SOW.pdf

May 8

TABLE OF CONTENTS

1.0 SUMMARY OF WORK

1.1 General

1.2 Scope of Work

1.3 Project Site Access and Restrictions

1.4 Materials Delivery to Site

1.5 Permits and Fees

1.6 Pre‐purchased Equipment and Materials

1.7 Submittals

2.0 PROJECTION UPGRADES

2.1 Replacement Projectors

2.2 Replacement Projector Lifts

2.3 Replacement Projector Screen

3.0 NETWORK VIDEO MANAGEMENT SYSTEM

3.1 Network Video Management System

3.2 Control System

4.0 ACOUSTIC TREATMENT

4.1 Acoustic Treatment of Glass Partitions within the Operations Room

APPENDIX A – AV Cut Sheets –Projectors, Projector Lenses, Projector Lifts, Projector Screens

APPENDIX B – AV Related Sketches

APPENDIX C – Audiovisual Specifications

APPENDIX D – Acoustic Treatment Cut Sheets

APPENDIX E – Acoustic Treatment Reference Floor Plan and Sketch joe.riddle Typewritten Text

FAA AIR TRAFFIC CONTROL SYSTEM COMMAND CENTER May 8, 2020 Scope Documents for Projection Upgrades, Network Video Management System Replacement and Acoustic Treatment

FAA AIR TRAFFIC CONTROL SYSTEM COMMAND CENTER May 8, 2020

Projection Upgrades, Network Video Management System Replacement and Acoustic Treatment

1.0 SUMMARY OF WORK

1.1 General

1. Work of this Contract consists of providing projection upgrades, network video management upgrades and acoustic treatment upgrades within the Operation Room of the FAA Air traffic Control System Command Center (ATCSCC) located at 1300 Macintosh Drive in Warrenton, Virginia.

2. The ATCSCC is a mission critical facility that operates 24 hours per day, 7 day per week, and 365 days per year. The Operations Room and other work areas will be occupied and must be kept fully operational throughout the construction and commissioning periods. The Contractor is to carefully coordinate his work so not to interfere with the operations of the ATCSCC. Noise, odor and dust control will be strictly enforced.

3. The work within the Operations Room will need to be phased so that at least four of the projectors and associated screens are always active. Work stages shall be defined by the Contractor.

Construction sequence and phasing to be reviewed and approved by the FAA prior to starting any work on site.

4. Most of the work will occur within the Operations Room, the Equipment Room, and the interstitial space above the Operations Room within the ATCSCC.

5. All work is to be coordinated and scheduled with the FAA Contracting Officer Representative

(COR).

6. FAA will schedule a Pre‐bid Meeting for Contractors at the project site. Contractors attendance for the Pre‐bid Meeting is not mandatory but is recommended.

1.2 Scope of Work

1. The scope of Work includes but is not limited to the following tasks:

a. Replace six projectors and the associated motorized lifts and projection screens within the Operations Room.

b. Replace the existing Purelink matrix video switcher with a new Network Video

Management System (NVMS). Furnish, program, and commission a new control system to provide user control of the NVMS.

c. Perform off‐site staging of the NVMS and control system for FAA acceptance prior to installation.

d. Provide acoustic treatment to the glass partitions within the Operations Room.

2. Provide work as described here and in the followings sections, specifications, and sketches, and all incidental work as necessary to provide complete and functioning systems.

FAA AIR TRAFFIC CONTROL SYSTEM COMMAND CENTER May 8, 2020

3. Provide commissioning services and training for FAA staff for all new projectors, lifts, and systems.

1.3 Project Site Access and Restrictions

1. Contractor’s access to site shall be as directed by the FAA Contracting Officer Representative (COR). The Contractor shall not permit any unauthorized personnel or traffic on the site. The Contractor shall be responsible for traffic control to and from the various construction areas on the site. Directional signing at the access gate and along the delivery route to the storage area or work site shall be as directed by the COR. The Contractor will not be allowed to close any traffic lanes, nor will the Contractor be allowed to impede the flow of traffic.

2. Work within the Operations Room will occur between the hours of 12:00AM and 5:00 AM. There may be times when working hours will be restricted to occur between the hours of 1:00AM and 5:00 AM during the summer.

3. Construction in other areas may be completed between the hours of 7:00 AM and 6:00 PM if coordinated and approved by the FAA.

4. No hot work or welding is permitted within the ATCSCC Facility.

5. On site space for the Contactor’s office trailer, a storage container and a dumpster behind the building adjacent to the utility yard will be assigned by FAA. Electrical power for the Contractor’s office trailer and container is available via a 70 amp, 208 volt fuse disconnect at the outside corner of the Utility Yard. Parking on site for the Contractor and his subs will be assigned by FAA.

6. The FAA shall have the right of unlimited access to the premises.

7. Other agencies may be constructing other improvements during a portion or all of this construction. Contractor shall coordinate with other agencies contractors.

8. Coordinate use of premises in accordance with the site availability and as directed by the FAA

Contracting Officer Representative (COR).

9. Contractor to assume full responsibility for protection and safekeeping of project materials under this Contract.

10. Contractor to obtain and pay for use of additional storage or work areas needed for operations under this Contract.

11. Parking is not allowed along existing roads or within portions of the site used for active FAA operations.

FAA AIR TRAFFIC CONTROL SYSTEM COMMAND CENTER May 8, 2020

1.4 Materials Delivery to Site

1. All material orders for delivery to the site shall use 3701 Macintosh Drive, Warrenton, VA 20187 as the delivery address.

2. Contractor shall prepare, and submit to the COR for approval, a delivery plan for all types of delivery. The plan shall define the procedures that will be used to accommodate delivery traffic for all types of deliveries and any staging areas that will be used. Normal flow of traffic, into and out of the FAA facilities, shall not be impeded. Deliveries shall be suspended at the direction of the COR.

3. The Contractor is responsible for immediate clean‐up of any debris deposited along the access road as a result of his/her construction traffic.

4. Material storage areas, equipment storage areas, parking areas, and other areas as required by the Contractor shall be approved by the COR. Should Contractor find it necessary or advantageous to use any additional offsite area for any purpose whatsoever, Contractor shall, at its expense, provide and make its own arrangements for the use of such additional offsite areas.

1.5 Permits and Fees

1. No permits are anticipated for this work.

1.6 Pre‐purchased Equipment and Materials

1. The FAA has pre‐purchased the following equipment and materials. Refer to Appendix A for cutsheets.

a. Six (6) replacement projectors, Panasonic model no. PT‐RQ22K

b. Six (6) lenses for replacement projectors, Panasonic model no. ET‐D3LET30

2. Contractor is to take custody of all pre‐purchased equipment and materials on site within two weeks of award of contract. Contractor to be responsible for storage and protection of all equipment and materials after the contractor has taken custody. Coordinate transfer of equipment and materials with the COR.

3. All other equipment required to provide a turnkey system as described herein shall be furnished by the AV Contractor. All make and model information is provided as a reference for the basis of design. Substitutions may be proposed with products of equal or greater performance and in accordance with the submittal process. Refer to the attached specifications for additional details.

FAA AIR TRAFFIC CONTROL SYSTEM COMMAND CENTER May 8, 2020

1.7 Submittals

1. Contractor to provide the following submittals for FAA review and approval:

a. Within 10 days of award the Contractor is to submit a detailed project schedule indicating when work will be performed and completed for each piece of equipment and/or system component. The schedule shall also include when product and materials cut sheets and installation shop drawings will be submitted for review and when commissioning, punch list activities and training will occur.

b. Product and materials cut sheets and installation shop drawing;

c. Electrical drawings and diagrams;

d. Operations and maintenance manuals.

2.0 PROJECTION UPGRADES

2.1 Replacement Projectors

1. The existing projectors are over 10 years old and are at the end of their technology life cycle.

They will be replaced by new high‐brightness 4K‐capable laser projectors which will improve image quality and reduce maintenance frequency and costs. The FAA has pre‐purchased the replacement projectors, which are Panasonic PT‐RQ22K units with ET‐D3LET30 lenses. Refer to the cutsheets in Appendix A for technical specifications.

2. The AV Contractor shall remove the six (6) existing projectors and replace them with the new projectors. The old projectors will be turned over to the FAA. This work shall be phased such that at least four (4) projectors continue to be in service at all times. The AV Contractor will need to coordinate with the FAA in advance of performing the work to determine the optimal sequencing.

3. The Contractor shall provide electrical work to power the new projectors. Each new projector requires a 208 volt, 1 phase, 20 ampere circuit. Each new projector has a maximum power consumption of 1680 watts and a typical power consumption of 1200 watts. Each new projector requires a new 20 ampere 2 pole circuit breaker, at the panel supplying the projectors.

Projectors are required to be supplied by the UPS system. The existing CPL panels are connected to the existing central UPS system. Existing panel board CPL‐12, located in the equipment room, has spare power and circuit breaker spaces to accommodate the six new 208 volt, 1 phase, 20 ampere projector circuits.

4. New circuits for the projectors are to be routed up into and through the interstitial space above the Operations Room and then drop down through the grating at the interstitial space to the new projectors. New circuits can exit the Equipment Room at the south east corner of room and then rise up into the Mechanical Room, adjacent to the interstitial space. Existing Panelboard CPL‐12 is located at the south east corner of the Equipment Room. The circuits cannot be routed

FAA AIR TRAFFIC CONTROL SYSTEM COMMAND CENTER May 8, 2020 through the secure rooms or secure room ceiling spaces south of the equipment room.

Contractor to coordinate the routing of circuits with the COR and receive approval for the routing prior to installing the circuits. All power wiring shall be installed in conduit to match existing. All electrical work shall comply with the International Building Code (IBC), NFPA 70 National Electric Code (NEC), and all FAA Standards. Contractor to provide electrical drawings and wiring diagrams indicating affected panel boards, the routing of power and conduits, updated panel board schedules, and a list of all breakers and materials to be used for FAA review and approval prior to installation.

5. Refer to the sketches in Appendix B for approximate locations of the equipment. Refer to the specification sections in Appendix C for additional requirements concerning audio visual work to be provided.

2.2 Replacement Projector Lifts

1. The existing projectors are mounted on motorized scissor lifts in an interstitial space at the rear of the Operations Room. They are lowered from the operational position through an access hatch to a service position for maintenance. Keyed switches located on the Operations Room floor directly below the projectors are used to operate the lifts.

2. The AV Contractor shall furnish new lifts and replace the existing units while replacing the projectors. Prior to ordering the new lifts, the AV Contractor will field‐verify the extension length needed, the clearance available for the “show” position and the dimensions of the access hatch for projector egress. The AV Contractor shall review the existing hardware which attaches the lifts to the building structure and replace if necessary. The keyed switches shall be re‐used if possible or replaced if necessary.

3. The AV Contractor shall provide a new projector mounting bracket to attach the new projectors to the new lifts. The mounting bracket shall be rated to hold the weight of the new projectors and shall have sufficient adjustment to allow the pitch of the projector to match the pitch of the new projection screens as described below.

4. This work shall be phased such that at least four (4) projectors are in service at all times. When each projector lift is removed, the AV Contractor shall turn it over to the FAA.

5. The existing projector lifts are served by 120 volt circuits routed through the interstitial space.

The new projectors lifts utilize 120 volt power supply and will reuse the existing lift power supply circuits.

6. The new lifts will be rated to lift up to a 350lb load. The basis of design projector lift is the Draper

Scissor Lift SLX.

7. Refer to the sketches in Appendix B for approximate locations of the equipment. Refer to the specification sections in Appendix C for additional requirements.

FAA AIR TRAFFIC CONTROL SYSTEM COMMAND CENTER May 8, 2020

2.3 Replacement Projector Screen

1. The existing projection screens are wall‐mounted fixed frame screens with a nominally matte‐ white material. They are approximately 16’ wide by 9’ tall and are attached flat to the wall.

2. The AV Contractor shall furnish new projection screens and replace the existing screens. The new projection screens shall be wall‐mounted and fixed frame with an ambient light rejecting screen material. They shall be mounted a slight downtilt (approximately 6 degrees) to improve visibility for personnel seated at the front of the room. Verify optimal tilt angle prior to ordering and installation. The tilting mechanism shall be provided by the screen manufacturer. The AV

Contractor shall retain the on‐site services of the manufacturer to assist in the installation and optimization of the projection screens and projector alignment.

3. The basis of design product is the dnp Supernova Infinity (reference RP Visual Solutions quote #

AEC‐JF‐15925‐D).

4. Refer to the sketches in Appendix B for approximate locations of the equipment. Refer to the specification sections in Appendix C for additional requirements.

3.0 NETWORK VIDEO MANAGEMENT SYSTEM

3.1 Network Video Management System

1. The ATCSCC is currently served by a 36 x 36 Purelink matrix switcher which was installed when the facility was built approximately 10 years ago. It is nearing the end of its lifespan and the FAA has outgrown the fixed input/output capacity. The switch ties video signals from FAA workstations and servers on the Operations Room floor and equipment room to the six (6) Operations Room projectors as well as various spaces throughout the facility.

2. The AV Contractor shall furnish a turnkey Network Video Management System (NVMS). The

NVMS will be composed of encoding and decoding hardware that will transmit FAA computer video across a new AV network. The AV Contractor shall furnish dedicated network switches to support the NVMS. The NVMS will not communicate with the FAA’s network, and as such, screen‐scraping licenses and software are not required. Prior to ordering the equipment, the AV Contractor shall confirm input / output requirements with the FAA. For bidding purposes provide all servers, software, encoders, decoders, licenses, and accessories needed to support a minimum of 48 input sources and 36 output destinations.

3. The AV Contractor shall coordinate all new equipment locations with the FAA, as well as all equipment to be removed. Any equipment that is removed is to be turned over to the FAA. The

FAA AIR TRAFFIC CONTROL SYSTEM COMMAND CENTER May 8, 2020

AV Contractor shall provide new equipment racks to house the new equipment. The racks are to be pre‐fabricated at the AV Contractor’s facility, with all equipment configured and tested as an integrated system prior to delivery to the ATCSCC.

4. Fiber optic cabling exists between the Purelink matrix switch and the connected locations throughout the building. The AV Contractor shall re‐use fiber optic cable where possible. The AV Contractor shall re‐use existing blue Category cabling which is run between workstation consoles in the Operations Room and a patch panel in the adjacent equipment room. Cabling which will be re‐used shall be tested by the AV Contractor. All test results will be turned over to the FAA prior to any cabling being used.

5. The AV Contractor shall furnish professional‐grade fiber optic media converters as needed to allow the use of the existing fiber optic cabling with the NVMS encoding and decoding equipment. Assume that all decoder endpoints in the Operations room and throughout the rest of the facility will use fiber.

6. The AV Contractor shall coordinate the cutover from the existing matrix switch to the new NVMS with the FAA. The AV Contractor shall provide the FAA with a written cutover plan at least 30 days in advance of the proposed cutover date. The cutover plan shall at a minimum identify risks, mitigation plans, sequencing, and contingencies. The cutover shall minimize downtime and shall incorporate a suitable burn‐in period for the new system which is agreed upon with the FAA.

7. The AV Contractor shall retain the on‐site services of the manufacturer to assist in the setup, configuration, staging, installation, and cutover of the NVMS.

8. The basis of design product is the Barco Transform N CMS platform. Refer to the sketches in Appendix B for conceptual signal flow diagram. Refer to the specification sections in Appendix C for additional requirements.

3.2 Control System

1. The existing Purelink matrix switch is controlled by an AMX control system, with a touchpanel located on the Operations Floor. The control system will be replaced by a new up‐to‐date equivalent which will incorporate all functions needed to control the NVMS. An additional touchpanel will be added at the AV equipment rack location.

2. The AV Contractor shall furnish all necessary control processors, touchpanels, cabling, accessories, programming, and installation required to deliver a turnkey integrated system. All user interfaces shall be designed in coordination with the FAA as described in the attached specifications. The interfaces shall be capable, at a minimum, of routing video across the NVMS and controlling any windowing processing that is implemented. The touchpanels shall be nominally sized at 20” diagonal.

3. The basis of design control system manufacturer is AMX. Refer to the sketch in Appendix B for

FAA AIR TRAFFIC CONTROL SYSTEM COMMAND CENTER May 8, 2020 conceptual signal flow diagram. Refer to the specification sections in Appendix C for additional requirements.

4.0 ACOUSTIC TREATMENT

4.1 Acoustic Treatment of Glass Partitions within the Operations Room

1. Acoustical treatment within the Operations Room is to include the installation of micro‐ slotted transparent sound absorbing panels as manufactured by RPG Acoustical Systems, 99 South Street, Passaic, NJ, 07055, www.rpgacoustic.com, info@rpgacoustic.com at the glass partitions surrounding the workstations.

2. The transparent sound absorbing panels are to be installed with clips and spacers to provide a 1.5 inch to 3.0 inch air space between the glass partitions and the sound absorbing panels as recommended by the absorbing panel manufacturer.

3. Edge grips and panel clips are to be used to secure the absorbing panels to the glass partitions. No holes are to be drilled into the glass partitions.

4. The sound absorbing panels are to be installed on the inside (desk side) of the existing workstations.

5. Contractor to verify the sizes of the panels to be installed to maximize the effectiveness of the panels and to accommodate a secure installation. Holes will need to be provided in the upper edge, upper corners and lower edge of the of the absorbing panels to accept the through bolt connection of the edge clips and spacers as recommended by the panel manufacturer.

6. See appendix for cut sheets and floor plan indicating the workstation partitions to be treated.

FAA AIR TRAFFIC CONTROL SYSTEM COMMAND CENTER April 30, 2020

Projection Upgrades, Network Video Management System Replacement and Acoustic Treatment

LIFTS AND MOUNTS

CEILING MOUNTED/INSTALLED, LOWERED WHEN IN USE

Scissor Lift SLX

FEATURES

– Installation of factory installed cables for video and projector control available.

– Wall switch and service key switch standard.

– Lift finish available in white (standard) or black.

– WARRANTY: One year against defects in materials and workmanship.

– US PATENTS: draperinc.com/legal/ patents/

OPTIONS

– Optional Environmental Airspace Housing to isolate projector from environmental airspace above ceiling.

– Optional ceiling closure panel available in white (standard) or black.

– Ceiling finish kit optional. Kit includes ceiling trim ring and closure panel (order when Airspace Housing is not required).

– Optional universal-style bracket for easy attachment of a variety of projector models.

– Optional IR control.

SIZES

– Maximum lifting capacity up to 350 lb (158 kg).

– Maximum extensions Six models available:

10' (305 cm) extension capacity, 14' (427 cm) extension capacity, 17' (518 cm) extension capacity, 21' (640 cm) extension capacity, 24' (732 cm) extension capacity, 28' (853 cm) extension capacity.

– Scissor Lift SLX dimensions (WxD) 39-1/2" x 39-1/2" (100 cm x 100cm) Maximum projector size (WxD) 35" x 35" (89 cm x 89)

– Scissor Lift SLX with large closure dimensions (WxD) 40-9/16" x 46-9/16" (103 cm x 118 cm) Maximum projector size (WxD) 35" x 41" (89 cm x 104 cm)

The Scissor Lift SLX features three sets of scissors that provide lateral and front-to-back projector stability with a 350-pound (158

kg) lifting capacity that makes it an ideal option for heavier projector applications. The SLX offers longer extension positions for show and service to provide ease of access for projector maintenance.

Available with models that vary in maximum lifting capacity and extension to service positions.

SUPPORTING DOCUMENTS

All instructions, technical drawings and other supporting documents are located at: draperinc.com/Documents.aspx

For more information on this product visit:

draperinc.com/liftsmounts/projectorlifts.aspx

Optional accessories such as environmental airspace housing isolates and secures your lift and projector from the space above ceilings.

Draper, Inc. | 411 S. Pearl St. Spiceland, IN 47385 draperinc.com | 765.987.7999 | 800.238.7999

© 2019 All Rights Reserved | Form: Lift_ScissorSLX https://www.draperinc.com/legal/patents/ https://www.draperinc.com/legal/patents/ https://www.draperinc.com/documents.aspx https://www.draperinc.com/liftsmounts/projectorlifts.aspx

Draper, Inc. | 411 S. Pearl St. Spiceland, IN 47385 draperinc.com | 765.987.7999 | 800.238.7999 © 2018 All Rights Reserved | FORM: ScissorLiftSLX_In_110V_Sub-PlanSheet18-R

Scissor Lift SLX Series Planning sheet submission required with your order or request for quotation. Please mark appropriate response to each numbered item (front and back) by

Scissor Lift—SLX Series Quantity

10 ft.—Model SLX10

14 ft.—Model SLX14

17 ft.—Model SLX17

21 ft.—Model SLX21

24 ft.—Model SLX24

28 ft.—Model SLX28

2 Standard, factory set “show” position is 36" (914 mm) below “store” position. “Show” position can be adjusted after installation. For “show” position of more or less than 36" (914 mm), list show position:

3 Select Powder Coat Finish:

White (Standard) Black

Trim Ring Only (Standard) Entire Environmental Air Space Housing (Optional)

1 Select one model based on the maximum exact distance you need the projector to descend from “store” position to “service” position.

DRAPER SALESPERSON:

CUSTOMER CONTACT:

SIGNATURE: DEALER NAME:

PROJECT NAME:

P.O. #:

DATE:

(Continued on Page 2)

Table A Closed Extended

Model Height Height SLX10 141/16" (36 cm) 10'7" (232 cm)

SLX14 165/16" (42 cm) 14'2" (432 cm)

SLX17 189/16" (47 cm) 17'8" (538 cm)

SLX21 2013/16" (53 cm) 21'3" (648 cm)

SLX24 231/16" (60 cm) 24'9" (754 cm)

SLX28 255/16" (65 cm) 28'5" (866 cm)

Specifications—Scissor Lift SLX video projector lifts for projectors weighing up to 350 lbs (158.8kg).

White or black powder coat finish. Projector bolts onto operating pan, or mounts to pan with mounting bracket (by others). Electrically operated 110- 120V AC, 60 Hz. UL recognized gearmotor, with metal chain drive system, to be lifetime lubricated.

Projector to be suspended from steel pan supported by steel scissor arms and operated by two, 3/16" (4.7625 mm) aircraft cables with 4200 foot/pounds tensile strength per cable.

Equipped with 3 sets of stabilizing scissors, positioned on the left, right, and rear sides. Also equipped with fail-safe inertial safety belt system and Cable Management System with projector power cord. Factory set limit switches to automatically stop travel at store, show, and service positions. Single Station Low Voltage Control, standard, consists of one 3-button wall switch to lower lift from “stored” to “show” position, and one momentary key switch to lower lift to “service” position.

Please Note: Outlet switches off when the lift hits up limit position.

Scissor Lift SLX is approved to UL 2442 and CSA C22.2 No. 60065-03.

Optional Current Sensor available.

Optional Environmental Air Space Housing: Consists of suitable painted steel panels for use in return air plenum situations. Includes trim ring for ceiling opening. Two sizes available.

Optional ceiling closure panel: Finished in white baked textured powder coat, shall descend smoothly with projector. Two sizes available.

Ceiling Finish Kit: Finished white. Trims ceiling opening when required.

Consists of trim ring and closure panel. Two sizes available.

Factory-installed control cables available.

Please Note: The Scissor Lift SLX should be specified in conjunction with a Draper motorized screen.

Optional Ceiling Access Door: Provides access to projector and lift when unit is installed above hard ceiling. Two styles: White painted finish or accepts ceiling tile.

Patented by Draper, Inc.

Patent information available at http://www.draperinc.com/legal/patents/ Downloadable 3-part specifications are available at www.draperinc.com.

363/16" (919 mm)

385/16" (973 mm)

359/16" (903 mm) 3711/16" (957 mm)

See Table

A

357/16" (900 mm) 371/16" (941 mm) 42" (1067 mm)

36¼" (921 mm) 391/16" (992 mm) 42" (1067 mm)

35" (889 mm) 19/16"

(39.6875 mm)

1/8" (3.175 mm)

Top View

Front View Side View

39 1/8" (994mm) x 39 1/8" (994mm) Lipless Closure Dimensions

For drawings/dims with Environmental Air Space Housing, see page 3.

There are two sizes of closure.

See page 3.

There are two sizes of closure.

See page 3.

21 3/8" (406 mm) threaded rod included. Can be cut down to match projector and mount dims.

Draper does not recommend setting show position at the maintenance/ service position. For example, if you wish to have 8' (2.4 m) Show position, order a lift with at least a 10' (3 m) maintenance position.

Submittal and Planning sheet http://www.draperinc.com/LiftsMounts/LiftProducts.asp?detail=777

4 Select Optional Accessories Optional Ceiling Access Door (2' x 2' [60 x 60 cm]) to allow access above finished ceiling (highly recommended).

White Painted Finish Accepts Ceiling Tile Optional Environmental Air Space Housing: Optional ceiling closure panel not included (see page 3).

SLX SLXR

Optional Ceiling Closure Panel: Pairs with Environmental Air Space Housing. Installs with ceiling trim lip or as Lipless Closure (see page 3).

SLX SLXR

Optional Ceiling Finish Kit: Ceiling closure panel and mating trim kit used to finish ceiling opening when no Air Space Housing is needed (see page 3).

SLX SLXR

Optional Universal Projector Mount (max. load 26 lbs.).

Optional Current Sensor. (Please Note: Optional Current Sensor may reduce projector space available. Contact Draper).

5 Select factory installed hookup for RGB, Video and Projector Control?

(Note: Cables are Optional, not plenum rated and are shielded) Yes No

What type of connectors do you need? (Inputs to Projector and Outputs at top of Lift) BNC How Many?

15 Pin HD How Many?

RCA How Many?

S-Video How Many?

RS232 (DB9) How Many?

Cat 6 How Many?

HDMI How Many?

* Please note: There is a limit of seven (7) video, RGB and control cables per Scissor Lift.

6 Select Voltage:

110-120V 220-230V

7 Select Low Voltage Controls: This unit comes with one 3-Button Wall Switch and one Momentary Key Control.

For other switching options, please select from below:

Replace 3-Button Wall Switch with optional second Momentary Key Control (SP-KSM) Optional Key Operated Power Supply Key Switch (On-off) Optional Wireless Remote Control (radio frequency transmitter & receiver) (Controls the "Show" position only) Optional Wireless Remote Control (infrared transmitter & receiver) (Controls the "Show" position only) Optional R2D7 RS232 interface for Serial Communication (Controls the "Show" position only)

8 Will this unit be controlled by other equipment?

No.

Yes. What kind of equipment?

Scissor Lift Submittal & Planning Sheet for SLX Series page 2 of 4

Lipless Ceiling Closure Dimensions (Optional)

SLX SLXR

Width 391/8" (994 mm) 391/8" (994 mm)

Depth 391/8" (994 mm) 451/8" (1146 mm)

Lipless Closure Option is available by removing the Trim Ring from the Closure Panel. A substrate material (ceiling tile, gypsum board, etc.) can be attached directly to the Closure Panel using adhesive, double-sided tape or screws.

NOTE: Make sure the added weight of the substrate does not exceed the stated weight capacity of the lift. Substrate should be installed so that it is centered within the finished opening in the ceiling, with a gap of no less that 3/16" around all edges.

DRAPER SALESPERSON:

CUSTOMER CONTACT:

SIGNATURE:

SLX Scissor Lift — Dimensions & Data

SLX10 SLX14 SLX17 SLX21 SLX24 SLX28

Height of lift in closed posi-tion1 141/16" (36 cm) 165/16" (41 cm) 189/16" (47 cm) 2013/16" (53 cm) 231/16" (59 cm) 255/16" (64 cm)

Max. down travel (to service position)

10'7" (323 cm) 14'2" (432 cm) 17'8" (538 cm) 21'3" (648 cm) 24'9" (754 cm) 28'5" (866 cm)

Net weight—lbs. 213 230 260 275 289 303

Net weight—kg 98 104 118 125 131 137

Approx. travel time2 (to service position)

1 min. 43 sec. 2 min. 24 sec. 2 min. 55 sec. 3 min. 36 sec. 4 min. 7 sec. 4 min. 48 sec.

1 Height of Scissor Lift in closed position only. Overall height of projector, plus optional mount, plus optional ceiling closure, plus optional Environmental Air Space Housing adds to overall height of equipment installed above ceiling.

2 Up direction with full load of 350 lbs. "Down" travel time or lighter loads will have shorter travel times.

DRAPER SALESPERSON:

CUSTOMER CONTACT:

SIGNATURE:

Scissor Lift Submittal & Planning Sheet for SLX Series page 3 of 4 Optional Ceiling Closure Dimensions

Optional Environmental Air Space Housing Dimensions

Optional Ceiling Trim Kit Dimensions

3513/16" (910 mm)

20¼" (514mm)

Top View

3911/16" (1008 mm) 42" (1067 mm)

353/8" (899 mm)

3911/16" (1008 mm) 42" (1067 mm) 19/16"

(40 mm)

4113/16" (1062 mm)

4511/16" (1160mm) 48" (1219 mm)

353/8" (899 mm)

3911/16" (1008 mm) 42" (1067 mm)

19¾" (502 mm)

19/16" (40 mm)

Top View

4817/32" (1233 mm)

4123/32" (1060 mm) 4123/32" (1060 mm)

41¾" (1060 mm) 4115/32" (1053 mm)

5" (127 mm)

Top View

4715/32" (1206 mm) 41¾" (1060 mm)

4817/32" (1233 mm)

409/16" (1030 mm) 4123/32" (1060 mm)

469/16" (1183 mm) 4723/32" (1212 mm)

5" (127 mm)

Top View

SLXR SLX

48" (1219 mm) 4511/16" (1160 mm)

42" (1061 mm) 3911/16" (1008 mm)

4113/16" (1062 mm) 353/8" (899 mm)

19/16" (40 mm)

19¾" (502 mm)

Top View

42" (1061 mm) 3911/16" (1008 mm)

4111/16" (1050 mm) 409/16" (1030 mm)

4111/16" (1059 mm) 409/16" (1030 mm) 3513/16" (910 mm)

4" (102 mm)

20¼" (514 mm)

Top View

42" (1061 mm) 3911/16" (1008 mm)

353/8" (899 mm)

19/16" (40 mm)

Net Weight:

192 lbs (87 kg)

Net Weight:

208 lbs (94 kg)

Net Weight:

34 lbs (15 kg)

Net Weight:

39 lbs (18 kg)

SLXR SLX

SLXR

Front/Back View

SLX

Side View Front/Back View

Front/Back View Front/Back View

Side View

Side View Side View

DRAPER SALESPERSON:

CUSTOMER CONTACT:

SIGNATURE:

Scissor Lift Submittal & Planning Sheet for SLX Series page 4 of 4 Wiring Diagram

N

U C

D

Dashed wiring by electrician

0V a c, Su pp ly

Attached to lower pan

WH

BKBK

WH

GN

WH

Low voltage wiring by others

Low Voltage Trigger (6-24 VDC)

WH

EncoderRD

BK

RD WH

RD

WH

BK

Wall Switch Key Switch

RP/RQ Bus Ports for remote controls such as IR Eye, RF Receiver, LED Wall Switch and

RS232.

WH

RD

BN

RD

WH

BK

YL

YL/GN

RD

BK

BK

OR

Up Limit Switch

NC

NC

RD

BN

NC

Down Limit Switch

Delay Switch (ON position)

RD

BK

BK

OR

BK

BK

RD

BL

YL/GN

BK

Motor

Up

Down

BK

BK

BK

WH

OR

RD

BK

BK

WH

OR

RD

AC

AC

COM

N.O.

N.C.

BK

WH

RD

OR

Optional Delay Assembly

Run Cap

60 MFD

2 Cond. Cable

110V AC, 7A 60 Hz Switched Outlet

K

EY

W A

LL

R P/

R Q

R P/

R Q

LV

T

Red - Down Black - Com Black - Com Blue - Up

Pin 3 - Green

Pin 2 - Yellow

Pin 5 - Black

DCU

Green - DOWN Black - COM Yellow - UP

PIN

1 - NOT USED

2 - YELLOW

3 - GREEN

4 - NOT USED

5 - BLACK

6 - NOT USED

Please Note:

Data cable connections must be made using electrically straight 6 Pin 4 conductor modular cable (RJ14/6P4C).

Please Note:

RJ14/6P4C

Data Cables for Serial Control Provided by Others

SP-KSM

Key Switch

Service Position

Optional R2D7, RS232 Controller

RP/RQ Bus Ports for remote controls such as IR Eye, RF Receiver, LED Wall Switch and RS232.

LVC-S

Show Position

Low Voltage Trigger

(6-24 VDC)

(Polarity Independent)

Function Indicator

To RS232 Serial Port:

1 - Blue = Not Used 2 - Yellow = Rx (Data from control system) 3 - Green = Tx (Data to control system) 4 - Red = Not Used 5 - Black = Gnd (Signal Ground) 6 - White = Not Used

DETAIL OF DATA CABLE

SPLITTER BOARD

Automated Dry Contact System

Connecting Controls to Data Cable Splitter Board Controls plug into the Data Cable Splitter Board (See diagram below) which is located on the Top Frame on the front side of the lift, using RJ14/6P4C connectors.

For IR or RF Remote Control, use data cable with RJ14/6P4C connectors on both ends.

For serial control of "Show" position, use data cable with RJ14/6P4C connectors on both ends and an R2D7 Serial Control Interface. Plug into the "RP/RQ" input.

Please Note:

Any control, including automated dry contact systems, being connected to the wall switch input MUST send a momentary signal.

M arch 2020 - dnp dnp Supernova™ XL Screen

> dnp denmark as Skruegangen 2 DK-2690 Karlslunde Denmark

> Phone +45 4616 5100 Fax +45 4616 5200 www.dnp-screens.com

Application suitability

Auditorium/sports arena

Conference room

Control room

TV studio

Advertising – in-store

Advertising – window display

Home entertainment – bright living room

Education

Award-winning technology The Supernova XL screen features true optical ALR lens technology for crisp high-contrast images without dimming the lights or pulling curtains. The award-winning Supernova

08-85 screen material is renowned for delivering best-in-class contrast and colour reproduction even in brightly lit environments. The extra large image area is obtained by joining together two sheets of optical film. The viewing area appears virtually seamless in use.

Perfectly flat image The screen is ingeniously designed to maintain a geometrically flat and uniform image. A specially designed framing system keeps the optical screen material tensioned, while vertical and corner reinforcement bars, out of sight at the back, prevent frame sagging and twisting.

Smart transport and easy handling The screen is designed to roll for lean transport and easier on-site handling. Supernova XL screens are shipped in boxes optimized for easier handling and reduced transport costs. The screen can easily be assembled by two people in approximately 75 minutes, depending on skill level and screen size.

Sizes, formats and options The Supernova XL Screen is available in any aspect ratio and image size up to 230” in 16:9. The screen is supplied as standard with an 80mm wide black frame. Frame options include 4 different colours.

> Image size up 230” in 16:9

> Near “flat-screen” optical image quality*

> Available in 4 frame colours

> Award-winning screen technology

> Cost-effective solution

> Perfectly flat image

> Virtually seamless viewing. Joint-line of only 0.3mm [300 micron]

> Disassembled frame solution for lean shipping and easy handling

> Easy to install

> 4K and 8K compatible

The Supernova XL Screen is the world’s largest optical front projection screen available as a tensioned screen solution.

The large viewing area is made from two sheets of screen material with a very thin joint-line, which is virtually invisible with typical content and from normal viewing distance. Its size and optical performance are designed to satisfy even the most critical audiences. Impressive and affordable, the Supernova XL

Screen is ideal for large venues such as big conference rooms, auditoriums and houses of worship.

dnp optical front projection screens

Up to 230”

*with a suitable projector dnp Supernova™ XL Screen

> dnp denmark as Skruegangen 2 DK-2690 Karlslunde Denmark

> Phone +45 4616 5100 Fax +45 4616 5200 www.dnp-screens.com

Specifications

Product details

Aspect ratio 16:9 format 16:10 format Screen size Diagonal 160” 180” 200” 220” 230” 160” 180” 200” 220”

Part no. BS frame 526 160 111 526 180 111 526 200 111 526 220 111 526 230 111 526 160 311 526 180 311 526 200 311 526 220 311 BV frame 526 160 112 526 180 112 526 200 112 526 220 112 526 230 112 526 160 312 526 180 312 526 200 312 526 220 312 SA frame 526 160 113 526 180 113 526 200 113 526 220 113 526 230 113 526 160 313 526 180 313 526 200 313 526 220 313 WS frame 526 160 114 526 180 114 526 200 114 526 220 114 526 230 114 526 160 314 526 180 314 526 200 314 526 220 314

Screen dimensions

Image width mm 3542 3985 4428 4870 5092 3446 3877 4308 4739 Image height mm 1992 2241 2491 2740 2864 2154 2423 2692 2962 Image width inch 139,5 156,9 174,3 191,7 200,5 135,7 152,6 169,6 186,6 Image height inch 78,4 88,2 98,1 107,9 112,8 84,8 95,4 106,0 116,6

Outside dimensions

Width* mm 3702 4145 4588 5030 5252 3606 4037 4468 4899 Height* mm 2152 2401 2651 2900 3024 2314 2583 2852 3122 Depth mm 46 46 46 46 46 46 46 46 46 Width* inch 145,8 163,2 180,6 198,0 206,8 142,0 158,9 175,9 192,9 Height* inch 84,7 94,5 104,4 114,2 119,1 91,1 101,7 112,3 122,9 Depth inch 1,8 1,8 1,8 1,8 1,8 1,8 1,8 1,8 1,8

*) add 40 mm [1.6”] for ‘Silver Alu’ and ‘White Sand’ frame options

Shipping dimensions

Width mm 500 500 500 500 500 500 500 500 500 Height mm 660 660 660 660 660 660 660 660 660 Length* mm 2368 2617 2867 3116 3240 2530 2799 3068 3338 Width inch 19,7 19,7 19,7 19,7 19,7 19,7 19,7 19,7 19,7 Height inch 26,0 26,0 26,0 26,0 26,0 26,0 26,0 26,0 26,0 Length* inch 93,2 103,1 112,9 122,7 127,6 99,6 110,2 120,8 131,4

*) add 40 mm [1.6”] for ‘Silver Alu’ and ‘White Sand’ frame options

Weight (approximate)

Screen kg 35 42 46 51 54 32 37 47 52 Shipping kg 110 122 135 145 150 115 125 141 151 Screen lb 77 93 101 112 119 71 82 104 115 Shipping lb 243 269 298 320 331 254 276 311 333

*) add 5-6 kg [11-13 lbs] for ‘Silver Alu’ and ‘White Sand’ frame options

Projector information

Min. lens throw ratio ltr 1.5:1 1.5:1 1.5:1 1.5:1 1.5:1 1.5:1 1.5:1 1.5:1 1.5:1 Min. projection distance* mm 5313 5977 6641 7306 7638 5169 5816 6462 7108 Min. projection distance* inch 17,4 19,6 21,8 24,0 25,1 17,0 19,1 21,2 23,3

*) projector not higher than 105% above image center dnp Supernova™ XL Screen

> dnp denmark as Skruegangen 2 DK-2690 Karlslunde Denmark

> Phone +45 4616 5100 Fax +45 4616 5200 www.dnp-screens.com

Specifications dnp optical screens have won numerous awards including the Best Buzz Award at InfoComm, Honoree Awards at CES and the Exc!te award at CEDIA US 2007.

7 layers for up to 10 times more contrast

The Supernova Screen is made up of 7 high-tech layers that actively ensure a superior viewing experience.

Layers include:

> Unique optical lens film to reduce the impact of ambient light and ensure better image contrast.

> Technologically advanced reflection layer for revolutionary half-gain angles up to +/- 85 .̊ > Black colour layer that sets new standards for colour reproduction.

> Hard surface coating for screen scratch resistance and easy handling and a no-shimmer image.

These unique properties have earned Supernova 08-85 screen material ISF approval.

General information

Available screen material 08-85

Peak gain 0.8 Horisontal half-gain angle degrees 85 Lens pitch micron 65

Center joint-line mm < 0.3 micron < 300

Image brightness difference between two sheets % < 3

Operating environment

Temperature °C 10-40 °F 50-104

Humidity (non-condensing) %RH 10-70

Frame options Code Front frame Inner frame

1 Black Sand - 2 Black Velvet - 3 Silver Alu Black Velvet 4 White Sand Black Velvet

Frame width mm 80 20 inch 3,1 0,8

Hanging options Standard Optional

Method Wall Ceiling Accessories 2x wall mounts Ø3mm steel wire

2x magnets 2x rigging screws

Included in the package

Screen material, Frame members, Support bars, assembly accessories, hanging accessories, Installation Manual

Certificates and awards

Projection Upgrades, Network Video Management System Replacement and Acoustic Treatment

APPENDIX B – AV Related Sketches

OPERATIONS

ROOM

EQUIPMENT

ROOM

UTILITY

OPEN

OFFICE

UTILITY

CORRIDOR

ELEC

OFFICE

MECH

BOILER RM

STAIR 3

CORRIDOR

OPEN

OFFICE

STOR/OFFICE

STOR/OFFICE

ROOM

CONFERENCE

RM

MEN

WOMEN

BREAK RM

OFFICE

JC

OFFICE

1312C

OFFICE

1312B

OFFICE

1312A

OFFICE

OFFICE

OFFICE

CLO

CLO

jack.anderson1 Rectangle jack.anderson1 Callout Network Video Management System to be located in Equipment Room 1400 jack.anderson1 Text Box FAA Video Upgrades - Command Center Floor Plan jack.anderson1 Line jack.anderson1 Line jack.anderson1 Line jack.anderson1 Line jack.anderson1 Line jack.anderson1 Line jack.anderson1 Rectangle jack.anderson1 Rectangle jack.anderson1 Rectangle jack.anderson1 Rectangle jack.anderson1 Rectangle jack.anderson1 Rectangle jack.anderson1 Callout Approximate projector locations. Typical of 6.

jack.anderson1 Callout Approximate screen locations. Typical of 6.

jack.anderson1

FAA Video Upgrades - Command Center Reflected Ceiling Plan

Text Box FAA Video Upgrades - Operations Room East Elevation jack.anderson1 Rectangle jack.anderson1 Rectangle jack.anderson1 Rectangle jack.anderson1 Rectangle jack.anderson1 Rectangle jack.anderson1 Rectangle jack.anderson1 Callout Approximate location of fixed wall-mounted projection screens. Typical of 6.

Rectangle jack.anderson1 Rectangle jack.anderson1 Rectangle jack.anderson1 Rectangle jack.anderson1 Rectangle jack.anderson1 Rectangle jack.anderson1 Callout Openings in interstitial wall for projector operating position. Typical of 6.

jack.anderson1

FAA Video Upgrades - Operations Room West Elevation

Computer Video Source

Network AV Encoder

Computer Video Source

Network AV Encoder

Confirm quantity of sources with FAA.

Minimum 36.

Network Switches

(Furnished by AV Contractor)

Network Video Management

Server

Control System Processor

Network AV Decoder

Video Display or Room Switch

Confirm quantity of destinations with

FAA. Minimum 24.

Provide control interfaces as needed.

Network AV Decoder

Video Display or Room Switch

Equipment Room

Touchpanel

OPS Floor Touchpanel

FAA Video System Upgrades – Conceptual Signal Flow Diagram 4/30/2020

Projection Upgrades, Network Video Management System Replacement and Acoustic Treatment

APPENDIX C – Audiovisual Specifications

FEDERAL AVIATION ADMINISTRATION APRIL 30, 2020

AIR TRAFFIC CONTROL SYSTEM COMMAND CENTER SCOPE DOCUMENTS

95% SUBMITTAL

COMMON WORK RESULTS FOR AUDIOVISUAL SYSTEMS AND EQUIPMENT 27 41 00 - 1

SECTION 27 41 00 - COMMON WORK RESULTS FOR AUDIOVISUAL SYSTEMS AND

EQUIPMENT

PART 1 - GENERAL

SUMMARY

A. Provide complete systems in compliance with drawings, general provisions of contract, including General and Supplementary Conditions, and Instructions to Bidders.

B. System refers to the complete and functional assemblage of equipment required to achieve the specified functionality, performance, and design intent. This shall include, but not be limited to, ancillary items such as power supplies, interfaces, transformers, cable, and connectors.

C. Related Documents and Sections:

1. Section 274116 – Integrated Audiovisual Systems and Equipment.

REFERENCES

A. Reference Standards: Comply with applicable provisions of the following for design, materials, fabrication, and installation of component parts:

1. BICSI/AVIXA, Audiovisual Design Reference Manual.

2. AVIXA International, AV Installation Handbook.

3. AVIXA International, Audiovisual Best Practices.

4. AVIXA International, CTS Certified Technology Specialist Exam Guide.

5. AVIXA International, CTS-D Certified Technology Specialist-Design Exam Guide.

6. AVIXA International, CTS-I Certified Technology Specialist-Installation Exam Guide.

7. AVIXA International, Networked Audiovisual Systems.

8. ANSI/AVIXA International, 10:2013 - Audiovisual Systems Performance Verification.

9. City and State or District Ordinances, as applicable to location.

10. IEEE C2, National Electrical Safety Code®.

11. NFPA-70, National Electrical Code®.

12. NFPA-72, National Fire Alarm Code®.

13. NFPA-101, Life Safety Code®.

14. NFPA-255, Standard Method of Test of Surface Burning Characteristics of Building

Materials.

15. American National Standards Institute (ANSI).

16. Federal Communications Commission (FCC).

17. National Electrical Manufacturers Association (NEMA).

18. Occupational Safety and Health Administration (OSHA).

B. Work shall comply with the latest edition of applicable criteria, standards, and codes including subsequent addendums.

C. In the event of conflicts, the more stringent provisions shall be applied.

DEFINITIONS

A. Definitions:

1. Code Requirements: Minimum requirements.

2. Final Acceptance: Government’s Representative’s acceptance of project from Contractor.

3. Furnished by Others: Receive delivery at job site or where called for and install.

4. Government’s Representative: Architect or Engineer having contract directly with

Government for professional services.

95% SUBMITTAL

COMMON WORK RESULTS FOR AUDIOVISUAL SYSTEMS AND EQUIPMENT 27 41 00 - 2

5. Relocate: disassemble, disconnect, transport equipment to new locations, then clean, test, and install ready to use.

6. Replace: Remove and provide new item.

7. Rough in: Pipe, duct, conduit, equipment layout and installation.

8. Authority Having Jurisdiction (AHJ): Federal, state, local, or other regional department, or individual having statutory authority.

EXAMINATION OF THE PREMISES

A. The Contractor shall visit the Site to become familiar with the local conditions under which the work is to be performed and correlate their observations with the requirements of the Specifications. No allowance will be made for claims of concealed conditions which the Contractor, in exercising diligence in its observations of the Site and review of the local conditions, learned or should have learned, unless otherwise specifically agreed by the COR in writing.

B. Before ordering any equipment, materials or doing any work, the Contractor shall verify all measurements and be responsible for their correctness. No extra charge or compensation will be allowed for duplicate work or material required because of an unverified difference between an actual dimension and the measurement indicated in the Drawings. Any discrepancies found shall be submitted in writing to the COR for consideration before proceeding with the work.

CONTRACTOR QUALIFICATIONS

A. Be a licensed dealer for equipment described in these documents and maintain a service department within 75 miles of the project site capable of maintaining those systems both on a component and a complete systems level.

B. Have direct experience on 5 recent projects of similar type and size.

C. Own and maintain the tools and equipment necessary for successful installation and testing of systems as detailed herein and have personnel who are adequately trained in the use of such tools and equipment.

D. The Contractor shall notify the COR if it will use subcontractors for any portion of the project. If so, the Contractor shall provide detailed information regarding its subcontractors, including detailed information on similar projects and personnel as described in the sections above.

SUBSTITUTIONS

A. Under no circumstances shall the Government be required to prove that an item proposed for substitution is not equal to the specified item. The Contractor shall submit to the Government evidence to support the contention that the item proposed for substitution is equal to the contract specified item. The Government’s decision as to the equality of substitution shall be final.

SUBMITTALS

A. General:

1. Submit electronic copies of submittals in PDF format.

B. Bid Submittals shall be provided as part of the bid package and shall include the following:

1. A detailed equipment schedule, by room and/or system, for each piece of equipment, showing the offered make, model, quantity, and proposed unit and total price in spreadsheet format.

Provide separate line item pricing for engineering labor, installation labor, programming labor, documentation costs, taxes, and shipping/delivery costs.

2. An outline of the project approach and availability of resources.

3. A list of test equipment, giving make and model numbers to be used for tests and acceptance testing.

95% SUBMITTAL

COMMON WORK RESULTS FOR AUDIOVISUAL SYSTEMS AND EQUIPMENT 27 41 00 - 3

4. Contractor Resume: A resume of qualification shall be submitted with the Contractor's proposal indicating the following:

A list of five recently completed projects of similar type and size with contact names and telephone numbers for each.

A technical resume of experience for the Contractor's Engineer, Project Manager, Control System Programmer, and Lead Field Technician who will be assigned to this project.

A list of technical product training attended by the Contractor’s personnel that will install the systems.

A list of subcontractors providing services under this scope of work. Provide description of work to be performed by each subcontractor.

C. Substantial Completion Submittal:

1. Substantial Completion Submittals shall be provided a minimum of…