22-32-250 Addendum 2.pdf

SOCOTEC AE CONSULTING, LLC

250 Dorchester Avenue, Boston, MA 02127 Tel.: +1 617 268 8977 - Fax : +1 617 464 2971 www.socotec.us

A D D E N D U M #02

DATE: 4/22/2022

TO: All bidders, Andrew Delany

FROM: Rob Kuhn, SOCOTEC

PROJECT: Salem Public Schools, Security & Hardware

System Upgrades (phase 1B)

RE: Dr. Joseph Salerno Automotive Tech Center, Salem Public School, and Francis X Collins school

SOCOTEC JOB NO.: 182080.3.2

Bidders are hereby informed that Plans and Specifications for the above-referenced project are modified, corrected and/or supplemented by this Addendum, which shall become a part of the Contract Documents prepared by SOCOTEC AE Consulting, LLC (SOCOTEC), a SOCOTEC company. All General Bidders are required to acknowledge all the Addenda issued in paragraph A on the Form for General Bid. Failure to do so shall may in the rejection of your bid.

CLARIFICATIONS:

1. The bid date has been extended to April 28, 2002 at 11am.

QUESTIONS:

2. Question: Please provide clarification if there are monetary damages per day if the project doesn't complete on time and if yes, what is the per day fine?

Answer: See answer to question #2

3. Question: Please provide clarification if damages/fines would be applied when there is known manufacturer product delays that could prevent this project from hitting milestones. Would a waiver be granted for this?

Answer: SECTION 00 21 13, PARAGRAPH 1.16 (SCHEDULE), ITEM B: The Contractor is advised that because of the bidding schedule, there is more than enough time to order all the material in advance of the work so that all the construction can occur between May 9, 2022 and August 30, 2022. Special notice is given that all the long lead time items can and must be ordered well in advance of site mobilization in order to meet the schedule. No exceptions will be made nor allowed if the contractor fails to properly plan the procurement of all items in advance of the work. Late fees will be imposed if the construction is not done on time.

4. Question: Please verify tax status of this project.

Answer: SECTION 00 21 13, PARAGRAPH 1.14 (SCHEDULE), ITEM A: The City of Salem has a tax exempt number (#E-04-6001413)

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5. Question: Who is to provide and install all plywood for head end equipment locations?

Answer: The installing contractor shall provide any required mounting backboard.

6. Question: Please verify cabling to all cameras.

Answer: All new network cabling shall be CAT6. Where existing cameras being replaced, utilize existing network cabling.

7. Question: Is CAT6 cable acceptable?

Answer: Yes, CAT6 is acceptable.

8. Question: Do any cameras require shielded cabling?

Answer: No.

9. Question: For camera cable runs that are over 300 feet, please advise for POE extending hardware.

Answer: Specifications include Game Changer cabling (or approved equal)for the cameras that exceed 300 feet. If you prefer to utilize an Ethernet-over-UTP converter, the Nitek NV-EC1701U-KIT1 (or approved equal) may be used.

10. Question: Please verify fiber optic cabling specification.# of Strands, Single mode, Multi mode, OS2, OM1-2-3-4, Armored Sheathing

Answer: A minimum of 6-strand, 50-micron, OM3 cable shall be installed between the main head-end aggregation switch and each remote head-end. This cable shall be a Belden FL3D006A9 (or approved equal).

11. Question: Sheet SEC.5, duplicate exterior C2, adjacent to stairwells 14 and 15, please advise.

Answer: Refer to the attached revised equipment schedule.

12. Question: Sheet SEC.5, camera C50 is tagged to remain, equipment schedule SEC.18 shows C50 as an

Axis P3715, please advise.

13. Question: Sheet SEC.7, please verify that C87 is incorrect and is to be deleted from drawing.

Answer: Correct.

14. Question: Sheet SEC.8, C13 is shown as a fisheye, symbol schedule states 12MP, Hanwha XNF-8010R is 6MP, please advise.

Tel.: +1 617 268 8977 - Fax : +1 617 464 2971 P###### www.socotec.us Page 3 of 5

15. Question: Sheet SEC.8, C73 is shown as a dual imager, equipment schedule SEC.22 shows C73 as a Hanwha QNV-6082R, please advise.

16. Question: Sheet SEC.8, C75 is shown as a dual imager, equipment schedule SEC.22 shows C75 as a

Hanwha QNV-6082R, please advise.

17. Question: Sheet SEC.10, C81 is shown on drawing but not listed in equipment schedule SEC.22, please advise.

18. Question: Sheet SEC.20, equipment schedule shows no patch panels listed for H2-H5, please advise.

19. Question: Sheet SEC.22, equipment schedule show C62, please provide location.

20. Question: Will there be a bid date extension for this project?

Answer: See answer to Question #26.

21. Question: With the labor need to be Union?

Answer: No.

22. Question: Has the asbestos areas been identified and will tents or abatement be supplied by others?

Answer: Companies shall do their due diligence after they receive their AHERA3 report (3/2022); attached.

Tents & abatement to be provided by the bidder. Owner has had similar work performed inn the bast without disturbing the existing “hot” items & we expect to not disturb these items.

23. Question: Please confirm the start and end date of the project.

Answer: See answer to question #2.

24. Question: Due to the end date listed in the RFP of Aug. 15th and the issues surrounded by product delivery dates will there be an extension and removal of any late penalties?

Answer: See answer to question #2.

25. Question: Will all new Genetec license be transferred over to the new and if so are counts available per school?

Answer: Contractor will be expected to buy new Genetec licenses as part fofo their scope of work Yes, counts are available.

www.socotec.us Page 4 of 5

26. Question: Will the bids still need to be mailed or hand delivered to 93 Washington St. 2nd floor Salem, MA by 11AM on April 21st?

Answer: Hard copies are to be received by the City of Salem, MA, no later than April 28th, 2022 at 11am

27. Question: Will alternatives be allowed for long lead time items and if so please identify?

Answer: Should lead times greatly affect the completion schedule, the awarded will be required to submit desired or approved equal manufacturers for review & approval prior to installation.

28. Question: Some of the existing pipes are at more than 40% fill ratio. Will the winning bidder be responsible for coring new holes and installing additional pipework between floors?

Answer: Yes. The newly installed cabling shall comply with all NEC, state and local codes. Contractor shall use the existing penetrations as much as they can. Any new holes shall be drilled as part of the contractor’s scope of work.

29. Question: If Coring the floor is needed, will the floors need to be X-rayed?

Answer: No. If the contractor determines that new penetrations are required through the existing slab, they will be responsible for verifying the existing conditions.

30. Question: Will an addendum be coming out to move the existing locations on the prints from electrical closets to the janitors closets for the panel ?

31. Question: Will the automotive building need new fiber and switches?

Answer: No; this building will require a new head end & a separate server, which is a stand-alone system from the high school.

32. Question: If new fiber is needed for the automotive school will there be adequate pathways to allow for us already?

Answer: New fiber cabling is not planned.

33. Question: Does the school have additional spline and drop ceiling tiles for replacement should they be needed?

Answer: No; provide new to match existing (USG “F” Fissured basic acoustical panels).

34. Question: In areas were the ceiling both interior and exterior are currently damaged will that be fixed prior to camera installation?

Answer: No; GC shall not mount equipment on damaged areas.

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35. Question: In solid ceiling areas where there are existing holes in solid ceiling or new ones that need to be created will these need to be patched and painted by others or will a hatch provided and installed by the winning bidder be expected?

Answer: Installing access panels for future access and ease of future cabling

36. Question: Is there a lift on site and if so will it be made available for use to the winning bidder?

Answer: Yes; here are two, one man lifts on site (manufactured by Genie); the maximum extension for these lifts is 40’-0”

37. Question: What are the hours of installation that we may work?

Answer: During the current school year until June 18, 2022, the working hours are 3pm – 10pm, Monday through Friday. On June 19, 2022, the working hours are 6am – 10pm, Monday through Friday. Nights & weekend work is at the owner’s discretion, as the school department staff (including a required custodian) needs to be on site while work is being done in the building. The contractor shall be responsible for costs associated with custodian presence during night & weekend work ($47/hour) .

38. Question: Are there any special policies that may delay our work day? (daily check in, Badging, training, etc)

Answer: Daily sign-ins & sign-outs are required at the front desk. The awarded GC is to complete the attached CORI background check form for each worker that will be on site.

DRAWINGS:

39. SEC.1 through SEC.22 (dated 4/22/25, Addendum #2), by Safer Places, Inc.

ATTACHMENTS:

40. AHERA REINSPECTION REPORT - 2022-03-11.pdf

END ADDENDUM #2

O:\CBI PROJECTS\2018\CB182080.3.2 Salem Schools Security Upgrades Phase 1B\MSWORD\ADDENDA\2022-04-20

TYPE DESCRIPTION MANUFACTURER PLENUMTYPE DESCRIPTION MANUFACTURER PLENUMTYPE DESCRIPTION MANUFACTURER PLENUMTYPE DESCRIPTION MANUFACTURER PLENUMTYPE DESCRIPTION MANUFACTURER PLENUMTYPE DESCRIPTION MANUFACTURER PLENUMTYPE DESCRIPTION MANUFACTURER PLENUMTYPE DESCRIPTION MANUFACTURER PLENUMTYPE DESCRIPTION MANUFACTURER PLENUMTYPE DESCRIPTION MANUFACTURER PLENUMTYPE DESCRIPTION MANUFACTURER PLENUMTYPE DESCRIPTION MANUFACTURER PLENUMTYPE DESCRIPTION MANUFACTURER PLENUMTYPE DESCRIPTION MANUFACTURER PLENUMTYPE DESCRIPTION MANUFACTURER PLENUM

A CAT5E STRUCTURED NETWORK CABLE BELDEN 1212003U1000

B CAT6 STRUCTURED NETWORK CABLE BELDEN 2412003A1000

C CAT5E SHIELDED NETWORK CABLE BELDEN 1212F003A1000

D ACCESS COMPOSITE CABLE W/4 INNER CABLES WINDY CITY 4461030-S

E 3-2PR #22AWG SHIELDED CABLE WINDY CITY 444351-04S

F 2-CONDUCTOR #18AWG UNSHIELDED CABLE WINDY CITY 442364-S

G 2-CONDUCTOR #22AWG UNSHIELDED CABLE WINDY CITY 444366-S

H 4-CONDUCTOR #22AWG UNSHIELDED CABLE WINDY CITY 444386-S

I 2-CONDUCTOR #18AWG UNSHIELDED PARALLEL CABLE AIPHONE 871802

J RG-59U COAXIAL CABLE, COPPER BRAD, COPPER CENTER WINDY CITY 659211-04S

K 2-STRAND SINGLE-MODE FIBER OPTIC CABLE BELDEN B9W043T

L 2-STRAND MULTIMODE FIBER OPTIC CABLE BELDEN B9B043T

M 6-STRAND SINGLE-MODE FIBER OPTIC CABLE BELDEN B9W240T

N 6-STRAND MULTI-MODE FIBER OPTIC CABLE BELDEN B9B240T

K 12-STRAND SINGLE-MODE FIBER OPTIC CABLE BELDEN B9W241T

L 12-STRAND MULTIMODE FIBER OPTIC CABLE BELDEN B9B241T

M CABLE INCLUDED WITH EQUIPMENT TBD BY BIDDER N/A

N EXISTING CABLING TO BE REUSED N/A N/A

O NETWORK PATCH CABLE TBD BY BIDDER N/A

P FIBER JUMPER/PATCH CABLE TBD BY BIDDER N/A

NOTE:

THE SECURITY INTEGRATOR, BIDDER OR CONTRACTOR RESPONSIBLE FOR THE INSTALLATION OF THE SYSTEM CABLING SHALL ENSURE THAT ALL CABLING IS RATED AND DESIGNED FOR ITS INTENDED APPLICATION AND ENVIRONMENT. PLENUM RATED PART NUMBERS HAVE PROVIDED FOR REFERENCE PURPOSES ONLY.

1. ALL CABLING AND CONDUIT SHALL BE INSTALLED PER LOCAL AND

NATIONAL ELECTRICAL CODE APPROVED METHODS.

2 ALL EXTERIOR MOUNTED EQUIPMENT SUCH AS CAMERAS, INTERCOM

STATIONS, ENCLOSURES, CARD READERS, ETC. SHALL BE PROPERLY

MOUNTED AND WATER TIGHT. COMPRESSION FITTINGS SHALL BE

USED FOR ALL CONDUIT ENTERING THE EQUIPMENT ENCLOSURES

AND BACK BOXES.

3 SURFACE MOUNT CONDUIT OR RACEWAYS SHALL BE INSTALLED FOR

ALL CABLING THAT CANNOT BE CONCEALED ABOVE CEILINGS OR

WALLS. THE INSTALLING CONTRACTOR SHALL CONFORM WITH THE

CONDUIT FILL RATE PERCENTAGES OUTLINED IN THE NATIONAL

ELECTRICAL CODE.

4 EQUIPMENT SUCH AS CAMERAS, MOTIONS SENSORS AND

TALK-DOWN SPEAKERS MOUNTED TO DROP-CEILING TILES SHALL BE

RE-INFORCED WITH A BACKING PLATE TO MINIMIZE DAMAGE FROM

VANDALISM..

5 SHOULD THIS PROJECT INCLUDE FIBER OPTIC CABLING, THE

INSTALLING CONTRACTOR SHALL BE RESPONSIBLE FOR ALL FIBER

TERMINATIONS, BREAK-OUT BOXES, PATCH CABLES AND TESTING.

ALL INTERIOR FIBER CABLING MUST BE INSTALLED WITHIN ARMORED

CABLE OR FIBER INNER DUCT. PRIOR TO INSTALLATION, THE

INSTALLING CONTRACTOR SHALL CONFIRM THAT THE DISTANCE OF

EACH CABLE RUN DOES NOT EXCEED THE LIMITATIONS OF THE

FIBER CABLING. SHOULD THIS BE THE CASE, THE INSTALLING

CONTRACTOR SHALL CONTACT SAFER PLACES FOR DIRECTION.

6 ALL CABLING WITHIN EQUIPMENT RACKS, CONTROL PANELS, FIELD

PANELS, ENCLOSURES, ETC SHALL BE PROPERLY DRESSED AND

CLEARLY LABELED. ALL CABLES SHALL BE NEATLY BUNDLED AND

SECURED. A SCHEDULE SHALL BE LEFT WITHIN EACH ENCLOSURE

IDENTIFYING WHAT DEVICES ARE SERVICED BY THE RESPECTIVE

PANEL/ENCLOSURE. THIS SCHEDULE SHALL INCLUDE ANY REQUIRED

IP ADDRESSES, MAC ADDRESSES, LOGIN CREDENTIALS, ETC.

7 SHOULD THIS PROJECT INCLUDE NEW POLES, CARD READER

PEDESTALS, INTERCOM PEDESTALS, ETC. THE INSTALLING

CONTRACTOR SHALL BE RESPONSIBLE FOR ALL REQUIRED

CONCRETE FOOTINGS OR PADS.

8 ALL REQUIRED EXTERIOR CONDUIT SHALL BE INSTALLED PER LOCAL

AND NATIONAL ELECTRICAL CODES. SHOULD EMT BE UTILIZED,

PROPER COMPRESSION FITTINGS SHALL BE INSTALLED. PVC

CONDUIT SHALL BE A SCHEDULE 80 AND UTILIZE PROPER EXPANSION

FITTINGS TO PREVENT CRACKING.

9 SHOULD WIRELESS NETWORK TRANSCEIVERS BE UTILIZED FOR THIS

PROJECT, PROPER SHIELDED NETWORK CABLING SHALL BE

INSTALLED. PRIOR TO INSTALLATION, THE INSTALLING CONTRACTOR

SHALL CONFIRM LINE OF SIGHT BETWEEN TRANSCEIVERS EXISTS. IF

LINE OF SIGHT DOES NOT EXIST, THE INSTALLING CONTRACTOR

SHALL CONTACT SAFER PLACES FOR DIRECTION..

10 ALL EQUIPMENT SHALL BE PROPERLY GROUNDED FOLLOWING

MANUFACTURER SUGGESTED METHODS.

11 UNLESS OTHERWISE NOTED, THE INSTALLING CONTRACTOR SHALL

PROVIDE ALL REQUIRED CORING, SLEEVES AND APPROVED

FIRE-STOPPING METHODS.

12 THESE DRAWINGS ARE INTENDED FOR DIAGRAMATICAL PURPOSES

ONLY AND OUTLINE THE INTENT OF THE DESIGNED SYSTEM(S). THE

INSTALLING CONTRACTOR IS REQUIRED TO PROVIDE ALL

EQUIPMENT NECESSARY FOR A COMPLETELY FUNCTIONAL SYSTEM.

IF ADDITIONAL EQUIPMENT IS REQUIRED OR RECOMMENDED,

PLEASE NOTIFY SAFER PLACES, PRIOR TO SUBMITTING A BID AND

INCLUDE THIS EQUIPMENT WITH YOUR PROPOSAL.

13 ALL EQUIPMENT AND DEVICES SHALL BE INSTALLED PER THE

MANUFACTURER RECOMMENDATIONS AND INSTALLATION

INSTRUCTIONS..

14 ALL CABLING PASSING THROUGH FIRE WALLS OR SMOKE BARRIER

SYSTEMS SHALL BE FIRE-STOPPED VIA AN APPROVED (UL

CLASSIFIED) FIRE STOP MATERIAL.

15 SOME SYMBOLS, ABBREVIATIONS, CABLE TYPES AND GENERAL

NOTES CONTAINED WITHIN THESE DRAWINGS MAY NOT BE USED

FOR THIS PROJECT.

ELECTRICAL PERMITS (IF REQUIRED)

BUCKET TRUCK/LIFT FEES

EQUIPMENT INSTALLTION

EQUIPMENT TERMINATIONS

LOW VOLTAGE CABLE INSTALLATION

SURFACE RACEWAY/CONDUIT INSTALLATION

UNDERGROUND CONDUIT (LESS TRENCHING)

SITE EXCAVATION/TRENCHING

120VAC POWER (HARDWIRED & OUTLETS)

FIRE ALARM INTERFACE TERMINATIONS

FIRE ALARM INTERFACE CABLING

FLOOR CORING

ELECTRIC DOOR LOCKING HARDWARE

NETWORK DROPS FOR CLIENT CONNECTIVITY

CATV INTERFACE TERMINATION & MODULATOR

SECURITY ALARM TELEPHONE LINE

TELEPHONE ENTRY SYSTEM TELEPHONE LINE

ELEVATOR TRAVELER CABLE

IN

TERGRATOR

THE C

LIE

NT

SITE E

LE

CTRIC

IA

N

GC

CABLE

P

ROVID

ER

PHONE C

OMPANY

ELE

VATOR C

OMP

FIR

E A

LA

RM C

OMP

GATE C

OMPANY

CONCRETE FOOTINGS/PADS

PROGRAMMING/TESTING/TRAINING

GATE CONTROLLER

O&M MANUALS AND AS-BUILT DRAWINGS

FIBER OPTIC CABLING

X - - - - - - - - X - - - - - - - - X - - - - - - - - X - - - - - - - - X - - - - - - - - X - - - - - - - - X - - - - - - - - X - - - - - - - - X - - - - - - - - X - - - - - - - - X - - - - - - - -

PATCHING AND PAINTING

TESTING AND CERTIFICATION OF NETWORK DROPS

X - - - - - - - -

16 ALL EQUIPMENT SHALL BE AS OUTLINED IN THE SECURITY DRAWINGS.

ACCEPTABLE SUBSTITUTIONS ARE LISTED ON DRAWING SEC.1.

PROPOSALS/SUBMITTALS THAT DO NOT FOLLOW THESE GUIDELINES

SHALL BE REJECTED. THE BIDDER WILL ALSO INCUR ALL COSTS

ASSOCIATED WITH PROVIDING THE SPECIFIED EQUIPMENT

17 THE INSTALLING CONTRACTOR SHALL CHANGE THE DEFAULT

PASSWORDS AND USERNAMES ON ALL NETWORK CAMERAS, SYSTEM

HARDWARE AND SOFTWARE PROGRAMS. ALL USER NAMES

PASSWORDS SHALL BE PROPERLY DOCUMENTED ON THE AS-BUILT

DRAWINGS.

18 THE INSTALLING CONTRACTOR SHALL DISABLE THE "PHONE HOME

FEATURE ON ALL VIDEO SURVEILLANCE CAMERAS.

H1 SR#

SM#

SU#

HEAD-END EQUIPMENT RACK - VIDEO/ACCESS

SERVER, NETWORK SWITCHES, UPS, ETC. SHALL

BE LOCATED WITHIN THIS CABINET. REFER TO

EQUIPMENT SCHEDULES FOR DETAILS.

FIXED SINGLE IMAGER NETWORK DOME - REFER

TO EQUIPMENT SCHEDULES FOR MOUNTING AND

CONFIGURATION DETAILS.

FIXED 360° 4-IMAGER NETWORK DOME - REFER TO

EQUIPMENT SCHEDULES FOR MOUNTING AND

CONFIGURATION DETAILS. F = INSTALL CABLE

ONLY FOR FUTURE CAMERA

WIRELESS POINT-TO-MULTIPOINT NETWORK RADIO

- REFER TO EQUIPMENT SCHEDULES FOR DETAILS.

(B = BASE UNIT, T = TERMINAL UNIT)

SAFFIRE R-CR-2-1 CARD READER - REFER TO

EQUIPMENT SCHEDULES FOR DETAILS

KABA SAFFIRE LX SERIES SMARTLOCK. P = PANIC,

M = MORTISE, D = DEADBOLT, I =

INTERCONNECTED, L = LATCH. REFER TO

EQUIPMENT SCHEDULES FOR DETAILS

KABA SAFFIRE LX SERIES UNIT ENTRY LOCK. P =

PANIC, M = MORTISE, D = DEADBOLT, I =

INTERCONNECTED, L = LATCH. REFER TO

EQUIPMENT SCHEDULES FOR DETAILS

1.)Cable

A. All cable and conduit shall be provided and installed by the security integrator.

B. Camera Cabling under 328-feet shall consist of a CAT5E, 23Awg.

C. Camera cabling greater than 328-feet shall be an UTP CAT5E Cable with EoU converters.

D. All patch cables between head-end components such as switches, video servers, surge protection, etc. shall be CAT5E with the length sized accordingly.

E. All exposed cabling shall be concealed in EMT conduit and installed per NEC approved methods. All required weather proof junction boxes and fittings shall be provided.

F. All cabling shall be clearly labeled, identifying what component and port it is connected to.

G. All system components shall be labeled with their respective MAC address and IP address.

H. Patch Panels and network cabling shall be tested as part of the installed horizontal or backbone cabling system. Each link or channel in the horizontal or backbone cabling system shall be identified and tested individually, using an industry standard level III tester with proper settings, including the correct cable NVP value. Each backbone or horizontal link/channel shall be tested to Category 5E parameters listed in the table below. (Note: a level III tester will produce all results below automatically)

Wire Map / Continuity, Length, Insertion Loss, NEXT, PSNEXT, ELFEXT, PSELFEXT, Delay and Delay Skew, and Return Loss

A “PASS” indication shall be obtained for each channel or link, using a level III tester.

Completed test reports shall be submitted to both Safer Places and THE CLIENT upon completion of the project.

2.)Quality

A. Testing Agency: Engage a qualified testing agency to perform tests and inspections.

B. Manufacturer's Field Service: Engage a factory-authorized service representative to inspect, test, and adjust components, assemblies, and equipment installations, including connections.

C.

D. Perform tests and inspections.

1. Manufacturer's Field Service: Engage a factory-authorized service representative to inspect components, assemblies, and equipment installations, including connections, and to assist in testing.

2. Include Manufacturer On-Site Field Engineering services for one day of system commissioning.

D. Tests and Inspections:

1. Inspection: Verify that units and controls are properly installed, connected, and labeled, and that interconnecting wires and terminals are identified.

2. Pretesting: Align and adjust system and pretest components, wiring, and functions to verify that they comply with specified requirements. Conduct tests at varying lighting levels, including day and night scenes as applicable. Prepare video-surveillance equipment for acceptance and operational testing as follows:

a. Prepare equipment list described in "Submittals" Article.

b. Verify operation of auto-iris lenses.

c. Set back-focus of fixed focal length lenses. At focus set to infinity, simulate nighttime lighting conditions by using a dark glass filter of a density that produces a clear image. Adjust until image is in focus with and without the filter.

d. Set back-focus of zoom lenses. At focus set to infinity, simulate nighttime lighting conditions by using a dark glass filter of a density that produces a clear image. Additionally, set zoom to full wide angle and aim camera at an object 50 to 75 feet (17 to 23 m) away. Adjust until image is in focus from full wide angle to full telephoto, with the filter in place.

e. Set and name all preset positions; consult Owner's personnel.

f. Set sensitivity of motion detection.

g. Set sensitivity of motion detection.

h. Verify operation of control-station equipment.

3. Test Schedule: Schedule tests after pre-testing has been successfully completed and system has been in normal functional operation for at least 14 days. Provide a minimum of 10 days' notice of test schedule.

4. Operational Tests: Perform operational system tests to verify that system complies with specifications. Test equipment for proper operation in all functional modes.

E. Video surveillance system will be considered defective if it does not pass tests and inspections.

1.) Adjusting

A. Occupancy Adjustments: When requested, within 12 months of date of Substantial Completion, provide on-site assistance in adjusting system to suit actual occupied conditions. Provide up to three visits for this purpose. Tasks will include, but are not limited to, the following:

a. Check cable connections.

b.Check proper operation of cameras and lenses. Verify operation of auto-iris lenses and adjust back-focus as needed.

c. Adjust all preset positions; consult with appointed Owner's personnel.

d.Recommend changes to cameras, lenses, and associated equipment to improve Owner's use of video surveillance system.

e. Provide a written report of adjustments and recommendations

3.)As-builts and Operation and Maintenance Manuals

A. As-Built Drawings

1. At the conclusion of the project, the Contractor shall provide “as built” drawings. The “as built” drawings shall be a continuation of the Contractors shop drawings as modified, augmented, and reviewed during the installation, check out and acceptance phases of the project. All drawings shall be fully dimensioned and prepared in DWG format using the latest version of AutoCAD.

2. The as-built drawings shall incorporate all updated system riser diagrams prepared in DWG format using the latest version of AutoCAD.

B. Manuals

1. At the conclusion of the project, the Contractor shall provide copies of the manuals as described herein. Each manual's contents shall be identified on the cover. The manual shall include names, addresses, and telephone numbers of each system integrator installing equipment and systems and the nearest service representatives for each item of equipment for each system. The manuals shall have a table of contents and labeled sections. The manuals shall include all modifications made during installation, checkout, and acceptance. The manuals shall contain the following:

a. Hardware Manual

a) The hardware manual shall describe all equipment furnished including:

b) General description and specifications

c) Installation and check out procedures

d) Equipment layout and electrical schematics to the component level

e) System layout drawings and schematics

f) Alignment and calibration procedures

g) Manufacturers repair parts list indicating sources of supply b.Software Manual

a) The software manual shall describe the functions of all software and shall include all other information necessary to enable proper loading, testing, and operation. The manual shall include:

b) Definition of terms and functions

c) Use of system and applications software

d) Initialization, start up, and shut down

e) Alarm reports

f) Reports generation

g) Data base format and data entry requirements

h) Directory of all disk files

c. Operators Manual The operator's manual shall fully explain all procedures and instructions for the operation of the system including:

a) Computers and peripherals

b) System start up and shut down procedures

c) Use of system, command, and applications software

d) Recovery and restart procedures

e) Graphic alarm presentation

f) Use of report generator and generation of reports

g) Data entry

h) Operator commands

i) Alarm messages and reprinting formats

j) System access requirements

2. Maintenance Manual

a. The maintenance manual shall include descriptions of maintenance for all equipment including inspection, periodic preventive maintenance, fault diagnosis, and repair or replacement of defective components.

4.)Programming and Training

A. Coordinate and obtain a written approval of system functionality from the Owner prior to programming.

B. Perform a walk-through with the Owner and demonstrate the system functionality.

C. Make any adjustments to system functionality after initial programming if necessary to achieve the desired functionality requested by the Owner.

A. The security system integrator shall provide four (2) two hour training sessions for client personnel.

5.)Commissioning

A. Upon completion of the project, a site inspection shall be performed with the security integrator, THE CLIENT and Safer Places.

The purpose will be to confirm that all equipment has been installed per the Scope of Work and in a neat professional manner.

A punch list will be generated for any items that need to be addressed. Upon a successful site inspection or once all punch list items have been addressed, the integrator, owner and Safer Places will sign-off on the project.

VI#

VIDEO INTERCOM ENTRY PANEL - REFER TO

EQUIPMENT SCHEDULES FOR DETAILS.

FIXED DUAL IMAGER NETWORK DOME - REFER TO

EQUIPMENT SCHEDULES FOR MOUNTING AND

CONFIGURATION DETAILS.

FIXED 180° 3-IMAGER NETWORK DOME - REFER TO

EQUIPMENT SCHEDULES FOR MOUNTING AND

CONFIGURATION DETAILS.

IP# INTERCOM PANEL- REFER TO EQUIPMENT

SCHEDULES FOR DETAILS.

VOICE OVER IP TALK-DOWN SPEAKER - REFER TO

EQUIPMENT SCHEDULES FOR DETAILS

P# PANIC ALARM BUTTON - REFER TO EQUIPMENT

SCHEDULES FOR DETAILS

A# WIRELESS ALARM CONTACT - REFER TO

EQUIPMENT SCHEDULES FOR DETAILS

K# SECURITY KEYPAD/CONTROLLER - REFER TO

EQUIPMENT SCHEDULES FOR DETAILS

M# WIRELESS MOTION SENSOR - REFER TO

EQUIPMENT SCHEDULES FOR DETAILS

SP

NETWORK CABLING LABLING FORMAT

All network cables shall be labelled on both ends utlizing the following format. Labels shall be machine printed with a handheld printer. This allows for fast changes to the label scheme, reprinting on site if needed if a label is damaged or destroyed, and generally allows more flexibility in style (wire wrap, multi-line, color, etc.).

Device ID Head-end

Location Room Number

Patch Panel and

Switch Identifier

Port Number

Example:

C21 - 115 - A - 9

AERIAL CABLING

NEMA ENCLOSURE JUNCTION BOX

WEATHERPROOF, 120 VAC

POINT-TO-POINT/MULTIPOINT WIRELESS

INFRASTRUCTURE

UNDERGROUND CONDUIT

FIXED 270° 3-IMAGER NETWORK DOME - REFER TO

EQUIPMENT SCHEDULES FOR MOUNTING AND

CONFIGURATION DETAILS.

PANO

# 12MP FISH-EYE CAMERA

X X

X

X

X

SEC.1

No. : Date : Remarks :

25 Wareham Street Suite 2-26 Middleboro, MA 02346 www.saferplacesconsulting.com sbukoski@saferplacesinc.com

Project :

Submission :

Sheet No. :

Drawing Title :

Project Number :

Drawn By :

Scale :

Date :

Checked By :

Revisions :

04/06/2022

SALEM

SCHOOLS

(3 locations)

SALEM, MA

NO TO SCALE

JSOUSA

BUKOSKI

RE-BIDDING

DOCUMENTS

1 4/22/22 ADDENDUM #2

Security Legends and Notes

PRELIMINARY

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CABLE SCHEDULE

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GENERAL NOTES

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SYMBOL SCHEDULE

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RESPONSIBILITY MATRIX

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INSTALL/COMMISSIONING NOTES

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INSTALL/COMMISSIONING NOTES

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SYMBOL SCHEDULE

1.01 Video Recording Server

A. The recording appliance shall be a server-class computer and shall meet the following minimum requirements:

1. The manufacturer of the security appliance must be a Certified Solution by the USP

2. The solution must be a turnkey video appliance with USP pre-installed

3. The solution must be extensively tested and hardened for cybersecurity

4. The solution must have machine-learning based antivirus native to the security appliance

5. The solution must have built in application to backup the USP software database and configuration settings

6. The manufacturer of the security appliance must make changes to the operating system to follow Microsoft Windows cybersecurity best practices

7. The solution must have Microsoft's native antivirus configured by default to work with the

USP

8. The solution must have a single source for support for both the manufacture of the security appliance and the USP

9. The solution must require setting of custom password on first login

10. The solution must require use of complex password by default

11. The solution must have built in maintenance tool developed by the manufacturer of the

USP

12. The solution must come with guaranteed performance by the manufacturer of the USP

13. The solution must come with a dedicated BIOS Management Port (for example iDRAC dedicated network port or iLO dedicated network port)

14. The solution must have a dedicated storage controller: high-performance RAID controller with a minimum of 2 GB cache optimized for writing intensive video applications.

Controller must support RAID 0, 5, 6, and 10.

15. The solution must come with preconfigured with optimal RAID configuration for USP application

16. Warranty: The manufacturer must provide Level 1-3 Technical Support with 5-year global onsite warranty

17. Solution must come with option for user to keep hard drives upon failed

18. Safety approvals: The server must hold CSA or UL Listed Safety Approval

Genetec™ Specification Differentiators 5.10

Genetec Spec Differentiators

The security system shall be part of an all-encompassing unified security platform (USP) which shall support the seamless unification of IP automatic license plate recognition system (ALPR), IP access control system (ACS), and IP video management system (VMS) under a single software. The USP user interface (UI) applications shall present a unified security interface for the management, configuration, monitoring, and reporting of embedded ALPR, ACS, and VMS systems and associated edge devices.

Platform

Dashboards

The USP shall have the ability to create and customize dynamic live dashboards for system monitoring allowing data such as, but not limited to:

Health diagnostics and reports with graphical representation of that data

SDK reports

Weather information

Live video

Access control events

Alarms

Cybersecurity score via an embedded hardening guide

Data ingestion

· The system must be able to import data from external sources and define custom data types as any combination of strings, numbers, timestamps, images, and components. The data must have the ability to be imported through a flat file, manually input on a map, or other approved method. The ingested data must have the ability to be used to trigger events, perform correlation analysis, and can be displayed on maps and dashboards.

Data correlation

· The system must be able to correlate internal and third-party data to be utilized in real-time dashboards and filtered reports.

Reporting

· The USP shall support comprehensive data filtering for most reports based on entity type, event type, event timestamp, custom fields, and more.

· The reporting task shall have the ability to display results through graphics, such as pie charts or bar graphs, without the need to have external reporting software.

· The USP shall have customizable reports for both criteria and layout built into the reporting engine.

· The USP shall be able to run a hardware inventory report which contains, but is not limited to:

Unit type, manufacturer, product type (such as camera, access control, and so on), firmware, role in the system, IP address, MAC address, time zone, user, password strength, authentication scheme, security protocol, upgrade status, next upgrade, propose firmware version, and state.

Intrusion

· The USP shall support DMP, DSC, BOSCH, and Honeywell Galaxy panels. They should be able to arm and disarm zones directly from the monitoring UI and the dynamic graphical map.

· The USP shall be able to trigger virtual inputs to a third-party intrusion panel via the third-party API.

· The USP shall be able to associate a camera to any unique entity brought into any individual input on an intrusion panel (glass break sensors, motion sensors, etc.).

USP Dynamic Graphical Maps (DGM)

· The DGM shall provide the ability to display any type of third-party entities integrated through an SDK.

· The DGM shall be able to select a floor through a built-in mapping floor selector.

· The DGM shall be able to natively use a smartphone to get images, video, and track the location of field operators through their phone's GPS.

· The DGM shall support CAD files, vector files, or GIS maps.

· The DGM shall support the use of ESI data within the mapping engine.

· The DGM must be able to bring in intrusion and arm/disarm zones directly from the map.

· The DGM must be able to push the base map to a mobile application and have it display the associated entities on that map.

· The DGM shall support geocoded searches for Google, Bing, and ESRI.

Languages

· The client software application shall support multiple languages, including but not limited to the following:

· English, French, Arabic, Czech, Dutch, German, Hebrew, Hungarian, Italian, Japanese, Korean, Norwegian, Persian (Farsi), Polish, Portuguese (Brazilian), Simplified and Traditional Chinese, Russian, Spanish, Swedish, Thai, Turkish, and Vietnamese.

· The help menu must match the selected language pack.

Cybersecurity and certifications

· The USP shall support passive authentication using OpenID Connect and SAML 2.0.

· The USP must have the following cybersecurity certifications:

· CSPN Certification from ANSSI

· UL 2900-2-3 Level 3 Cybersecurity Readiness Certification

· ISO/IEW 27001 Standard

· FBI CJIS Compliance for cloud services

· Microsoft Gold Certification

· DHS Safety Act Certification

· A designation as a Qualified Anti-Terrorism Technology and certification as an Approved Product for Homeland Security from the United States Department of Homeland Security

(DHS).

Cybersecurity requirements

· The USP shall be an IP-enabled solution. All communication between the SSM and CSA shall be based on standard TCP/IP protocol and shall use TLS encryption with digital certificates to secure the communication channel.

The USP shall support user authentication with claims-based authentication using external providers.

Failover and standby requirements

· The USP shall support native and off-the-shelf failover options: Directory failover, Access Manager failover, and Archiver failover. These failovers should all be software-based and not need any third-party hardware or software to work.

Unified threat level management

· The system shall be able to change the state of the entire security system (such as LPR, video, access control, SIP intercoms, and so on) based off any event. Threat level activation shall be able to initiate the sharing of entities (video, LPR, access, and so on) to a separate enterprise not related to the initiating enterprise.

Federation

· The Federation feature shall allow multiple independent USP systems (federated systems) to be unified into a larger virtual system (the Federation feature). This shall facilitate the global monitoring of multiple independent USP systems. The Federation feature shall support the unification of multiple independent VMS, ACS, or ALPR systems.

Updates

· The USP shall be able to have the entire software (LPR, video, and access control) updated by a single installation package.

· The USP shall utilize a system update service and a system availability monitor to notify you of clients, workstations, and servers that are offline or need an upgrade. This service will utilize the latest information provided by the software manufacturer in an automated fashion. The update service should also notify you if there is a published critical update to firmware for IOT devices across the enterprise.

· Update service and system availability monitoring: The USP shall utilize a system update service and a system availability monitor to notify you of clients, workstations, and servers that are offline or need an upgrade. This service will utilize the latest information provided by the software manufacturer in an automated fashion. The update service should also notify you if there is a published critical update to firmware for IOT devices across the enterprise.

Hybrid cloud solutions

· The USP shall be able to be deployed in an all-cloud, local-only, or hybrid solution.

· For video, the system shall not require any on-site servers or appliances for its reverse tunnel.

· For access control, the appliance must able to leverage open architecture controllers as well as leverage an embedded reverse tunnel/certificate to connect to Azure.

· The concept of Federation (listed above) must be able to be hosted in the cloud and connect multi-site unrelated or related systems. Must be able to leverage a 256-bit encryption, and be hosted, managed, and updated directly by the manufacturer.

Role-based architecture

· The USP shall consist of a role-based architecture, with each SSM hosting one or more roles. Each role shall execute a specific set of tasks related to either core system, ALPR, access control (ACS), or video (VMS) functionalities, among many others.

· The installation shall be streamlined through the ability of the USP to allow administrators to do the following:

Deploy one or several SSM across the network prior to activating roles

Activate and deactivate roles as needed on each and every SSM

Centralize role configuration and management

Support remote configuration

Move roles over from one SSM to another

· Roles without databases, such as the Federation feature, Active Directory, and Global Cardholder Management, shall support near real-time standby without any third-party failover software being required.

Access Control

Access control hardware

· The USP shall have an edge-based gateway which provides edge failover, peer to peer communications and global IO linking between the following hardware:

HID VertX, HID VertX EVO, HID Edge, HID Edge EVO, Mercury controllers and SIO modules, Mercury M5 Bridge, Mercury MS Bridge, Assa Abloy Aperio RS485 8-to-1 hub, Assa Abloy IP Locks (no DSR required): (Corbin Russwin, Sargent Passport, Sargent Profile, IN220), Salto Sallis RS485 and PoE routers, Schlage AD-300 and AD-400 electronic locks, Axis A1001, Axis A1601, STid RS485 readers, DDS AS34/TPL4, SimonsVoss Smart Intego locks.

· The ACS shall be able to support Medecco X and have the ability to:

Register those locks as doors and associate transactions with video, have a web portal for requesting access to locks/doors.

· OSDP Version 2 must be supported by the access control manufacturer and have the ability to change an OSDP HID reader from multi-class to high-frequency directly through that protocol.

· The USP shall be able to issue HID mobile, and/or STID, and/or Salto credentials directly from the UI, and these credentials shall be open architecture.

· The system must have the ability to use a vehicle license plate as a credential

· The access control systems must be capable of supporting unlimited card formats with Mercury controllers.

· The USP shall have a module for an embedded SIP server which can bring SIP intercom call-ups directly from the monitoring UI, the ability to call out to a remote door station from that monitoring UI, and communicate/transfer from operator to operator via a native SIP protocol. The SIP server must be able to Broadcast live and recorded audio over SIP device groups (public addressing).

· Security Center leverages the latest IT-standard technologies with the following features:

· Digital certificates and digital signatures, third-party authentication (Microsoft Active

Directory and single sign-on), claims-based authentication, latest encryption standards (TLS, AES, RSA, RTSP over TLS), end-to-end encryption (including AES and OSDPv2 for supporting devices only: Bosch, Axis, Mercury, and Assa Abloy), password strength (password strength and password renewal are customizable to customer needs).

Synergis™ Cloud Link clustering

· The system must optimize cardholder synchronization for large systems by synchronizing only active cardholders managed by the same Access Manager, based on access rules.

Video

Video decoding

· The Monitoring UI shall leverage the graphical processing unit (GPU) for video decoding.

The following GPU technologies shall be supported:

NVidia CUDA

Intel Quick Sync

· The Monitoring UI shall have the ability to decode video through the optimal simultaneous use of the GPU and central processing units (CPU).

Video evidence

· The system shall have the ability to export video evidence to a secure cloud-based digital evidence management system that has ISO27001 certification for information security management.

Video privacy

· The system shall have the capability to automatically obscures individuals so security operators can ensure the privacy of individuals recorded by video surveillance cameras while safeguarding potential evidence. This capability shall be certified with the European Privacy Seal (EuroPrise).

Video recording appliance

· The recording appliance must be a server-class computer and meet the following minimum requirements:

Cyber hardened following Microsoft's best practices pass regular third-party penetration tests.

Must have machine-learning based end point protection native to the appliance.

Built in application to backup USP data base and configuration data.

Manufacture support for both the appliance hardware and USP software must come from the same source.

Performance of the appliance must be certified and guaranteed by the USP manufacture.

Must come from the manufacturer preloaded and configured with USP software.

Video transmission

· The system must increment the port number for every multicast address.

Dynamic stream selection

· The VMS must automatically switch the video stream from a megapixel stream to a low-resolution stream, based on the size of the video tile, to minimize the demand on network resources.

Password history

· The system must show when a video unit's password was changed, what the previous password was, and what the password was changed to.

· The system must be able to resolve connectivity issues by retrying all previous passwords one after the other to recover an old password.

Visual tracking

· The USP shall support the ability to manually track a moving object with the single click of a button on a semi-transparent shape or overlay on the video tile. This capability shall be done within a single camera display tile. This feature shall be available with both live and recorded video and enable the export of the tracking to a single case export.

Camera Integrity Monitor

· The USP shall support a camera integrity monitor to identify when a camera is tampered with by way of masking, movement, or camera offline state. This feature must be able to scan the entire enterprise and handle 16 Archiver roles managing 300 cameras each, analyzing each camera once per day.

SEC.2

No. : Date : Remarks :

25 Wareham Street Suite 2-26 Middleboro, MA 02346 www.saferplacesconsulting.com sbukoski@saferplacesinc.com

Project :

Submission :

Sheet No. :

Drawing Title :

Project Number :

Drawn By :

Scale :

Date :

Checked By :

Revisions :

04/06/2022

SALEM

SCHOOLS

(3 locations)

SALEM, MA

NO TO SCALE

JSOUSA

BUKOSKI

RE-BIDDING

DOCUMENTS

1 4/22/22 ADDENDUM #2

Video Management

Software Specifications

VIDEO MANAGEMENT SOFTWARE SPECIFICATIONS

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HEAD-END EQUIPMENT RACK - VIDEO/ACCESS

SERVER, NETWORK SWITCHES, UPS, ETC. SHALL

BE LOCATED WITHIN THIS CABINET. REFER TO

EQUIPMENT SCHEDULES FOR DETAILS.

FIXED SINGLE IMAGER NETWORK DOME - REFER

TO EQUIPMENT SCHEDULES FOR MOUNTING AND

CONFIGURATION DETAILS.

FIXED 360° 4-IMAGER NETWORK DOME - REFER TO

EQUIPMENT SCHEDULES FOR MOUNTING AND

CONFIGURATION DETAILS. F = INSTALL CABLE

ONLY FOR FUTURE CAMERA

WIRELESS POINT-TO-MULTIPOINT NETWORK RADIO

- REFER TO EQUIPMENT SCHEDULES FOR DETAILS.

(B = BASE UNIT, T = TERMINAL UNIT)

VI#

VIDEO INTERCOM ENTRY PANEL - REFER TO

EQUIPMENT SCHEDULES FOR DETAILS.

FIXED DUAL IMAGER NETWORK DOME - REFER TO

EQUIPMENT SCHEDULES FOR MOUNTING AND

CONFIGURATION DETAILS.

FIXED 180° 3-IMAGER NETWORK DOME - REFER TO

EQUIPMENT SCHEDULES FOR MOUNTING AND

CONFIGURATION DETAILS.

IP# INTERCOM PANEL- REFER TO EQUIPMENT

SCHEDULES FOR DETAILS.

NEMA ENCLOSURE JUNCTION BOX

WEATHERPROOF, 120 VAC

FIXED 270° 3-IMAGER NETWORK DOME - REFER TO

EQUIPMENT SCHEDULES FOR MOUNTING AND

CONFIGURATION DETAILS.

PANO

# 12MP FISH-EYE CAMERA

NOT TO SCALE

DR. JOSEPH SALERNO AUTOMOTIVE TECH CENTER FLOOR PLAN1

No. : Date : Remarks :

25 Wareham Street Suite 2-26 Middleboro, MA 02346 www.saferplacesconsulting.com sbukoski@saferplacesinc.com

Project :

Submission :

Sheet No. :

Drawing Title :

Project Number :

Drawn By :

Scale :

Date :

Checked By :

Revisions :

04/06/2022

SALEM

SCHOOLS

(3 locations)

SALEM, MA

NO TO SCALE

JSOUSA

BUKOSKI

RE-BIDDING

DOCUMENTS

1 4/22/22 ADDENDUM #2

SEC.3

Dr. Joseph Salerno Automotive

Technology Center Floor Plan

1. SURFACE MOUNT TO FINISHED CEILING - SECURE TO STRUCTURAL

CEILING. CABLE SHALL BE ROUTED THROUGH CEILING

2. EXTERIOR WALL MOUNT. HEIGHT SHALL BE CENTERED BETWEEN THE

STRUCTURAL AND FINISHED CEILINGS. CABLING/CONDUIT SHALL ENTER

THROUGH THE BACK OF THE CAMERA MOUNT.

3. EXTERIOR CORNER MOUNT. HEIGHT SHALL BE CENTERED BETWEEN

STRUCTURAL & FINISHED CEILINGS. CABLING SHALL BE ROUTED TO AN

EXTERIOR SINGLE-GANG ELECTRICAL BACK BOX AND THEN ROUTED INTO

THE BOTTOM OF THE CAMERA MOUNT VIA A LIQUID-TIGHT FLEXIBLE DRIP

LOOP.

4. FULL CARD READER PACKAGE - DOOR SHALL INCLUDE ELECTRIC LOCK,

DOOR POSITION SWITCH(S), CARD READER & REQUEST TO EXIT DEVICE(S)

5. DOOR EGRESS PACKAGE - DOOR SHALL INCLUDE DOOR POSITION SWITCH

AND REQUEST TO EXIT DEVICE.

6. INTERIOR SURFACE MOUNT - CAMERA SHALL INCLUDE MANUFACTURER

SURFACE BACK BOX. CABLE/CONDUIT SHALL ENTER THROUGH

APPROPRIATE CONDUIT KNOCK-OUT/THREADED INLET.

7. VMS/ACM HEAD-END EQUIPMENT AND RACK LOCATION. COORDINATE THE

EXACT LOCATION WITH THE ARCHITECT, MEP ENGINEER AND GENERAL

CONTRACTOR.

8. 110VAC, 20-AMP DEDICATED QUAD OUTLET BY THE GENERAL

CONTRACTOR/SITE ELECTRICIAN.

9. FIRE ALARM RELAY/ADDRESSABLE CONTROL RELAY REQUIRED BY THE

GENERAL CONTRACTOR.

10. READER "IN"/READER "OUT" LOCATION - DOOR SHALL INCLUDE TWO CARD

READERS, DOOR STATUS CONTACT(S) AND ELECTRIC LOCKING

HARDWARE.

11. APARTMENT UNIT ENTRY SCHLAGE "NO-TOUR" FUNCTION BATTERY

OPERATED SMARTLOCK. COMPATIBLE FOBS TO BE PROGRAMMED

THROUGH THE ACCESS CONTROL SOFTWARE.

12. 4-INCH CONDUIT SLEEVES PROVIDED BY THE GENERAL CONTRACTOR. THE

EXACT QUANTITY SHALL BE DETERMINED AND COMPLY WITH ALL LOCAL &

NEC ELECTRICAL CODES. COORDINATE LOCATION WITH ARCHITECT,

ELECTRICAL ENGINEER AND GENERAL CONTRACTOR.

13. ELEVATOR CORNER MOUNT - THE ELEVATOR CONTRACTOR SHALL

PROVIDE EITHER (1) RG-59U OR UNSHIELDED TWISTED PAIR (UTP)

TRAVELERS CABLE BETWEEN THE ELEVATOR CAMERA AND MACHINE

ROOM.

14. THE GENERAL CONTRACTOR SHALL INSTALL A 4'X8' 3/4-INCH PLYWOOD

BACKBOARD AT THIS LOCATION FOR MOUNTING OF THE SECURITY

HEAD-END RACKS AND ENCLOSURES.

DRAWING NOTES:

H1 14

3 6

CAMERA TO BE MOUNTED

BETWEEN 12'-18'

CAMERA TO BE MOUNTED

BETWEEN 12'-18'

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H1

HEAD-END EQUIPMENT RACK - VIDEO/ACCESS

SERVER, NETWORK SWITCHES, UPS, ETC. SHALL

BE LOCATED WITHIN THIS CABINET. REFER TO

EQUIPMENT SCHEDULES FOR DETAILS.

FIXED SINGLE IMAGER NETWORK DOME - REFER

TO EQUIPMENT SCHEDULES FOR MOUNTING AND

CONFIGURATION DETAILS.

FIXED 360° 4-IMAGER NETWORK DOME - REFER TO

EQUIPMENT SCHEDULES FOR MOUNTING AND

CONFIGURATION DETAILS. F = INSTALL CABLE

ONLY FOR FUTURE CAMERA

WIRELESS POINT-TO-MULTIPOINT NETWORK RADIO

- REFER TO EQUIPMENT SCHEDULES FOR DETAILS.

(B = BASE UNIT, T = TERMINAL UNIT)

VI#

VIDEO INTERCOM ENTRY PANEL - REFER TO

EQUIPMENT SCHEDULES FOR DETAILS.

FIXED DUAL IMAGER NETWORK DOME - REFER TO

EQUIPMENT SCHEDULES FOR MOUNTING AND

CONFIGURATION DETAILS.

FIXED 180° 3-IMAGER NETWORK DOME - REFER TO

EQUIPMENT SCHEDULES FOR MOUNTING AND

CONFIGURATION DETAILS.

IP# INTERCOM PANEL- REFER TO EQUIPMENT

SCHEDULES FOR DETAILS.

NEMA ENCLOSURE JUNCTION BOX

WEATHERPROOF, 120 VAC

FIXED 270° 3-IMAGER NETWORK DOME - REFER TO

EQUIPMENT SCHEDULES FOR MOUNTING AND

CONFIGURATION DETAILS.

PANO

# 12MP FISH-EYE CAMERA

NOT TO SCALE

SALEM PUBLIC SCHOOL LOWER LEVEL FLOOR PLAN1

No. : Date : Remarks :

25 Wareham Street Suite 2-26 Middleboro, MA 02346 www.saferplacesconsulting.com sbukoski@saferplacesinc.com

Project :

Submission :

Sheet No. :

Drawing Title :

Project Number :

Drawn By :

Scale :

Date :

Checked By :

Revisions :

04/06/2022

SALEM

SCHOOLS

(3 locations)

SALEM, MA

NO TO SCALE

JSOUSA

BUKOSKI

RE-BIDDING

DOCUMENTS

1 4/22/22 ADDENDUM #2

SEC.4

Salem Public School

Lower Level Floor Plan

(2 of 5)

1. SURFACE MOUNT TO FINISHED CEILING - SECURE TO STRUCTURAL

CEILING. CABLE SHALL BE ROUTED THROUGH CEILING

2. EXTERIOR WALL MOUNT. HEIGHT SHALL BE CENTERED BETWEEN THE

STRUCTURAL AND FINISHED CEILINGS. CABLING/CONDUIT SHALL ENTER

THROUGH THE BACK OF THE CAMERA MOUNT.

3. EXTERIOR CORNER MOUNT. HEIGHT SHALL BE CENTERED BETWEEN

STRUCTURAL & FINISHED CEILINGS. CABLING SHALL BE ROUTED TO AN

EXTERIOR SINGLE-GANG ELECTRICAL BACK BOX AND THEN ROUTED INTO

THE BOTTOM OF THE CAMERA MOUNT VIA A LIQUID-TIGHT FLEXIBLE DRIP

LOOP.

4. FULL CARD READER PACKAGE - DOOR SHALL INCLUDE ELECTRIC LOCK,

DOOR POSITION SWITCH(S), CARD READER & REQUEST TO EXIT DEVICE(S)

5. DOOR EGRESS PACKAGE - DOOR SHALL INCLUDE DOOR POSITION SWITCH

AND REQUEST TO EXIT DEVICE.

6. INTERIOR SURFACE MOUNT - CAMERA SHALL INCLUDE MANUFACTURER

SURFACE BACK BOX. CABLE/CONDUIT SHALL ENTER THROUGH

APPROPRIATE…