TAB D - Corrosion Control_Fuel Cell Mx Hangar Facility Standard Designs.pdf

STANDARD DESIGN

AIR FORCE

CORROSION CONTROL/FUEL CELL

MAINTENANCE HANGAR

FACILITY

CAP 1027134_B1007 FUEL CELL HANGARCAP1027134 TAB D

MAY 2018

TABLE OF CONTENTS

Chapter 1 Introduction

1.1 Standard Design

1.2 Air Force Standard Design Policy

1.2.A Required use of Standard Designs 1.2.B Integration with Air Force Corporate and Installation Facility Standards

1.3 Applicability

1.3.A. Additions and Alterations

Chapter 2 Facility Design

2.1 Facility Description

2.1.A Function 2.1.B Typical Users 2.1.C Related AFMAN 32-1084 Category Code

2.2 Criteria

2.2.A Sustainability 2.2.B Security and Antiterrorism

2.3 Notional Site

2.3.A Site Location, Orientation and Adjacencies 2.3.B Parking 2.3.C Vehicular and Pedestrian Circulation 2.3.D Notional Site Plan

2.4 Building Design

2.4.A General Considerations 2.4.B Building Configuration 2.4.C Interior/Exterior Relationships 2.4.D Functional Area Requirements 2.4.E Room Data Sheets 2.4.F Floor Plan 2.4.G Interactive Programming Worksheet

CHAPTER 1 INTRODUCTION

1.1. STANDARD DESIGN

Standard Designs provide functional and spatial requirements for specific Air Force facility types, and are intended for use in conjunction with DoD Unified Facilities Criteria (UFC), Air Force Corporate Facility Standards, Installation Facility Standards, and other applicable standards.

Standard Designs are living documents that are periodically reviewed, updated, and made available to users by posting on the Whole Building Design Guide. This Standard Design, as well as those for many other Air Force facilities, can be accessed at this web site: http://wbdg.org/ffc/af-afcec/prototypes-standard-designs

This Standard Design is effective upon issuance and is distributed only in electronic media.

1.2 AIR FORCE STANDARD DESIGN POLICY

1.2.A. Required use of Standard Designs

The use of Air Force Corporate Facilities Standards (AFCFS), Installation Facility Standards (IFS) and Standard Designs has been codified in the most recent version of AFI 32-1023, Designing and Constructing Military Construction Projects (ref (c)). In compliance with the AFI, all facility designs must conform to the standards outlined and specified in the AFCFS, and if there is an applicable Installation Facilities Standards (IFS) document, the project must conform to those standards as well.

This Standard Design was developed in close coordination with the facility’s functional users to by determine personnel counts, allowable/authorized space/room sizes, adjacency diagrams between the functional spaces and the overall facility space requirements. It also addresses special requirements unique to this facility type. Use this Standard Design in conjunction with other AF policy and regulations such as AFI’s, and UFC’s when programming and designing this facility type.

1.2.B. Integration with Air Force Corporate and Installation Facility Standards

The Air Force Corporate Facilities Standards (AFCFS), is an enterprise-wide program of facility standards establishing an acceptable level of quality and performance for facility design, facility operations and ongoing building maintenance. The AFCFS provides an exciting direction forward; intended to create sustainable installations and cohesive, efficient, High Performance and Sustainable Buildings throughout the Air Force.

Installation Facilities Standards (IFS) are part of the Air Force Corporate Facilities Standards (AFCFS) program to assist bases in implementing facilities standards at the local level. Bases develop and maintain an IFS, which replaces the Architectural Compatibility Plan, as a component plan of the Installation Development Plan (IDP).

Programmers and designers for Corrosion Control/ Aircraft Fuel Cell Maintenance Hangar Facilities must use this Standard Design to ensure the specific functional, spatial, and special requirements are met, meet the local requirements established by the IFS, and the overall Air Force requirements set forth in the AFCFS.

1.3 APPLICABILITY

This Standard Design provides requirements for evaluating, planning, programming, and designing a Corrosion Control/ Aircraft Fuel Cell Maintenance Hangar Facility that supports the mission, is appropriately sized, flexible, durable, and life-cycle cost efficient. The information in this Standard Design applies to the design of all new construction projects, to include additions, alterations, and renovation projects worldwide. It also applies to the procurement of Design Build services for the above-noted projects. Alteration and renovation projects should update existing facilities to meet the guidance and criteria within budgetary constraints.

The facility size is dependent on the Corrosion Control and Aircraft Fuel Cell Maintenance Hangar Bays. Use the Interactive Programming Worksheet to assist in these adjustments.

1.3. A. Additions and Alterations

For additions and alterations to existing facilities, use the adjacencies, sizing/scope and detailed requirements contained in the site diagrams, module drawings, and room data sheets to the maximum extent possible. The functionality and adjacency of the modules are still valid but may require some manipulation to fit into existing spaces. This standard may be modified slightly to accommodate the existing structure. Remove non-structural walls to the greatest extent possible to open up space in the existing facilities to make them more receptive to the placement of the modules. The planner and designer must determine the most efficient means to balance the placement of modules within existing spaces or as a facility addition.

CHAPTER 2 FACILITY DESIGN

2.1 FACILITY DESCRIPTION

2.1.A. Function

The primary function of this Corrosion Control/Fuel Cell Facility is to provide a facility that fully supports the mission with a flexible state-of-the-art building. The facility will primarily function as a touch-up painting facility, and secondarily as a wash-rack facility.

The Aircraft Fuel portion of the CC/FC Hangar will be used to remove, repair and replace fuel cell tanks from aircraft; including the KC-46A, KC -135 & C-17. The facility is comprised of Hangar Bays (2), Shop areas and Administrative/Support areas.

Corrosion Control/Fuel Cell Facilities will consist of but are not limited to grouped rooms or “Modules”. The modules needed for this facility are as follows (included rooms are noted below module title):

Area Modules

Corrosion Control Hangar Bay Hangar Bay Return Air Filtration Filter Storage Supply Air Plenum

Aircraft Fuel Cell Maintenance Hangar Bay Hangar Bay

Corrosion Control Tools & Support CTK Vestibule

CTK

Tool Storage Stencil Transition/ Staging

Corrosion Control Shops Sanding Booth Paint Booth Paint Storage Paint Mixing Clean Room

Aircraft Fuel Tools & Support CTK Vestibule

CTK

Fuel Tool Storage

Aircraft Fuel Shops Fuel Shop Storage Fuel Shop Fuel Tank Storage Fuel Tank Repair

Administration Training (x 2) Contractor Office (x 2) Section Chiefs (x 2) Dispatch (x 2)

Ready Room (x 2) Toilet, Locker, Shower

Initial Accumulation Point Men’s Toilet / Shower (Dirty) Men’s Toilet / Shower (Clean) Women’s Toilet / Shower (Dirty) Women’s Toilet / Shower (Clean) Men’s Toilet/ Shower (Fuel Shops) Women’s Toilet/Shower (Fuel Shops) Janitor

Building Support Mechanical Compressed Air Fire Pump Electrical Telecommunications 400 HZ Converter Rooms (x2)

AFCFS: Consult the Air Force Corporate Facilities Standards (AFCFS) to determine quality standards for this facility group. This standard facility design is considered a Group 3 hierarchy.

2.1.B. Typical Users

This facility is operated by active duty, guard, and reserve military personnel as well as civilian contractor representatives of the systems providers as well as USAF Civilian Federal Workforce.

Hours of operation for this facility type are user driven and may vary up to two shifts.

Anticipated personnel count for the Corrosion Control Hangar is ten (10) total, with a peak shift of six (6). Anticipated personnel count for the Fuel Cell Maintenance Hangar is fifteen (15), with a peak shift of eight (8).

2.1.C. Related AFMAN 32-1084 Category Code

The related AFMAN 32-1084 Category Codes are as follows: This facility would be governed by Chapter 3, Facility Class 2, Maintenance Facilities, Category Group 21, Maintenance Facilities and Chapter 6, Facility Class 6, Administrative, Category Group 61, Administrative and Administrative Support Spaces.

2.2 CRITERIA

APPLICABLE UNIFIED FACILITY CRITERIA

Comply with UFC 1-200-01, DoD Building Code (General Building Requirements). UFC 1-200-01 provides applicability of model building codes and government unique criteria for typical design disciplines and building systems, as well as for accessibility, antiterrorism, security, high performance and sustainability requirements, and safety.

Use this Standard Design in addition to UFC 1-200-01 and the UFCs and government criteria referenced therein. UFC 1-200-01 references other “Core UFCs” that are applicable to this Standard Design as well as most all DoD facilities.

UFC 1-200-01 DoD Building Code (General Building Requirements)

UFC 1-200-02 High Performance and Sustainability Building Requirements

UFC 1-300-07A Design Build Technical Requirements

UFC 3-101-01 Architecture

UFC 3-110-03 Roofing

UFC 3-120-01 Design: Sign Standards

UFC 3-120-10 Interior Design

UFC 3-190-06 Protective Coatings and Paints

UFC 3-201-01 Civil Engineering

UFC 3-201-02 Landscape Architecture

UFC 3-210-10 Low Impact Development

UFC 3-220-01 Geotechnical Engineering

UFC 3-230-01 Water Storage, Distribution, and Transmission

UFC 3-240-01 Wastewater Collection

UFC 3-250-01 Pavement Design for Roads and Parking Areas

UFC 3-250-04 Standard Practice for Concrete Pavements

UFC 3-260-01

UFC 3-260-02

Airfield and Heliport Planning and Design

Pavement Design for Airfields

UFC 3-260-17 Dust Control for Roads, Airfields, and Adjacent Areas

UFC 3-301-01 Design: Structural Engineering

UFC 3-400-02 Design: Engineering Weather Data

UFC 3-401-01 Mechanical Engineering

UFC 3-410-01 Heating, Ventilation, and Air Conditioning Systems

UFC 3-410-02 Lonworks Direct Digital Control for HVAC and Other Local Building Systems

UFC 3-420-01 Plumbing Systems

UFC 3-450-01 Noise and Vibration Control

UFC 3-501-01 Electrical Engineering

UFC 3-520-01 Interior Electrical Systems, UFC 3-530-01 Design: Interior and Exterior Lighting and Controls, UFC 3-550-01 Exterior Electrical Power Distribution

UFC 3-570-01 Cathodic Protection

UFC 3-575-01 Lightning and Static Electricity Protection Systems

UFC 3-580-01 Telecommunications Building Cabling Systems Planning and Design

UFC 3-600-01 Fire Protection Engineering for Facilities

UFC 4-010-01 DoD Minimum Antiterrorism Standards for Buildings

UFC 4-010-05 Sensitive Compartmented Information Facilities Planning, Design, and Construction.

UFC 4-020-01 Security Engineering Facilities Planning Manual

UFC 4-021-01

UFC 4-010-06

Design and O&M: Mass Notification Systems

Cybersecurity of Facility-Related Control Systems

UFC 4-022-03 Security Fences and Gates

UFC 4-023-03 Design of Buildings to Resist Progressive Collapse

UFC 4-211-01

UFC 4-211-02

Aircraft Maintenance Hangars

Corrosion Control Hangars

USGBC LEED-NC LEED for New Construction and Major Renovations Rating System (U.S. Green Building Council)

2.2.A. Sustainability

Comply with the Federal sustainability requirements as detailed in UFC 1-200-02, High Performance and Sustainable Building Requirements. Determine third-party certification requirements based on Table 1-1 of UFC 1-200-02 and current AF guidance at https://www.wbdg.org/ffc/af-afcec.

2.2.B. Security and Antiterrorism

The facility must meet, UFC 4-020-01 Security Engineering Facilities Planning Manual, UFC 04-010-01 DoD Minimum Antiterrorism Standards for Buildings, Change 1, UFC 4- 010-05 Sensitive Compartmented Information Facilities Planning, Design, and Construction and ICD/ICS 705 Technical Specifications for Construction and Management of Sensitive Compartmented Information Facilities. Internal security measures include designated ‘non-secure’ and ‘secure’ areas within the building with access to secure areas controlled and monitored by special access hardware, Intrusion Detection Systems and Closed-Circuit Television Systems (CCTV). Exterior security measures will include antiterrorism stand-off distances for parking, controlled vehicular circulation, appropriately located trash enclosures, clear space surrounding the facility, and the single point of building entry.

2.3 NOTIONAL SITE

2.3.A. Site Location, Orientation and Adjacencies

The notional site plan diagram demonstrates key site development criteria. It is not a site-specific solution. The information represents the land requirements to construct this facility and includes associated AT standoff and parking. Additional land may be needed to comply with the stormwater management requirements of UFC 3-210-10 Low Impact Development. Utilization of existing or shared parking is allowable and may reduce the total acreage required for the facility. Adapt the requirements to the specific site and location and comply with the applicable Installation Development Plan (IDP) and Area Development Plan (ADP) for facility siting.

Several factors determine the most appropriate and cost-effective location for a facility.

The availability and capacity of required utilities and the mass/scale of the facility relative to adjacent structures and noise issues must be analyzed.

Emphasis must be placed on operation, function, and safety when siting the facility.

The preferred location for this facility is immediately adjacent to the flight line or in ‘close proximity’. Other facility functions placed in close proximity may include General Purpose Maintenance Hangars and Aircraft Sunshades. Analyze and comply with airfield clearances, building setback restrictions, and line of sight restrictions from the adjacent flight-line.

The preferred orientation for this facility is such that the engine bays are provided direct access to the flight-line operations area for ease of access to the facility for flight line vehicles and equipment.

The approximate project area required for the Corrosion Control Facility is 6.0 acres, which includes antiterrorism/force protection standoff and parking. Utilization of existing or shared parking is allowable and may reduce the total acreage required for the facility.

2.3.B. Parking

Parking will be as required by the programming documents, but at a minimum must be provided to accommodate 40 percent of the largest shift of assigned personnel.

2.3.C. Vehicular and Pedestrian Circulation

Convenient and safe vehicular access and circulation must be provided for personal vehicles and essential services, including operations, maintenance, deliveries, dumpster/recycling collection, and emergency services.

Locate sidewalk networks to provide convenient and safe pedestrian circulation from existing circulation elements of the project site to the new parking areas and doors of the facility. Sidewalk width must accommodate maintenance and emergency services requirements.

2.3.D. Notional Site Plan

See Next Page for Image

2.4 BUILDING DESIGN

2.4.A. General Considerations

General considerations of the facility design are centered on:

The Hangar Bay and the associated Administration and Support areas.

The functional relationships between the modules as well as within the modules The general personnel flow requirements within the facility.

Daily shift personnel enter the facility through entrances that are located close to the designated hangar section or area of the building.

The Building Support Module needs exterior access.

Other general considerations include:

The size of the hangar bays per AFMAN32-1084 Generic Hangar Facilities for AMC Tanker Aircraft.

2.4.B. Building Configuration

The building should be configured for future expansion or reconfiguration. The general size of the building is based on the number, type and size of the mission required. The general configuration of the building is a linear type configuration with the respective Administrative/Support and Shop areas located on the outer edge of each hangar bay type. The size of the following module is affected by the type and size of the mission:

Hangar

2.4.C. Interior/Exterior Relationships

The Land Side of the Facility will have access to POV and Visitor parking. There are two primary points of entry to facility that will be the designated entry for staff of each hangar bay.

2.4.D. Functional Area Requirements

Facility Modules Adjacency Diagrams & Conceptual Axonometric Layout(s)

The composite diagram(s) represent ways to conceptually assemble the functional areas (modules) into a cohesive whole. Individual modules are represented by different colors.

Spaces and rooms that are integrally related with a specific functional connection or operational flow are grouped into a module. Modules and the associated room data sheets identify specific criteria and additional detail for each functional area of the facility as outlined in the Interactive Programming Sheet located at the end of the document.

The modules are a grouping of functional spaces and represent “Lego blocks” to be used in a “kit-of-parts” design approach. Use the fixed modules as pre-assembled pieces of the facility “puzzle”. Assemble them to comply with the required adjacencies indicated in the diagrams and module plans.

Modules must be used as shown in this Standard Design to the greatest extent possible and must not be deconstructed or altered except as indicated herein. The intent of the Standard Design criteria is to avoid manipulation of the composition, functional relationships, adjacencies, and module sizes. Modules contain fixed attributes and must not be changed arbitrarily. Modules may be rotated, flipped, and/or mirrored to accommodate an overall composition or site issue, but this must not be done arbitrarily and should occur only when necessary.

Some modules are linked to space requirements that increase or decrease in size based on the personnel count and equipment for a particular mission. In these cases, increase or decrease the size of the module to match the revised scope calculation.

This may sometimes require minor adjustments in other adjacent modules so that they properly fit together to create a constructible facility floor plan. Spaces must comply with any critical dimensions indicated on module plans. Manipulate as few modules as possible to create a constructible facility. The resulting composite plan must respect the established modules adjacencies and must not exceed the authorized project scope.

Functional Adjacency Diagram

The following Functional Adjacency Diagram forms the basis of design for the Standard Design Corrosion Control/Fuel Cell Maintenance Hangar. The CC/FC Hangar will include all functions of the Corrosion Control and Aircraft Fuel Cell Maintenance Hangars. The facility will feature two separate Hangar Bays separated by a fire wall.

Each Hangar Bay will have direct access to their respective Consolidated Tool Kits (CTKs), and shops. Dirty/Clean Restrooms & Showers will be provided for staff in the Corrosion Control Hangar and general use Toilets/Shower will be provided for staff on the Aircraft Fuel Cell Maintenance Hangar portion of the facility. Administrative & Ready Room areas will be provided for both hangars. Each hangar will be provided a dedicated main entry and several points of entry providing direct access to shops and hangar spaces. This Facility Adjacency Diagram as well as the provided module plans is the Air Force approved Standard Design plan.

MODULE A – CORROSION CONTROL HANGAR MODULE

Function and Adjacency

This module includes the Corrosion Control Hangar Bay, the Return Air Filtration Room, Supply Air Plenum and Filter Storage room. The hangar bay will be the central focus of the Corrosion Control portion of the facility with related support modules placed adjacent to it. A portion of the hangar bay will be designated for the parking of floor stands, manually-pulled carts, and other equipment; however, no storage room is required for moveable equipment. The hangar bay must have direct physical access Dirty/Clean Toilet, Shower, Locker Module, specifically the Air Shower room first, as well as direct access to the Corrosion Control Shop Support Modules.

Figure 2-A.1 Module A Adjacency Diagram

Corrosion Control Hangar Bay

Figure 2-A.2 Module A Floor Plan & Axonometric

MODULE B – FUEL CELL MAINTENANCE HANGAR BAY MODULE

This module consists of the Fuel Cell Maintenance Hangar Bay. The hangar bay will be the central focus of the Fuel Cell portion of the facility with related support modules placed adjacent to it. A portion of the hangar bay will be designated for the parking of floor stands, manually-pulled carts, and other equipment; however, no storage room is required for moveable equipment. The Hangar Bay will require an access door for the aircraft tug vehicle. The hangar bay must have physical access to the Fuel Cell Shop Support Modules.

Figure 2-B.1 Module B Adjacency Diagram

Fuel Cell Maintenance Hangar Bay

Figure 2-B.2 Module B Floor Plan & Axonometric

MODULE C – CORROSION CONTROL TOOLS & SUPPORT

The Corrosion Control Tools & Support Module consists of the CC CTK, CC CTK Vestibule, CC Tool Storage and Stencil Room. This module is located within the ‘Clean’ area of the facility and is separated from other Corrosion Control shop areas that are located within the ‘dirty’ area. In order to access the ‘clean’ areas (when corrosion control activity is in progress), access to this ‘clean’ are must be through the ‘dirty’/ ‘clean’ toilets as required by UFC 4-211-02, Figure 2-5 Clean-Dirty Schematic.

This module must have direct access to the Corrosion Control Hangar Bay.

Figure 2-C.1 Module C Adjacency Diagram

Corrosion Control Tools & Support

Figure 2-C.2 Module C Floor Plan & Axonometric

MODULE D – CORROSION CONTROL SHOPS

The Corrosion Control Shop Module consists of the Sanding Booth, Paint Booth, Paint Storage, Paint Mixing, Clean Room and a Transition/Staging area. This module is located within the ‘Dirty’ portion of the facility and is separated from other Corrosion Control Shop/Support areas that are located within the ‘clean’ portion. In order to access the ‘clean’ areas (when corrosion control activity is in progress), access to this ‘dirty’ must be through the ‘dirty’/ ‘clean’ toilets as required by UFC 4-211-02, Figure 2-5 Clean-Dirty Schematic. This module must have direct access to the Corrosion Control Hangar Bay as well as to the exterior via the transition/staging space.

Figure 2-D.1 Module D Adjacency Diagram

Corrosion Control Shops

Figure 2-D.2 Module D Floor Plan & Axonometric

MODULE E – FUEL TOOLS & SUPPORT

The Fuel Cell Tools & Support Shop Support Module consists of Fuel Shop CTK, Fuel Shop CTK Vestibule, and Fuel Tool Storage. This module must direct access to the Fuel Cell Maintenance Hangar Bay and as well as to exterior.

Figure 2-E.1 Module E Adjacency Diagram

Fuel Tools & Support

Figure 2-E.2 Module E Floor Plan & Axonometric

MODULE F– FUEL SHOPS

The Fuel Cell Shops Module consists of Fuel Shop Storage, Fuel Shop and Fuel Tank Storage & Fuel Tank Repair. This module must have direct access to the Fuel Cell Maintenance Hangar Bay and as well as to the exterior.

Figure 2-F.1 Module F Adjacency Diagram

Fuel Shops

Figure 2-F.2 Module F Floor Plan & Axonometric

MODULE G – ADMINISTRATION

The Administration Module is located within both the Corrosion Control and Fuel Cell portions of this facility. The Administration Module will be separated into two portions for staff use that is primarily designated to their respective Hangar Bay and Shop Support Modules. This module includes a Training, Contractor Office, Section Chief and Dispatch Office which requires direct visual access to the related Hangar Bay.

The Toilet, Shower, Locker Module should be near to decrease contamination to the Administration Module from the Hangar Bays.

Figure 2-G.1 Module G Adjacency Diagram

Administration

Figure 2-G.2 Module G Floor Plan & Axonometric

MODULE H – READY ROOM

This module is required to be easily accessible for all personnel. This module will be separated into two portions for staff use that is primarily designated to their respective Hangar Bay and Shop Support Modules. The ready rooms will include seating and tables for up to eight personnel with a counter, microwaves, refrigerators, etc. The ready room is also required to have a designated recycling area.

FIGURE 2-H.1 MODULE H ADJACENCY DIAGRAM

Ready Room

Figure 2-H.2 Module H Floor Plan & Axonometric

MODULE J – TOILET/SHOWER

The Toilet/Shower Module shall be easily accessible for all personnel. There are two Toilet/Shower Modules, one for the Corrosion Control section and one for the Fuel Cell section. The Corrosion Control Toilet/Shower is a Dirty to Clean Toilet/Shower facilities arranged to prevent contamination from users in the hangar/shops into the administrative areas. In order to access the ‘clean’ areas (when corrosion control activity is in progress), access to this ‘dirty’ must be through the ‘dirty’/ ‘clean’ toilets as required by UFC 4-211-02, Figure 2-5 Clean-Dirty Schematic. The plumbing fixture count in the Standard design plan is approximate and actual plumbing fixture count shall be as required per actual occupancy count and as required in International Plumbing Codes, latest edition, Chapter 29.

Figure 2-J.1 Module J Adjacency Diagram

Toilet/Shower

Figure 2-G.2 Module J Floor Plan & Axonometric

MODULE K – BUILDING SUPPORT

The Building Support Module consists of a mechanical room, fire pump room (if required), electrical room, and communications room. All rooms will have exterior access (with the exception of the communications room, which may have interior access). These modules will be located on the exterior wall adjacent to the utility courtyard and accessible for maintenance.

Figure 2-K.1 Module K Adjacency Diagram

Building Support

Figure 2-K.2 Module K Floor Plan & Axonometric

2.4.E. Room Data Sheets

Specific requirements for each room, space, or area are provided on room data sheets that correspond to their respective color-coded Modules, basis of design Functional Adjacency Diagram as well as the Interactive Programming Worksheet. Information contained on the data sheets defines the functional and physical requirements for each of the spaces within the facility type and are generally minimum requirements and must be modified as required for specific unique situations/scenarios as deem appropriate by the USAF.

Figure 3-A.3.1 Corrosion Control Hangar Bay

Index A1

Description/Usage The Corrosion Control Hangar Bay will be a touch up painting facility and a secondary wash rack facility.

Ceiling Height Clearance of wings for airframe to lowest immovable object for maintenance/jacking clearances.

Windows Translucent wall panels for daylighting

Doors

Type Steel Rolling Hangar Doors, Overhead insulated coiling door, 12’ x 12’

(10) Hollow Metal door, 3’x7’

Security/ Hardware Access control rim exit PA closer

View Panels/ Kick Plates

View panels, 5” x 20” Kick plates on both sides of doors

Finishes

Walls CMU – painted wainscot 8’ above floor, pre-finished metal wall or liner panels above to roof deck

Floor Epoxy-non-slip (fuel resistant) or dry shake hardener

Base No base

Ceiling Walkable/sealed ceiling panel-factory finished.

Plumbing Emergency shower stations, Emergency eyewash stations, Hand wash station, Compressed air, Breathing air

HVAC

55°F Heating, Ventilation: 0.5 cfm/ft2 normal, up to 1.7 cfm/ft2 when fuel vapor exceeds

14.4 ppm. Low level exhaust for fuel vapor extraction. Refer to UFC 4-211-02 for requirements during paint operation.

Fire Protection Foam Generators, Fire alarm/mass notification, sprinklers

Power Convenience Outlets, 180kVA 400Hz Converter, Wall Mounted 480V 200A Receptacle, Overhead Door Motors, Dedicated Equipment Outlets, Hangar Bay Door Motors

Lighting Per UFC 3-530-01

Communication

Tele. N/A

Data N/A

CCTV Per program security requirements

CATV N/A

Security Per program security requirements

Acoustical Per UFC 3-450-01 for noise control

Furnishings, Equipment and Casework

Special Requirements

Fall protection over fuselage, wings and tail wings, minimum two persons each. Comply with National Electrical Code (NEC) for Spray Application Areas and Aircraft Hangars.

Over entire Corrosion Control Hangar bay will be a walkable rated ceiling structure, pre-manufactured metal system or field constructed structural system with gypsum board.

Figure 3-A.3.2 Return Air Filtration

Index A2

Description/Usage The Air Filtration Room is an integral part of the three-stage paint spray ventilation system-required to minimize the amount of hazardous pollutants released into the atmosphere.

Ceiling Height Exposed to structure

Windows N/A

Doors

Type Overhead insulated coiling door -12’ x 12’ , (3) Hollow Metal door- 3’x7’

Security/ Hardware

Access control rim exit

View Panels/ Kick Plates

View panels, 5” x 20” Kick plates on both sides of doors

Finishes

Walls CMU – painted

Floor Sealed concrete

Base No base

Ceiling Exposed structure - painted

Plumbing N/A

HVAC As required by UFC 4-211-02 to maintain ventilation during paint operations.

Fire Protection Fire alarm/mass notification, sprinkles

Power Per UFC 3-520-01

Lighting Per UFC 3-530-01

Communication

Tele. N/A

Data N/A

CCTV N/A

CATV N/A

Security N/A

Acoustical Per UFC 3-450-01 for noise control

Furnishings, Equipment and Casework

Special Requirements

Figure 3-A.3.3 Supply Air Plenum Filtration

Index A3

Description/Usage The Supply Air Plenum is an integral part of the three-stage paint spray ventilation system-required to minimize the amount of hazardous pollutants released into the atmosphere.

Ceiling Height Exposed to structure

Windows N/A

Doors

Type Steel Rolling Hangar Doors, (2) Hollow Metal door, 3’x7’

Security/ Hardware

Access control rim exit

View Panels/ Kick Plates

View panels, 5” x 20” Kick plates on both sides of doors

Finishes

Walls CMU – painted

Floor Sealed concrete

Base No base

Ceiling Exposed structure - painted

Plumbing N/A

HVAC As required by UFC 4-211-02 to maintain ventilation during paint operations.

Fire Protection Fire alarm/mass notification, sprinkles

Power Per UFC 3-520-01

Lighting Per UFC 3-530-01

Communication

Tele. N/A

Data N/A

CCTV N/A

CATV N/A

Security N/A

Acoustical Per UFC 3-450-01 for noise control

Figure 3-A.3.4 Filter Storage

Index A4

Description/Usage The Filter Storage Room will house the filters for the Corrosion Control Air Filtration System

Ceiling Height Exposed to structure

Windows N/A

Doors

Type (1) Hollow Metal , 3’x7’ pair, (1) Hollow Metal , 3’ x 7’

Security/ Hardware

Access control lockset

View Panels/ Kick Plates

View panels, 5” x 20” Kick plates on both sides of doors

Finishes

Walls CMU – painted, Structural insulated wall panels – painted

Floor Sealed concrete

Base No base

Ceiling Exposed structure - painted

Plumbing N/A

HVAC 55°F Heating, exhaust for summer ventilation

Fire Protection Fire alarm/mass notification, sprinklers

Power Per UFC 3-520-01

Lighting Per UFC 3-530-01

Communication

Tele. N/A

Data N/A

CCTV N/A

CATV N/A

Security N/A

Acoustical Per UFC 3-450-01 for noise control

Figure 3-B.3.1 Aircraft Fuel Cell Maintenance Hangar Bay

Index B1

Description/Usage The Aircraft Fuel Cell Maintenance Hangar Bay will be used to remove, repair and replace fuel cell tanks from aircrafts

Ceiling Height Exposed to structure

Windows Translucent wall panels for daylighting

Doors

Type Steel Rolling Hangar Doors, Overhead insulated coiling door, 12’ x 12’

(7) Hollow metal door, 3’x7’

Security/ Hardware Access control rim exit, PA closer

View Panels/ Kick Plates

View panels, 5” x 20” Kick plates on both sides of doors

Finishes

Walls CMU – painted/ Metal wall panel

Floor Epoxy-non-slip (fuel resistant) or dry shake hardener

Base No base

Ceiling Exposed structure - painted

Plumbing Emergency shower stations, Emergency eyewash stations, Hand wash station, Compressed air, Breathing air

HVAC

55°F Heating, Ventilation: 0.5 cfm/ft2 normal, up to 1.7 cfm/ft2 when fuel vapor exceeds

14.4 ppm. Low level exhaust for fuel vapor extraction. Fuel cell ventilation and purge system.

Fire Protection Foam generators

Power Convenience Outlets, 180kVA 400Hz Converter, ith Welding Receptacle, 400Hz Receptacle, and 120V power, Overhead Door Motors, Dedicated Equipment Outlets, Hangar Bay Door Motors

Lighting Per UFC 3-530-01

Communication

Tele. Wall phone

Data Wireless Access Points

CCTV N/A

CATV N/A

Security Infrared Intrusion Detection at Hangar and roll up doors, Card Reader, Balanced Magnetic Switch, Electric Strike, Request to Exit Device

Acoustical Per UFC 3-450-01 for noise control

Special Requirements Fall protection over fuselage, wings and tail wings, minimum two persons each.

Figure 3-C.3.1 Corrosion Control CTK Vestibule

Index C1

Description/Usage The CTK Vestibule will serve as a checkout counter for maintenance personnel checking out tools.

Ceiling Height 9’-0” minimum

Windows N/A

Doors

Type Hollow metal, 3’x7’ pair

Security/ Hardware Lockset

View Panels/ Kick Plates

View panels, 5” x 20” Kick plates on both sides of doors

Finishes

Walls CMU – painted

Floor Sealed concrete

Base No base

Ceiling GWB - painted

Plumbing

HVAC 78°F Cooling (maximum 55°F dewpoint)/68°F Heating

Fire Protection Fire Alarm/Mass Notification Devices, sprinklers

Power Per UFC 3-520-01

Lighting Per UFC 3-530-01

Communication

Tele. Wall phone Outlet

Data Wall Outlet

CCTV N/A

CATV N/A

Security N/A

Acoustical Per UFC 3-450-01 for noise control

Figure 3-C.3.2 Corrosion Control CTK

Index C2

Description/Usage The CTK will house tools and equipment to be checked out by personnel. This room will be climate-controlled.

Ceiling Height 9’-0” minimum

Windows N/A

Doors

Type (2) Hollow metal, 3’x7’ pair

Security/ Hardware Access control rim exit

View Panels/ Kick Plates

View panels, 5” x 20” Kick plates on both sides of doors

Finishes

Walls CMU – painted

Floor Sealed concrete

Base No base

Ceiling Exposed structure - painted

Plumbing Emergency eyewash stations, compressed air

HVAC 78°F Cooling (maximum 55°F dewpoint)/68°F Heating

Fire Protection Fire Alarm/Mass Notification Devices, sprinklers

Power Per UFC 3-520-01

Lighting Per UFC 3-530-01

Communication

Tele. Workstation Outlets, Wall phone Outlet

Data Workstation Outlets, Charging Station Outlets

CCTV N/A

CATV CATV Outlets

Security Balanced Magnetic Switch, Card Reader, Electronic Strike for Exterior Openings and Glass Break for Windows

Acoustical N/A

Furnishings, Equipment and Casework

High density storage rack system Built in checkout counter with lockable rolling doors to counter Stools at checkout counter Flammable Storage

Figure 3-C.3.3 Corrosion Control Tool Storage

Index C3

Description/Usage The Tool Storage room will house tools.

Ceiling Height 9’-0” minimum

Windows N/A

Doors

Type Hollow metal, 3’x7’ pair

Security/ Hardware Lockset

View Panels/ Kick Plates

View panels, 5” x 20” Kick plates on both sides of doors

Finishes

Walls CMU – painted

Floor Sealed concrete

Base No base

Ceiling Exposed structure - painted

Plumbing Compressed air

HVAC 78°F Cooling (maximum 55°F dewpoint)/68°F Heating

Fire Protection Fire Alarm/Mass Notification Devices, sprinklers

Power Per UFC 3-520-01

Lighting Per UFC 3-530-01

Communication

Tele. Wall phone Outlet

Data Wall Outlets

CCTV N/A

CATV N/A

Security Balanced Magnetic Switch, Car reader, Electronic strike for exterior openings

Acoustical

Furnishings, Equipment and Casework High density storage rack system

Figure 3C.3.4 Stencil

Index C4

Description/Usage

The Stencil room requires clearance for two large-scale plotters (6’- 0” x 6’-0” clearance each), a long desk for decal “weeding”, two small-scale printers with layout space (3’-0” x 5’-0” layout space for each), and storage cabinets (4 shelves per cabinet) storage for Gerber vinyl.

Ceiling Height 9’-0” minimum

Windows Exterior – Aluminum framed, insulated fixed, blast resistant; Meeting daylighting requirements of UFC 1-200-02, if located on an exterior wall

Doors

Type Hollow metal, 3' x 7' pair

Security/ Hardware

Entry lockset

View Panels/ Kick Plates

View panels, 5” x 20” Kick plates on both sides of doors

Finishes

Walls CMU-painted

Floor Vinyl Composition Tile or sealed concrete

Base Resilient

Ceiling Acoustical Ceiling Tile

Plumbing N/A

HVAC 78°F Cooling (maximum 55°F dewpoint)/68°F Heating

Fire Protection Fire Alarm/Mass Notification Devices, sprinklers

Power Per UFC 3-520-01

Lighting Per UFC 3-530-01

Communication

Tele. Dedicated Equipment Outlets, Wall phone Outlet

Data Dedicated Equipment Outlets

CCTV N/A

CATV N/A

Security Glass Break for Windows

Acoustical Requirements Per UFC 3-450-01 for noise control

Furnishings, Equipment and Casework

(2) Large-scale plotters, (2) small-scale printers, storage cabinets, tables for printers (1 each), (1) large stencil-cutting table with glass top with adjustable task seating (9’-0” wide by 7’-0”)

Figure 3-D.3.1 Sanding Booth

Index D1

Description/Usage The Sanding Room will be utilized for sandblasting small parts/equipment in preparation for painting.

Ceiling Height 9’-0” minimum

Windows N/A

Doors

Type Hollow metal, 3’x7’ Overhead coiling door, 12’ x 12’

Security/ Hardware Lockset

View Panels/ Kick Plates

View panels, 5” x 20” Kick plates on both sides of doors

Finishes

Walls CMU – painted

Floor Sealed concrete

Base No base

Ceiling Exposed structure - painted

Plumbing Emergency eyewash, Industrial hand wash, Compressed air, Breathing air

HVAC

78°F Cooling (maximum 55°F dewpoint)/68°F Heating, booth ventilation and exhaust, as required by manufacturer

Fire Protection Sprinklers

Power Per UFC 3-520-01

Lighting Per UFC 3-530-01

Communication

Tele. N/A

Data N/A

CCTV N/A

CATV N/A

Security N/A

Acoustical

Figure 3-D.3.2 Paint Booth

Index D2

Description/Usage The Paint Booth will be used for painting and drying small detachable aircraft parts (i.e.

the size of fairings)

Ceiling Height 9’-0” minimum

Windows N/A

Doors

Type Hollow metal, 3’x7’ Overhead coiling door, 12’ x 12’

Security/ Hardware Access control rim exit devise closer Fire labeled gasketing

View Panels/ Kick Plates

View panels, 5” x 20” Kick plates on both sides of doors

Finishes

Walls CMU – painted

Floor Sealed concrete

Base No base

Ceiling Exposed structure - painted

Plumbing Compressed air, Breathing air

HVAC 78°F Cooling (maximum 55°F dewpoint)/68°F Heating, Booth ventilation and exhaust as required by manufacturer

Fire Protection Fire Alarm/Mass Notification Devices, sprinklers

Power Per UFC 3-520-01

Lighting Per UFC 3-530-01

Communication

Tele. N/A

Data N/A

CCTV N/A

CATV N/A

Security N/A

Acoustical Per UFC 3-450-01 for noise control

Furnishings, Equipment and Casework Pre-manufactured booths

Figure 3-D.3.3 Paint Storage

Index D3

Description/Usage The Paint Storage Room will house a variety of paint, provided by an off-site hazmat pharmacy

Ceiling Height 9’-0” minimum

Windows N/A

Doors

Type Hollow metal, 3’x7’

Security/ Hardware Locksets, fire labeled gasketing

View Panels/ Kick Plates

View panels, 5” x 20” Kick plates on both sides of doors

Finishes

Walls CMU – painted

Floor Sealed concrete

Base No base

Ceiling Exposed structure - painted

Plumbing Emergency Eyewash, Emergency Shower, Spill containment or drains to industrial waste system. Containment trenches at doors.

HVAC Heating, ventilation, exhaust, and cooling required per NFPA 33

Fire Protection Fire Alarm/Mass Notification Devices, sprinklers

Power Per UFC 3-520-01

Lighting Per UFC 3-530-01

Communication

Tele. Wall phone Outlet

Data N/A

CCTV N/A

CATV N/A

Security N/A

Acoustical

Furnishings, Equipment and Casework Adjustable shelving

Figure 3-D.3.4 Paint Mixing

Index D4

Description/Usage The Paint Mixing Room requires storage for flammable and combustible liquids.

Ceiling Height 9’-0” minimum

Windows N/A

Doors

Type (2) Hollow metal, 3’x7’

Security/ Hardware Locksets, fire labeled gasketing

View Panels/ Kick Plates

View panels, 5” x 20” Kick plates on both sides of doors

Finishes

Walls CMU – painted

Floor Sealed concrete

Base No base

Ceiling Exposed structure - painted

Plumbing Emergency Eyewash, Emergency shower, Spill containment or drains to industrial waste system. Containment trenches at doors.

HVAC Heating, ventilation, exhaust, and cooling required per NFPA 33

Fire Protection Fire Alarm/Mass Notification Devices, sprinklers

Power Per UFC 3-520-01

Lighting Per UFC 3-530-01

Communication

Tele. Wall phone Outlet

Data Wall Outlet

CCTV N/A

CATV N/A

Security N/A

Acoustical Per UFC 3-450-01 for noise control

Furnishings, Equipment and Casework Flammable storage Stools at built in work counter

Figure 3-D.3.5 Clean Room

Index D5

Description/Usage The Clean Room is a climate-controlled room used for cleaning and prep work for aircraft components.

Ceiling Height 9’-0” minimum

Windows N/A

Doors

Type Hollow metal, 3’x7’ Overhead coiling door, 12’ x 12’

Security/ Hardware Access control lockset

View Panels/ Kick Plates

View panels, 5” x 20” Kick plates on both sides of doors

Finishes

Walls CMU – painted

Floor Sealed concrete

Base No base

Ceiling Exposed structure - painted

Plumbing Floor drains

HVAC 78°F Cooling (maximum 55°F dewpoint)/68°F Heating

Fire Protection Fire Alarm/Mass Notification Devices, sprinklers

Power Per UFC 3-520-01

Lighting Per UFC 3-530-01

Communication

Tele. Wall phone Outlet

Data Wall Outlet

CCTV N/A

CATV N/A

Security N/A

Acoustical

Figure 3-D.3.6 Transition / Staging Room Data Sheet

Index D6

Description/Usage The Transition / Staging area will be used for equipment movement between designated shop space and the hangar bay.

Ceiling Height 9’-0” minimum

Windows N/A

Doors

Type (2) Hollow metal, 3’x7’

(2) Overhead coiling door, 12’ x 12’

Security/ Hardware Locksets, fire labeled gasketing

View Panels/ Kick Plates

View panels, 5” x 20” Kick plates on both sides of doors

Finishes

Walls CMU – painted

Floor Sealed concrete

Base No base

Ceiling Exposed structure - painted

Plumbing N/A

HVAC 78°F Cooling (maximum 55°F dewpoint)/68°F Heating

Fire Protection Fire Alarm/Mass Notification Devices, sprinklers

Power Per UFC 3-520-01

Lighting Per UFC 3-530-01

Communication

Tele. Wall phone Outlet

Data N/A

CCTV N/A

CATV N/A

Security N/A

Acoustical

Furnishings, Equipment and Casework Adjustable shelving

Figure 3-E.3.1 Fuel Shop CTK Vestibule

Index E1

Description/Usage The CTK will serve as a checkout counter for maintenance personnel checking out tools.

Ceiling Height 9’-0” minimum

Windows Visual access to Fuel Cell Maintenance Hangar Bay

Doors

Type Hollow metal, 3’x7’ pair

Security/ Hardware Passage set

View Panels/ Kick Plates

View panels, 5” x 20” Kick plates on both sides of doors

Finishes

Walls CMU – painted

Floor Sealed concrete

Base No base

Ceiling Exposed structure - painted

Plumbing N/A

HVAC 78°F Cooling (maximum 55°F dewpoint)/68°F Heating

Fire Protection Fire Alarm/Mass Notification Devices, sprinklers

Power Per UFC 3-520-01

Lighting Per UFC 3-530-01

Communication

Tele. Workstation Outlets, Wall phone Outlet

Data Wall Outlets

CCTV N/A

CATV N/A

Security N/A

Acoustical Per UFC 3-450-01 for noise control

Figure 3-E.3.2 Fuel Shop CTK

Index E2

Description/Usage The Fuel Shop CTK will house tools and equipment to be checked out by personnel.

Ceiling Height 9’-0” minimum

Windows Visual access to Fuel Cell Maintenance Hangar Bay

Doors

Type (2) Hollow metal, 3’x7’ pair

Security/ Hardware Access control rom exit device closer Fire labeled gasketing

View Panels/ Kick Plates

View panels, 5” x 20” Kick plates on both sides of doors

Finishes

Walls CMU – painted

Floor Sealed concrete

Base No base

Ceiling Exposed structure - painted

Plumbing Emergency Eyewash, Compressed air

HVAC 78°F Cooling (maximum 55°F dewpoint)/68°F Heating

Fire Protection Fire Alarm/Mass Notification Devices, sprinklers

Power Per UFC 3-520-01

Lighting Per UFC 3-530-01

Communication

Tele. Workstation Outlets, Wall phone Outlet

Data Workstation Outlets, Charging Station Outlets

CCTV N/A

CATV CATV Outlets

Security Balanced Magnetic Switch, Car reader, Electronic strike for exterior openings and glass break for windows

Acoustical

Furnishings, Equipment and Casework

High density storage rack system Built in checkout counter with lockable rolling doors to counter Stools at checkout counter

Figure 3-E.3.3 Fuel Tool Storage

Index E3

Description/Usage The Tool Storage room will house tools

Ceiling Height 9’-0” minimum

Windows N/A

Doors

Type Hollow metal, 3’x7’ pair

Security/ Hardware Lockset

View Panels/ Kick Plates

View panels, 5” x 20” Kick plates on both sides of doors

Finishes

Walls CMU – painted

Floor Sealed concrete

Base No base

Ceiling Exposed structure - painted

Plumbing N/A

HVAC 78°F Cooling (maximum 55°F dewpoint)/68°F Heating

Fire Protection Fire Alarm/Mass Notification Devices, sprinklers

Power Per UFC 3-520-01

Lighting Per UFC 3-530-01

Communication

Tele. Wall phone Outlet

Data Wall Outlets

CCTV N/A

CATV N/A

Security Balanced Magnetic Switch, Car reader, Electronic strike for exterior openings

Acoustical

Furnishings, Equipment and Casework High density storage rack system

Figure 3-F.3.1 Fuel Shop Storage

Index F1

Description/Usage The Fuel Shop Storage room will house parts used in the Fuel Shops for repairs and maintenance.

Ceiling Height 9’-0” minimum

Windows N/A

Doors

Type Hollow metal, 3’x7’ pair

Security/ Hardware Classroom lockset

View Panels/ Kick Plates

View panels, 5” x 20” Kick plates on both sides of doors

Finishes

Walls CMU – painted

Floor Sealed concrete

Base No base

Ceiling Exposed structure - painted

Plumbing Emergency eyewash, Compressed air

HVAC 78°F Cooling (maximum 55°F dewpoint)/68°F Heating, Battery Exhaust system

Fire Protection Fire Alarm/Mass Notification Devices, sprinklers

Power Per UFC 3-520-01

Lighting Per UFC 3-530-01

Communication

Tele. Wall phone Outlet

Data Wall Outlets

CCTV N/A

CATV N/A

Security Balanced Magnetic Switch, Car reader, Electronic strike for exterior openings

Acoustical

Figure 3-F.3.2 Fuel Shop

Index F2

Description/Usage The Fuel Shop is used to perform miscellaneous maintenance – related tasks and repairs.

Ceiling Height 9’-0” minimum

Windows Exterior – Aluminum framed, insulated fixed, blast resistant; Meeting daylighting requirements of UFC 1-200-02, if located on an exterior wall

Doors

Type (2) Overhead coiling door, 12’ x 12’

(1) Hollow metal, 3’x7’ pair, (3) Hollow metal, 3’x7’

Security/ Hardware Access control rim exit device closer Fire labeled gasketing

View Panels/ Kick Plates

Kick-plates

Finishes

Walls CMU – painted

Floor Sealed concrete

Base No base

Ceiling Exposed structure - painted

Plumbing Emergency eyewash, Emergency Shower, Compressed Air, Breathing Air

HVAC 78°F Cooling (maximum 55°F dewpoint)/68°F Heating, Minimum ventilation 0.5 cfm/ft2 and ventilation up to 1.7 cfm/ft2 if fuel vapor exceeds 14.4 ppm.

Fire Protection Fire Alarm/Mass Notification Devices, sprinklers

Power Per UFC 3-520-01

Lighting Per UFC 3-530-01

Communication

Tele. Workstation Outlets, Wall phone Outlet

Data Workstation Outlets

CCTV N/A

CATV N/A

Security Balanced Magnetic Switch, Car reader, Electronic strike for exterior openings

Acoustical

Furnishings, Equipment and Casework Two (2) workbenches with one (1) stool each.

Figure 3-F.3.3 Fuel Tank Repair

Index F3

Description/Usage The Fuel Tank Repair will be used to perform repairs to and house parts used for repairs to fuel tanks.

Ceiling Height 9’-0” minimum

Windows Exterior – Aluminum framed, insulated fixed, blast resistant; Meeting daylighting requirements of UFC 1-200-02, if located on an exterior wall

Doors

Type (2) Insulated Hollow 3’x7’,

(2) Overhead coiling door, 12’ x 12’

Security/ Hardware Access control rom exit device closer Fire labeled gasketing

View Panels/ Kick Plates

Kick-plates

Finishes

Walls CMU – painted

Floor Sealed concrete

Base No base

Ceiling Exposed structure - painted

Plumbing Emergency eyewash, Emergency Shower, Compressed Air, Breathing Air

HVAC

78°F Cooling (maximum 55°F dewpoint)/68°F Heating, Tank pressurization and purge exhaust system. Minimum ventilation 0.5 cfm/ft2 and ventilation up to 1.7 cfm/ft2 if fuel vapor exceeds 14.4 ppm.

Fire Protection Sprinklers

Power Per UFC 3-520-01

Lighting Per UFC 3-530-01

Communication

Tele. Workstation Outlets, Wall phone Outlet

Data Workstation Outlets, Wall Outlet

CCTV N/A

CATV N/A

Security Balanced Magnetic Switch, Car reader, Electronic strike for exterior openings

Acoustical

Furnishings, Equipment and Casework Two (2) workbenches with one (1) stool each.

Overhead hoist 3000 lb. capacity

Figure 3-F.3.4 Fuel Tank Storage

Index F4

Description/Usage The Fuel Tank Storage will be used to house parts used for repairs to fuel tanks.

Ceiling Height 9’-0” minimum

Windows Exterior – Aluminum framed, insulated fixed, blast resistant; Meeting daylighting requirements of UFC 1-200-02, if located on an exterior wall

Doors

Type (2) Insulated Hollow 3’x7’,

(2) Overhead coiling door, 12’ x 12’

Security/ Hardware Access control rom exit device closer Fire labeled gasketing

View Panels/ Kick Plates

Kick-plates

Finishes

Walls CMU – painted

Floor Sealed concrete

Base No base

Ceiling Exposed structure - painted

Plumbing N/A

HVAC 78°F Cooling (maximum 55°F dewpoint)/68°F Heating

Fire Protection Sprinklers

Power Per UFC 3-520-01

Lighting Per UFC 3-530-01

Communication

Tele. Workstation Outlets, Wall phone Outlet

Data Workstation Outlets, Wall Outlet

CCTV N/A

CATV N/A

Security Balanced Magnetic Switch, Car reader, Electronic strike for exterior openings

Acoustical

Furnishings, Equipment and Casework Two (2) workbenches with one (1) stool each.

Overhead hoist 3000 lb. capacity

Figure 3-G.3.1 Training Room

Index G1

Description/Usage The Training Room will be used for training new personnel and for continuing education for existing personnel.

Ceiling Height 9’-0”

Windows Exterior – Aluminum framed, insulated fixed, blast resistant; Meeting daylighting requirements of UFC 1-200-02, if located on an exterior wall

Doors

Type Hollow metal, 3' x 7'

Security/ Hardware Classroom lockset

View Panels/ Kick Plates

View panels, 5” x 20” Kick plates on both sides of doors

Finishes

Walls Gypsum board - painted

Floor Vinyl Composition Tile

Base Resilient

Ceiling Acoustical Ceiling Tile

Plumbing N/A

HVAC 78°F Cooling (maximum 55°F dewpoint)/68°F Heating

Fire Protection Fire Alarm/Mass Notification Devices, sprinklers

Power Per UFC 3-520-01

Lighting Per UFC 3-530-01

Communication

Tele. Workstation Outlets, Wall phone Outlet

Data Workstation Outlets

CCTV N/A

CATV CATV outlet

Security N/A

Acoustical Requirements Per UFC 3-450-01 for noise control

Furnishings, Equipment and Casework Systems furniture computer carrels for (6) personnel, ergonomic task chairs, meeting table with seating for (6)

Figure 3-G.3.2 Contractor Office

Index G2

Description/Usage The Contractor…