SOW-PJs_Revision_1.pdf

PLANNING/CONSTRUCTION SERVICES

STATEMENT OF WORK

Repair Various Items, PJs

FXSB141144

1. GENERAL

i. The work covered by this Statement of Work (SOW) includes providing all plant, labor, equipment, and materials required to perform planning and construction of the tasks outlined below. The contractor shall be responsible for necessary travel and services required to perform the work.

b. The contract procedures and project objective provide only general direction of what is required and does not constitute a complete explanation of the work involved. The government is relying on the contractor’s expertise in providing planning and construction that meets the intent of the task. The contractor shall work closely with designated government representative to work out details.

c. The contractor shall comply with all applicable installation/facility access and local security policies and procedures, which may be obtained from the Contracting Officer’s Representative (COR). The contractor shall also provide all information required for background checks to meet installation access requirements to be accomplished by the local installation’s Security Forces, Director of Emergency Services or local Security Office. The contractor shall ensure compliance with all personal identity verification requirements as directed by DoD, HAF and/or local policy. Should the Force Protection Condition (FPCON) change, the Government may require changes in contractor security matters or processes.

d. Contractor and all associated sub-contractors employees shall comply with adjudication standards and procedures using the National Crime Information Center Interstate Identification Index (NCIC-III) and Terrorist Screening Database (TSDB) (AFI 31-101 and AFI 10-245), applicable installation, facility and area commander installation/facility access and local security policies and procedures (provided by government representative), or, at OCONUS locations, in accordance with status of forces agreements and other theater regulations.

e. Contractor Manpower Reporting Application (CMRA):

i. The contractor shall report ALL contractor labor hours (including subcontractor labor hours) required for performance of services provided under this contract for the National Guard Bureau (or your organization) via a secure data collection site.

ii. The contractor shall completely fill in all required data fields using the following web address: http://www.ecmra.mil/. Reporting inputs shall be for the labor executed during the period of performance during each Government fiscal year (FY), which runs October 1 through September 30. While inputs may be reported any time during the FY, all data shall be reported no later than October 31 of each calendar year, beginning with 2013. Contractors may direct questions to the help desk at http://www.ecmra.mil.

f. Work shall comply with local, state, and federal codes and applicable ANG Engineering Technical Letters (ETLs), which are available on the Whole Building Design Guide website at www.wbdg.org.

http://www.ecmra.mil/ http://www.wbdg.org/

FXSB180179 SOW (continued)

g. Materials incorporated into the work shall be new.

h. The contractor is responsible for all applicable permitting (e.g. dig permits).

i. Contractor shall provide shop drawings for all work. The Government will provide, upon request (if available), existing drawings. The Contractor shall treat these existing drawings as “For Official Use Only (FOUO)” and shall either destroy them or return them to the Government once finished. The Contractor shall examine all field conditions and take field measurements to verify all conditions prior to preparing their shop drawings.

2. CONTRACT PROCEDURES

a. This contract shall be awarded on a firm fixed price basis.

b. The government will perform a site visit to show the areas where work is to be completed and answer questions.

c. The contractor shall clean up all construction debris and remove all unused materials.

d. The contractor shall walk the site with the government project manager for a final inspection to verify all tasks are complete and that objectives were achieved.

3. PROJECT OBJECTIVE

Install several safety mechanisms in PJ buildings and move flight line alert gear storage.

Base Bid Items

a. Contractor shall install rope ladder anchors (bldg. 17455)

i. Install 2 hard attach points rated at 5000 lbs. to HH-60 helicopter mock-up mezzanine (climbing gym, Rm 141) for the attachment of the rope ladder. Attach points must meet all OSHA and ANSI Z359.1, “Safety Requirements for Personal Fall Arrest Systems, Subsystems and Components” requirements.

ii. See Attachment 2 for pictures of approximate location.

b. Contractor shall design and install a fall arrest system above the mezzanine (bldg.

17459) near the mezzanine gate, to be utilized while gate is open.

i. New system shall meet be rated at 5000 lbs. and meet all OSHA and ANSI

Z359.1, “Safety Requirements for Personal Fall Arrest Systems, Subsystems and Components” requirements.

ii. See Attachment 3 for pictures of approximate location.

c. Contractor shall develop and execute solution to relocate a flight line alert gear canopy that is currently attached to bldg. 17569 to bldg. 17462 (see Attachment 4).

i. Contractor shall install adequate foundation at new installation site.

ii. Contractor shall pave (asphalt) area under new canopy location.

iii. Contractor shall paint canopy to match existing surrounding structures.

iv. Contractor shall re-construct canopy to allow for canopy addition in the future.

d. Contractor shall remove fencing, approximately 740 LF. Removal shall include all fencing components (posts, concrete, etc.).

i. Fence to be removed is shown as a dashed red line on Attachment 6.

ii. Post holes shall be infilled.

di. Contractor shall install approximately 1300 LF of fencing and all associated components, fence assembly shall be of same type as shown in Attachment 6.

i. Contractor shall produce most cost effective solution. Contractor may reuse removed fencing components, if deemed cost effective.

ii. For approximate install location, see green line on Attachment 6.

iii. Install location shall be far enough from hill edge to ensure fence is out of hill erosion area, see Attachment 6 for topo map.

dii. Contractor shall tie into an existing compressed air line to run new line into room 116 with two hose reel drops, see Attachment 7. Contractor shall install hose reel drops per detail 5 on sheet M-502, Attachment 7. All associated components shown for overhead reel drop shall be installed (valves, dirt leg, filter/regulator, etc.).

i. Contractor shall use same type of materials as existing system, shown in

Attachment 7.

ii. Contractor shall infill holes in 8” CMU wall and finish/paint to match. See Attachment 8 for wall schedule/type in room 116.

iii. Contractor shall ensure existing compressed air system can handle supplying additional lines. If system cannot, explain the reason and propose a fix.

diii. Contractor shall develop and execute solution to hardwire in conference table in room

215. Conference table is located in the center of the room.

216. See Attachment 9, page 239, for connection information

h. Contractor shall develop and execute solution to create air circulation in room 121, Vehicle Maintenance Bay (referred to as Boats Watercraft Room on drawings).

Currently, occupants remain cold, even with the IR heater running. Make note of crane that runs the length of the bay (see Attachments 10).

i. Contractor shall develop and execute a sound baffling solution for the ventilation system above workstation in Rm. 123 (see Attachment 11).

4. PERIOD OF PERFORMANCE

The POP shall be 90 days from date of the notice to proceed for base bids items.

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5. ATTACHMENT DESCRIPTIONS

Attachment 1: Site Locations Attachment 2: Rope Ladder Anchors Attachment 3: Fall Arrest Attachment 4: Flight-line Canopy Attachment 5: NOT USED Attachment 6: Fence Attachment 7: Compressed Air Attachment 8: Wall Schedule Attachment 9: Power Attachment 10: Room 121 Air Circulation Attachment 11: Sound Baffling

07/25/18 revision 1

1041770690N Cross-Out

J B E R G e o B a s e - L e t t e r [ 8 . 5 x 1 1 - L a n d s c a p e ]J B E R G e o B a s e - L e t t e r [ 8 . 5 x 1 1 - L a n d s c a p e ] µ 1,200 0 1,200 2,400 3,600 4,800600

Feet

380 0 380 760 1,140 1,520190 Meters

1021222212N Line

1021222212N Line

1021222212N Line

1021222212N Line

1021222212N Text Box Facility Locations

33rd Street

Bldg. 17569 Observation and Control Building

General Storage Canopy

Airdrop Ave.

µ 330 0 330 660 990 1,320165

Feet

Hangar 20 C-17 Large Airframe

Bldg. 17570 Bldg. 17569

C-130 Engine Test Stand Area

Bldg. 17570 and Bldg. 17569 Canopy Location Map

1285344510E Line

1285344510E Line

1285344510E Text Box Canopy attached to Bldg. 17569 to be dismantled and relocated

1285344510E Line µ 330 0 330 660 990 1,320165

Feet

Hangar 18 176th Alaska ANG Operations

Bldg. 17462 - Hangar 18 Warm Storage

Proposed relocation site for Bldg 17569 Canopy

Bldg. 17569 Canopy Relocation Site

X X (Alaska ANG PJ Alert Gear)

1285344510E Polygon

1285344510E Line

1285344510E Line

1285344510E Line

Bldg. 17462 Existing Utilities

PACAF 2006.

DISCLAIMER: This map is for general reference only. Information on this map are not guaranteed to be accurate or current. Maps produced by this internet mapping site are for ELMENDORF

OFFICIAL USE ONLY. THIS MAP IS NOT TO BE USED FOR

NAVIGATION.

Scale: 1:794

0 23 46 69 m.

Hangar 18 176th Alaska ANG Operations

Bldg. 17462

Bldg. 17456

X X

Proposed relocation site for Bldg. 17569 Canopy

1285344510E Polygon

1285344510E Line

1021222212N Typewritten Text Canopy Drawings

C-130 Engine Test Stand Area Alaska Air National Guard

JBER-Elmendorf AFB, Alaska

Project No.: FXSB161910 - Construct* Flightline Alert Gear Canopy

* Relocate free standing canopy adjacent to Bldg. 17569 to Bldg. 17642

Tuesday, October 24, 2017

Bldg. 17570 Bldg. 17569 (Canopy behind)

Bldg. 17569 - View looking northeasterly

Alaska ANG Engine Test Stand Canopy (continued)

Bldg. 17569 - View looking southwesterly Canopy immediately adjacent

Bldg. 17569 - View looking easterly Canopy

Bldg. 17569 - View looking southernly Canopy foundation detail Engine Test Stand containment underneath

Bldg. 17569 - View looking east Canopy foundation detail

Engine Test Stand containment (left)

Bldg. 17569 - View looking south Canopy detail

Flightline Alert Gear Bldg 17462 Alaska Air National Guard

JBER-Elmendorf AFB, Alaska FSXB 161910 – Construct Alert Gear Canopy

(Re-located Free-standing Steel Canopy adjacent to Bldg 17569 to adjacent to Bldg 17462)

Thursday, November 02, 2017

North End View looking South

East Side View looking Northwesterly

Flightline Alert Gear Bldg 17462 (continued)

West Side View looking Southeasterly

South End View looking North

Flightline Alert Gear Bldg 17462 (continued)

Area between Bldg. 17470 (left) and Bldg. 17462 (right) View looking Southwesterly

Area between Bldg. 17456 (left) and Bldg. 17462 (right) View looking North

1274708308N Rectangle

1274708308N Rectangle

1274708308N Callout Existing CA line

1274708308N Text Box Approximate locations of hose reel drops

1274708308N Line

1274708308N Line

Text Box Room 116

Power and Cable Management

Power and Cable Management

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C o m m u n ica tio n : In tro d u c tio n

Power and Communication: Introduction

The PREMISE system accommodates all power and cable management needs through the Power Base electrical distribution system and multiple cable pathways. Power Base is a modular electrical system available in the base raceway and at work-height (below worksurface, beltline, and standing height). Power Base is offered in 3-Circuit

1. In: Routing power from the building into the furniture.

2. Through: Routing power through the furniture.

3. Out: Receptacle access at panel.

Top Feed

Base Feeds

Power Kit

Receptacles

Power Distribution Assembly

Flexible Power Con-nector

Vertical Power Con-nector

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Base Feed Module:

Hardwire Connection

Single Circuit Base Feed Module:

Receptacle Connection with Power Cord

Base Feed Module: Concealed Hardwire Connection

Wall Feed Module:

Hardwire Connection

Power Base AI Feeds Top Feed Module External Top

Feed Module

Infeed Harness

Extended Connector

In: Building to Panel

Through: Power Distribution

Power Distribution Assembly Flexible Power Connector Vertical Power Connector

Out: Receptacle Access

15 Amp Receptacle 20 Amp Receptacle Desktop Port Enhanced Power Module

Flip Top Unit Port Kit

1274708308N Line

1274708308N Line

1274708308N Line

1274708308N Line

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F e e d

M o d u le s

The module is used to transition from building wiring to modular power within the furniture. One end is hardwired to building wiring and the modular end snaps into the power distribution assembly (PDA) in the base of the furni-ture.

Specification Tips

Power Locations

Single Circuit Base Feed Module: Receptacle Connection with Power Cord The module is used to transition from building wiring to modular power within the base of the furniture. The cord end is plugged into a receptacle (NEMA 5-20R USA/NEMA 5-15R Canada) in the building and the modular end snaps into the power distribution assembly (PDA) in the furniture. Only circuit one is powered by a cord feed. This feed is used for small furniture clusters such as a reception desk. National codes restrict the length of the cord; 24" (610mm) in the United States, 72" (1829mm) in Canada.

Specification Tips

Power Locations

Base Feed Module

Column Cord Base Feed

Base Feed Modules

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F e e d

M o d u le s

The module is used to transition building wiring to modular power within the furniture. The module’s junction box is mounted to the furniture and its modular connector snaps into the power distribution assembly (PDA). Field sup-plied conduit is used to bring power from the building to the junction box allowing for some versatile applications.

Although used primarily to meet New York City code requirements for a base fed infeed, it is not limited for use in this locale.

Specification Tips

Power Locations

Raised Floor Infeed Base Feed Module: External and Internal These modules are used to make plug-and-play connections between Power Base AI underfloor modular power and Power Base modular power in furniture. Internal version can enter under the panel base so base feed is not visible. The conduit of the external version will be exposed, but allows flexibility in positioning the furniture.

Specification Tips

Power Location

New York City code compliant.Note

Conduit (field supplied)

Base Feed Modules

Internal Base FeedExternal Base Feed

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Overview

Wall Feed

Wall Feed

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1.5" 4.688"

(119mm)

Listings

Applicable Codes

Complementary Products

Haworth TecCrete or above ceilings

Typical Configuration

Top View Side View

Power Base AI Ceiling Distribution Wall or Column

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Top Feeds are used to transition building wiring located in the ceiling to modular power within the furniture.

One end is hardwired to a junction box and the modular end snaps into the power distribution assembly (PDA) in the panel.

Top Feeds with poles are used to span between ceiling and panels and are available with or without power har-ness for 10' or 12' ceiling heights. Floor-to-ceiling applications up to 10' route power through the panel and do not require a pole.

Application

Top Feed Modules

Refer to cable management section for more information about communication cable specification and planning.Note

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Monolithic Panel Base Connection

Stackable Panel Top Feed Module The module mounts to a stack kit and routes power and communications cabling from the ceiling to the base raceway on Monolithic or Super Base panels. It can also route power to work heights in stack applications.

Specification Tips

3/8" (136mm) from the panel end, field cutting of the Top Cap is required.

Power Location

Monolithic Panel Top Feed The module mounts to a fabric monolithic panel and routes power and communication cabling from the ceiling to the base raceway.

Specification Tips

½" (38mm) from the end of panel, field cutting of Top Cap is required.

Power Location

Work Height

Base Height

Top Feed Modules

8" 53⁄8"

21⁄2"

8"

1½"

2½"

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External Top Feed Module The module routes power and communications cabling from the ceiling to the base raceway with any panel configuration including Monolithic or Super Base powered panels with open or glazed stack kits.

Specification Tips m – 2032mm) high panels.

Power Location

Attaches to Straight Connector

End-of-Run

Separately Specify 3-Way Connector

2-Way

Separately Specify 4-Way Connector

3-Way

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Floor-to-Ceiling Monolithic and Super Base Panel Top Feed Module The module mounts to floor-to-ceiling track and routes power from the ceiling to the base raceway on Mono-lithic or Super Base panels. The module can also route power to work heights in stack applications.

Specification Tips

Power Location

Stackable Panel: with Super Base Foundation Element

Stackable Panel: with Work-Height Power

Stackable Panel: with Monolithic Foundation Element

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ro d u c t A p p lica tio n

When connecting an infeed harness to a PDA at the beltline height the harness must be back fed through the vertical channel of the base panel before being connected to the building power.

Note

The harness is used to transition building wiring to modular power within the furniture. One end is hardwired to building wiring and the modular end snaps into the power distribution assembly (PDA) in the furniture. This con-nection may be used to bring power in from the base or ceiling and can be used with open base panels.

Specification Tips

Power Location

Open Base to Beltline Two Harness Top Feed

Infeed Harness

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ro d u c t A p p lica tio n | P o w e re d P a n e ls

Power Connector

24" (610mm) to 60" (1524mm)-wide Panels

Power Distribution Assembly (PDA)

Base Power Powered panels simplify planning power for a workstation. A powered panel includes a power distribution as-sembly (PDA) and a flex connector. The PDA is used to connect all other electrical components. The PDA has two connector ports at each end and two receptacle ports at each end. The connector ports on a PDA are used to span power to the next panel. The receptacle port is used for receptacles, base feeds, top feeds, and the vertical power connector.

Specification Tips

Powered Panel

Powered Raceway Cover

Power Distribution Assembly

Flex Connector

Base Raceway Cover

6.6" 6.5"

Receptacle Site

Flexible Power Connector Site 2.25"

3.36"

Refer to cable management section.Note

Powered Panels

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To place power in a work height location in PREMISE specify a powered stack kit and the desired pad types to finish the application. The stack kit provides a cross bar, cable trough, power distribution assembly (PDA) and flex connector. To access power with a receptacle in the PDA at work height specify a technology pad. If power is to pass through the location with no access required specify any non-technology pad.

Specification Tips

18" (457mm) wide panel (see below).

Powered Stack

18" (457mm) Wide Panel

36"–60" (914–1524mm) Pad

24" ( 610mm) Panel/Pad (No Power Access)18" (457mm) Panel/Pad

30" (762mm) Pad

Base Beltline Below Worksurface

Standing

Measure from the bottom of the work height port to the bottom of the raceway cover.

Power Kits

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Structural Power Kit for Stack Application

Structural Power Kit for Stack Application Off-modular overheads must be supported by a structural cross bar and an off-modular pad. To place power in a work height location in PREMISE with an off-modular overhead specify a structural powered stack kit. The structural stack kit provides a structural cross bar, cable trough, Power Distribution Assembly (PDA) and flexible connector. To access power with a receptacle in the PDA at work height specify a slat technology pad. If power is to pass through the location with no access required, specify an off-modular pad.

Power Kits

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Flexible Power Connector: Panel-to-Panel The connector is used to span power from one powered panel to another adjacent powered panel. A power distribution assembly (PDA) and flexible connector are provided when a powered panel is ordered.

Specification Tips

Power Connectors

Straight Condition Stack Kit Straight Condition 90˚ Condition Stack Kit 90˚ Condition

120˚ Condition Stack Kit 120˚ Condition

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The connector is used to span power from one powered panel to another powered panel in an outside 90˚, 3-Way, or 4-Way condition when return panels are non-powered. These connectors must be separately specified.

panels are non-powered.

3- or 4-Way Condition 3- or 4-Way Condition 90˚ Condition 120˚ Condition

Power Connectors

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Extended Power Connectors The connector is used to route power through the base of one 18" (457mm) wide non-powered panel.

Specification Tips

Straight Condition

Corner Condition

120˚ Condition

3-Way (shown) and 4-Way Condition

Power Connectors

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Vertical Power Connector These connectors route power vertically from the base to work height levels.

Specification Tips

Power Connectors

Standing Height Power Application:

50" (1270mm) high

Beltline Height Power Application:

34" (864mm) high

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ro d u c t A p p lica tio n | R e ce p ta cle s

Port kits provide a triplex receptacle and modular furniture telecommunications outlet at below worksurface and beltline level in monolithic panels.

Specification Tips

Receptacles Receptacles attach to the power distribution assembly (PDA) to allow access to the circuits carried through a panel. The 3-Circuit 15 Amp receptacles have a circuit programmable feature that allows each receptacle to ac-cess either circuit 1, 2, or 3 in the field by simply sliding the connector to one of three positions.

Specify appropriate number of receptacles for each circuit.

3-Circuit 15 Amp Programmable Receptacle

20 Amp 15 Amp

3-Circuit (20 amp) I II III NA

Receptacles

Above Worksurface (Knockout Location)

27-1/4”

Below Worksurface (Knockout Location)

11-13/32”

9”

3-1/4”

6-3/4”

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Desktop Port Desktop ports provide three 15 Amp outlets and a modular furniture telecommunications outlet opening in a housing that can be clamped to the edge of a worksurface.

Specification Tips

Flip Top Unit Flip Top Unit provides 15 Amp outlets and data jacks in a desk top housing that flips up for access or can be closed for unobstructed work space.

Specification Tips

Receptacles

9½"

¾” - 2”

2¾"

Fused Plug Detail

(for Flip Top Units with four or more outlets)

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Tackboard

Worksurface

11⁄8"

Storage Unit

Enhanced Power Module An Enhanced Power Module provides additional electrical functionality to a PREMISE workstation. It provides three 15A outlets and a modular furniture telecommunications outlet opening in a housing that can be clamped to a worksurface in the following locations:

Tip

Electrical and Wire Management

Above a Worksurface

Above a Worksurface in Conjunction with Tackboard

To Storage Unit

Below a Worksurface

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ro d u c t A p p lica tio n | F lip To p U n it: D e ta ils

The Flip Top Unit includes multiple data jack adapters to accommodate most field supplied data jacks. Also included are blank data covers to be used if no data access is needed. Data jacks are field supplied.

Flip Top Unit Bezel Dimensions:

Double-SidedDouble-SidedSingle-Sided Single-Sided

Perimeter edge of power receptacles and data ports faceplate standard in white.

Simplex power receptacles standard in white; included with Flip Top Unit.

Data jack adapters standard in white; included with Flip Top Unit. (See manufacturer list for field supplied data jacks).

Includes simplex power receptacles.

Flush mount plate and pop-up portion of Flip Top Unit standard in anodized finish.

12', 15 Amp black cord with plug.

Includes blank data covers and data jack adapters.

(8") 85⁄16" Wide

8" Deep (7½")

(11") 11¼" Wide

8" Deep (7½")

85⁄16" Wide (8")

43⁄8" Deep (4")

43⁄8" Deep (4")

(11") 11¼" Wide

Data Jack Adapters Included

Flip Top Unit: Side Elevation lip Top Unit: bezel and pop-up portion are proud to worksurface.

When installed into a 13⁄16" worksurface, the Flip Top Unit will extend below the worksurface.

1.187"

7.5"

1"

1.5" 2.75"

4"

1"

1.5" 2.75"

1.187"

Double-SidedSingle-Sided

Cutout dimensions are in parentheses ( ).Note

Field Supplied Data Jacks

Systimax/CommScope

Tyco SL and 110 Connect Series Modular Jacks

Siemon Keystone Style

Allen Tel Versa Tap Series

Leviton Quick Port® Series

Nordx Keystone Style

Tyco SL Coupler Series

ADC (Krone) 6000 Series

Hubbell Xcelerator™ Keystone Series

Blank (no coupler/jack)

Ortonics TracJack Series

Panduit Mini-Com Series

Microphone Jack/3-Pin XLR (solder type only)

Video Monitor Jack/DB-15 (panel mount solder style)

Flip Top Unit: Details

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3-Circuit

- 3 hot wires

- 3 neutral wires

- 1 common ground wire

- 1 isolated ground wire

4-Circuit

- 4 hot wires

- 2 neutral wires

- 1 common ground wire

- 1 isolated ground wire shared neutral conductor for at least two circuits. All circuits have access to either common or isolated ground.

Panel Power Options:

and a flex connector.

shipped separate from the panel and require field installation.

available with or without the power components.

kits and receptacle covers must be separately specified. In addition, receptacles, conduit, wiring, and other associated components must be field supplied.

Power Basics

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This option provides three circuits, each with its own neutral.

American buildings.

- 3 phase (208Y/120V)

- Three wire single phase (120/240V)

- Single phase (120V)

- multiple power sources

- facility energy control

- isolation of high harmonic loading programmability (available only on Power Base for furniture).

ground configurations.

This option provides four circuits, two circuits share neutral #1, two circuits share neutral #2.

closet, which can reduce the installed cost per circuit.

- Three wire single phase (120/240V) multiple power source or facility energy control.

- Special power needs are typically planned in sets of two circuits

- In some cases, 10 gauge shared neutral may not fully isolate circuits

This option provides four circuits, three circuits share neutral #1, circuit #4 has a separate neutral.

closet, which can reduce the installed cost per circuit.

multiple power source or facility energy control.

- Special power needs are typically planned only using circuit #4

- In some cases, 10 gauge shared neutral may not fully isolate circuits

Power Basics

3- and 4-Circuit Overview

Neutral 1 Neutral 2

Isolated Ground Ground

Line 1 Line 2 Line 3 Line 4

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All power application information is found in the corresponding component Price List, system-specific specifica-tion guide, and Power Base Planning Guide.

Verify the Following:

In: Routing power from the building into the furniture.

Power feed length will reach building location.

Infeed fits panel width.

Infeed location is not occupied by a:

Power raceway cover for external infeed location.

Through: Routing power through the furniture.

Power distribution assemblies (PDAs) are located where power access is needed.

Base power is specified with the base panel.

Beltline and standing height power are specified with power kit or structural power kit for stack application.

Base Power

All adjacent panels have base power, 18" (457mm) power connectors cannot be coupled together.

Work Height Power

Vertical Power Routing

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ro d u c t A p p lica tio n

Infeeds Applications

Base Feed 48" (1219mm) or as required

" (457mm)

Panel Applications Panel Applications

Between two junction boxes on one panel Panel Width (W) – 23" (584mm)

" (318mm)

Across 3- or 4-Way connection (to adjacent boxes) 16.50" (419mm)

Base to work-height 44" (1118mm)

Work-Height/work-height 88" (2235mm)

Base to standing-height 60" (1524mm)

Conduit , wiring, and receptacle are field supplied.

Hardwire power applications are designed to address non-modular power planning solutions.

1. Power distribution from building-to-panel.

2. Vertical power distribution.

3. Horizontal power distribution.

Tip

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International Power Management

Power Entry

Splitter

CordReceptacle

International Power Planning For power applications outside North America, we recommend the use of Power Logic soft wiring components.

Power Logic offers a system of single circuit power cords and receptacle modules that fit into our non-powered Base Raceway. Receptacle Modules are offered with two sockets (three and four socket versions also available).

Each Receptacle Module has sockets, switches, and fuses that are appropriate for each country around the world.

to the Base Raceway Cover.

Contact the Power Logic regional sales office in your area to help with planning details to assure local electrical code compliance. Contact Power Logic through their website, www.powerlogic.net, or through their corporate offices in Cape Town, South Africa at 27-21-704-1450. Power Logic also offers power solutions for desk top, con-ference table, or freestanding power applications.

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ro d u c t A p p lica tio n | C a b le M a n a g e m e n t: In tro d u c tio n Cable Management: Introduction

Note

Technology Pad Communications Port

Behind Stackable PadsCable Hanger

Ported Base Raceway Cover

Base Pathway

Monolithic Panel Communications Port or Power and Communications Port Kit

Cables can be routed through these pathways:

½" (13mm) each side

Cables can be accessed at these locations:

PREMISE addresses the distribution of communications cables with panel-integrated cable pathways and access points.

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R a ce w a y

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D im e n sio n s

Base Raceway: Communication Options and Dimensions

Raceway with Modular Furniture Telecommunications Outlet

30" (762mm) 13.65" (347mm)

36" (914mm) 13.47" (342mm)

42" (1067mm) 16.47" (418mm)

48" (1219mm) 19.47" (494mm)

60" (1524mm) 25.47" (647mm)

30" (762mm) 13.1" (333mm)

36" (914mm) 14.5" (368mm)

42" (1067mm) 17.5" (444mm)

48" (1219mm) 20.5" (521mm)

60" (1524mm) 26.5" (673mm)

1.38"

3.96"

Double-Sided Base Raceway

A

3.30"

2.25"

Single-Sided Base Raceway

3.75"

A

3.30"

2.25"

Double-Sided Base Raceway

3.75"

A

1.38"

3.96"

2.71"

Single-Sided Base Raceway

A

Systimax/CommScope

Tyco

Siemon

Leviton

ADC

Hubbell

Belden

Ortonics

Panduit

Hubbell

The following manufacturers offer faceplates that fit modular furniture telecommunications openings. For additional details, contact your local Haworth Technical Representative.

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A cce ss: D a ta B ra ck e ts

Data Access: Data Brackets

Single Technology Pad ships with enough blank plates to fill pad openings.

1.38"

2.71"

Modular Furniture Telecommuni-cations Opening

Receptacle Blank Plates Snap Into Bezel

Data Blank Plates Snap Into Data Brackets

3.25"

2.0"

2.38"

4.75"

6.38"

2.12"

2.09"

12"

Pad Width Technology Pad Access Dimensions

*Available as left side access only.

30" (762mm)* 29.69" (754mm) 1 1

36" (914mm) 35.69" (906mm) 2 2

42" (1067mm) 41.69" (1058mm) 2 2

48" (1219mm) 47.69" (1211mm) 2 2

60" (1524mm) 59.69" (15168mm) 2 2

POWER DATA

ACCESS (A) ACCESS (B)

Note

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Cable Management

Cable Accessories

Power kits are provided with communications accessories to manage the direction of the cables within the panel configuration. Additional accessories may be ordered as needed. Accessories include:

Cable and power management accessories are provided only with power kits as shown below. Order additional accessories as needed.

guides if used at same level.

Notes

Cable Reel Cable TroughStraight Cable Guide Cable Hanger

Vertical Cable Guides Super Base Panels

Power and Communication 3-Circuit 2 Cable Hanger, 3-5" (76–127mm) straight cable guide, 1-5" (25–127mm) corner cable guide, 1-3" (25–76mm) straight cable guide, 1-3" (25–76mm) corner cable guide

Power and Communication 4-Circuit 2 Cable Hanger, 3-5" (76–127mm) straight cable guide, 1-5" (25–127mm) corner cable guide, 1-3" (25–76mm) straight cable guide, 1-3" (25-76mm) corner cable guide raceway cover when specified.

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Cable Bend Radius

When planning the routing of communications cables through PREMISE panels, the bend radius at the panel-to-panel connections and within the panel pathways should be taken into consideration.

Note

Top Pathway to Vertical Pathway (Monolithic-Fabric Panel)A

1" (25mm) Minimum Radius

6.5" (165mm) Maximum Radius

Top Pathway (Monolithic-Fabric Panel)B

1" (25mm) Minimum Radius

5.2" (132mm) Maximum Radius

Top Feed Module to Top Pathway (Monolithic-Fabric Panel)C

1" (25mm) Minimum Radius

6.5"(165mm) Maximum Radius

Vertical Pathway to Base Raceway (Monolithic-Fabric Panel)D

6.85" (174mm) Maximum Radius

3.5" (89mm) Minimum Radius

Base Raceway (Monolithic or Super Base Panel)E

1" (25mm) Minimum Radius

6.5" (165mm) Maximum Radius

External Top Feed Pathway

Stack Kit Application

2.7" (69mm) Maximum Radius

6.85" (174mm) Maximum Radius

1" (25mm) Minimum Radius

3.5" (89mm) Minimum Radius

Beltline Pathway (Stack Kit)F

F

A

D

E

B

C

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Cable Management

Cable Capacities

This chart shows the number of communication cables that can be routed through specific pathways. Cable capacities are based on 0.20" (5mm), 0.25" (6mm), and 0.30"(8mm) diameter cables at 60% and 40% fill capacity.

TIA/EIA 569 suggests a cable fill of 40% for planning and up to 60% for unplanned or future additions. The TIA category designations for cable are not size specific but typically the higher the category number the larger the diameter the cable is. As a general rule a Category 5e (Enhanced) cable is approximately 0.20" in diameter, the Category 6 0.25", and a Category 6A (Augmented) 0.30". The actual diameter will vary depending on manufac-turer and whether it is a plenum rated cable or riser (PVC) cable.

Notes

PREMISE Pathway Capacities

(8MM)(5MM) (5MM)

Cable Pathway Area Cable Capacity

SQ. IN.

1.0

6.0

6.0

1.7

2.8

2.5

1.6

6.0

6.0

1.3

2.1

3.2

7.2

4.5

0.7

1.1

1.8

4.8

3.4

0.3

SQ. MM.

Intended for a single task light cord

Same cross-section as NECG-3-S, but tight bend radius.

Same cross-section as NECG-3-S, but tight bend radius.

Example

One Square Inch Pathway

Monolithic Panel Pathways

Base Pathway, Powered

Base Pathway, Non-Powered1

Monolithic Vertical Pathway at Panel Lock2

One Vertical Pathway (2 per panel)

Top Pathway (within panel)

Top Pathway (with light block restriction)3

Super Base Panel Pathways

Base Pathway, Powered

Base Pathway, Non-Powered1

One Vertical Pathway (2 per panel)

Stack Kit Cable Trough (1.5" x 1.4" nominal)

Stack Vertical 90˚ Corner Trim (1.8" x 1.8")

Top Feed Modules

Top Feed Module 3- and 4-Circuit (Stack)4

External Top Feed Module 3- and 4-Circuit

Vertical Cable Guide NECG-V (2½" x 5⁄16")

Straight NECG-3-S (3" x 3⁄8" nominal)

Straight NECG-5-S (5" x 3⁄8" nominal)

Inside Corner NECG-3-C (.95 bend radius)

Inside Corner NECG-5-C (.95 bend radius)

Cable Hanger NECH-1 (4-cavity 1.1" x 1.1" ea.)

Worksurface Wire Manager H-loop NEH-8

Vertical Wire Manager NEV-1

Vertical Wire Manager NEV-2

1 Non-powered provides no additional cable capacity than powered.

2 On Monolithic Panels the honeycomb can be crushed to allow cable to route around the panel lock.

3 The light block at the panel intersection can be cut or modified to match the top pathway fill capacity.

4 Top Feed cable capacity on Monolithic panels is greater than the panel capacity. For Monolithic panels cable capacity will be equal to one Vertical Pathway and one Top Pathway (provides access to second Vertical Pathway). For Super Base Panels and Stack Kits, the area for routing cables in limited to 0.4" (10mm) area between the pads and cross-bars or top of panel. The numbers provided in the chart reflect this restriction.

(8MM)

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Technical Specifications

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Performance Ratings All panel types and panel mounted components meet or exceed the test requirements in ANSI/BIFMA X5.6- Panel System Tests for Office Furnishings.

All panel types and electrical components are UL-1286 Standard for Safety for Office Furnishings listed and CUL (UL mark for Canada) certified.

Fabric panels and steel surfaced panels have a Class A fire rating based on testing assembled panels to ASTM E84 Surface Burning Characteristics for Building Materials or equivalent standard (UL-723).

Panel Assemblies All panels are shipped complete with top caps and panel locks. All panels with in-line, end-of-run and two-, three-, and four-way 90 degree conditions, accept separately specified stackable elements that can be added up to 120" (3048mm) in overall panel height. All panels, door frames and stackable elements have an overall thickness of 3" (76.2mm). All panels specified as powered include a pre-wired electrical distribution system and flexible power connector. Powered panels feature an electrical distribution system that has eight-wires and can be specified with one, 3-circuit and two, 4-circuit wiring configurations. Each circuit is rated for 20-amps at 125 volts. They can be specified as factory installed in the base pathway and include a raceway cover with four receptacle cutouts. Panels specified as non-powered, closed base, include a base raceway cover that has no receptacle cutouts. Panels are easily converted in the field from powered to non-powered by removing the electrical distribution system. Panels can also be specified with an open base. The standard top cap is made of 21-gauge (.033", .91mm) roll-formed steel with a powder coat finish. The wood top cap is made of 21-gauge (.033", .91mm) roll-formed steel and wrapped with wood veneer. The grooved top cap is made from extruded aluminum with a powder coat finish and has three grooves that allow attachment of privacy screens, overheads, or panel connectors in off-modular applications. The base raceway cover is made of .050"(1.3mm) thick rigid plastic.

Fabric Surface Monolithic Panel The panel consists of four roll-formed, U-shaped, galvanized, 21 gauge (.033", .84mm) cold-rolled steel rails joined together as a frame with spot-welds at each corner. This frame surrounds an expanded, multi-cell honeycomb core made of Kraft paper. Mineral board sheets are bonded to each side of the honeycomb and steel frame. A 1/4" (6.4mm) thick fiber-pad is held in place on both faces of the panel by a fabric covering that is held in place by a pressure-fit retention spline that engages into a roll-formed detail of the steel frame.

The vertical panel frame rails include stamped openings that house a die-cast integral lock for engaging and locking panel connectors. The fabric surfaces can be removed and replaced in the field on an uninstalled panel.

A removable top cap conceals a frame-integrated, 2" (50.8mm) deep pathway for routing communications cables. The base raceway cover of the panel conceals a 6.75" (171mm) high pathway. Frame-integrated vertical pathways run along both sides of the panel, connecting the top pathway and base pathway. Panel can be field ported for power and communication access on the panel face with a separately specified kit.

Glazed Monolithic Panel The panel frame is constructed of four extruded aluminum rails, machined and connected by threaded fasteners. The vertical frame rails include machined openings that house a die-cast integral lock for engaging and locking panel connectors. Each face of the panel has removable glazing consisting of an extruded aluminum frame, which surrounds a 1/8" (3.2mm) thick pane of clear tempered safety glass. The frame attaches to the panel with threaded fasteners at the top of the panel. The glass frame has gaskets that ensure a tight fit and minimizes glass contamination. A removable top cap conceals a frame-integrated 1" (25.4mm)-deep top pathway for routing communications cables. The base raceway cover conceals a 6.75" (171mm) high pathway.

Doors The door frame is constructed of three extruded aluminum rails machined and connected by threaded fasteners. The vertical frame rails include machined openings that house a die-cast integral lock for engaging and locking panel connectors. The door jamb is constructed of two extruded aluminum stops that are machined and connected by threaded fasteners. The jambs are connected at the base by a steel threshold. The frame supports a 1.44" (36.6mm) thick hollow-core door. The door is surfaced with high-pressure laminate with plastic edges or a wood veneer surface with wood edges. Door assembly includes threshold, hinges, brushed chrome knobs or ADA lever, lock-and-key set, and integrated strike plate. The door is orderable with left or right-hand door swing and can be field modified to change the orientation. A removable top cap conceals a frame-integrated 1" (25.4mm) deep top pathway for routing communications cables.

Super Base Panel

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The panel consists of four roll-formed, U-shaped, galvanized, 21-gauge (.033", 0.84mm) cold-rolled steel frame thick steel rust repellent coated skins are bonded to the rails and honeycomb with adhesive. The vertical panel frame rails include stamped openings that house a die-cast integral lock for engaging and locking panel connectors. Removable pads attach to the panel to provide an aesthetic covering and provide an overall panel thickness of 3" (76.2mm). Cables and power connectors can be mounted between the pads and the panel to provide easy access to power and communication located above the panel in separately specified stack kits.

A removable top cap attaches to the top of the panel. The base raceway cover conceals a 6.75" (171mm) high pathway.

Stack Kit The stack kit consists of two pads, a steel cross bar, and pad attachment brackets. It can be mounted above all panel types up to an overall height of 120" (3048mm). The assembled thickness of the stack kit is 3" (76.2mm).

The cross bar is 1.25"(31.8mm) x 1.25"(31.8mm) with 18-gauge (.048", 1.2mm) steel wall tubing and 14-gauge (.075", 19mm) formed steel plates welded on the ends. The pad attachment brackets are two-piece assemblies constructed of molded plastic. The structural cross-bar is constructed in the same manner except an additional the top cross-bar. This cross-bar is required when off-modular overheads are attached to stack kits. Individual components for a stack kit can be specified to provide power and communication access.

Pads All pad types have metal or plastic engagement flanges and steel brackets with hooks for attachment to panel connectors. All pad types, except for the base pads, have a light and sound block attached to the bottom.

standard finishes, and smooth powder coat for metallic finishes.

channel welded to the back-side of the pad. Fabric is bonded to the pad with adhesive.

backer is bonded to the molded fiber-pad board. Fabric is bonded to the frame with adhesive.

tackable properties. Fabric is bonded to the frame with adhesive. Pads can be specified for power and com-munication access.

Wood pads are constructed of wood composite board with wood veneer adhered to the front and a balancing veneer on the back. The edges are finished with black ebony veneer..

Double pane glazed pads are constructed of two sets of four extruded aluminum rails machined and con-glass. The frame rails have a powder coat finish.

Single pane glazed pads are constructed of two sets of four extruded aluminum rails machined and connected

Open frame pads are constructed of two sets of four extruded aluminum rails machined and connected by threaded fasteners to form a frame. The frame rails have a powder coat finish.

Translucent pads are constructed with four extruded aluminum rails machined and connected by threaded or translucent PETG material in various colors/patterns. The frame rails have a powder coat finish.

Markerboard pads are constructed of wood composite board with a white markerboard laminate covering and balancing backer. A removable tray is attached to the pad.

Slat pads are constructed of extruded aluminum with a powder coat finish and allow mounting of various types of paper and accessory management devices. Pads can be specified for power and communication ac-cess.

Off-Modular pads are constructed of a combination of slat pad and other pad types constructed in the same manner as noted above. This pad type allows the attachment of panels in off-modular conditions.

Panel Connectors Panel connectors are available for straight, two-, three-, and four-way – 90°, end-of-run, T-mount, off-modular

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and wall mount conditions. Each connector type can also be specified as open base. Connectors are constructed of roll formed 16-gauge (.060", 1.5mm) steel seam welded to form a square tube. The tube is slotted to allow components to be mounted in 1" (25.4mm) increments and to allow the connection of panels and stack kits at various heights. A steel glide housing and two die cast zinc wings are inserted at the bottom of the connector.

Light and sound blocks are installed the full length of the connector. A cold-headed steel leveling glide with a molded plastic foot is threaded into the glide housing. The glide provides 2" (50.8mm) of panel height adjustment and is supplied with a removable carpet gripper. Two- and three-way – 120° connectors are also available and are of similar construction, except there is only one die cast zinc wing inserted at the bottom of the connector and only one of the glides in the connector assembly will have a molded plastic foot. Two, three-, and four-way 90°, and two and three-way 120° connectors are created by attaching extruded aluminum corner connectors to the straight connectors. Corner connectors for 90° conditions allow the conversion to straight, two, three, and four way connectors by adding or removing straight connectors. A light and sound block is provided. The T-mount and off-modular connector is supplied with steel brackets for attaching to panels and stack kits. When specified as open base, a two-piece metal sleeve is provided to cover the glide and allow 2" of glide adjustment. The sleeve attaches to the connector with a plastic ring that has tabs that engage into slots on the connector.

Stackable (Straight Extended) Connector Stackable straight extended connectors are constructed of roll-formed 16-gauge (.060", 1.5mm) steel, seam welded to form a square tube. The tube is slotted to allow components to be mounted in 1" (25.4mm) increments and to allow the in-line connection of panels and stack kits at various heights. The lower portion of the welded tube is swedge-formed to allow the connector to fit into the top portion of stackable and full-height panel connectors. A light and sound block and an anti-dislodgment mechanism are included with the assembly.

Two, three, and four-way – 90° connectors are created by attaching extruded aluminum corner connectors to the straight connectors.

Trim Covers Two- and three-way, end-of-run and variable-height covers are made of 22-gauge (.030", .76mm) roll-formed steel, and are available in painted, fabric or wood veneer. Trim pieces, such as plastic or wood top caps, raceway covers and top cap/vertical trim alignment devices are included where applicable.

Floor-to-Ceiling Stack Kits The floor-to-ceiling connectors and the wall mount channel are made of aluminum extrusions with a black anodized coating. The ceiling track is an aluminum extrusion with a powder coat finish. A foam gasket is provided as a light and sound seal between the track and the ceiling. Trim covers are made of 22-gauge (.030", .76mm) roll formed steel, and are available in painted, fabric or wood veneer. The fabric pads are constructed of a wood composite core. Fabric is bonded to the core with adhesive. Each pad has a light and sound block attached to the bottom. The open frame pads are constructed of two sets of four extruded aluminum rails with a powder coat finish and connected by threaded fasteners to form a frame. The aluminum rails provide an area for inserting customer supplied glazing material .115" to .130" (2.9mm to 3.3mm) thick. Each frame has a light and sound block attached to the bottom.

Wing Walls (return panel alternative)

(1mm) thick edge band. Attachment and work surface support brackets are constructed of 12 gauge (.105", 2.7mm) steel. The glide housing is constructed of 14 gauge (.075", 1.9mm) steel. A cold-headed steel leveling glide with a molded plastic foot is threaded into the glide housing. The glide provides 2" (50.8mm) of height adjustment and is supplied with a removable carpet gripper.

Electrical Distribution System The electrical distribution system is included with powered panels and can be specified for use in stack kits.

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The system has eight-wires and can be specified with one, 3-circuit and two, 4-circuit wiring configurations.

The system is UL listed and CUL certified (UL Mark for Canada). The system is 8-wire and available in 3 or 4 circuit configurations.