FY23-4 D64 SOW 00178 Appendix References.docx

FURNITURE PLANS

New Squad Room

Appendix E: Selections from PUB-64 2014 Edition U.S. Department of Justice United States Marshals Service Management Support Division

USMS Publication 64 Requirements and Specifications for Special Purpose and Support Space Manual Volumes I and II

2014 Edition USMS Office of Construction Management and USMS Office of Security, Safety, and Health

USMS Pub. 64 Rev. 12/13 detention hardware subcontractor is responsible for installing all detention hardware devices and connecting them to the control panels in the USMS command and control center.

Power supply and signal cable conduit for security devices. GSA’s general contractor is responsible for providing electrical power for each security and detention hardware device location, and for installing conduit with pull strings, junction boxes, and mounting boxes for the USMS security contractor to run signal cables from each device to the USMS command and control center or other designated locations. The project A/E shall design, engineer, and specify the most straightforward power supply and signal cable conduit layout possible:

· Low voltage power supply. On each floor of the building there shall be a designated security riser closet where a 120 VAC source from the building emergency or uninterrupted power supply system is installed in a lockable electrical box, per C20. The USMS security contractor shall install a power supply unit in the box that reduces the power being run to each individual piece of security equipment to the appropriate low voltage.

· Signal cable conduit. Minimum conduit size shall be 21 mm (3/4”) for the signal cable (such as RG59U cable for CCTV signal transmission). To avoid multiple conduit runs, the 21 mm (3/4”) con- duit leading from the mounting box at each device location should branch off a main conduit run sized according to the number of cables required on that particular floor, and run to the USMS security con- sole.

· 120 VAC power supply. There will be situations for which the USMS will require a 120-VAC elec- trical outlet (off the emergency circuit), directly at the mounting location of a particular piece of secu- rity equipment. This will be so noted either on the USMS design intent drawings or during the review comments phase of the project.

· Cable trays and conduit. Enclosed divided accessible.

USMS space. All junction boxes to be readily must be used in prisoner spaces and outside the prisoner spaces for security device cabling. Conduit cable trays may be used only in USMS non-ume II).

rior underground conduit (see General Note, Vol-interior use, and direct-burial-rated for use in exte- USMS security contractor to be plenum-rated for

· Wire and Cable. All wire or cable installed by

Emergency power. The USMS command and control center, security equipment room, prisoner elevator, and all CCTV cameras, monitors and in- tercoms, safety and security devices, and electrical devices within the USMS detention envelope are to be connected to an emergency power supply.

Emergency task lighting. Selected lighting fixtures, as designated by USMS, must provide an uninterrupted source of lighting in the event of a power failure. GSA shall provide standard, emergency, backup, clean, and predefined electrical power needs, including battery-powered lights. All electrical security hardware devices within the detention envelope shall be equipped with an integral battery backup module and be connected to the facility’s emergency generator. The battery module shall provide a minimum of 60 minutes of power at the device in the event of a failure of the emergency generator.

Security device mounting. All security devices shall be flush-mounted and fastened with tamper- resistant screws.

USMS security device symbols. GSA must require that the project A/E use the security symbols listed in A11, herein. This requirement shall be incorporated as part of the GSA SFO and/or contract documents for each facility. If a particular symbol does not exist, an appropriate new symbol may be created with OSSH approval. It is recommended that separate drawings delineating security systems be provided by the A/E for ease of coordination, installation, and maintenance.

Security O&M manual. Per A4, documentation and training shall be provided by GSA to USMS personnel for the operation and maintenance of detention hardware devices in all prisoner areas, the security equipment room, computer/IT room, and the USMS command and control center, as well as for the operation and maintenance of the supplemental HVAC systems in the security equipment room, the computer/IT room, and the USMS command and control center.

Security systems operational deadline. All building security systems shall be demonstrated to be fully operational 15 calendar days in advance of initiation of courthouse operations.

Door keying schedule. The local USMS district office is responsible for developing and approving the keying schedule for all door hardware in USMS spaces.

Prisoner surveillance. All prisoner movement areas must be designed to be under continuous

· TSB-67 Transmission Specifications for Un- shielded Twisted Pair Cables, Oct. 1995.

· ANSI/EIA/TIA-568A Commercial Buildings Wiring Standard, Oct. 1995

· ANSI/NFPA-70 National Electrical Code (NEC). 1996 edition.

· TSB-72 Centralized Optical Fiber Cabling Guide, Oct. 95

· ANSI/EIA/TIA-607 Commercial Building Grounding and Bonding Requirements for Tele- communications Standard, August 1995.

· ANSI/EIA/TIA-569A Commercial Building Standard for Telecommunications Pathways and Spaces Standards Proposal SP2950, Nov. 1995

· Building Industry Consulting Service Interna- tional (BICSI), Telecommunications Distribution Methods Manual, current edition

· ANSI/EIA/TIA-606 Administrative Standard for Telecommunications Infrastructure of Commercial Buildings, Feb. 1993 All cable must be installed via conduit raceways and any cable not in conduit must be concealed and protected in a cable sheath, trough or tray. Under no circumstances will cable be exposed.

Each network outlet faceplate will incorporate one to three modular, universal RJ-45 IDC jack sock- ets meeting Category 6 specification.: Black = voice, Ivory = data, Gray = LAN.

Each workspace annotated will have a minimum of one shielded twisted pair (STP) outlet consist- ing of three color STP cables, plenum rated: Black = voice, Ivory = data, or Gray = LAN.

The USMS Information Technology Division (ITD) requires that flush mount, surface mount, and multimedia or integrated modular furniture information outlets (IOs) be installed in single or dual gang boxes, box eliminators, or in modular furniture knock outs. The top or top left jack will be used for voice; the balance will be designated for data and LAN purposes. Under no conditions will the cabling contractor tie wrap cable to the outside of existing conduit.

build-out is in progress, so that security devices and cabling may be installed and inspected in an efficient manner, made operational, and tested before building occupancy. The following access requirement must be incorporated as part of the GSA SFO and contract documents for each facility, and include the mitigation of any labor union issues.point-to-point home run (star topology) to the wir-dial tone emanates.

closets where public branch exchange (PBX) type back to the intermediate distribution frame (IDF) All cables identified as voice will be home-run (IO) must be connected by horizontal cabling in a Information outlets. All information outlets ing centers.

· Small facilities. Minimum 90 working days prior to the facility opening.All cables identified as data will be home-run back to the closest IDF, main distribution frame (MDF), or information system local area network (IS LAN) room within 90 meters (300 ft).

· Medium facilities. 120 to 150 working days prior to opening.

· Large facilities. 180 working days prior to opening.Each data IDF must be connected to the data MDF via point-to-point wiring. All cables and equip- ment must be listed with and verified by Under- writers Laboratories (UL), where applicable, to required performance standards.

· Extra-large facilities. As early as 360 working days prior to opening.All installed cabling, including cable pairs, con- nectors, patch cords, and patch panels, must be tested and certified to meet required performance specifications.

The IOs typically contain one or more Category 6, eight position (RJ-45 type) modular jacks. The specific quantity of IOs, and the jacks per IO will be identified after the site surveys have been com- pleted.

Information Technology, Voice, and Data Cabling Cabling. Telecommunications and data cabling must meet or exceed the following minimum spec- ifications for cable, components, and installation. Specific vendor technical clarifications, when re- quired, will be responded to in writing through the Contracting Officer by the Contracting Officer’s Technical Representative (COTR).

· Underwriters Laboratories (UL) Inc. 444 Stand- ard, Communications Cables, 1994 RJ45 I/O Pin Out. The contractor will utilize the ANSI/EIA/TIA-568A pin out designation 568A.

2014 Edition floor typically is considered a separate horizontal subsystem.

Reports. Within five (5) days of contract award, vendor will supply USMS COTR a project report plan to include the following:

Vendor Project Report Plancordance with this designation.

panel terminations and hardware must be in ac- All jack pin/pair assignment as well as all patch Horizontal Wiring Subsystem. The horizontal wiring subsystem is composed of cabling between the IOs and the wiring center subsystem. Each

Part C Non-Prisoner Spaces C1 Non-Prisoner Space Construction Requirements

These are the construction requirements for non-prisoner spaces, as modified by Sections C2 to C20.

· Extend perimeter walls of USMS space slab-to-slab. Apply layer of 16 mm (5/8”) plywood to outside face (non-USMS side) of metal studs and cover with finished layer of gypsum board. Extend plywood slab-to-slab, edge-to-edge, no gaps or holes.

· Ballistic-resistant glass/polycarbonate laminate or glass/polycarbonate airspace glazing system meeting UL 752 Level IV (or other level per USMS). Not per- mitted are all-glass or all-polycarbonate laminate systems, or use of polycar- bonate as outside layer of glass/polycarbonate laminate system.

· Ballistic-resistant hollow metal or ballistic-resistant aluminum frames.

· All other windows to be covered with blast-resistant film.

· Building-standard 1220 x 1220 mm (2’x 2’) suspended acoustical tile ceiling system.

· Door locks not on building master key system.

· Any fiber optic cabling leaving USMS controlled space, passing through uncontrolled space, and terminating in controlled space to be armored fiber with fiber optic patch panels at each end.

· One data conduit, minimum 25 mm (1”), for each workstation or dedicated work space, stubbed to overhead cable tray or home run to computer/IT room.

· Provide separate conduit or cable trays for each type of cabling: IT, security, and de- tention door.

· Conduit concealed within walls and ceilings. No daisy-chaining of conduit.

· Pull strings provided by GSA contractor in all conduit and cable trays.

· Floor-mounted data outlets flush with finished floor.

· One quad outlet on dedicated circuit and one quad outlet on house circuit for each workstation or workspace.

· No power poles.

· Housekeeping outlets as required by code.

· Floor-mounted outlets flush with finished floor.

· Pull strings provided by GSA contractor in all conduit and cable trays.

· Provide separate cable tray or conduit for each type of security device cabling.

· Cabling in conduit-only outside USMS space.

· No mixing of electrical wiring with security cabling.

· In ductwork over 645 cm² (100 in²) that penetrates the envelope between USMS and non-USMS spaces, add man-bars of 30M (No. 9) steel bars welded into grid with maxi- mum openings 200 cm² (30 in²).

C7 Security Equipment Room

Description The security equipment room houses the security equipment supporting the USMS command and control center. It is located adjacent to and entered through the command center.

· Space requirements per A7.

· Space must include minimum 2745 x 4265 mm (9’-0” x 14’-0”) clear, column-free area for locating security equipment.

· Schematic layout per Figure C5a.

· Provide conduit chase 600 mm (2’-0”) wide un- der access floor between security equipment room and command center.

Operational Security The security equipment room is located within the USMS restricted movement system and is accessed through the command center.

· Door hardware per A8 and Figure C5a. Sum- mary:

· Building-standard door, frame, mortise lock, and closer.

· Electric strike.

· Scramble pad mounted outside door.

Modifications to C1 Construction Requirements Walls: ☐Extend perimeter walls slab-to-slab, STC 45 sound rating.

· Install 19 mm (3/4”) PT/FRT plywood behind drywall on all four walls, floor to ceiling, for wall- mounting electrical equipment and devices.

Exterior Windows: Not permitted.

Floor: ☐Make floor slab level with floor slab in command center. Continue access floor system from command center into security room; see C6.

Door: ☐STC 45 sound rating.

Lighting: ☐Dimmer-controlled, glare-free indi- rect fluorescent lighting.

· Connect to building emergency power supply.

Electrical: ☐40-circuit, 200-amp panel with open access from panel to raised access floor sys- tem. Panel location to be approved by USMS.

· Electrical connections between panel and elec- tronic security equipment made by USMS security contractor.

· Clean and uninterruptible power supply.

HVAC: ☐Supplemental 24/7 HVAC unit, ceiling- mounted and sized for room’s equipment heat load and for maintaining constant temperature and hu- midity. Unit must not occupy any wall or floor space and must be independent of building’s chilled water system.

· On building emergency power supply.

· Thermo-humidistat, controlled within room, monitored at command and control console.

Security Equipment

· Video matrix switcher and formatter (camera identifier) is rack-mounted. Video switching is integrated with the alarm access control system computer, in conjunction with a computerized- matrix video-switcher system. This allows for display from specific cameras based on alarm activation, card reader or intercom activation, or other specific events. Specific cameras can be tied to a specific alarm input (for example, the activation of a duress alarm, the opening of a door, use of a card reader or intercom, motion in an area, etc.).

· The number of digital video recorders (DVRs) required is determined by the number of cameras in use. One DVR records up to 32 cameras.

100 mm (4”) diameter.

All core drill holes for security cabling minimum

Door: ☐STC 45 sound rating.

Exterior Windows: Not permitted.

· Connect to building emergency power supply.

Electrical: ☐Clean and uninterruptible power supply.

· All core drill holes for telecommunications ca- bling minimum 100 mm (4”) diameter.

· One dedicated quad power outlet on each wall, connected to building’s emergency power supply.

Fire Protection Systems: ☐Room to meet special fire protection requirements of PBS-P100.

Floor: ☐Non-static high pressure laminate floor tile.

Lighting: ☐Dimmer-controlled, glare-free indi- rect fluorescent lighting.

Telephone/Data/Electronic Security: ☐Pro- vide 4-inch (or other size determined by USMS) conduit to telecommunications demarcation point.

HVAC: ☐Supplemental 24/7 HVAC unit, ceiling- mounted and sized for room’s equipment heat load and for maintaining constant temperature and hu- midity. Unit must not occupy any wall or floor space and must be independent of building’s chilled water system.

trol console.

room and monitored at command and con- Thermo-humidistat, controlled within On building emergency power supply.

STC 45 sound rating.

Extend perimeter walls slab-to-slab for Walls:

Requirements Modifications to C1 Construction Scramblepad mounted outside door.

· Magnetic contact switch.

Electric strike.

lock, and closer.

Building-standard door, frame, mortise per A8 and Figure C5a. Summary:

· Door hardware and electronic security devices trolled by key and scramblepad.

restricted movement system. Door access is con- The computer/IT room is situated within the USMS mand and control center.

tions. It should be located close to the USMS com- USMS communication and data processing func-tains the terminals and servers for supporting The computer/information technology room con-

· Install 19 mm (3/4”) PT/FRT plywood behind drywall on all four walls, floor to ceiling level, for wall-mounting electrical equipment and devices.

· Perimeter walls to have 1-hour fire rating.

· Security device mounting requirements per A9.

Operational Security

· Schematic layout per Figure C5a.

· Space requirements per A7.

Description

C8 Computer/IT Room

· One building grounding bar to serve telecommu- nications equipment rack.

C9 Executive, Administrative, and Supervisory OfficesDescription

45 sound rating.

The executive, administrative, and supervisory of- fices are those of the U.S. Marshal, the Chief Depu- ty U.S. Marshal, the administrative officer, opera- tional supervisors, the judicial security inspector (JSI), and in larger facilities, the Assistant Chief Deputy U.S. Marshal. These offices are located in the administrative and operational areas.

· Space requirements per A7 and Figure C4a.

Operational Security The offices are located within the USMS restricted movement system.

· Door hardware per A8 and Figure C4. Summary:

· Building-standard doors, frames, and mor- tise locks.

Requirements Modifications to C1 Construction

Walls:

· Extend office walls slab-to-slab for STC

Exterior Windows: Required.

Floor: ☐Minimum 1.07 kg (38 ounce) commer- cial-grade synthetic rolled carpet with integral pad or double-glued pad.

Door: ☐STC 45 sound rating.

Lighting: ☐Connected to building emergency lighting system.

Telephone/Data/Electronic Security: ☐Pro- vide conduit and outlets for cable TV in marshal’s and chief deputy’s offices.

· In one supervisory office provide electrical outlet and cable boxes for CCTV monitor and master in- tercom.

Private Restrooms The U.S. Marshal and Chief Deputy U.S. Marshal’s offices include private restrooms. The restrooms must meet ABAAS accessibility requirements; their construction requirements are identical to those for unisex staff restrooms; see C13.

C20 USMS Security/IT Riser Closets

Descriptioncal/communications room.

· Same as adjacent electri- Ceiling:

Exterior Windows: Not permitted.

Security/IT riser closets house USMS security equipment panel boxes and associated conduit, ca- ble, and risers.cal/communications room.

· Same as adjacent electri- Floor:

· Space requirements per A7.eter for telecommunications cabling.

· All core drill holes minimum 100 mm (4”) diam-

Operational Securitycal/communication room.

· Same as adjacent electri- Lighting:

USMS security/IT riser closets may be located an- ywhere within the courthouse. Access is controlled by key and scramblepad, with door opening and closing monitored by the USMS command and control centersupply.

Electrical: ☐Clean and uninterruptible power Data/Telephone: ☐Provide 4-inch conduit to telecommunications demarcation point.

· Door hardware per A8. Summary:

· Building-standard door, frame, and mor- tise lock.· One dedicated quad power outlet on each wall, connected to building’s emergency power supply.

· Electric strike.nications equipment rack.

· One building grounding bar to serve telecommu-

· Scramblepad mounted outside door.

· Magnetic contact switch.Electrical Equipment: ☐Alarmed, lockable panel boxes with tamper-resistant switches; one box for every eight doors with security devices lo- cated within USMS building space.

cal/communications room.

Same as adjacent electri- Walls:

Requirements Modifications to C1 Construction Specialty Items

Part D USMS Expansion Space in Non-court Facilities D1 Expansion Space Construction Requirements

USMS expansion space in non-court buildings typically consists of one or more task force work areas, a secure storage area, and a computer/IT facility.

These spaces to meet the same construction and security requirements as their counterpart spaces in C2 to C20.

· Extend perimeter walls of USMS space slab-to-slab. Apply layer of 16 mm (5/8”) plywood to outside face (non-USMS side) of metal studs and cover with finished layer of gypsum board. Extend plywood slab-to-slab, edge-to-edge, no gaps or holes.

· Ballistic-resistant glass/polycarbonate laminate or glass/polycarbonate airspace glazing system meeting UL 752 Level IV (or other level per USMS). Not per- mitted are all-glass or all-polycarbonate laminate systems, or use of polycar- bonate as outside layer of glass/polycarbonate laminate system.

· Ballistic-resistant hollow metal or ballistic-resistant aluminum frames.

· All other windows to be covered with blast-resistant film.

· Building-standard 1220 x 1220 mm (2’x 2’) suspended acoustical tile ceiling system.

· Door locks not on building master key system.

· Any fiber optic cabling leaving USMS controlled space, passing through uncon- trolled space, and terminating in controlled space to be armored fiber with fiber optic patch panels at each end.

· One data conduit, minimum 25 mm (1”), for each workstation or dedicated work space, stubbed to overhead cable trays or home run to computer/IT room.

· Conduit concealed within walls and ceilings. No daisy-chaining of conduit.

· Pull strings provided by GSA contractor in all conduit and cable trays.

· Floor-mounted data outlets flush with finished floor.

· One quad outlet on dedicated circuit and one quad outlet on house circuit for each workstation or workspace.

· No power poles.

· Housekeeping outlets as required by code.

· Floor-mounted outlets flush with finished floor.

· Pull strings provided by GSA contractor in all conduit and cable trays.

· Provide cable trays or separate conduit for each type of security device cabling. Ca- bling in conduit-only outside USMS space.

· In ductwork over 645 cm² (100 in²) that penetrates the envelope between USMS and non-USMS spaces, add man-bars of 30M (No. 9) steel bars welded into grid with max- imum openings 200 cm² (30 in²).

Glossary of Terms

ABAAS Architectural Barriers Act Accessibility Standard, promulgated by the General Services Administration (GSA) and written to harmonize with the broadly adopted International Building Code.

A/E architect/engineer, usually a reference to the project design team.

amp ampere, a measure of electrical current flow.

ASHRAE American Society of Heating, Refrigerating and Air-Conditioning Engineers, Inc.

Asset forfeiture USMS-administered federal program responsible for seizing, maintaining, and disposing of illegal items. Asset Forfeiture is administered by region and on a smaller scale by individual USMS offices.

ASTM Formerly the American Society for Testing and Materials.

AWI Architectural Woodworking Institute.

back box shorthand for mounting box.

bus electrical conductor to which two or more circuits are connected.

a hinged sheet cover.

electrical conductors or cables; often equipped with cable tray a sheet metal trough designed to house command center see USMS command and control center.

metallic tubing (EMT).

or cables; in courthouse work, primarily electrical conduit a pipe or tube for protecting electric wires cover plate plate used to cover the lock-mounting pocket in a door jamb.

CCTV closed circuit television.

cfm cubic feet per minute, the foot-pound measure for rate of flow, equivalent to liters/second; see also L/s.

COTR contracting officer’s technical representative, a person who oversees government contracts.

deadlock square bolt lock that is always in the locked or unlocked position.

digital keypad alarm shunt/shutoff digital switch that arms or disarms an electrical device, such as a motion detector alarm.

electric power transfer hinge hinge that transfers electrical power from a source within the door frame to an electrical device on the door.

electromechanical lock lock that is operated both manually by key, and electrically by motor or solenoid.

fail secure terms meaning that, upon loss of power, an electric lock will remain locked; that is, is not held in place by a powered device.

ftc foot candles, the foot-pound measure for illuminance; see also lx.

full mortise hinge hinge with leaves mounted flush with the surface of the door and frame.

full surface hinge hinge with leaves mounted atop the surface of the door and frame. .

GFI ground fault interrupter, a type of electrical safety outlet for use in wet areas.

gauge measure of metal thickness.

hollow metal doors doors and frames made of light gauge metal, usually 2.78 mm (12-gauge) or less.

HVAC heating, ventilating, and air conditioning interlock access control method that prohibits the opening of one door if another door is open or unsecure.

keeper flat plate, normally mortised into the door jamb, that receives a square deadlock bolt; see also strike.

LED light-emitting diode, a low-power light source.

L/s liters per second, the metric measure for volume rate of flow; see also cfm.

lx lux, the metric measure for illuminance. See also ftc.

momentary switch switch that makes contact only while being actuated and held.

mounting box metal or plastic box used for mounting and connecting electrical and security devices, such as light switches, keypads, and CCTV cameras, on walls or ceilings. Mounting boxes are usually installed flush in new construction work.

Also called backboxes. See A9.

mm, millimeter metric measure of length. One millimeter equals about 1/25th of an inch; 25.4 mm equal exactly one inch; about 300 mm (304.8 exactly) equal one foot.

mogul cylinder pin tumbler cylinder approximately 50 mm (2”) in diameter, used to operate certain types of detention locks.

mogul key key similar to a normal commercial key but larger and thicker, used to operate a mogul cylinder.

mortise recessed opening made to receive a lock or other device or material.

mortise lock lock installed inside a door.

NFPA National Fire Protection Association.

OCM USMS Office of Construction Management, formerly known as Central Construction Management Group (1999-2007), Facilities Management Branch (1996-1999), and Space Management Branch (1989-1996).

OSSH USMS Office of Security, Safety and Health, formerly known as Office of Security Systems.

PTZ pan-tilt-zoom, a mechanism for remote CCTV camera operation.

sallyport vestibule or shortened corridor with interlocked doors at each end that can be opened only one at a time.

sf square foot/feet, an inch-pound measure of area. The metric equivalent is square meter (m²), which equals about 10 sf.

that moves horizontally to open or close.

STC Sound Transmission Class, a single-number rating of a material or assembly's ability to resist sound transfer. The higher the STC rating, the more sound blocked.

strike flat plate mounted on a door jamb that receives a beveled bolt lock.

UL 752 Level III Underwriters Laboratories ballistic rating test for resistance to .44 magnum lead, semi-wadcutter gas-checked bullet.

UL 752 Level IV Underwriters Laboratories ballistic rating test for resistance to .30 caliber rifle lead, soft-core-point bullet.

USMS command and control center central monitoring and control center for all courthouse CCTV cameras and other security devices within the purview of the USMS. This is where OCM and OSSH functions overlap, with security devices from both offices controlled and monitored by the Center.

USMS security contractor contractor with a competitively bid contract to procure and install security devices, primarily at USMS and court locations, as directed by the USMS.

VAC, VDC volts alternating current (AC), volts direct current (DC).

WAB 11/2013

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