Section 0000
SECURITY AND SURVEILLANCE
HONEYWELL ENTERPRISE DIGITAL NETWORK VIDEO RECORDING
SYSTEM
PART 1 – GENERAL
A. The intent of this document is to specify the minimum criteria for the design,
supply, installation, and commissioning of an Enterprise Digital Video Network
Recording System.
1.01
SUMMARY
A. The world class Enterprise Digital Network Video Recording System shall offer
the latest in digital technology, providing unparalleled stability, reliability,
security, and ease of use, with advanced algorithms, fast capture rates at high
resolution, and a unique flexible Graphical User Interface (GUI).
1.02
A.
B.
C.
D.
E.
F.
G.
H.
I.
1.03
REFERENCES
Canadian ICES-003
Consultative Committee for International Radio (CCIR)
Conformity for Europe (CE)
Electronic Industry Association (EIA)
Federal Communications commission (FCC)
Joint Photographic Experts Group (JPEG)
National Television Systems Committee (NTSC)
Phase Alternation by Line (PAL)
Underwriters Laboratories Inc. (UL)
DEFINATIONS
A. No substitutes: The exact make and model number identified in this specification
shall be provided without exception.
B. Or Equal: Any item may be substituted for the specified item provided that in
every technical sense, the substituted item provides the same or better capability
and functionality.
C. Or Approved Equal: A substitute for the specified item may be offered for
approval by the Owner. The proposed substitution must in every technical sense,
provide the same or better capability and functionality as the specified item. Such
requests for approval shall be submitted in accordance with the provisions of Part
1.05 – SUBMITTALS, and must be obtained within the timeframes outlined.
Page 1 of 13
1.04
SYSTEM DESCRIPTION
A. The world class Enterprise Digital Network Video Recording System shall offer
the latest in digital technology, providing unparalleled stability, reliability,
security, and ease of use, with advanced algorithms, fast capture rates, and a
unique flexible Graphical User Interface (GUI). The combination of virtual
multiplexing, motion detection, audio, text insertion, video compression
customization, mapping capabilities, and remote monitoring technologies shall
provide an extremely flexible and reliable system.
1.05
SUBMITTALS
A. General: Submittals shall be made in accordance with the conditions of the
Contract and Submittal Procedures Section.
B. Shop Drawings and Schematics: Shall depict the Digital Network Video
Recording System in final proposed “as built” configuration. The following must
be provided:
a. Connection diagrams for interfacing equipment
b. List of connected equipment
c. Locations for all major equipment components to be installed under this
specification
C. Product Data: The following shall be provided:
a. Technical data sheets
b. A complete set of instruction manuals
D. Quality Assurance Submittals: The following shall be submitted:
a. Checkout Report: The Contractor shall provide the Owner with a checkout
report for each Enterprise Digital Network Video Recording System. The
report shall include:
i. A complete list of every device
ii. The date it was tested, and by whom
iii. If retested, the date it was retested, and by whom
iv. The final test report shall indicate that every device was tested
successfully
b. Manufacturer’s Instructions: The contractor shall deliver TBD sets of
System Operation and Maintenance Manuals (if available) to the Owner.
c. Notice of Completion: When the final acceptance has been satisfactorily
completed, the Owner shall issue a notice of completion to the Contractor.
1.06 QUALITY ASSURANCE
A. Manufacturer’s Qualifications: The Enterprise Network Video Recording System
manufacturer shall be the world’s largest and most experienced manufacturer of
electronic security systems, with over seventy years of experience in the security
industry. The final Enterprise Network Video Recording System must be
Page 2 of 13
assembled in the U.S.A., and the manufacturer shall provide 24/7 technical
assistance and support via a toll-free telephone number a no extra charge.
1.07
DELIVERY, STORAGE, AND HANDLING
A. General: Delivery, storage, and handling of the Enterprise Network Video
Recording System shall be in accordance with the manufacturer’s
recommendations.
B. Ordering: The manufacturer’s ordering instructions and lead-time requirements
must be followed in order to avoid installation delays.
C. Delivery: The Enterprise Network Video Recording System shall be delivered in
the manufacturer’s original, unopened, and undamaged container with
identification labels intact.
D. Storage and Protection: The Enterprise Network Video Recording System shall be
stored and protected from exposure to harmful weather conditions and at the
environmental conditions recommended by the manufacturer.
1.08
PROJECT CONDITIONS
1.09
SEQUENCING
1.10
SCHEDULING
1.11
WARRANTY
A. General: The warranty period shall be a minimum of thirty-six (36) months from
the delivery date of the system under normal use and service. Hard drives shall be
excluded from this standard warranty and will be covered for (12) months.
1.12
MAINTENANCE
A. Preventative Maintenance Agreement During Warranty: As a separate price item,
the Contractor shall provide preventative maintenance during the warranty period.
Maintenance shall include, but not be limited to:
a. Labor and materials, at no additional cost, to repair the Enterprise Digital
Network Video Recording System.
b. Labor and materials, at no extra cost, to provide test and adjustments to
the Enterprise Digital Network Recording System.
c. Regular inspections.
1.13
TRAINING
Page 3 of 13
A. Operator training shall be conducted for a minimum of TBD sessions, with a
session length of TBD hours at the customer’s site.
B. Training shall include, but not be limited to the Enterprise Digital Network
Recording System configuration, operation, and diagnostics.
PART 2 – Products
2.01
MANUFACTURED UNITS
MODEL #
Servers
DESCRIPTION
HESRVRE2
HESRVRE
HESRVRR
HESRVRI
Enterprise DVR Server
Enterprise DVR Server
Enterprise DVR Server with redundant power supplies.
Enterprise DVR Server with Internal RAID capability
Viewstations and
Accessories
HEWKSTNT
Enterprise DVR Workstation. Tower
HEWKSTNR
Enterprise DVR Workstation. Rack Mount
HERASK
Enterprise Workstation Software kit
HE130PD
Enterprise DVR Analog Output
Software and Keys
HE16SWL
Software and License for 16 Channels - Maximum
480FPS - Includes 1TB Ring Buffer License
HE32SWL
Software and License for 32 Channels - Maximum
960FPS - Includes 1TB Ring Buffer License
HE64SWL
Software and License for 64 Channels - Maximum
960FPS - Includes 1TB Ring Buffer License
HE01RB
Ring Buffer License - 1.0 TB
HE04RB
Ring Buffer License - 4.0 TB
HE16RB
Ring Buffer License - 16.0 TB
HEKYBL
Enterprise Ultrakey License
HENTP
Enterprise Network Time Protocol License
HEUPS
HEMAXAP
Enterprise UPS Control Protocol License
MAX1000 Interface Macro Application Software to be
loaded on MXAT200X.
MAX1000 High Level Interface Application Software to
be loaded on ViewStation
HERMSW
RAID Monitoring Software
HERASK-UP1
Enterprise Workstation 1 year upgrade license
HERASK-UP2
Enterprise Workstation 2 year upgrade license
HERASK-UP3
Enterprise Workstation 3 year upgrade license
HExxSW-UP1
Enterprise Server 1 year upgrade license
HExxSW-UP2
Enterprise Server 2 year upgrade license
HEMAXMAC
Page 4 of 13
HExxSW-UP3
Enterprise Server 3 year upgrade license
Encoders
HE8240E4
Enterprise NVR Encoder - 8 channels - 30FPS @ 4CIF
HE8240E2
Enterprise NVR Encoder - 8 channels - 30FPS @ 2CIF
HE8240E1
Enterprise NVR Encoder - 8 channels - 30FPS @ CIF
HE8120E4
Enterprise NVR Encoder - 8 channels - 15FPS @ 4CIF
HE8120E2
Enterprise NVR Encoder - 8 channels - 15FPS @ 2CIF
HE8120E1
Enterprise NVR Encoder - 8 channels - 15FPS @ CIF
HE860E4
Enterprise NVR Encoder - 8 channels - 7.5FPS @ 4CIF
HE860E2
Enterprise NVR Encoder - 8 channels - 7.5FPS @ 2CIF
HE860E1
HE860E1A
Enterprise NVR Encoder - 8 channels - 7.5FPS @ CIF
Enterprise NVR Encoder - 8 channels - 30FPS @ 4CIF
with Audio
Enterprise NVR Encoder - 8 channels - 30FPS @ 2CIF
with Audio
Enterprise NVR Encoder - 8 channels - 30FPS @ CIF
with Audio
Enterprise NVR Encoder - 8 channels - 15FPS @ 4CIF
with Audio
Enterprise NVR Encoder - 8 channels - 15FPS @ 2CIF
with Audio
Enterprise NVR Encoder - 8 channels - 15FPS @ CIF
with Audio
Enterprise NVR Encoder - 8 channels - 7.5FPS @ 4CIF
with Audio
Enterprise NVR Encoder - 8 channels - 7.5FPS @ 2CIF
with Audio
Enterprise NVR Encoder - 8 channels - 7.5FPS @ CIF
with Audio
HE1PS
Encoder Power Supply
HE8240E4A
HE8240E2A
HE8240E1A
HE8120E4A
HE8120E2A
HE8120E1A
HE860E4A
HE860E2A
RAID Storage and
Accessories
HE520RA
HE530RA
HE540RA
HE525RA
HE538RA
HE551RA
HE5320RA
HE548RA
HE564RA
Page 5 of 13
Hard Disk RAID Array - RAID5 - 8 ea 250GB HDD 1.7TB @ RAID5
Hard Disk RAID Array - RAID5 - 12 ea 250GB HDD 2.5TB @ RAID5
Hard Disk RAID Array - RAID5 - 16 ea 250GB HDD 3.5TB @ RAID5
Hard Disk RAID Array - RAID5 - 8 ea 320GB HDD 2.2TB @ RAID5
Hard Disk RAID Array - RAID5 - 12 ea 320GB HDD 3.2TB @ RAID5
Hard Disk RAID Array - RAID5 - 16 ea 320GB HDD 4.4TB @ RAID5
Hard Disk RAID Array - RAID5 - 8 ea 400GB HDD 2.7TB @ RAID5
Hard Disk RAID Array - RAID5 - 12 ea 400GB HDD 4.0TB @ RAID5
Hard Disk RAID Array - RAID5 - 16 ea 400GB HDD 5.5TB @ RAID5
HEHD250E
HEHD320E
HEHD400E
HEHDTRAY
HE8PSRA
HE16PSRA
HE8FANRA
HE16FANRA
HE8CONRA
HE12CONRA
HE16CONRA
Hard Disk 250GB SATA
Hard Disk 320GB SATA
Hard Disk 400GB SATA
Hard Disk Tray for Removable HDD
Power Supply for 8 and 12 bay RAID chassis
Power Supply for 16 bay RAID chassis
Fan for 8 and 12 bay RAID chassis
Fan for 16 bay RAID chassis
RAID Controller for HE520RA and HE525RA and
HE5320RA
RAID Controller for HE530RA and HE538RA and
HE548RA
RAID Controller for HE540RA and HE551RA and
HE564RA
Networking
HE24GB
Network Switch - 24 port 1000Base-T ports
HE24GB-SC
HE8GB
HE24GB stacking cable
Network Switch - 6 port 1000Base-T ports and 2 GBIC
Ports
HENETLX2
Network Switch 1000Base-LX GBIC Module
HE24MBRM
Network Switch - 24 ports 10/100Base-T ports Plus 2
each 1000Base-T ports - For Raid Status Monitoring
HE48MBRM
Network Switch - 48 ports 10/100Base-T ports Plus 2
each 1000Base-T ports - For Raid Status Monitoring
2.02
SYSTEM PERFORMANCE
A. The Enterprise Digital Network Video Recording System shall consists of three
major (3) major components:
a. Digital Video Servers - These will receive, store, and serve back recorded
or live digital video
b. Video Encoders – These will accept analog video input and output
MPEG2 Digital Video to the Digital Video Servers.
c. RAID arrays – These will will store all video data asscoiated with the
Enterprise Network Video Recording System
B. The Digital Video Servers shall include, as a minimum, the following
features/functions/specifications:
a. The Digital Video Server shall be optimized and designed for Microsoft
Windows 2000 Professional, offering unparalleled stability, security,
and ease of use, and shall allow the user to fully create and edit all
network settings available.
b. The Digital Video Server shall be capable of penta-plex user operations
simultaneously. This includes live viewing, recording, playback, archiving
Page 6 of 13
c.
d.
e.
f.
g.
h.
i.
j.
k.
l.
Page 7 of 13
of video data to an external storage device, and handling the exchange of
data between the Digital Video Server and a remote workstation.
The Digital Video Server shall be compatible with Local Area Networks
(LAN) such as Ethernet, Token Ring, cable modems, DSL, FDDI, IP over
ATM, Wireless, and ATM-emulated LAN’s.
The Digital Video Server shall be pre-configured with an IP address and
subnet mask to allow for installation in many IP settings without the need
to reconfigure TCP/IP settings.
The number of Digital Video Servers shall be scalable within a network to
allow for handling of any size installation.
The Digital Server shall be able to detect the loss of any components that
constitute the Enterprise Digital Network Video Recorder and trigger and
alarm.
Each Digital Video Server shall be capable of receiving and recording a
minimum 32 channels of 4CIF (NTSC 720 x 480) video streams with
simultaneous real time viewing of all 32 live or recorded channels.
The Digital Video Server shall be capable of concurrently recording 30
frames per second on all inputs, regardless of resolution setting including
4CIF. This includes the odd and even fields for each image.
The Digital Video Server shall provide the following predefined MPEG 2
compression configuration:
i. Low bandwidth : ¼ frame (CIF) video resolution at approximately
1Mbps
ii. Normal: ½ (2 CIF) frame video resolution at approximately 2
Mbps
iii. Fine: 2/3 frame video resolution at approximately 2.5Mbps
iv. Very Fine: Full Frame (4CIF) video resolution at approximately
3.5 Mbps
v. Super Fine: Full Frame (4CIF) video resolution at a bitrate of
4Mbps or higher.
The Digital Video Server shall also allow the user to customize the MPEG
2 compression settings using the following parameters:
i. GOP mode: I, IP, IBP, IBBP
ii. GOP Size: 1-25
iii. Rate of Motion: Still, Standard or Motion
iv. Compression bitrate: 0.5 Mbps to 15 Mbps
v. Frame rate reduction: a factor of 1 to 25 for PAL and a factor of 1
to 30 for NTSC)
The Digital Video Server shall use Alpha software technology and be
administered though a Graphical User Interface (GUI). This GUI will
also be replicated for use in remote client locations.
The Digital Video Server’s main video viewing screen shall be capable of
showing 1, 4, 9, or 16 split salvos of live or recorded video. These are
standard presets, but can be customized to the user preferences.
m. The Digital Video Server shall allow the user to adjust the resolution,
quality, sensitivity, and the bitrate at which each camera will record. These
adjustments shall be configurable per video input.
n. The digital video server shall be capable of adjusting the contrast,
brightness, and saturation settings for each camera independently or
interdependently through software.
o. The Digital Video Server shall provide the option of playing back only the
even or only the odd fields of each image to reduce the effect of
interlacing in high motion video.
p. The Digital Video Server shall be capable of a controlling supported PTZ
cameras though the GUI, or through a connected Honeywell Ultrakey
controller.
q. The Digital Video Server shall be capable of saving user selected video
clips as a Safe Data Container (SDC) that is watermarked and tamper
resistant. These SDC can then be backed up to CD via a CD-RW.
r. The Digital Video Server shall record a minimum of 32 channels of stereo
audio. These audio channels can be independent from the video channels
that are handled by the Digital Video Server.
s. The Digital Video Server shall be connected to SCSI RAID 5 storage.
Each Digital video server shall be capable of supporting 6 RAID Arrays (3
per SCSI channel).
t. The Digital Video Server must be housed in a high-performance, steel
case. The Digital Video Server shall come in 2 form factors. The first will
be two (2) rack units (2U) high and the second will be four (4) rack units
(4U), and be designed to fit into a 19 inches wide EIA rack. The 2U server
will be 21 inches deep and the 4U server will be 24.5 inches deep.
u. The 2U Digital Video Server shall not have the option of using internal
RAID for video data storage. The 4U Digital Video Server shall have the
option to have internal RAID Storage.
v. The Digital Video Server shall have a minimum of the following hardware
components:
i. 3.06 GHz Intel Pentium 4 Processor
ii. Motherboard supporting 800 MHz FSB
iii. 1 GB of DDR RAM
iv. 350W power supply
v. Floppy Drive
vi. CD/RW, DVD-ROM drive
vii. Graphics Processing Unit
viii. Dual channel U320 SCSI controller
ix. Dual Gigabit Ethernet ports
w. The Digital Video Server shall have the minimum standard PC rear panel
connections such as PS/2 mouse, PS/2 keyboard, USB ports, SVGA
monitor output, parallel printer port, and dual RJ-45 connectors.
x. The Digital Video Server must include an alarm log to record and display
information pertaining to alarm events, an event log to record and display
Page 8 of 13
information pertaining to user logins, digital server reboots, and other
related information.
y. The Digital Video Server shall include a user management application that
allows the user to create, edit, and delete user accounts. This application
should be able to be accessed remotely and work across multiple units.
Each account can be assigned different privileges that limit the usage of
the Digital Video Server System. Privileges shall include, but not be
limited to the following:
i. Search
ii. Setup
iii. Pan/Tilt
iv. Backup
v. Shutdown
z. The Digital Video Server shall have a function to import maps of a facility
and to associate a camera with its physical location. These maps shall
support multiple layers for ease of administration.
aa. The Digital Video Server shall also be capable of supporting descriptive
names for each camera.
bb. The Digital Video Server shall have a function to customize the GUI by
user to accommodate multiple users video viewing preferences.
cc. Each video channel that is being recorded by the Digital Video Server can
be overlayed with text and a time stamp that is customizable by the user.
dd. The Digital Video Server shall allow the user to set conditional recording
requirements such as upon trigger by an alarm or by motion detection.
ee. The Digital Video Server shall be capable of analyzing video for motion
without the need for an external motion sensor.
ff. The Digital Video Server shall have pre and post event recording. The
buffer for the pre-recording shall be set by the user.
gg. The Digital Video Server shall allow the user to define a recording
schedule for each video channel to reduce unwanted video and save on
memory requirements.
hh. The Digital Video Server’s GUI shall include on-screen playback controls
for the recorded video. An on-screen hour/minute slide control bar that is
controller with a mouse is required to navigate recorded video.
ii. The Digital Video Server shall include a virtual PTZ control for recorded
video. This will allow the user to zoom in on selected sections of a
prerecorded video.
jj. The Digital Video Server shall allow the operator to perform an index
search of recorded video based upon an event such as motion detection,
sensor activation, and instant record events.
kk. The Digital Video Server shall allow for exporting of JPEG screen
captures of the previously recorded video.
ll. The Digital Video Server shall allow the user to print a recorded image to
a local or network printer.
Page 9 of 13
mm.
The Digital Video Server GUI shall be accessible from a remote
location on the network. All the functions that are accessible locally will
be accessible from the remote location.
nn. The Digital Video Server shall include a compatible workstation for
remote monitoring and viewing of an entire Enterprise Network Video
Recording System installation.
oo. The Digital Video Server workstation will interact with each individual
Digital Video Server via a client/server model over the network.
pp. The Digital Video Server shall be the Honeywell Enterprise Network
Recording System.
C. The Video Encoders shall include, as a minimum, the following
features/functions/specifications:
a. The manufacturer shall supply MPEG 2 (ISO 13818-2 MP@ML)
encoders in single (1) channel and eight (8) channel models. Each
encoder will be capable of supporting resolutions from CIF to 4CIF and
NTSC or PAL cameras.
b. The Video Encoders shall be configurable and upgradeable via a web
interface.
c. The Video Encoder shall have a RJ-45 connector for transmission data
over an IP enabled network.
d. Each video channel on the Video Encoders shall have user definable
compression rates depending on user requirements.
e. Each Video Encoder shall have a preset maximum number of images per
second that can be compressed. The 1 channel Video Encoder will handle
up to a maximum of 25 IPS and 30 IPS for PAL and NTSC cameras
respectively. The 8 channel encoder shall be available as 30, 60, or 240
IPS models for both PAL and NTSC cameras.
f. In addition to the encoders supporting various Images Per Second (IPS),
each level of performance will also have a variety of resolutions ranging
from CIF, 2CIF, and 4CIF with or without Audio.
g. The Video Encoders shall support Alpha Frame Rate Reduction (AFRR)
technology. This will provide the benefit of Ethernet bandwidth reduction
and reduced data storage requirements.
h. The single channel Video Encoder model shall support MPEG 4 (ISO
14496-2) in addition to MPEG 2 encoding for low bandwidth video
transmission over Ethernet.
i. Each Video Encoder shall have the same number of stereo audio inputs as
there are video inputs. These do not have to be linked to particular
cameras.
j. Each video Encoder shall compress the audio signal in MPEG 1 (ISO
1172-3 layer II) and can be synchronized with an MPEG 2 Video stream
before delivering the data to the IP network.
k. Each Video Encoder shall have the same number of alarm inputs as there
are video inputs. These do not have to be linked to particular cameras.
Page 10 of 13
l. Each Video Encoder shall have the same number of alarm relay outputs as
there are video inputs. These do not have to be tied to particular cameras.
m. Each Video Encoder shall have a male DB-9 interface that shall support
RS-232, RS-422, or RS-485 communication that is switchable via
software.
n. Each Video Encoder shall be capable of transmitting multicast video data
via an Ethernet connection to a Digital Server.
o. Each Video Encoder shall support Simple Network Management Protocol
(SNMP) for device management.
p. The 8 channel Video Encoder shall be one (1) rack unit in height (1U) and
fit into a 19inch EIA rack.
q. For related Video Encoder products, the manufacturer shall offer two (2)
models of single (1) channel video decoders. One model is a standalone
Decoder, the other is a PCI expansion card for the Digital Server.
r. The external standalone Decoder shall only be capable of receiving live
UDP/P multicast based audio/video data from the Video Encoder directly
for displaying on an analog monitor.
s. The PCI Decoder card shall be capable of displaying both live video from
a Video Encoder or Digital video Server to an analog monitor. It will also
be capable of displaying previously recorded video from a Digital Video
Server.
D. The RAID Arrays shall include, as a minimum, the following
features/functions/specifications:
a. The RAID Arrays shall include 1.7 Terabyte (TB), 2.2TB, 2.5 TB, 2.7TB,
3.2TB, 3.5 TB, 4.0 TB, 4.4TB, and 5.5TB models usable storage in RAID
5 configuration.
b. The RAID arrays shall have all the features and benefits of RAID
technology with hot swappable hard drives.
c. The RAID Arrays shall be pre-configured to RAID Level 5 but capable of
any other RAID configuration.
d. The RAID Arrays shall come in three (3) chassis configuration, the first
will be an eight (8) bay model, the second a twelve (12) bay model, and
the third a sixteen (16) bay model.
e. The 8 and 12 bay RAID array shall be 2U tall, and the 16 bay RAID array
shall be 4U tall and fit into a 19 inches EIA rack.
f. All RAID Arrays shall be 28.5 inches deep.
g. The RAID Arrays shall use 250GB Western Digital SD Class, 320GB
Western Digital SD Class, 400GB Hitachi Serial ATA (SATA) hard
drives.
h. The RAID arrays shall have redundant power supplies and optional
redundant RAID controllers.
2.03
ELECTRICAL POWER REQUIREMENTS
Page 11 of 13
A. The Enterprise Digital Network Video Recording System components must have
the following electrical specifications:
a. Power Requirement………………… 100-240 VAC (50Hz/60Hz)
2.04
ENVIRONMENTAL CONDITIONS
A. The Enterprise Digital Network Video Recording System shall be designed to
meet the following environmental conditions:
a. Operating Temperature………………40-104F ( 5 - 40 C) non
condensing
b. Emissions…………………………….CFR 47 Part 15 Subpart B
EN55022, EN610000-3-2,
EN610000-3-3V-3, CISPR 22
c. Immunity……………………………..EN55024
d. Safety…………………………………UL60950,NWGQ(7), IEC60950,
IEC 60825-1:2001
PART 3 – EXECUTION
3.01
EXAMINATION
A. Submission of a proposal confirms that the contract documents and site conditions
are accepted without qualification unless exceptions are specifically noted.
B. The site shall be visited on a regular basis to appraise ongoing progress of other
trades and contractors, make allowances for all ongoing work, and coordinate the
requirements of this contract in a timely manner.
C. The Enterprise Digital Network video Recording System must be inspected before
installation, and shall be free of any cosmetic defects or damage.
3.02
PREPARTION
A. Prior to installation, the Enterprise Digital Network Video Recording System
shall be configured and tested in accordance with the manufacturer’s instructions.
3.03
INSTALLATION
A. The Enterprise Digital Network Video Recording System must be installed,
programmed, and tested in accordance with the manufacturer’s instructions.
a. In order to ensure a complete, functional Enterprise Digital Network
Video Recording System, for bidding purposes, where information is not
Page 12 of 13
available from the Owner upon request, the worst-case condition shall be
assumed.
b. Interfaces shall be coordinated with the Owner’s representative, where
appropriate.
c. All necessary backboxes, racks, connectors, supports, conduit, cable, and
wire must be furnished and installed to provide a complete and reliable
Enterprise Digital Network Video Recording System installation. Exact
location of all boxes conduit, and wiring runs shall be presented to the
Owner for approval in advance of any installation.
d. All conduit, cable, and wire shall be installed parallel and square with
building lines, including raised floors areas. Conduit fill shall not exceed
forty percent (40%). All wires shall be gathered and tied up to create an
orderly installation.
3.04
TESTING AND CERTIFICATION
A. The Contractor shall demonstrate the functionality of the Enterprise Digital
Network Video Recording System upon completion of installation, documenting
the result of all tests and providing these results to the Owner. The Enterprise
Digital Network Video Recording System shall be tested in accordance with the
following:
a. The Contractor shall conduct a complete inspection and test of all installed
Enterprise Digital Network Video Recording System equipment. This
includes testing and verifying operation with connected equipment.
b. The Contractor shall provide staff to test all devices and all operational
features of the system for witness by the Owner’s representative and the
Authority having jurisdiction. All testing must be witnessed by the
Owner’s representative prior to acceptance.
c. The testing and certification shall take place as follows:
i. The Enterprise Digital Network Video Recording System shall be
tested in conjunction with the manufacturer’s representative.
ii. All deficiencies noted in the above test shall be corrected.
iii. Test results shall be submitted to the consultant or Owner’s
representative.
iv. The test and correction of any deficiencies shall be witnessed by
the owner’s representative and noted.
v. The Owner’s representative shall accept the system.
vi. The system shall be witnessed by the Authority having jurisdiction.
Any deficiencies noted during the testing must be corrected.
d. A letter of certification shall be provided to indicate that the tests have
been performed, and all equipment are operational.
END OF SECTION
Page 13 of 13