3832 CS-1 CS-1 (1)

CEU - ∆∆ # Door Video Intercom System Central Exchange Unit $ ∆∆ (Letters) indicate the location of the Central Exchange Unit where: "DA" indicates District Administration "EK" indicates Elementary Kitchen "ES" indicates Elementary School "HS" indicates Junior/Senior High School M - ∆∆ # Door Video Intercom System Master Station - Desk Mounted $ ∆∆ (Letters) indicate the location of the Station where: "DA" indicates District Administration "EK" indicates Elementary Kitchen "ES" indicates Elementary School "HS" indicates Junior/Senior High School $ # (Number) indicates the Station's Reference Number R - ∆∆ # Door Video Intercom System Remote Station - Surface Mounted - Mount center line of Camera at

height as recommended by Manufacturer ( 5'-0" above finished floor - verify). [∆∆ ##] [∆−∆∆∆] $ ∆∆ (Letters) indicate the location of the Station where: "DA" indicates District Administration "EK" indicates Elementary Kitchen "ES" indicates Elementary School "HS" indicates Junior/Senior High School $ # (Number) indicates the Station's Reference Number $ [ ] (Letters and Numbers inside Brackets) indicate the Station's Camera Identification as

described under the "Video Surveillance System Camera" Symbol above ∆∆ ## ∆ Door Video Intercom System Push Button - Surface Mounted - Mount horizontally so button is 46"

above finished floor to center line. Note that this Push Button is a custom, field installed addition to the System. Push Button shall be 10A, 24V AC, SPST, NO, Momentary Contact, Weatherproof, equal to Edwards #852. Switch includes a stainless steel cover plate. Mount to a surface weatherproof cast box.

$ ∆∆ ## (Letters & Numbers) indicate which Door the Push Button activates $ ∆ (Lower Case Letter) represents a unique identifier for the particular Push Button

ELECTRICAL SYMBOLS: In general, (Round) Devices are furnished & installed by the General Contractor, wired as indicated

elsewhere. See "Electrical General Notes" #A-2. In general, (Square) Devices are furnished, installed, and wired by the Electrical Contractor. See "Electrical

General Notes" #A-2. ∆∆ ## Video Surveillance System Camera - Ceiling Mounted ∆−∆∆∆ ∆∆ ## Video Surveillance System Camera - Wall Mounted ∆−∆∆∆ First Line - Camera Identifier consisting of Letters and Numbers where: $ ∆∆ (Letters) indicate which Building the Camera is located in where: "ES" indicates Elementary School "HS" indicates Junior/Senior High School $ ## (Numbers) indicates the Camera's Reference Number Second Line - Camera Type & Hub Assignment where: $ ∆ (Letter before Dash) indicates Camera Type, see Video Surveillance System Camera

Schedule on drawing Sheet No E-4.1 for description $ ∆∆∆ (Letters after Dash) indicate the Data Hub the Camera is to be wired to ISC-∆ Door Access Control System Intelligent System Controller (Equipment Cabinet) $ ∆ (Letter) indicates Controller Location where: "E" indicates Elementary School Hub Room ESC "H" indicates Junior/Senior High School Hub Room HSA RC-H Door Access Control System Remote Cabinet (Equipment Cabinet) $ ∆ (Letter) indicates Controller Location where: "H" indicates Junior/Senior High School Hub Room HSB ∆∆ ## Door Access Control System Magnetic Door Contact Switch $ ∆∆ (Letters) indicate the Building the Door Contact is located in where: "ES" indicates Elementary School "HS" indicates Junior/Senior High School $ ## (Numbers) indicates the Door Contact's Reference Number which corresponds with the Door

Number ∆∆ ## ∆ Door Access Control System Push Button (used to unlatch door) - Push Button shall be 4A, 28V

DC, SPST, NO, Momentary Contact with 1" diameter Guard Ring and black ABS plastic box with two mounting ears , equal to Alarm Controls Corporation #TS-18 (available through ADI Global as #AC-TS18).

$ ∆∆ ## (Letters & Numbers) indicate which Door the Push Button activates $ ∆ (Lower Case Letter) represents a unique identifier for the particular Push Button ∆∆ ## Door Access Control System Electric Latch Retraction - furnished, installed and wired by General

Contractor - Note that this Item also contains a "Request-to-Exit" Switch. $ ∆∆ (Letters) indicate the Building the Electric Latch Retraction is located in where: "ES" indicates Elementary School "HS" indicates Junior/Senior High School $ ## (Numbers) indicates the Electric Latch Retraction's Reference Number which corresponds

with the Door Number ∆∆ ## Door Access Control System Electric Strike - furnished, installed and wired by General Contractor $ ∆∆ (Letters) indicate the Building the Electric Strike is located in where: "ES" indicates Elementary School "HS" indicates Junior/Senior High School $ ## (Numbers) indicates the Electric Strike's Reference Number which corresponds with the Door

Number

Junction Box Existing Key Pad ∆∆ ## Door Access Control System Proximity (Fob/Card) Reader $ ∆ (Letters) indicates the Building the Door Contact is located in where: "ES" indicates Elementary School "HS" indicates Junior/Senior High School $ ## (Numbers) indicate the Card Reader's Reference Number which corresponds with the Door

Number ∆∆ ## Door Access Control System Power Transfer Device - furnished, installed and wired by General

Contractor $ ∆∆ (Letters) indicate the Building the Power Transfer Device is located in where: "ES" indicates Elementary School "HS" indicates Junior/Senior High School $ ## (Numbers) indicates the Power Transfer Device's Reference Number which corresponds with

the Door Number ∆∆ ## Door Access Control System Power Supply - furnished and installed by General Contractor, 120

volt branch circuit and certain control wiring furnished, installed and wired by Electrical Contractor $ ∆∆ (Letters) indicate the Building the Power Supply is located in where: "ES" indicates Elementary School "HS" indicates Junior/Senior High School $ ## (Numbers) indicates the Power Supply's Reference Number which corresponds with the Door

Number ∆∆ ## Door Access Control System Request to Exit Device - furnished, installed and wired by General

Contractor $ ∆∆ (Letters) indicate the Building the Request to Exit is located in where: "ES" indicates Elementary School "HS" indicates Junior/Senior High School $ ## (Numbers) indicates the Request to Exit's Reference Number which corresponds with the

Door Number. Video Surveillance System PoE, Ethernet, Surge Protection Module to protect lines feeding

exterior Cameras. Install Module on inside of building on opposite side of wall from Camera. Note that the Module is not shown on Plan.

1-HS Video Surveillance System Video Encoder with 1 Input located in the High School Located in Hub Rack "HSA" 4-ES Video Surveillance System Video Encoder with 4 Inputs located in the Elementary School Located in Hub Rack "ESC" Video Surveillance System Wireless Access Point Video Surveillance System Weatherproof Omni-Directional Antenna with Lightning Arrestor for

Wireless Access Point Key Note. Branch Circuit Duplex Receptacle Dashed Symbols indicate Existing Items

ELECTRICAL KEY NOTES:

(Apply where indicated on Drawings) (Work indicated is assumed to be by the Electrical Contractor unless otherwise noted) 1 Remove existing Proximity Reader and all associated wiring back to the existing Power Supply located above

the lay-in ceiling near the existing door controlled. Turn existing Proximity Reader over to School District. Furnish and install new Proximity Reader in same location and connect to new centralized Door Access Control System as shown on the "Door Access Control / Door Video Intercom Systems Wiring Diagrams".

2 Remove existing Key Pad and all associated wiring back to the existing Power Supply located above the lay-in

ceiling near the existing door controlled. Patch wall, Turn Key Pad over to the School District. 3 General Contractor shall remove existing Electric Latch/Hardware and all associated wiring back to the door's

associated Power Supply. Also remove Power Supply. Turn hardware and Power Supply over to the School District.

a. Electrical Contractor shall disconnect 120 volt power from existing Power Supply located somewhere above the lay-in ceiling near the existing door and extend to the new Power Supply indicated with 2 #12 & 1 #12 gnd, type MC Cable. Existing branch circuit, shown in ( ), was taken from the existing 2007 High School Renovation Drawings and needs to be field verified.

4 Existing Power Supply serving existing Electric Latch Retraction for Power Operated door between HS Vest

and HS Lobby located somewhere above the HS Waiting lay-in ceiling a. Extend existing branch circuit to the new Power Supplies indicated with 2 #12 & 1 #12 gnd, type MC

Cable. Existing branch circuit, shown in ( ), was taken from the existing 2007 High School Renovation Drawings and needs to be field verified.

5 Connect Elementary School Power Supplies and Intelligent System Controller to a (single) spare 20A 1P

circuit breaker in existing Panel "1LPB2" with 2 #12 & 1 & 12gnd type MC Cable. 6 Connect System Equipment (in High School) to the spare 20A 1P circuit breaker indicated with 2 #12 & 1 &

12gnd type MC Cable. Existing branch circuit was taken from the existing 2007 High School Renovation Drawings and needs to be field verified.

7 Connect Door Access Control System Equipment to the existing 20A 1P circuit breaker indicated (serves

other existing Door Access Control System Equipment) with 2 #12 & 1 & 12gnd type MC Cable. Existing branch circuit was taken from the existing 2007 High School Renovation Drawings and needs to be field verified.

8 Install Door Access Control System Push Button on face of built-in Desk or Counter apron. Coordinate final

location with School District. 9 Existing Push Button controlling existing Handi-Cap Assisted Door Operator & Electric Latch on door between

HS Vest and HS Lobby to remain. 10 New Equipment at this location to be installed in an existing Hub Rack. Coordinate final location in rack with

School District who will rearrange existing equipment, if and as required, to accommodate new piece(s) of Equipment.

11 Furnish and install a 20A 1P circuit breaker in existing space of existing Press Box Electric Panel "PB".

Existing Panel is a GE Power Mark Gold Load Center using type THQL breakers. a. Connect breaker to a new duplex receptacle mounted adjacent to new PoE Hub Switch "HSE" with 2

#12 & 1 #12 gnd - type MC Cable. Receptacle shall be of weather resistant construction, ivory in color, equal to Hubbell #HBL5362IWR. Mount in a surface non-metallic box with Ivory impact resistant plate equal to Hubbell #NP81

12 Wall mount Press Box PoE Hub Switch "HSE" high on wall next to existing Panel "PB". a. Furnish and install a Leviton #5300-PS Surge Strip (not shown on Plan) rated 96 kA /1520 Joules on

wall above Hub Switch. Plug Hub Switch into Surge Strip. 13 Mount item so noted as high on wall as possible. 14 Mount Type "C" Cameras HS06 & HS07 (on north end of High School Gymnasium) close to corner of Room

at a height equal to that that would put it just below bottom of adjacent beam. 15 Mount Type "C" Cameras HS08 & HS09 (on south end of High School Gymnasium) close to corner of Room,

just north of beam and at a height that would be equal to the center of the beam. 16 Mount Elementary School Camera ES04 as high as possible on wall

ELECTRICAL GENERAL NOTES: Apply in general to all Electrical Drawings ("E - 0.1", "E-1.1" thru "E-1.3", & "E-4.1") A. It should be noted that this Project is ONE SINGLE PRIME CONTRACT: 1. All references to Electrical and/or General Contractor shall mean the Single Prime Contractor. 2. The term Electrical and/or General Contractor is used purely for the convenience of the Single Prime

Contractor in assigning traditional Trade responsibilities. Actual delegation of responsibility for the various parts of the Project shall lie with the Single Prime Contractor.

B. All Electrical work, equipment, and apparatus shall conform to the requirements of the National Electrical Code

of the National Board of Fire Underwriters (NEC) 2011 as well as any other National, State, or Local Codes which may be applicable.

1. At the time of Contract signing and design, the applicable version of the National Electrical Code in the State of Pennsylvania was the 2008 version. Note that this Project has been designed around and shall be constructed as per the 2011 NEC unless:

a. There is a more stringent requirement within the 2008 Code on a particular subject in which case the 2008 language shall apply.

b. Unless specifically mentioned elsewhere that a different version will be followed. 2. The Electrical Contractor shall coordinate the timing of and make request for all necessary Electrical

Inspections required to assure the issuance of a Final Occupancy Permit from the UCC-Certified or Registered Code Official having jurisdiction geographically for the region in which the Project is being constructed (see Project Manual Section 007216, "General Conditions", Paragraph [ 3.7.1.1 ].

C. Due to the nature of the work, the Contractor shall be responsible for visiting the Site to determine the extent of

the work required to accommodate the new construction and shall be responsible for the same even though not shown on Plan. Each respective Contractor shall be responsible for patching (to match existing finishes) all areas in which the Contractor must add or remove an item.

D. It is the intent that all devices be installed as flush recessed and that all wiring and conduit shall be concealed

unless otherwise noted. The Contractor shall do any and all cutting and patching required to return the affected area to match existing conditions.

E. Unless otherwise noted, all mounting heights shown on the Electrical Drawings shall be to centerline. F. The use of the term "installed" (or any of its synonyms) by itself shall infer that the item is to be likewise

"furnished" by the Contractor indicated unless specifically mentioned elsewhere as furnished by Others. Likewise, the use of the term "provide" (or any of its synonyms) by itself shall infer that the item is to be

likewise "installed" by the Contractor indicated unless specifically mentioned elsewhere as installed by Others. G. The Electrical Contractor shall be responsible for coordinating the installation of all items with equipment

furnished by Others. Any Electrical item installed which interferes with the equipment of other Trades shall be changed as directed by the Architect at the responsible Contractor’s expense, regardless of which work was installed first. Each Contractor shall also be responsible for coordinating the installation requirements of (that is surface vs recessed, voltage, phase, and current draw), location, and mounting height of any item listed as "furnished by Others, installed by the named Contractor".

H. All Equipment and Label descriptions (hard and soft) shall use the Owner's Room Names, Numbers, and

Vernacular, not the Architect's. I. Any penetrations through a floor, wall, ceiling, and/or roof fire barrier shall be sealed with the appropriate Fire

Stop Material. J. All System cables shall be uniquely identified at both ends of every run as well as in all junction or pull boxes.

A document listing each cable marking and its terminating point shall be provided to the Owner. K. Products from Manufacturers other than those indicated on the Drawings or Project Manual will be accepted

only after being determined to be equal or better by the Owner and/or Architect under the guide lines set forth in Section 01 25 13, "Product Substitutions Procedures” of the Project Manual. This shall include all occurrences of the phrase "or equal".

L. Low Voltage Systems (Door Access Control, Door Video Intercom, and Video Surveillance) Cables shall be

installed as follows: 1. Wherever possible, System cables shall be run above Corridor (first - then other) lay-in ceilings without

conduit as bundled open-cables fastened to or suspended from the building structure. a. All of open-cable wiring shall be installed on Category 5 "J" hooks. “J” hooks shall be rigidly

attached to the building structure. Hooks shall be spaced a maximum of 4'-0' on center. “J” hooks shall not be fastened to the ceiling support wires but may be supported by similar independent #12 gauge galvanized steel drop wires. The exceptions to NEC (2011) Paragraphs [ 300.11 - (A) - (1) & (2) ] (permitting use of ceiling support wires if approved by the ceiling Manufacturer) shall not apply. Drop wires shall be secured at both ends and identified as not being a ceiling support wire by being painted (for the entire length) a color easily distinguishable from the ceiling support wire and bearing a label “This is NOT a Ceiling Support Cable”. “J” hooks shall be equal to those manufactured by Caddy (Erico Inc.) CableCat™ series or Cooper B-Line “BCH” series with Qwik-Latch™ retainers. Where the hooks support more than one cable, the Contractor shall tie-wrap the individual cables into a cable bundle using plenum rated hook & loop (Velcro®) cable wraps. The Contractor shall use care not to damage cables or insulated conductors by over-tightened tie-wraps. No cable shall sag more than six inches below the level of any hook. Cables shall not be tie-wrapped to any hook but hooks shall be closed after final cable installation to prevent cable from falling out of hook. Cables shall be installed such that the hooks support the wire rather then the tension in the cable. Cables shall not be threaded through or supported by the structural steel.

b. All Cables that are not considered Data Grade (Category 6E or RS-425) may be supported by bridle rings in lieu of "J" hooks where practical. Installation shall remain as described in Note #L-1-a above.

c. Cables shall not be supported by just tie-wraps or fastened to the outside of other conduits. d. Bundles of cables shall be separated by type of service. For example, Data Grade System

cables in one bundle, Non-Data Grade System cables in a second bundle, Line Voltage cables in a third bundle, etc..

2. Cable shall be run in conduit wherever cable runs in or penetrates walls, is concealed in inaccessible areas, or must be run exposed in un-finished areas.

a. All conduit and conduit sleeves shall be sized in the field for the number of cables involved plus 25% growth for no greater than 40% fill. Minimum size conduit or sleeve shall be 3/4".

b. Any conduit stub or sleeve that penetrates a fire rated wall or floor shall be filled after final cable installation with a non-hardening fire stop material.

3. Cable shall be run in surface non-metallic raceway wherever cable run must be run exposed in finished areas.

a. Raceway shall be mechanically fastened (adhesives shall not be used) to walls and/or ceilings. b. In finished areas, surface raceways and associated surface back boxes installed on existing wall

surfaces shall be painted by the Electrical Contractor to match the surrounding area. Raceway and boxes to be painted prior to applying to wall and then touched up after installation.

4. Data Grade Category 6E Cables (Types "DH" & "VA") shall be installed by a Contractor who is Certified by the Manufacturer of the Cable to issue a minimum 25 Year Manufacturer's Product Warranty. Such Warranty shall be issued by the Cable Manufacturer at the end of the Project. Should the Prime Contractor not be certified, then this portion of the Project shall be subbed out to a Sub-Contractor who is.

5. Type MC Cable, were permitted on the Project, shall not be grouped with low voltage cables but may be fastened to the same independent ceiling tie wire as low voltage cables provide a 12" separation is maintained between line and low voltage cables. Line voltage cables may be supported by means other than Category 5 "J" hooks as permitted by the NEC.

M. Line voltage conductors shall be 98% conductivity copper per ASTM B-3, Class B stranding per ASTM B-8,

with rated 600 volt insulation, type "THWN-2 rated 90o C.

1. Wire shall be color coded black / red / blue / white / green for 120/208 volt - Phase A / B / C / Neutral / Ground respectively.

2. Minimum wire size shall be #12 AWG. 3. All single phase line to neutral branch circuits shall include a dedicated neutral in spite of the provisions

of National Electrical Code (2011), Paragraph 210.4, "Multi-wire Branch Circuits", permitting shared neutrals.

a. Branch circuits containing dedicated neutrals may be run in common conduit to the extend practical provided the conductor sizes (including the neutrals which shall be considered a current carrying conductor) are adjusted for the number of conductors in conduit.

4. All branch circuit runs shall contain a correspondingly sized green insulated ground wire. N. Unless otherwise noted, all line voltage wiring shall be in conduit. 1. Where specifically noted on the Drawings, wiring may be type MC cable. a. MC Cable may be run when noted except for the following conditions and/or locations: 1) Where run exposed. 2) In wet locations. 3) Where specifically indicated that it shall not be elsewhere on the Drawings. 4) Where not permitted by the National Electrical Code. b. Minimum size cable shall be #12 copper. c. All cables shall contain a correspondingly size green insulated ground wire. d. Cable shall be supported and secured at a maximum of 6'-0" on center as well as within 12" of

each box. e. Squeeze or saddle type fittings equal to O-Z/Gedney Type "C" or Type "24" with locknut for both

galvanized steel and aluminum MC cable shall be used at all boxes. Set screw and snap-tite fittings shall not be used.

f. All transitions from MC cable to conventional wiring and conduit shall be made within junction boxes.

g. MC Cable shall be equal to AFC Cable Systems "MC" with galvanized steel armor or "MC Lite" with aluminum armor.

2. Branch Circuits that may not be type MC cable shall be in conduit, surface metallic raceway, or surface non-metallic raceway. Conduits and/or raceways shall be as indicated elsewhere.

O. Wherever the word "conduit" appears, it shall refer to Electric Metallic Tubing (EMT) conduit. All conduit shall be listed under UL Standard 6 and shall bear the UL label. Conduit shall be sized per National Electrical Code, minimum size - 3/4".

1. Electric Metallic Tubing (EMT) Steel a. The Contractor may furnish and install electrical metallic tubing in all locations except: 1) Exposed in any weatherproof area (WP) 2) Subject to damage 3) Exposed exterior conduit 4) Where indicated on the Drawings to be a specific type of conduit or raceway. b. EMT shall be installed as per 2011 National Electric Code Article 358. c. Couplings and connections shall be compression type for EMT. 5. Provide a code sized independent green ground wire in all conduits. 6. Wherever possible, long sweep elbows shall be used. 7. All conduit shall be concealed, unless otherwise noted or in unfinished areas. 8. A separation of at least six (6) inches shall be maintained between conduits and hot water lines. 9. All fittings for steel conduit shall be zink plated steel or malleable iron. Conduit fittings shall not be set

screw or die cast. P. Where specifically noted, wiring may be run in "Surface Non-Metallic Raceway" (NMR) 1. Surface mounted Non-Metallic Raceways shall be of sizes required by the National Electrical Code. 2. Raceways shall be totally enclosed and shall be complete with connections, fittings, adapters, hangers,

sectional barriers, and boxes as required for a complete installation. 3. Raceway shall meet requirements of National Electrical Code Article 388 and to be listed by

Underwriters Laboratories. 4. Surface Non-Metallic Raceway shall be equal to Wiremold Series 400, 800, 2300, 5400, or 5500 as

noted or pre-approved equal. Unless otherwise noted on Plan, all similar raceways shall be of the same Manufacturer.

5. All line voltage branch circuits run through NMR shall include a code sized ground wire. 6. Transition fittings from conduit to surface raceways shall be concealed. 7. Raceway shall be mechanically fastened (adhesives shall not be used) to walls and/or ceilings. 8. In finished areas, surface raceways and associated surface back boxes installed on existing wall

surfaces shall be painted by the Electrical Contractor to match the surrounding area. Raceway and boxes to be painted prior to applying to wall and then touched up after installation.

Q. All junction and outlet boxes shall be constructed of galvanized sheet metal. Outlet boxes installed in wet

locations shall be rust and corrosion resistant die-cast aluminum. All boxes shall be UL listed. R. Shop Drawings shall be submitted as per Project Manual Section 007216, "General Conditions", Paragraph

[ 3.12 ] for the following Items: a. Door Access Control System b. Door Video Intercom System c. Video Surveillance System d. System Cables e. MC Cable f. Receptacles & Plates S. All items of labor, material, and equipment not specified in detail or shown on the Drawings, but incidental to or

necessary for the complete installation and proper operation of the electrical work as described or reasonably implied in connection herewith, shall be furnished as if called for in detail.

T. The Electrical Contractor shall deliver to the Architect, prior to final payment, a statement from the

Manufacturer or his Authorized Representative, certifying that the equipment has been inspected by him and found to be properly installed and functioning satisfactorily for the following Systems:

a. Door Access Control System b. Door Video Intercom System c. Video Surveillance System

VIDEO SURVEILLANCE SYSTEM WIRING DIAGRAMS

NOT DRAWN TO SCALE NOTES: 1. (Number in Square) acts strictly as a way of identifying the various Wiring Diagrams shown above. These

Diagrams are intended to show typical equipment arrangement and wiring requirements only. Actual quantity and type of devices shall be taken from the Floor Plans and "Video Surveillance Camera Schedule".

2. See "Electrical Symbols" on drawing Sheet No E-0.1 for a description of the Symbols used on the Wiring Diagrams

above. 3. Indicates a home run back to a Video Surveillance System Patch Panel located in the Data Hub

indicated: a. as part of the Camera Symbol b. on the "Video Surveillance Camera Schedule" 4. Indicates a Fiber Optic Patch Cord. 5. Cabling: VA, 2VP a. ________ Indicates NUMBER (assume quantity is one if no number is shown) and STYLE of cables

(example: one type "VA" & two type "VP" cables). b. Cable Types shall be as follows: Cable Type "VA" = Camera Data Line Cable: Enhanced Category 6E Data Grade: High Performance, 4

unshielded twisted pairs (UTP), 23 gauge solid copper conductors, 100 Ω, with cross web separator, 0.244" OD (max), Enhanced Category 6E, blue, sweep tested and characterized to 750 MHz, NEC type CMP (all pairs - 100%FEP) approved for use in air plenums, equal to Mohawk # M57414 (same as Door Access Control / Door Video Intercom Cable type "DH"). See "Electrical General Note" #L-4 on drawing Sheet No E-0.1

Cable Type "VO@ = Fiber Optic Patch Cable: Duplex / Multi-Mode flexible patch cord, with SC connectors, equal

to Hubbell #DFPCSCCXX where "XX" indicates length. Length shall be as required and determined in the field. Verify style of connectors (with electronics being patched) prior to ordering.

Cable Type "VP@ = Copper Patch Cable: Category 6 UTP flexible patch cord, blue, configured T568B, equal to

Hubbell #PCX6BXX where "XX" indicated the length. Length shall be as required and determined in the field.

Cable Type "VW" = Cable is supplied with Omni-Directional Antenna. Note that Antenna and Wireless Access

Point must be located within close proximity of each other. Install Lightning Arrestor on end of Cable Prior to plugging into Access Point.

c. Low Voltage System Cabling shall be run as per Electrical General Note #L on drawing Sheet No E-0.1 6. Where Noted, leave a 10'-0" service loop above the lay-in ceiling at the device indicated. 7. Where Noted, terminate cable with a male Modular Plug equal to Hubbell #BRMOD4P25 and plug directly into Device.

When installing plug: a. Cables shall be dressed and terminated in accordance with the recommendations made in the TIA/EIA-568-B.1

document. b. Maintain the cable jacket as close as possible to the termination point. c. Pair untwist at the termination shall not exceed 12mm (one-half inch).

8. Any Computer Work Station connected to the Tele/Data Cabling Network, given the proper authorization, shall be capable of monitoring any or all of the cameras connected to the Video Surveillance System using Web-Browser based software.

9. New Equipment at this location shall be installed in an existing Hub Rack. Coordinate final location in Rack with

School District who will rearrange existing equipment, if and as required, to accommodate new piece(s) of Equipment. 10. The Component or Cable so noted is included as part of the Door Video Intercom System. 11. Mount Video Encoder (which is to small to be a Rack mounted item) to the side of a support rail. 12. The Video Surveillance System shall utilize two strands of the School District's existing Fiber Optic Network.

Coordinate Fiber assignment with the School District. 13. Video Surveillance Server Rack shall be a. Floor mounted, open, 19", four post of aluminum, bolt-together construction. b. Vertical post shall be 3" x 1.25" extruded aluminum C-channels, pre-drilled on both sides to EIA/TIA 12-24

hardware standards for 19 inch rack mounting equipment. c. Rack shall measure 20.3" wide by 84" high and shall provide 45 rack units (RU) of mounting space @1.75" each

for a total of 78.75" of usable mounting space. An additional 2RU's on the bottom and 1RU on top are devoted to support rails and are not usable.

d. Weight capacity: 1000 pounds e. Finish: black anodized f. Shipping weight: 68 pounds g. Racks shall be Great Lakes Part No: #4P1224-32 h. accessories i. Ground Lug. Ground Rack to adjacent existing Racks with a #6 copper cable. ii. Rack Mounted, 15 Amp, Surge Suppressor Power Strip with six rear mounted receptacles equal to

Wiremold #R5S-15. Strip shall be three element, three stage, rated for a maximum surge current of 56,000 Amps with a response time of less than 1 nanosecond.

iii. Monitor Shelf shall be two rack units high (2RU) x 18" deep, vented, equal to Great Lakes #7206-FM. iv. Mouse & Keyboard Slide Out Shelf shall be three rack units high (3RU) with pivoting Keyboard Tray and

Mouse Tray equal to Great Lakes #7206-PKB-MT. Shelf shall have a 110 pound capacity and maximum side rail tab placement of 36.12".

14. 24 Port Patch Panel(s) shall be 1 rack unit high (1RU), Category 6, equal to Hubbell #P6E24U. Include one optional

rear cable support bar for strain relief equal to Hubbell #PCBLMGT. 15. Wire Manager(s) shall be 1 rack unit high (1RU) with four 1.65" high x 3.5" deep rings equal to Hubbell #HC119MS3N. 16. Blank Filler Panels shall be 1 rack unit high (1RU) equal to Great Lakes #1.75-FP19. 17. Furnish and install a pair of Equipment Support Brackets equal to Great Lakes #FMSBKT on the sides of the

Equipment so noted. 18. Cameras shall be given a Descriptive Location Name within the System's Programming as well as on the System Map.

Actual numbering and naming of Cameras shall be coordinated with the School District and reviewed by the Architect=s Electrical Project Engineer prior to implementation.

V I D E O S U R V E I L L A N C E S Y S T E M

C A M E R A S C H E D U L E

Served

# TYPE LOCATION From

Hub

E l e m e n t a r y S c h o o l

ES01 A Multi-Purpose Entrance ESC

ES02 D Play Ground Entrance ESB

ES03 D Special Needs Entrance ESB

ES04 E Front Drive ESC

ES05 G Main Entrance ESC

ES06 G Kitchen Entrance ESC

ES07 G District Admin Entrance ESC

J u n I o r / S e n I o r H I g h S c h o o l

HS01 F Patio HSA

HS02 C Cafeteria NW HSA

HS03 C Cafeteria NE HSA

HS04 C Cafeteria SE HSA

HS05 C Cafeteria SW HSA

HS06 C Gymnasium NW HSA

HS07 C Gymnasium NE HSA

HS08 C Gymnasium SE HSA

HS09 C Gymnasium SW HSA

HS10 A First Flr HS Corridor EW HSA

HS11 A First Flr HS Corridor NS HSB

HS12 A Auditorium Lobby E HSB

HS13 A Auditorium Lobby W HSB

HS14 B Back Stage (Gnd Flr) HSB

HS15 A First Flr Jr HS Corridor EW HSB

HS16 A Ground Flr HS Corridor EW HSA

HS17 A Ground Flr HS Corridor NS HSB

HS18 A Ground Flr Band Corridor HSB

HS19 A Ground Flr Jr HS Corridor EW HSB

HS20 E Stadium SE (Track) HSE/HSA

HS21 E Stadium NW (Parking) HSE/HSA

HS22 G Main Entrance HSA

- Wireless Node HSA

Type Description

A Indoor, Clg Mt'd Vandal Resistant Dome, 1MP, 3.3-12mm Fixed

B Indoor, Wall Mt'd Vandal Resistant Dome, 1MP, 3.3-12mm Fixed

C Indoor, Wall Mt'd Vandal Resistant Dome, 1MP, 2.5-6mm Fixed

D Outdoor, Wall Mt'd Vandal Resistant Boxed, 2MP, 2.8-8mm Fixed

E Outdoor, Wall Mt'd Vandal Resistant Boxed, 5MP, 2.8-8mm Fixed

F Outdoor, Wall Mt'd Vandal Resistant Dome, 8MP, 180° Fixed

G Door Video Intercom

DOOR ACCESS CONTROL / DOOR VIDEO INTERCOM SYSTEMS WIRING DIAGRAMS NOT DRAWN TO SCALE NOTES: 1. The Electrical Contractor shall furnish, install, and wire a Door Access Control System which shall provide

centralized control of selected doors via Computer Workstations, Control Panels, Proximity Readers and Manual Push Buttons. This System shall interface with electrified Door Hardware via Hardware Power Supplies, all furnished, installed, and wired by the General Contractor. The Door Access Control System shall also interface with the Door Video Intercom System furnished, installed, and wired by the Electrical Contractor.

2. The General Contractor will furnish & install electrically operated Door Hardware (Electric Latch Retraction

devices with built-in Request to Exit Switches or Electric Strikes), Door Hardware Power Supplies, magnetic Door Contact Switches, and associated wiring between these devices.

3. (Number in Square) acts strictly as a way of identifying the various Wiring Diagrams shown above. 4. See "Electrical Symbols" on drawing Sheet No E-0.1 for a description of the Symbols used on the Wiring

Diagrams above. 5. Indicates a home run back to the piece of Head-End Equipment indicted. 6. Cabling: DA, 2DC a. ________ Indicates NUMBER (assume quantity is one if no number is shown) and TYPE of cable(s)

(example: one type "AA" & two type "AC" cables) furnished and installed by Electrical Contractor.

b. Indicates cables furnished and installed by General Contractor. c. Cable Types shall be as follows: Cable Type "DA" - Composite Access Control Cable - 0.425" OD, NEC type CMP approved for use in

air plenums; equal to West Penn #AC251822B consisting of: i. For connection to Proximity (Fob/Card) Reader - 6 #22 gauge stranded,

shielded, jacketed, 0.182" OD ii. For connection to Request-to-Exit Switch(es) - 4 #22 gauge stranded,

unshielded, jacketed, 0.148" OD iii. For connection to Magnetic Door Contact Switch(es) - 2 #22 gauge

stranded, unshielded, jacketed, 0.110" OD iv. For Latch/Strike Control Signal - 4 #18 gauge stranded, unshielded,

jacketed 0.189" OD Cable Type "DB" - 2 conductor, 22 gauge stranded, unshielded, jacketed, 0.110" OD, NEC type CMP

approved for use in air plenums; equal to West Penn #25221B Cable Type "DC" - 4 conductor, 22 gauge stranded, unshielded, jacketed, 0.148" OD, NEC type CMP

approved for use in air plenums; equal to West Penn #25241B Cable Type "DD" - 6 conductor, 22 gauge stranded, overall aluminum foil-polyester tape shield with 24

gauge stranded drain wire, jacketed, 0.182" OD, NEC type CMP approved for use in air plenums; equal to West Penn #253270B

Cable Type "DE" - 2 conductor, 18 gauge stranded, unshielded, jacketed, 0.138" OD, NEC type CMP

approved for use in air plenums; equal to West Penn #25224B Cable Type "DF" - 2 conductor, 14 gauge stranded, unshielded, jacketed, 0.190" OD, NEC type CMP

approved for use in air plenums; equal to West Penn #25226B Cable Type "DG" - Low capacitance RS-485 Data Grade: 2 twisted pair, 24 gauge stranded, overall

aluminum foil-polyester tape shield with 24 gauge stranded drain wire, jacketed, 0.305" OD, NEC type CMP approved for use in air plenums; equal to West Penn #D254852

Cable Type "DH" - Enhanced Category 6E Data Grade: High Performance, 4 unshielded twisted pairs

(UTP), 23 gauge solid copper conductors, 100 Ω, with cross web separator, 0.244" OD (max), Enhanced Category 6E, blue, sweep tested and characterized to 750 MHz, NEC type CMP (all pairs - 100%FEP) approved for use in air plenums, equal to Mohawk # M57414 (same as Video Surveillance Cable type "VA"). See "Electrical General Note" #L-4 on drawing Sheet No E-0.1

Cable Type "DJ" - 2 #12 & 1 #12gnd type MC Cable Cable Type "DK" - Coaxial Patch Cord with BNC Connectors on both ends (length as required) Cable Type "DL" - Category 6 Patch Cord (length as required) d. Low Voltage System Cabling shall be run as per Electrical General Note #L on drawing Sheet No E-0.1 e. All splices or taps in cables run without conduit shall be made in junction boxes. 7. System components should only be energized in the presence of Representatives of the Door Hardware,

Door Access Control and Door Video Intercom Systems Vendors. 8. The Electrical Contractor shall explain System=s features and options to the School District and shall program

the Systems as per the School District’s direction. 9. Program the buttons on the following Door Video Intercom System Master Stations as follows: a. M-ES1, M-ES2, M-ES3 i. Answer Remote Station R-ES1 Open Door ES01 via ISC-E ii. Open Door ES02 via ISC-E b. M-DA1, M-DA2 i. Answer Remote Station R-DA1 Open Door ES07 via ISC-E ii. Open Door ES06 via ISC-E c. M-EK1, M-EK2 i. Answer Remote Station R-EK1 d. M-HS1, M-HS2, M-HS3 i. Answer Remote Station R-HS1 Open Door HS01 via ISC-H ii. Open Door HS02 via ISC-H 10. Video Images from the following Door Video Intercom System Remote Stations shall be recorded by the

Video Surveillance System: a. R-ES1, R-DA1, R-EK1 via Video Surveillance System Video Encoder 4-ES (see Note #11). b. R-HS1 via Video Surveillance System Video Encoder 1-HS (see Note #11). 11. Video Surveillance System Video Encoder furnished as part of Video Surveillance System (see Note #10). a. Category 6 Patch Cord furnished and installed as part of Video Surveillance System. See "Video

Surveillance System Wiring Diagram". 12. Mount the following Door Video Intercom System Central Exchange Units in spare spaces of the following

Hub Racks (coordinate final location in Rack with School District Personal who will rearrange existing components as required to facilitate installation):

a. CEU-EL, CEU-DA, CEU-EK in Elementary School existing Hub Rack ESC. b. CEU-HS in new Video Surveillance System Server Rack in High School Hub HSA 13. Cabling from Door Video Intercom Master and Remote Stations shall terminate on Video Surveillance System

Patch Panels in the Hub that the Door Video Intercom Central Exchange Unit is mounted in (see Note #12), then be patched to the appropriate Door Video Intercom Central Exchange Unit.

14. The PoE Hub Switch or Patch Panel so noted shall be furnished and installed as part of the Video

Surveillance System.

15. Door Access Control System Intelligent System Controller ISC-E shall, at a minimum, be configured as follows (see Note #18 for Abbreviations used in the following Table): Door Inputs Output Remarks ES01 PR-ES01 EL-ES01 RTE from EL-ES01 & RTE-ES01 (2) DC-ES01 Intercoms M-ES1, M-ES2, M-ES3 ES02 PB's ES02a, ES02b & Intercoms M-ES1, M-ES2, M-ES3 ES-ES02 #A ES03 None None ES04 PR-ES04 EL-ES04 #A RTE from EL-ES04 & RTE-ES04 (2) DC-ES04 ES05 None None ES06 PR-ES06 EL-S06 RTE from EL-ES06 (2) DC-ES06 Intercoms M-DA1, M-DA2, M-DA3 ES07 PR-ES07 ES-ES07 PB-ES07a & Intercoms M-DA1, M-DA2, M-DA3 Remarks: #A. Program Door to be unlocked at opening and ending of School day as directed by the School District.

Maximum hold open time for Electric Strikes ("ES") shall be one half hour. Maximum hold open time for Electric Latches ("EL") is indefinite.

16. Door Access Control System Intelligent System Controller ISC-H shall, at a minimum, be configured as

follows (see Note #18 for Abbreviations used in the following Table): Door Inputs Output Remarks HA01 PR-HS01 EL-HS01 RTE from EL-HS01 & RTE-HS01 (2) DC-HS01 Intercoms M-HS1, M-HS2, M-HS3 HS02 PB's HS02a, HS02b, HS02c & Intercoms M-HS1, M-HS2, M-HS3 ES-HS02 #A HS03 PR-HS03 EL-HS03 RTE from EL-HS03 & RTE-HS03 (2) DC-HS03 HS05 PR-HS05 EL-HS05 RTE from EL-HS05 & RTE-HS05 (2) DC-HS05 Remarks: #A. Program Door to be unlocked at opening and ending of School day as directed by the School District.

Maximum hold open time for Electric Strikes ("ES") shall be one half hour. Maximum hold open time for Electric Latches ("EL") is indefinite.

17. Door Access Control System Remote Cabinet RC-H shall, at a minimum, be configured as follows (see Note

#18 for Abbreviations used in the following Table): Door Inputs Output Remarks HS04 PR-HS04 EL-HS04 RTE from EL-HS04 & RTE-HS04 (2) DC-HS04 18. Abbreviations used in Notes 15, 16, & 17 indicate: DC Door Contact EL Electric Latch ES Electric Strike PB Push Button PR Prox Reader RTE Request to Exit