of view.
Final Camera location and count with types of
mounts
Camera Field of View using Video Frame Capture.
Proposed location of signage
Product Data:
Catalog
sheets,
specifications
and
installation
instructions for all products. Serial numbers of all
cameras installed.
C.
Sample:
1.
2.
3.
Category 6 Cable.
Cable connector
Signage
D.
Mounting details for typical indoor/outdoor fixed and
PTZ cameras.
E.
Certificate of compliance with the Quality Assurance
and Maintenance requirements.
F.
Warranty.
G.
Operation and Maintenance Manuals, including a single
line riser diagram and floor plans in paper and
electronic form of the installed work, including
interconnection
of
all
equipment
and
cabling
requirements. Line diagrams and floor plans are to be
submitted in electronic formats in AUTOCAD or Visio
(VSD) diagram format.
H.
Test results and certificate of completion of testing.
I.
Qualification of authorized
cable.
NYCSCA
installer of Category 6
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