DRAFT DESIGN REPORT DIVISION OF FACILITIES … · DRAFT DESIGN REPORT DIVISION OF FACILITIES...

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DRAFT DESIGN REPORT DIVISION OF FACILITIES DEVELOPMENT 101 East Wilson Street, 7th Floor Post Office Box 7866 Madison, WI 53707 August 16, 2013 West Campus Residence Hall Renovations – Phase 1 University of Wisconsin - Whitewater Whitewater, WI Project Number: 11 L 2 J For the: University of Wisconsin - Whitewater Project Manager: Kevin Trinastic Architect/Engineer: Mead & Hunt, Inc. Madison, Wisconsin 608-273-6380 Type of Project: Remodeling / New Construction 1. Project Description:

The project will renovate Arey Hall, a 4-story plus basement, (28,359/47,733 ASF/GSF) residence hall constructed in 1964, and Fricker Hall, a 4-story plus basement, (28,787/47,739 ASF/GSF), residence hall constructed in 1963. It will add 19,835 GSF to connect the two halls and provide program space. These two halls are part of the six west campus dormitories. The project will renovate existing rooms, renewal of building finishes, replace windows and exterior doors, enlargement and reconfiguring of restrooms, address deferred maintenance, replace the roofs, health and safety code compliance issues, replace MEP systems, provide standby power, and add fire sprinklers throughout. The building’s overall facilities will be brought into compliance with campus accessibility and universal design standards. The revised program will build an addition linking Fricker and Arey Halls at all floors. The addition includes: elevator redundancy, code compliant accessible exit paths, increased program space in lower levels for activities and study areas, consolidated student services, custodial services, building support, mechanical spaces, more flexible universal living and visit-ability for handicap students. Moving program spaces out of the existing halls into the addition will allow for repurposing space into additional beds. Chilled water will be extended from the existing Drumlin Hall dining facility to accommodate air conditioning in the link building as well as general meeting spaces in the lower levels of Arey and Fricker Halls. Heat recovery will be used to reclaim heat from toilet room exhaust. New electrical panels and energy efficient lighting will be added.

2. Authorized Budget and Funding Source: The authorized budget amount is $12,223,000 (Program Revenue Supported Borrowing) The requested budget is $17,632,442 ($12,223,000 PRSB & $5,409,442 Residual Bonding)

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3. Space Summary:

Existing ASF

Existing GSF

Proposed ASF

Proposed GSF

Building Efficiency

Arey 28,359 47,733 25,065 47,733 52.5% Fricker 28,787 47,739 26,851 47,739 56.2% Link - - 1,741 19,835 8.8%

4. Schedule: Submission of Bid Documents for Final Review: November 14, 2013 Bid Opening: February 25, 2014 Start of Construction: May 19, 2014 (Fricker & Link) May 18, 2015 (Arey) Substantial Completion / Occupancy: June 1, 2015 (Fricker & Link) August 7, 2015 (Arey)

5. Budget Summary:

Per Enumeration Per Prelim. Design

Construction: $9,522,000 $14,425,798Contingency: 977,000 1,009,806 A/E Fees: 684,000 1,009,806DFD Mgmt: 430,000 577,032Plan Review/Testing: - -Pre-Design Fee: 195,000 195,000Other Fees 67,000 67,000

Energy Mgmt. Sys.: - -Haz Mat Abatement: 250,000 250,000Movable Equipment: 98,000 98,000% for Art: -Total Project Cost: $12,223,000 $17,632,442 Constr. Cost / GSF $91.27 $125.10Total Cost / GSF $117.16 $152.92

Budget Notes: Sitework Construction / GSF $ 4.89 ($564,285 / 115,307 GSF) Renovation Construction / GSF $106.91 ($10,206,497 / 95,472 GSF) New Construction / GSF $184.27 ($3,655,016 / 19,835 GSF)

6. Additional Comments: Contingency: 7% of Construction Cost A/E Fees: 7% of Construction Cost DFD Mgmt.: 4% of Construction Cost

West Campus Residence Hall Renovation – Phase 1 3 Design Report Appendix DFD Project 11 L 2 J X:/2724500-120831.02

TABLE OF CONTENTS Draft Design Report ................................................................................ 1

Appendix A Special Design & Planning Issues .............................. 4 Site Conditions Zoning Utility Service Historic Preservation Environmental Impact Other Legal / Regulatory or Unresolved Issues Schedule Issues Appendix B Space Tabulation .......................................................... 8 Appendix C Design Concept / Basis of Design............................... 9 Overall / Architectural Design Concept Site Design Architectural / General Construction Systems Plumbing / Fire Protection Heating, Ventilating and Air Conditioning Electrical Appendix D Daylighting Criteria ..................................................... 31 Daylighting Criteria Form Appendix E Energy Conservation Measures ................................ 32 Energy Conservation Measures (ECMs) Form Appendix F Building Energy Modeling .......................................... 33 Appendix G Renewable Energy Sources ....................................... 34 Renewable Energy Sources Form Appendix H Life Cycle Cost Plan and Report ............................... 35 Appendix I Budget Detail ............................................................... 36 Appendix J Equipment .................................................................... 37 Appendix K Reference Drawings ................................................... 38 Preliminary Review Drawings (under separate cover)


Appendix A Special Design & Planning Issues SITE CONDITIONS

Existing Issues The University has indicated that due to the existing condition of many of the utilities, they are preparing for a separate utility improvement project. Many of the utility improvements described below may be installed as part of a separate and future infrastructure replacement project undertaken by the University. Incremental installations will be installed as part of near term building improvement and expansion projects. Portions of these utility modifications will be required for construction of the Fricker-Arey link, and will ultimately be abandoned as part of the future utility replacement project. The majority of the infrastructure has reached its end of life. In addition, the potential grade change within the residence hall courtyard area is significant enough to impact the minimum required cover for the existing utilities. The majority of the utilities within the courtyard area will require replacement. The overall approach to the installation of the utilities is to follow a utility corridor running between Benson Hall and the Drumlin Dining Hall, then north to Clem Hall. This utility corridor should avoid any future residence hall expansions or improvements. Steam will continue to be provided to the campus from a private electric co-generation facility (Cogentrix) located northeast of campus. Given the age of the system along with some observed damage to the box conduits, and the proposed grade change to provide better access to the courtyard area, the steam lines within the residence halls area should be replaced. Chilled water is currently generated by a 1,400 ton centrifugal chiller and three 800 ton absorption chillers at the University central plant. This plant is not adequate to provide chilled water to the residence halls and dining hall. It is anticipated that the plant will be upgraded in the same general area as the existing plant. Given this, a new chilled water network including a 6-inch diameter chilled water supply and 6-inch diameter return line, receiving its feed from Warhawk Drive will be required. Gas service to the residence hall area will continue to be provided by Wisconsin Natural Gas Co. (WE Energies). The existing gas system is dated and presumably constructed of steel piping as opposed to the more durable thermoplastic polyethylene. In addition, the majority of the gas lines are constructed in areas of the courtyard where the grade will be lowered to better accommodate accessibility. Storm and Sanitary Piping Sanitary service will continue to be provided to the residence hall area by two separate trunk lines that drain to the 12-inch diameter public sewer main in West Starin Road. Because the existing system is approximately 50 years old and has reported issues, a thorough inspection is recommended. If the inspection results in a system in need of cleaning, with no major physical deficiencies, it could be rehabilitated with a cured-in-place liner, or other trenched rehabilitation methods. Storm sewer service will continue to be provided to the residence hall area by two separate trunk lines, running parallel to the sanitary sewer system, and continuing to drain to the 48” diameter public sewer main in West Starin Road. The system should be thoroughly inspected. If the inspection results in a system in need of cleaning, with no major physical deficiencies, the system could be rehabilitated with a cured-in-place liner, or other trenched rehabilitation methods.


Fire Protection and Domestic Water Water service will continue to be provided to the campus by the City of Whitewater water utility. Given the size (6-inch diameter) and age of the residence hall water system, and the fact that the size is insufficient to provide adequate fire protection pressure and flow, the system will ultimately require replacement. Primary Electrical The campus primary is distributed through a medium voltage loop system. As a part of this project a medium voltage ductbank between manholes P11 and P12 will be removed to make way for the “link” portion of the building. This will break the current campus loop. There is a future infrastructure project planned for the campus that will restore the loop at that time. Capacity on the system is currently adequate to handle the broken loop. This project will be constructing a new manhole to serve medium voltage to the new service for the combined buildings. This manhole will also be utilized for the restoration of the medium voltage loop in the future infrastructure project. The two residence halls Arey and Fricker, which will be remodeled in this project are currently each served by 208/120V services from adjacent residence halls, Benson and Lee, respectively. The ductbank serving both remodeled halls will be removed back to the source medium voltage switchgear in each building and breakers will be noted as spares. A 50kW natural gas generator currently serving both Benson and Arey halls will be removed from its current location and relocated near Drumlin Hall. All associated conduit and cabling will be removed/reworked as necessary to serve Benson hall only. Information Technology The primary Information Technology issue relative to the overall site/building utilities infrastructure is the substantial quantity of Category 3 (C3) voice backbone cabling in the Electrical Room of Benson Hall. It appears that all of the West Campus Residence Halls are served by voice backbone cabling distributed through Benson Hall; although very little of the cabling is currently being used for analog voice traffic. Since the campus has migrated to Voice over Internet Protocol (VoIP) telephone service, the need for large amounts of copper voice cabling has been reduced significantly. It is our experience that even after a migration to VoIP however, a few applications, devices and users will remain attached to the legacy copper infrastructure. This will make the removal of that infrastructure more complex. Replacement of the legacy cabling with a small amount of analog cable per hall is planned. A secondary concern regarding the overall site/building utilities is the relatively low quantity of single-mode fiber optic (SMFO) strands to each residence hall. Typically, 12 or 24 strands of SMFO are delivered to each building in a campus environment to allow for link aggregation (using multiple pairs of strands to increase bandwidth) or to physically separate different types of services onto separate pairs of strands to better manage bandwidth for security purposes. As noted above, the halls each are served by only four or six strands of SMFO. The existing CATV cabling consists of hard-line coaxial cable distributed to each of the west campus residence halls. This cabling is difficult and expensive to install and maintain, as is the head-end and distribution equipment connected to it.

ZONING Latisha Birkeland from the City of Whitewater planning department confirmed that the entire University campus is zoned Institutional. The City of Whitewater does not require any permit approvals or review of the proposed construction.


UTILITY SERVICE Maintaining Utility Infrastructure during Construction Much discussion has occurred about the relative merits of installing temporary utilities only (those required for renovations to Fricker and Arey Halls and construction of the Link addition connecting them) vs. complete replacement of all site utilities within the West Campus Residence Hall complex. For purposes of Preliminary Design and publication of this Design Report Appendix, temporary utilities have been designed to maintain utility service to all residence halls in operation at any given time. In addition, no attempt is being made to assess or modify the condition of the existing sanitary sewer or storm sewer system as part of the link addition project. Though possible, such an approach is neither the most cost-effective method to replace antiquated utility infrastructure, nor the most expeditious in terms of limiting disruption to campus operations during times of construction. While budget limitations may preclude it, a full utility project remains the most cost-effective and logical way to provide utilities as ultimately necessary for the renovation of all six (6) residence halls and anticipated link additions. Logistical efficiencies could be gained, by minimizing site disturbance to a single construction period, and by negating potential escalation and scope creep if utility work is staged over multiple phases. Simply stated, a master-planned approach offers the best opportunity to ensure a comprehensive design and construction effort. Furthermore, many utilities are near the end of their useful life; replacing them now could prevent unexpected interruption in service should catastrophic failure occur.

HISTORIC PRESERVATION Not applicable

ENVIRONMENTAL IMPACT The project is exempt from storm water requirements because it is a redevelopment and no additional parking lots or roadways are proposed. This has been confirmed with the Wisconsin DNR. The NOI WRAPP permit form (for a WPDES construction permit) will still need to be submitted. The exemption for storm water will be stated on the application. There is no need for storm water treatment areas. Per E-mail from Latisha Birkeland (City of Whitewater; City Planner), April 1, 2013:

“Based on the response from the DNR, no additional storm water permitting at the local level is required. Please know that all state requirements for erosion control should be followed, but no local review is needed.”

Per E-mail from Eric Rortvedt (Wisconsin DNR), March 29, 2013:

“[The project] would be considered a redevelopment project and the only post-construction standard for redevelopment is 40% TSS control for parking lot and roadway areas. Since the project does not include construction of parking lot or roadway area, it is exempt from DNR’s post-construction standards.”


OTHER LEGAL/REGULATORY OR UNRESOLVED ISSUES UW-Whitewater Campus Master Plan See also the discussion within “Utility Service” portion of Special Design & Planning Issues. Construction of temporary utilities vs. complete replacements of all site utilities within the West Campus Residence Hall complex is related to delayed development of the overall UW-Whitewater Campus Master Plan. Such a plan, if available during design efforts for any of the residence halls, would provide proper guidance to most efficiently and cost-effectively implement necessary improvements to Residence Life facilities.

SCHEDULE ISSUES Overview As alluded to within “Schedule Milestones” below, residence halls will be offline and unavailable for their intended functions within the following timeframes:

Fricker Hall: Offline for summer 2014 and 2014-15 academic year (June 2014 through May 2015)

Arey Hall: Offline for summer 2015 (June 2015 through August 2015). To make this extremely aggressive schedule feasible, construction contracts must be executed in a timely manner. This will allow all prime contractors to properly mobilize and schedule adequate construction personnel to expedite the work. To the greatest extent possible, contractors will need full access to the site immediately after students depart after completion of the Spring 2015 semester.

Campus Concerns The aggressive sequencing of work is driven by UW-Whitewater’s summer operations, managed by their Continuing Education department. There are numerous summer camps and conferences that rely on residence halls for housing attendees. Shutting down multiple residence halls at any given time is not an option. Declining requests for camps and conferences is problematic for two distinct, yet related, reasons:

First and foremost, earnings from summer housing are a major funding source for some campus departments; the corresponding loss of revenue could have a major impact on annual budgets.

Secondly, in a very competitive marketplace, declining to host a camp or conference would likely result in losing client(s) for not only the summer of construction, but for subsequent summers if suitable alternate sites are found.

Schedule Milestones

June 2014: Start of Fricker renovation, Link addition, and site utilities (perhaps a slightly earlier start date for site utilities, as some work may be completed while the university is still in session). It is imperative that all deadlines are met leading up to this start date (A/E submittals, DFD reviews, bidding and contract award, etc.).

June 2015: Start of Arey renovation. In order to perform entirety of work over the short summer academic recess, the contractor(s) must be mobilized and ready to begin immediately after students depart. This is the most demanding critical path of the entire project schedule.

August 2015: Occupancy of entire project (Fricker, Arey, and Link) to allow move-in for Fall 2015 academic term.

See also “Utility Service” portion of “Appendix B: Special Design & Planning Issues”


Appendix B Space Tabulation

Preliminary Design Space Tabulation

11 L 2 J

OCCUPANTS

Fricker - Lower Level

Mechanical 58-002 - - - 620 1 -

Computer Lab 58-006 6 49 293 N/A 1 293

Game Room / Lounge 58-011 159 15 2,385 N/A 1 2,385

Kitchenette 58-014 - - 208 N/A 1 208

Pantry 58-016 - - 131 N/A 1 131

Music Room 58-018 9 21 188 N/A 1 188

Multi-Purpose Room 58-019 24 20 480 N/A 1 480


Vending 58-023 - - - 129 1 -

Laundry 58-024 - - - 260 1 -

Electrical 58-025 - - - 88 1 -

Semi-Quiet Study Room 58-026 17 20 346 N/A 1 346

Meter Room 58-027 - - - 140 1 -

Quiet Study Room 58-029 7 23 158 N/A 1 158

Storage 58-031 - - - 458 1 -


HD Storage 58-034 - - - 149 1 -

Enclosed Study 58-051 6 23 137 N/A 1 137

Unisex 58-052 - - - N/A 1 -

Unisex 58-053 - - - N/A 1 -

Assisted Accessible Toilet Room 58-054 - - - N/A 1 -

Total ASF: Fricker - Lower Level 267 5,111

Total GSF: Fricker - Lower Level 9,547

Building Efficiency (ASF / GSF) 53.5%

Link - Lower Level

Custodian Storage 80-L002 - - - 202 1 -

Elevator Machine Room 80-L003 - - - 132 1 -

Custodian Office 80-L004 1 90 90 N/A 1 90

Fire Pump Room 80-L005 - - - 228 1 -

Custodian Office 80-L006 1 89 89 N/A 1 89

Mechanical Room 80-L007 - - - 360 1 -

Chilled Water 80-L008 - - - 162 1 -

Medium Voltage Room 80-L009 - - - 620 1 -

Electrical Room 80-L010 - - - 156 1 -

Storage 80-L011 - - - 258 1 -

Communications 80-L012 - - - 11 1 -

Storage 80-L013 - - - 78 1 -

Hall 80-LH001A - - - N/A 1 -

Total ASF: Link - Lower Level 2 179

Total GSF: Link - Lower Level 4,500


Arey - Lower Level

Mechanical 57-001 - - - 477 1 -

Storage 57-002 - - - 311 1 -

Computer Lab 57-007 6 49 294 N/A 1 294

Game Room / Lounge 57-010 144 15 2,174 N/A 1 2,174

Kitchenette 57-014 2 105 209 N/A 1 209

Pantry 57-016 - - 130 N/A 1 130

Lit Room 57-018 4 47 188 N/A 1 188



ROOM ASF NUMBER

OF ROOMS

TOTAL ASFROOM NUMBER ROOM NSF

(NON -

ASSIGNABLE)

ASF /

OCCUPANT

Vending 57-023 - - - 358 1 -

Laundry 57-024 - - - 122 1 -

Electrical 57-025 - - - 75 1 -

Semi-Quiet Study Room 57-026 9 54 485 N/A 1 485

Meter Room 57-027 - - - 140 1 -


Storage 57-031 - - - 456 1 -


HD Storage 57-034 - - - 148 1 -

Enclosed Study 57-051 3 46 138 N/A 1 138

Unisex 57-052 - - - N/A 1 -

Unisex 57-053 - - - N/A 1 -

Assisted Accessible Toilet Room 57-054 - - - N/A 1 -

Total ASF: Arey - Lower Level 231 5,042

Total GSF: Arey - Lower Level 9,545


Fricker - First Floor

Student Room 58-101 2 76 151 N/A 1 151

Student Room 58-102 2 76 151 N/A 1 151

Student Room 58-103 2 76 152 N/A 1 152

Student Room 58-104 2 76 152 N/A 1 152

Student Room 58-105 2 76 152 N/A 1 152

Student Room 58-106 2 80 159 N/A 1 159

Student Room 58-107 2 76 152 N/A 1 152

Student Room 58-108 2 76 152 N/A 1 152

Student Room 58-109 2 76 152 N/A 1 152

Student Room 58-110 2 76 152 N/A 1 152

Student Room 58-111 2 76 152 N/A 1 152

Student Room 58-112 2 76 152 N/A 1 152

Student Room 58-113 2 76 152 N/A 1 152

ADA Student Room 58-114 1 152 152 N/A 1 152

Student Room 58-115 2 74 148 N/A 1 148



Student Room 58-118 2 76 151 N/A 1 151

Student Room 58-119 2 76 151 N/A 1 151

Student Room 58-120 2 76 151 N/A 1 151

Student Room 58-121 2 76 151 N/A 1 151

Double ADA Student Room 58-122 2 100 199 N/A 1 199

Student Room 58-123 2 76 151 N/A 1 151

Student Room 58-124 2 76 152 N/A 1 152

Student Room 58-125 2 76 151 N/A 1 151

Student Room 58-126 2 76 151 N/A 1 151

Student Room 58-127 2 76 151 N/A 1 151

Student Room 58-128 2 76 152 N/A 1 152

Student Room 58-129 2 80 160 N/A 1 160

Student Room 58-130 2 76 152 N/A 1 152

HD Apartment 58-131 1 117 117 N/A 1 117

Bedroom 2 58-131A 1 108 108 N/A 1 108

Bedroom 1 58-131B 1 146 146 N/A 1 146

Bathroom 58-131C - - 63 N/A 1 63

Kitchen 58-131D - - 142 N/A 1 142

Great Room 58-131E 1 146 146 N/A 1 146

Custodian 58-151 - - - 29 1 -

Assisted Toilet Room 58-152 - - 108 N/A 1 108

Women's Toilet Room 58-153 - - 315 N/A 1 315

Pipe Space 58-154 - - - 28 1 -

Men's Toilet Room 58-155 - - 324 N/A 1 324

Total ASF: Fricker - First Floor 61 6,077

Total GSF: Fricker - First Floor 9,548


Link - First Floor

Area of Refuge 80-L102 2 76 152 N/A 1 152

HD Reception 80-L104 1 161 161 N/A 1 161

HD Office 80-L104A 1 129 129 N/A 1 129

HD Office 80-L104B 1 144 144 N/A 1 144

HD Office 80-L104C 1 136 136 N/A 1 136

Hall 80-LH101 - - - N/A 1 -

Lobby 80-LH101A - - - N/A 1 -

Lobby 80-LH101B - - - N/A 1 -

Reception 80-LH101C - - - N/A 1 -

Vestibule 80-LV102 - - - 304 1 -

Vestibule 80-LV103 - - - 139 1 -

Total ASF: Link - First Floor 6 722

Total GSF: Link - First Floor 4,543


Arey - First Floor

Elevator Lobby 57-H100F - - - N/A 1 -

Vestibule 57-V102 - - - N/A 1 -

Lobby 57-101 - - - N/A 1 -

Mailroom Storage 57-102 - - - 459 1 -

Storage 57-105 - - - 69 1 -

Student Room 57-107 2 76 152 N/A 1 152

Student Room 57-108 2 76 152 N/A 1 152

Student Room 57-109 2 76 152 N/A 1 152

Student Room 57-110 2 76 152 N/A 1 152

Student Room 57-111 2 76 152 N/A 1 152

Student Room 57-112 2 76 152 N/A 1 152

Student Room 57-113 2 76 152 N/A 1 152


Student Room 57-115 2 76 152 N/A 1 152



Student Room 57-118 2 76 151 N/A 1 151

Student Room 57-119 2 76 151 N/A 1 151

Student Room 57-120 2 76 151 N/A 1 151

Student Room 57-121 2 76 151 N/A 1 151

Double ADA Student Room 57-122 2 98 195 N/A 1 195

Student Room 57-123 2 76 151 N/A 1 151

Student Room 57-124 2 76 152 N/A 1 152

Student Room 57-125 2 76 151 N/A 1 151

Student Room 57-126 2 76 151 N/A 1 151

Student Room 57-127 2 76 151 N/A 1 151

Student Room 57-128 2 76 152 N/A 1 152

Student Room 57-129 2 80 160 N/A 1 160

Student Room 57-130 2 76 152 N/A 1 152

HD Apartment 57-131 1 117 117 N/A 1 117

Bedroom 2 57-131A 1 108 108 N/A 1 108

Bedroom 1 57-131B 1 146 146 N/A 1 146

Bathroom 57-131C - - 60 N/A 1 60

Kitchen 57-131D - - 140 N/A 1 140

Great Room 57-131E 1 146 146 N/A 1 146

Custodian 57-151 - - - 29 1 -

Accessible Toilet Room 57-152 - - - N/A 1 -

Women's Toilet Room 57-153 - - - N/A 1 -

Pipe Space 57-154 - - - 28 1 -

Men's Toilet Room 57-155 - - - N/A 1 -

Total ASF: Arey - First Floor 49 4,408

Total GSF: Arey - First Floor 9,547


Fricker - Second / Third / Fourth Floors

Student Room 58-201/301/401 2 76 151 N/A 3 453

Student Room 58-202/302/402 2 76 151 N/A 3 453

Student Room 58-203/303/403 2 76 152 N/A 3 456

Student Room 58-204/304/404 2 76 152 N/A 3 456

Student Room 58-205/305/405 2 76 152 N/A 3 456

Student Room 58-206/306/406 2 80 159 N/A 3 477

Student Room 58-207/307/407 2 76 152 N/A 3 456

Student Room 58-208/308/408 2 76 152 N/A 3 456

Student Room 58-209/309/409 2 76 152 N/A 3 456

Student Room 58-210/310/410 2 76 152 N/A 3 456

Student Room 58-211/311/411 2 76 152 N/A 3 456

Student Room 58-212/312/412 2 75 150 N/A 3 450

Student Room 58-213/313/413 2 76 152 N/A 3 456

ADA Student Room 58-214/314/414 1 152 152 N/A 3 456

Student Room 58-215/315/415 2 76 152 N/A 3 456



Student Room 58-218/318/418 2 76 151 N/A 3 453

Student Room 58-219/319/419 2 76 151 N/A 3 453

Student Room 58-220/320/420 2 76 151 N/A 3 453

Student Room 58-221/321/421 2 76 151 N/A 3 453

Double ADA Student Room 58-222/322/422 2 100 199 N/A 3 597

Student Room 58-223/323/423 2 76 151 N/A 3 453

Student Room 58-224/324/424 2 76 152 N/A 3 456

Student Room 58-225/325/425 2 76 151 N/A 3 453

Student Room 58-226/326/426 2 76 151 N/A 3 453

Student Room 58-227/327/427 2 76 151 N/A 3 453

Student Room 58-228/328/428 2 76 152 N/A 3 456

Student Room 58-229/329/429 2 80 160 N/A 3 480

Student Room 58-230/330/430 2 76 152 N/A 3 456

Student Room 58-231/331/431 2 76 151 N/A 3 453

Student Room 58-232/332/432 2 76 152 N/A 3 456

Student Room 58-233/333/433 2 77 154 N/A 3 462

Student Room 58-234/334/434 2 77 154 N/A 3 462

Custodian 58-251/351/451 - - - 29 3 -

Accessible Toilet Room 58-252/352/452 - - - N/A 3 -

Women's Toilet Room 58-253/353/453 - - - N/A 3 -

Pipe Space 58-254/354/454 - - - 28 3 -

Men's Toilet Room 58-255/355/455 - - - N/A 3 -

Total ASF: Fricker - Floors 2 thru 4 65 15,663

Total GSF: Fricker - Floors 2 thru 4 28,644


Link - Second / Third / Fourth Floors

Hall 80-LH201/LH301/LH401 - - - N/A 3 -

Hall 80-LH201A/LH301A/LH401A - - - N/A 3 -

Hall 80-LH201B/LH301B/LH401B - - - N/A 3 -

Area of Refuge 80-L202/L302/L402 2 76 152 N/A 3 456

Area of Refuge 80-L203/L303/L403 2 64 128 N/A 3 384

Total ASF: Link - Floors 2 thru 4 4 840

GSF: Link - Floor 2 only 3,974



Total GSF: Link - Floors 2 thru 4 10,792


Arey - Second / Third / Fourth Floors

Student Room 57-201/301/401 2 76 151 N/A 3 453

Student Room 57-202/302/402 2 76 151 N/A 3 453

Student Room 57-203/303/403 2 76 152 N/A 3 456

Student Room 57-204/304/404 2 76 151 N/A 3 453

Student Room 57-205/305/405 2 76 152 N/A 3 456

Student Room 57-206/306/406 2 76 152 N/A 3 456

Student Room 57-207/307/407 2 76 152 N/A 3 456

Student Room 57-208/308/408 2 76 152 N/A 3 456

Student Room 57-209/309/409 2 76 152 N/A 3 456

Student Room 57-210/310/410 2 76 152 N/A 3 456

Student Room 57-211/311/411 2 76 152 N/A 3 456

Student Room 57-212/312/412 2 76 152 N/A 3 456

Student Room 57-213/313/413 2 76 152 N/A 3 456


Student Room 57-215/315/415 2 76 152 N/A 3 456



Student Room 57-218/318/418 2 76 151 N/A 3 453

Student Room 57-219/319/419 2 76 151 N/A 3 453

Student Room 57-220/320/420 2 76 151 N/A 3 453

Student Room 57-221/321/421 2 76 151 N/A 3 453

Double ADA Student Room 57-222/322/422 2 98 195 N/A 3 585

Student Room 57-223/323/423 2 76 151 N/A 3 453

Student Room 57-224/324/424 2 76 152 N/A 3 456

Student Room 57-225/325/425 2 76 151 N/A 3 453

Student Room 57-226/326/426 2 76 151 N/A 3 453

Student Room 57-227/327/427 2 76 151 N/A 3 453

Student Room 57-228/328/428 2 76 152 N/A 3 456

Student Room 57-229/329/429 2 80 160 N/A 3 480

Student Room 57-230/330/430 2 76 152 N/A 3 456

Student Room 57-231/331/431 2 76 151 N/A 3 453

Student Room 57-232/332/432 2 76 152 N/A 3 456

Student Room 57-233/333/433 2 76 151 N/A 3 453

Student Room 57-234/334/434 2 76 151 N/A 3 453

Custodian 57-251/351/451 - - - 29 3 -

Accessible Toilet Room 57-252/352/452 - - 0 N/A 3 -

Women's Toilet Room 57-253/353/453 - - 0 N/A 3 -

Pipe Space 57-254/354/454 - - - 28 3 -

Men's Toilet Room 57-255/355/455 - - 0 N/A 3 -

Total ASF: Arey - Floors 2 thru 4 65 15,615

Total GSF: Arey - Floors 2 thru 4 28,641


Total ASF: Arey (all floors) 25,065

Total ASF: Fricker (all floors) 26,851

Total ASF: Link (all floors) 1,741

Total ASF: All Buildings 53,657

Total GSF: Arey (all floors) 47,733

Total GSF: Fricker (all floors) 47,739

Total GSF: Link (all floors) 19,835

Total GSF: All Buildings 115,307

TOTAL ASF: ALL BUILDINGS 53,657

TOTAL GSF: ALL BUILDINGS 115,307

TOTAL BUILDING EFFICIENCY 46.5%


Appendix C Design Concept / Basis of Design OVERALL / ARCHITECTURAL DESIGN CONCEPT

Rethinking the Interior Environment As part of UW-Whitewater’s long range plan created by Residence Life, Fricker Hall and Arey Hall will be remodeled to incorporate key components of their mission to provide services and support for students with disabilities:

Lower levels will be completely remodeled to better utilize the space and update finishes.

Community bathrooms will be reconfigured and remodeled for universal design. A private accessible bathroom will be included on each floor, along with a custodial closet.

New windows will be installed in the exterior walls where current dumbwaiters exist to bring additional daylight into the buildings. The walls surrounding the dumbwaiters will be removed, and concrete floor will be infilled.

All existing incinerators will be removed. Concrete floor will be infilled and this area will be utilized for new circulation around the community bathrooms.

All interior wood doors will be replaced along with new hardware and hinges. Existing door frames will remain. New 40” doors will be provided for three (3) dorm rooms per floor to allow for students in wheelchairs.

Existing closets will be removed and moveable wardrobes will be provided by the University.

The window wall of the dorm rooms will be furred out with a gypsum board wall to hide new electrical and communications wiring, and mechanical piping. A ledge will be provided below the window for built-in shelving on one side of the window.

Asbestos ceiling tiles will be removed along with all other materials containing asbestos as part of a separate contract. This project will provide a new gypsum spray applied finish to existing ceilings.

A five (5) stop elevator will be installed in the link addition. The current elevator in Arey Hall is acceptable and will not require a new elevator; elevator cab finishes, however, will be upgraded and functional upgrades will be provided.

New finishes will be installed throughout the building.

The Hall Director’s apartments will be relocated and reconfigured. Entry and Office Functions A linked building addition will provide a single accessible entrance for Fricker Hall and Arey Hall. The addition will provide a central location for the following:

Front desk and mail, which allows for the desk to be staffed more hours of the day to better serve the occupants of the halls.

The main front entry creates a central gathering point for students.

Hall directors will be centrally located near the main entrance, allowing collaboration and sharing of administrative resources.

Student lounge space will allow current floor lounges to be converted into dorm rooms. A double accessible dorm on the first floor and a triple dorm room on the second, third, and fourth floors will be provided.

By removing the hall director’s offices, mail, front desk and lounges from current locations in existing buildings, Fricker and Arey Halls will gain additional dorm rooms.


Lower Level Common Space The lower level common space will serve as the dynamic hub of residence life, a place to live, learn, and engage. Within the lower level, spaces will be defined by activity and will give students the option to choose between social public spaces like the communal, café-style kitchen and quiet spaces; and the enclosed study or group study rooms. Laundry and vending, a multi-purpose room, computer lab, LIT room, and a music room will also be located in the lower level. The variety of spaces will meet the needs of every student as well as universal design goals.

The lounge, game area, and communal kitchen spaces will overlap to invite students to interact with a variety of options for different levels of socialization. The open café-style kitchen will incorporate a dining island for a residential aesthetic that promotes group dinners and gatherings. Students will be encouraged to use the space regularly, as it will have lockable storage lockers for cooking utensils and spices. Adjacent harvest tables and other soft seating arrangements will give the space a casual feel. The game area and lounge will give students a chance to unwind. The “Warhawk” nest, a proposed lounge concept, is a built in, semi-enclosed circular seating arrangement with bean sacks and pillows that can serve as a hip place to meet with large groups of friends for social networking, watching a movie, or for students who prefer open, active spaces; in short, a great place to socialize with their peers.

Study space will also be a significant feature of the lower level. Plans include a hierarchy of study spaces including small enclosed study rooms, a larger quiet study environment, and an open, socially-driven public study area. Small group study rooms (a popular demand on campus) will have LCD monitors for small group projects. The larger enclosed study space will provide privacy and a library-like atmosphere, with a variety of seating options for students who prefer a quiet study experience. Acoustics, privacy, and security are important considerations. The multi-purpose room will be a flexible space that could function as a study option for large groups, or as a good location for student organization meetings. It will have a variety of seating options and an accordion partition to increase flexibility within the space. Hall Director’s Suite The Hall Director’s Suite will resemble traditional apartment living. It features a unique, open plan eat-in kitchen and living room with an entry hall, closet storage, walk-in and roll-in pantry, private laundry, two bedrooms, and a full bathroom. Built-in shelving will make the space feel more residential. Lower level suites will also feature an exterior entrance to further develop the residential concept. One apartment will be universally designed and fully ADA accessible. Restrooms Community restrooms will be completely reconfigured to be universally accessible. Features within each include:

Three standard showers and one ADA roll-in type shower.

Two standard water closets and one accessible water closet.

No urinals, in order to allow flexibility in assigning rooms to either gender.

Four lavatories.

A roll-up dish washing station located in each hallway, immediately outside each restroom.

A fully accessible private restroom with limited access on each floor.

A small custodial closet on each floor level.


Dorm Rooms The revised dorm rooms will give students flexibility to make their rooms a space of their own. The existing student rooms are small and enclosed, with limited opportunity for customization. Moveable wardrobe closets for clothing storage, rather than fixed built-in closet systems, will be provided, allowing more space to arrange furniture. Furniture wardrobes will also improve accessibility at the room entrance.

Track lighting will be provided, which is often preferred by students. Track lighting allows the sleeping rooms to take on a residential atmosphere, and will give students the freedom to direct lighting to individual preference. Other upgrades include enclosing engineering infrastructure at the exterior wall for a better visual aesthetic, as well as a built-in shelf feature. Sleeping room doors will be replaced with extended hinges to make 34” clear openings for increased accessibility; this will grant students in wheelchairs the opportunity to visit other friends’ sleeping rooms, a privilege currently not possible. The corner lounge on each floor will be a triple student sleeping room or a double ADA sleeping room, which will allow two students in wheelchairs the option to room together. Interior Finishes Updated finishes will create a lively, social, and engaging atmosphere, while providing good durability and incorporating universal design principles. Finishes will create a unique branding of the west campus community, to provide a sense of place. Self-branding will be allowed at each student room door, as each will incorporate a customizable panel that includes colored 3Form signage and a whiteboard surface. The new interior finishes will play a key role in fulfilling universal design goals and way-finding principles. Universal design techniques such as color blocking and strong consideration of slip coefficients will be used.

SITE DESIGN Much of the following narrative describes site development of the entire West Campus Residence Hall complex (consisting of Benson, Bigelow, Lee, Clem, Fricker, Arey Halls and the Drumlin Dining Hall). Initial site construction will include only the areas adjacent to Fricker and Arey Halls, though site design will, to the greatest extent practical, support the eventual build-out of the entire site and subsequent residence hall remodeling and future link additions. Rethinking Building Entry The linking of Fricker and Arey Halls will provide an opportunity to redefine a more prominent accessible entry point for the pair of buildings, and reduce multiple entries as they currently exist. This serves the dual purpose of improving building security and accessibility. Accessible Pathways Three basic goals are envisioned:

Integrate the new building connections into the overall campus circulation pattern

Enhance the usable outdoor space adjacent to the halls

Create a campus environment that is coherent and accessible for all students. Improving the existing circulation pattern requires a re-thinking of how students access the buildings and how they travel through the site.


The proposed master plan will significantly modify the interior courtyard topography and pedestrian routes, to provide a path system arranged in a hierarchy of geometric patterns. The plan will capitalize on consolidated building entry points, and provide a legible travel experience for all students. A significant infrastructure improvement project in the interior courtyard is being planned, which will implement significant topography and walk changes anticipated in the upcoming Campus Master Plan. Transportation / Circulation During poor weather, UW-Whitewater provides transportation services for its mobility challenged students. To facilitate loading, transport vans currently drive on pedestrian walks for closer access to building entrances; this arrangement is preferred in lieu of asphalt drives at loading locations, in order to control private vehicle access. The master plan will provide wider walks and will identify vehicle travel paths to reduce potential pedestrian conflicts, which will help avoid backing movements that hinder drivers’ visibility in pedestrian areas. Vehicles will access the site at designated rolled curb locations at the perimeter. Landscaping and Exterior Space Features include passive recreational space, bicycle parking, casual seating areas, student grilling stations, a dining facility with outdoor food service area, and the potential for a group fire pit. The master plan will include a large, central green space in the courtyard for general use, with individual residence hall activities around the perimeter. Rack style bicycle parking is diffused throughout the site to be convenient to building entrances. Three covered bicycle parking stations will provide protected parking near each pair of residence halls. Proposed earthwork includes tree removals, site clearing and grubbing, earth stripping and stockpiling, and erosion control. New topsoil and sod will be installed. Allowances within the budget are provided for plants and site amenities.

ARCHITECTURAL/GENERAL CONSTRUCTION SYSTEMS Structural The structural system for the Link addition will be composite concrete deck supported by concrete block exterior bearing walls and interior steel columns. This system was selected to accommodate the minimal floor-to-floor dimensions of the existing buildings, and will be economical to construct. For exterior walls, as well as stair and elevator shaft construction, concrete block will be used. Exterior Building Envelope The exterior of the existing buildings is in good condition and minimal additional work will be needed. Some staining of the brick is present and will be cleaned during renovation. Some cutting and patching will be required with the new window installation and removed entry locations. New construction will be primarily comprised of brick veneer and metal panel, over concrete block back-up walls. The new elevator shafts will also be masonry construction. Roofs of existing buildings will be replaced with modified bitumen roofing system. The new roof will also be a modified bitumen roofing system.


Interior Construction Walls: Construction will primarily be gypsum board on metal studs. Where more durable construction is required, such as within and around the perimeter of toilet room areas, concrete block will be used. Moisture-resistant gypsum board will be used in “wet” areas. Finishes: Floor finishes will include carpet, quarry tile, epoxy, and vinyl composition tile. Wall finishes will primarily be paint, selected for durability based on type of room and expected usage. Ceilings: Many areas will be exposed structure, given the low floor-to-floor dimensions within existing buildings. Other areas will have acoustical tile applied to the underside of structure. Specialties: Pre-fabricated mail deliver boxes will be provided. Demountable partitions will be provided in the lower level multi-purpose rooms. Fixed equipment: Common student areas, such as kitchenettes, pantry rooms, and laundry rooms will be furnished with casework and appliances suitable for daily use. Kitchens within the Hall Directors’ apartments will be furnished with residential casework and appliances. Elevators The long term goal for the entire six-building West Campus Residence Halls is to provide Universal Access. As part of this project, the existing 5-stop Arey Hall elevator will be upgraded and a new 5-stop elevator will be installed at the Link addition connected Fricker and Arey Halls. Although the existing Arey Hall elevator meets accessibility requirements, it does not meet the current stretcher requirement; this and other recent code changes are grandfathered to the date of installation and are therefore not mandatory. Sprinklers will be added to the hoistway and control space, which will require additional mandatory upgrades including: controller operation and car fixtures upgraded to fire service code; heat detectors adjacent to sprinkler heads; shunt trip circuit breaker, activation module, and power monitor. The new elevator at the Link addition will be fully code-compliant, and sized to meet accessibility and stretcher requirements. On several floors, front and rear-opening doors will be provided.

PLUMBING / FIRE PROTECTION Design References: Code Wisconsin Plumbing Code IMC-2010 International Mechanical Code ADAAG ADA Accessibility Guidelines for Buildings and Facilities – July 2004 General A new water service line will be extended to each of the buildings from the site water main. The water service line will enter the mechanical room through the floor or basement wall below the predicted frost level. The water supply line to the facility will be ductile iron for pipe sizes larger than 2” and copper ASTM B88 type “K” for piping 2” and smaller. A water softener will be added to Fricker Hall and Arey Hall providing cold, soft water to the domestic hot water system, apartment and laundry. The existing water


softeners in Fricker Hall and Arey Hall will be moved by the University of Whitewater staff and installed in Lee Hall and Benson Hall. Currently, Arey and Benson share the same water softener. Arey Hall’s existing water softener will be removed and installed in Benson Hall; Arey Hall will be outfitted with a new water softener. The existing feed from Benson to Arey will be shut off and removed. Fricker and Lee Halls share the same water softener. Fricker’s existing water softener will be removed and installed in Lee; Fricker will be outfitted with a new water softener. The existing feed from Lee to Fricker will be shut off and removed. All buildings will be independent from each other, except for the fire protection. Existing plumbing fixtures will be removed and replaced with new commercial grade fixtures. Vitreous china water closets, urinals, and lavatories will be installed in Fricker and Arey Halls. Plumbing fixtures will include low flow flushometer type urinals, low flow flushometer type water closets, lavatories, showers, water coolers, floor mounted service basins, hand-wash sinks located in work areas, and stainless steel singe compartment sinks location on each floor. Existing hose bibs will be reconnected, existing wall hydrants on facility exterior walls will be reconnected, and trap primers will be used as required. All domestic water piping will be insulated. Type L copper water piping will be used to distribute domestic water to plumbing fixtures. Steam fired water heaters will be used to generate hot water for domestic use. Two sealed combustion, tank type, gas fired water heaters will be provided to supply domestic hot water during summer maintenance on the steam system. Expansion tanks, mixing valves, and recirculation pumps will be replaced to accommodate the new systems. Hot water will be circulated to minimize hot water response time to fixtures. Tempered water will be supplied to lavatories and showers. The existing below ground sanitary and storm drain will remain. Existing unused piping will be capped below floor. New sanitary, vent and storm drain piping will be run throughout the building to all the new fixtures. A new 8” water main will enter the basement of the Link building. The fire riser will consist of a double check detector assembly (UL/FM approved) flow switch, tamper switches, main drain and test station, and fire department connection inlet (FDC). The fire protection system will be sized to accommodate Fricker Hall, Arey Hall, the Link Building, and the future link extension to Benson Hall.

Piping Water service Soft copper tube, ASTM B 88, Type K, or ductile iron for piping larger than 2” Domestic hot/cold Hard copper tube, ASTM B 88, Type L, ASTM B 88, Type K for below ground Sanitary waste/vent Below ground – PVC DWV or Cast Iron CISPI 301 Above ground – PVC DWV or Cast Iron hubless


Fixtures & Equipment Water Heater Gas fired, high efficiency, tank type for summer back up Water Heater Steam to water for primary domestic water heating Water softener To serve domestic hot water and laundry Backflow preventer Reduced pressure double check Floor drains Heavy duty cast iron Wall Hydrants Freeze-proof, chrome wall plate Water Closets Wall hung, 1.28 gpf, with manual flushometer Urinals Wall hung, 0.5 gpf, with manual flushometer Lavatories Wall hung, with manual single lever faucet Showers Chrome finish, pressure balance valve, fixed and handheld heads Sinks (break room) Dual compartment, stainless sink with single lever, gooseneck faucet, and

garbage disposer Electric Water Coolers Wall hung, stainless, bi-level Floor Mop sinks Enameled cast iron with s/s rim guards and faucet with vacuum breaker and pail hook

HEATING, VENTILATING AND AIR CONDITIONING

Demolition The HVAC system demolition will include removing all mechanical equipment in the basement mechanical rooms. This will include all steam and hot water piping, circulating pumps, steam condensate pumps, pressure reducing valves, steam heat exchangers, control valves, control air compressors, pneumatic air lines, mechanical room ventilation fans and associated ductwork. At each floor level, the mechanical equipment, piping, and ductwork will be completely removed. This will include all horizontal and vertical hot water piping, convectors, cabinet heaters, unit ventilators, exhaust ductwork, utility fans, and roof exhaust fans. Site - Mechanical Systems Campus Steam and Chilled Water Campus high pressure steam is the heating source for the residence halls. Steam will continue to be provided to the campus from a private electric co-generation facility (Cogentrix) located northeast of campus. Underground concrete box conduit is currently used to extend high pressure steam/condensate/air mains to buildings on campus. The connecting link addition will require temporary relocation of steam mains using direct buried insulated piping between steam pits 20 and 21. Isolation valves will be installed in both steam pits during spring steam plant shut-down in order to maintain steam service to the West Campus during construction. UW Whitewater Campus Heating Plant Staff indicate there is adequate plant capacity to supply the residence halls and Link.

Campus chilled water is used as the cooling source. Chilled water is currently generated by a 1,400 ton centrifugal chiller and three (3) 800 ton absorption chillers at the University central plant. Direct buried chilled water supply and return piping is routed to buildings on campus. Chilled water will be extended from Drumlin Dining Hall to the basement mechanical room in the connecting link for building distribution. The UW Whitewater Campus Heating Plant Staff indicate there is a chilled water plant and distribution upgrade project that will provide adequate plant capacity to supply the West Campus Residence Hall.


Wisconsin Natural Gas Co. (WE Energies) will continue to provide gas service to the residence hall area. The connecting link addition will require relocation of the gas main which serves the residence halls. This relocation work will be done between the end of spring semester and the start of summer camps. Wisconsin Natural Gas Co. indicates there is adequate plant capacity to supply the Residence Halls and Link.

Campus High Pressure Steam Estimated Building Steam Loads (2) x 5,000 #/Hr. (Fricker/Link, Arey/Link)

UW Campus Steam Operating Pressure: 100 PSI

UW Condensate Pumps: 20 -30 PSI discharge head

Building Services: 3” HPS/ 1-1/2” HPC services will be direct buried from existing Steam Pits 20 & 21 to basement mechanical rooms. The steam service mechanical pressure reducing station (1/3: 2/3) and hot water systems are provided per DFD Standards. Steam relief valves will be piped to roof.

Campus Chilled Water Campus chilled water will be extended from the existing 6” chilled water mains serving Drumlin Dining Hall into a basement mechanical room in the new link serving Arey and Fricker Halls.

Estimated Building Cooling Loads: 250 GPM @ (42 F - 54 F) 6” CWS/CWR.

This will include AC for the public spaces in Fricker and Arey Halls, and future AC for both the public spaces and the student rooms in Benson Hall.

UW Campus Primary CWS/CWR differential: 15-20 psi

UW Campus Chilled Water Primary Pump Head: 85 psi

UW Campus Chilled Water: Available in summer at 42°F

Heating, Ventilating, and Air Conditioning (HVAC) Building Operations The building project involves two residence halls that will be remodeled and a link addition to join both residence halls. The lower levels and link consist of mechanical rooms and public spaces for students and include study areas, lounges, laundry, and kitchenette. The upper four (4) floors consist of student rooms and shower/toilet rooms.

HVAC Design Parameters All systems, equipment, piping, ductwork, and materials shall be provided and installed in accordance with DFD Guidelines, Master Specifications, Bidding Requirements, Contract, Conditions of the Contract, and UW System guidelines unless indicated otherwise.

The proposed HVAC system design will utilize exhaust air energy recovery.

Building ventilation outdoor air shall follow ASHRAE 62.1-2007.


Minimum temperature and humidity conditions will be as shown in the table below.

Outdoor Conditions

Public Areas Student Rooms

Toilet Rooms

Summer 92°F db, 77° wb 76°F, 50% to 55% RH --- ---

Winter -15°F 68°F, 20 to 30% RH 68°F 70°F

The HVAC system design, ductwork, and equipment will be integrated into the building design and building structure. Adequate installation, service and maintenance will be provided.

Mechanical Rooms Space Allocations Mechanical rooms are provided in the lower level for utility service entrances, and primary heating and cooling distribution equipment. Access to mechanical rooms will be from basement corridors.

Basement Level Mechanical Rooms Space will be provided for steam service, steam pressure reducing valves, heat exchangers, condensate pumps, chilled water entrance, hot water pumping, and room ventilation.

Roof Level Outdoor central air handling equipment will be mounted on the roof to serve toilet room ventilation. Energy recovery strategies will be incorporated into the air handling systems. Access to the roof provided by a stair.

Duct Shafts and Ceiling Space Shaft space for ductwork systems and piping systems will be provided.

Above basement ceiling space for piping will be coordinated with lighting and cable trays.

Insulation The piping and ductwork systems will be insulated per DFD requirements and Wisconsin Building Code (IBC 2009).

Outside Air Ventilation Minimum outside air requirements will meet or exceed the requirements of the Wisconsin Building Code (IBC 2009) and the American Society of Heating, Refrigeration and Air Conditioning Engineers (ASHRAE) Standard 62.1-2007.

Heat Generation Campus high pressure steam will be provided for the building heating and domestic water heating source.

High Pressure Steam The building will use 100 psig high pressure steam, provided to the campus by a private electric co-generation facility (Cogentrix) located northeast of campus. This project will require steam service routed into the building. A duplex (1/3; 2/3) pressure reducing station, associated steam and hot water heating equipment for building distribution will be located in the basement level mechanical room.


Valve and piping systems upstream of the steam pressure reducing station will be rated for Class 300 Service. Steam relief valves at 15 psig are piped to safe roof discharge.

High pressure steam and condensate metering will be provided.

Low Pressure Steam Low pressure steam at a nominal 8-10 psig will be provided to converters for space heating and domestic water heating.

Heat Exchanger Steam to hot water heat exchangers will be in a basement level mechanical room for each building. Provide one, 100% capacity heat exchanger and two, 100% capacity pumps. Utilize the 1/3; 2/3 capacity control valves for the heat exchanger with isolation valves.

Heat Distribution Hot water will be pumped from a lower level mechanical room to terminal heating devices such as convectors, fan coils, cabinet unit heaters, and heating coils.

Hot water will be pumped by two parallel base-mounted pumps, each sized for 100% of the total flow, utilizing a lead/lag/standby sequence. These pumps will be variable volume flow with pump speed controlled by a variable frequency drive.

Cooling Generation The building cooling will use campus chilled water. Piping is extended from the underground campus chilled water mains to the basement mechanical room. The campus chilled water is not available in winter. Chilled water BTU metering is provided.

Cooling Distribution The campus chilled water system uses campus primary pumping. A building tertiary pump will not be provided.

Chilled water will be piped to unit ventilators and fan coil units in public areas.

Piping will be sized for future AC for both the public spaces and the student rooms in Benson Hall.

A BTU meter will be specified for the chilled water system.

Communications rooms will be cooled by split system AC units.

Fuel Natural gas service is provided by Wisconsin Gas Natural Gas Co. (WE Energies) for clothes dryers and back-up domestic hot water.

Air Handling Systems Common areas (lounges, study rooms, and corridors) will be served with fan coils or unit ventilators. Each unit will include a hot water coil, chilled water coil, condensate drain pan, and air filter. Units will


have ducted supply, outside air, and return air with acoustical lining for sound isolation. Unit ventilators will have economizers for free cooling operation.

Hot water and chilled water will be piped to the respective coils of each unit with valves located for access.

Make-up air systems for the residence hall floors will be provided with constant volume energy recovery systems, to reclaim the energy from toilet and other general exhaust and used to pre-treat ventilation supply air. Hot water preheat coils will be provided to prevent media frosting. The make-up air unit will be equipped with 2” pleated MERV-7 pre-filters. The make-up air units will be located on the roofs above the areas being served. Fire rated duct shafts will be used for air distribution to each floor. Fire/smoke dampers are provided for floor isolation.

Student rooms will have operable windows to allow for natural ventilation.

General exhaust will be provided in the lounge/kitchens, toilet rooms, and showers to provide negative pressure.

Air Distribution The supply air ductwork system will be externally insulated.

Main duct shafts will be provided from lower levels to roof.

Humidification None provided.

Conditioned Spaces

Convectors and piping will be replaced in all residence hall rooms. Operable windows will provide outdoor air ventilation.

Public spaces and offices will be air conditioned, including the basement of both residence halls and all floors of the link. All occupied spaces will be ventilated. Operable windows will not be provided in public spaces. o Fan coil units will be used in corridors and small rooms/offices with minimum outside air

required by code and no economizer. o Unit ventilators with economizers will be used in open public areas including lobbies and

lounges.

Toilet rooms will be exhausted through rated shafts to roof-mounted heat recovery units. Supply and exhaust air openings in and out of the rated shaft will be protected with combination fire/smoke dampers. o Supply openings: Actuators allowed in duct with access through grille. o Exhaust openings: Actuators external to duct with access panel. o Local heat/smoke detectors will control actuators.

The private apartments will have fan coils below windows to provide air conditioning. Toilet and kitchen exhaust will be provided.

Liebert, AC split units will provide cooling in the MDF rooms.

The floors above the mechanical rooms will be insulated to limit heat gain.


The fan coil serving the laundry room will have a 2-position, outside air damper controlled by dryer operation.

Vending rooms will be exhausted.

Economizer relief for basement unit ventilators will be provided with a variable speed exhaust fan controlling building pressurization.

A hoistway vent will be provided at the top of the elevator shaft. A manual switch will be provided at the main fire alarm panel on egress floor and coordinated with the local fire department.

Roof access via a stair will be provided to serve roof mounted mechanical equipment.

The energy recovery unit will have constant speed supply/exhaust fans, variable speed wheel, pumped heating coil, MERV 7 filters. Cabinet style will be a modular air handling unit. Coil TCVs, pumps, and associated controls will be located within the building.

Areaways will be sized as needed to ventilate the main electrical room and allow for future electrical equipment replacement/upgrade.

Mechanical equipment rooms housing heat exchangers and steam pressure reducing stations will be ventilated at a rate not less than 12 air changes per hour.

The hall director offices located on the first floor of the link will be served by two (2) fan coil units; one unit serving the two west rooms and the other serving the east rooms.

Areas of rescue assistance will be provided with fan coil units and outside air ventilation to maintain positive pressure.

Geothermal Energy Source Study A ground source geothermal HVAC system was considered for this project. However, existing campus chilled water and campus steam serves the buildings. The building program indicates to use campus utilities for building primary heating and cooling. There is not campus site space available surrounding the building to install a geothermal well field. The use of geothermal is not economically feasible for this project.

The payback to add geothermal option with heat recovery chiller system, building interface piping system, pumping and site well fields will be greater than twenty (20) years based on past experience. This project will not have boiler and chiller system costs to help offset the additional cost of the geothermal system and well fields, resulting in the high payback.

Since campus chilled water and steam are available and sized to accommodate the building requirements, Campus Utilities should provide heating and cooling energy source for the building. Temperature Controls System General The building will include a Direct Digital Control (DDC) system with electric actuation.

The Owner (DFD) will negotiate an extension of the existing campus or building DDC system that will include panels, main communication trunk, software programming, and other necessary equipment and accessories.


DDC terminal unit Application Specific Controllers (ASC), field level communication trunk, software programming, and other equipment and accessories will be provided to integrate ASCs into the Enterprise Level Data Manager (ELDM) provided under the Owner’s (DFD’s) negotiated DDC extension.

The intent is to provide a networked, distributed control system utilizing the ANSI/ASHRAE Standard 135-2001, BACnet and integration to the Campus Wide Johnson Controls (JCI) Metasys Direct Digital Control System. All terminal unit controls shall be acquired through performance bid based selection and integrated with UW-Whitewater Campus BAS/DDC system.

The DDC Unit Communications Network shall be direct connected to and communicate with the existing high-speed local area network (LAN) by interfacing with JCI BAS using BACnet communications.

The control system will have electronic room sensors with display and adjustment. The public areas and assembly areas will not have display or adjustment on the sensors to reduce tampering and changes as room changeover is hourly. The sensors will use a 2° F dead band between heating and cooling functions and airflow change.

The control system will have the ability to adjust set points, monitor the system equipment, report alarm conditions to the system computer terminal, and send alarms to remote locations.

Provide all points as required for each system and as required to perform complete system operation and integration. All points shall be accessible through the BAS systems. Provide status points for all binary points. Provide unit specific controllers for all terminal equipment control and operation.

Provide central DDC monitoring for electrical systems including electric meters, fire alarm trouble and alarm contact binary points, exterior lighting and emergency generator status and alarms binary points. Testing, Adjusting and Balancing General The building will be tested, adjusted, and balanced by a certified subcontractor in accordance with AABC or NEBB and Balancing standards. All minimum air and water flows for variable flow systems will be set up and temperature control vender to optimize energy usage. This work will be included under the HVAC Contractor’s work scope. Indoor Air Quality General The air handling systems will incorporate the following Indoor Air Quality features:

Ventilation (outdoor air) quantities will follow the requirements of ASHRAE 62.1-2007 with occupancy sensors and CO2 sensors to provide Demand Control Ventilation.

Ductwork will be sheet metal and will not be lined.

Ductwork will be 2” pressure classified, sealed Class A and pressure tested.

During construction, the building heat recovery units, fan coils, and unit ventilators will not be operated. Ductwork will be sealed, covered, and protected to prevent contamination. Temporary heating units will be provided during construction phases.


Heat recovery units will be dual wall construction for thermal protection and radiated sound isolation.

Heat recovery units will be equipped with 2” pleated (MERV 7) filters to protect the wheel media.

A Construction Indoor Air Quality (IAQ) Management Plan will be included along with pre-building occupancy purge.

Energy Performance and Enhancement Strategies - HVAC General The following HVAC energy conservation features will be included:

Exhaust air energy recovery (residence floors).

Demand control ventilation (lounge and lobby spaces) based on CO2 concentrations.

Natural ventilation of residential dorm room floors (operable windows) eliminate cooling and fan use.

Heating water coils will be designed for minimum 30° F temperature differential to reduce pump energy use.

Chilled water coils will be designed for minimum 12° F temperature rise and reduced water flows for energy savings.

Piping and ductwork will be insulated to reduce energy loss, improve comfort, and minimize condensation.

HVAC zoning will be by occupancy and similar usage with the residence rooms individually zoned.

The direct digital controls and centralized monitoring and alarm reporting will be used to minimize maintenance and improve operation.

Chilled and hot water systems will use two way temperature control valves (TCV) for all applications. This allows pump VFD to modulate for energy efficient operation.

HVAC Equipment Emergency Power and Back-up Systems General The HVAC system will utilize emergency power for one hot water heating pump, one steam condensate pump, steam heat exchanger heating controls, and hot water perimeter heating controls. The building air handling systems and exhaust fans will be shut down on loss of power and restart when normal power restored.

There are no critical life safety conditions that require operating the HVAC air systems on loss of power. Occupants are free to leave the building during fire conditions.

HVAC Commissioning Process General DFD Level 1 commissioning services will be provided for this project.


ELECTRICAL Existing Building Information It is Mead & Hunt’s understanding that there are no peak demand data records available from the campus. Power The residence halls’ existing power systems are inadequate to meet the needs of the proposed renovations, and also do not meet modern guidelines in the following ways:

The dorm rooms each have a single dedicated circuit; DFD guidelines requires three (3) per room. The existing power distribution cannot add additional panelboards.

The dorm room circuits do not have arc fault circuit interrupter protection.

Existing feeders and branch circuits use raceways for equipment ground, and do not have a separate grounding conductor.

The standby generators are not sized for the new loads, including elevators.

The 120/208V system power distribution equipment is all original at nearly 50 years old. It should no longer be considered reliable or maintainable.

Existing feeders and branch circuits should be replaced, due to the age and lack of equipment grounding conductors. The existing conductor insulation type is RHW. It was noted during the inspection that some conductors with white insulation are now yellowed. This may be a sign of insulation degradation.

The scope of this project is heavily related to ADA compliance and universal access. Many of the residence hall light switches are installed at 52” above finished floor (AFF), which complies with ADA side approach reach maximum height of 54” AFF; however, this may not be considered as universally accessible. Additionally, many halls have existing outlets that are installed at 12” AFF, which complies with ADA side approach minimum reach height of 9”; however, this may not be considered to be universally accessible.

The medium voltage equipment areas at Benson Hall and Lee Hall are not in dedicated rooms, but rather are only fenced off. An accessible route to the exterior for moving equipment is required by DFD.

The lighting is generally out of date.

Demolition Based on the current phasing plan, building the link between Arey Hall and Fricker Hall will be built first (concurrent with Fricker Hall renovations). Arey Hall/Fricker Hall electrical distribution systems may be demolished without affecting Benson Hall or Lee Hall. All electrical distribution panels are at the end of useful life and will be removed. Branch circuit wiring and panelboard distribution feeder wiring will be removed. Cast-in-concrete raceways will remain for reuse. Outlets will be removed. The existing emergency generator will be relocated as noted in Primary Electrical section under Appendix A-Site Conditions, as the generator will not have enough capacity for the additional elevator loads.


Design References DFD Documents: Electrical System Standards and Design Guidelines - 2012 Policy and Procedure Manual for AEs - 2012 Electrical Code: Latest adopted NEC (WI SPS Chapter 316) Power Systems General: The combined Fricker/Arey/Link building will be served by the campus medium voltage distribution system to MV switchgear in the main electrical room. Secondary 208 volt medium voltage switchgear with indoor 4,160 Volt and 208/120 Volt 3 phase 4 wire secondary, 750 kVA dry-type transformer, main breaker, and distribution sections will be installed inside the new main electrical room. Preliminary size of the transformer is based on standard calculations for lighting, power, and mechanical loads. Low voltage secondary switchboard shall be dead-front, freestanding, self-supporting, NEMA type PB. Switchboard shall have copper bussing with bolted connections. Main breaker shall be 100% rated, insulated case, solid state electronic type with adjustable trip settings. Feeder breakers 200 Amp and larger shall be solid state electronic trip, feeder breakers up to 200 Amp shall be molded case type. Feeders shall be copper or aluminum, provided the aluminum feeders are compliant with DFD specifications. All feeder conductors shall be installed in conduit. Low voltage distribution and lighting panelboard will have copper bus and shall utilize bolt-on molded case breakers. Lighting and receptacle panels shall have space for 42 single pole branch breakers. Panels shall be of dead-front construction. Main breakers or molded case switches shall be provided in all panels. Covers shall be of door-in-door construction with a door for access to the panel breakers as well as a hinged door for access to panel wireways and breaker terminals. The building will have new outlets and all panelboards will be replaced. All branch circuits will be replaced and will include equipment grounding conductors. Branch circuits will include AFCI as required by the DFD electrical guidelines and outlets will be tamper resistant, also required by the DFD electrical guidelines. New branch circuits in areas with structural ceilings will require surface raceway. New outlets will be installed within height ranges recommended for universal design. Each floor will require additional panelboards to accommodate additional branch circuits. DFD’s design guide recommends three (3) branch circuits per student room and the existing student rooms have one branch, and a shared lighting circuit. Additional circuits will be needed for air-conditioning window units in handicap accessible rooms. New student room outlets may be installed on the wall under the window which is being furred out. New raceways will be surface mounted. Raceways for feeders and branch circuits shall be metallic, rigid metal conduit (RMC), intermediate metal conduit (IMC) or electrical metallic tubing (EMT) subject to the restrictions of the National Electrical Code, minimum size 1/2". EMT shall not be used in concrete construction or where subjected to mechanical damage. Feeders (600 volt) shall be single-conductor, copper 600V rated with XHHW or XHHW-2 insulation, and feeders shall be color coded using color type at all connections and in all pull and junction boxes. Aluminum feeder conductors #1/0 AWG and larger shall be allowed. All feeders shall be installed in


conduit. Branch circuit conductors shall be single-conductor copper 600V rated with THWN or THHN insulation with continuous color coding. We assume the following plug-in loads in the student rooms: Computer (2) Printer (2) TV set/DVD player (1) Stereo (1) Clock radio (2) Coffee maker (1) Microwave (1) Small refrigerator (2) Hair dryer (1) Curling iron (1) Short Circuit/Coordination Study and Arc Flash Assessment

Specifications require that the contractor provide a short circuit/coordination study and arc flash assessment report for approval by the Engineer. Study will be used to ensure that electrical devices within the building are properly coordinated as well, to ensure that building devices are properly coordinated with existing campus distribution devices. Emergency Power System A new standby emergency engine-generator located outside of the building shall be provided to supply electrical power to emergency and egress lighting (NEC 701) and other building equipment as required in the event of loss of normal power. The fuel source to the generator will be diesel. The generator related equipment will be located in a separate room which will carry a 2-hour rating. The engine exhaust will be routed to minimize any issues regarding exhaust fumes. The units shall be capable of picking up their rated capacity in one step and providing a transition time for the emergency egress loads of (10) seconds or less from instant failure of the normal power source to the emergency generator source. Non-emergency egress loads shall transfer within (30) seconds from failure of the normal power source. The generator shall be 208/120V, 3-phase, 4-wire, 60 Hz, 12 lead, 0.8 power factor (PMG) with brushless construction using full wave 3-phase rotating rectifier assembly. Preliminary size of the emergency generator shall be 150 kW. To segregate code required emergency loads from legally required loads, two Automatic Transfer Switches will be provided. The generator will provide power at 208/120V, 3-phase, 4-wire and be equipped with two (2) circuit breakers which will feed two (2) automatic transfer switches: one (1) serving life safety loads, “ATS/E” and one (1) serving legally required loads, “ATS/LX”. There will be a respective distribution panel for each transfer switch. The following is a preliminary list of loads to be connected to the standby generator:

Code required egress lighting

Code required exit signage


Building fire alarm system

Building heating hot water circulating pumps

Building condensate pumps

Temperature controls panels

Building sump pumps

Required generator accessories The emergency power system shall be distributed throughout the building. Transfer switches shall remain on the preferred source until the preferred source fails at which time the transfer switch shall transfer to the alternate source. Upon restoration of the preferred source, transfer switches shall retransfer. Metering Customer metering shall consist of digital, electronic meters on the main switchboard. Other digital meters shall be provided for automatic transfer switches. Units shall have a data COM port for the transmission of metering information to a remote location. All meters should be provided with an appropriate communications port to allow connection to the campus Building Automation System (BAS). Grounding Continuous ground bus system with ground rods will be installed in main electrical equipment room. The ground bus, ground rods, water service pipe, and other code recognized electrodes shall be bonded together to form the building grounding electrode system. Bonding jumpers shall be provided between the low voltage secondary switchboards neutral and ground busses and a grounding electrode shall connect the ground bus to the room's perimeter ground bus. All ground conductors shall be sized per code. Ground conductors shall be provided with each feeder and with each receptacle branch circuit. Ground busses shall be provided in each telecommunications room. These busses shall be bonded to each other and a home run shall bond these to the electrical room ground bus. Every floor shall have a separate ground wire that connects all telecom ground bus bars on the respective floor. All telecommunication cable trays, conduits and equipment racks shall be grounded and bonded. A complete equipment grounding system shall be provided such that all metallic structures, enclosures, raceways, junction boxes, outlet boxes, cabinets, machine frames, metal fences, and all other conductive items operate continuously at ground potential and provide a low impedance path to ground for possible fault currents. A separate insulated green grounding conductor shall be provided for each single and 3-phase feeder and branch circuit. Grounding conductor shall be run with the related phase and neutral conductors. Panel feeders installed in more than one (1) raceway shall have individual, full sized, green grounding conductors in each raceway. The equipment grounding system shall not rely on the metallic raceways for grounding continuity.

General Purpose Receptacles Outlets shall be heavy duty grade. All receptacles installed in the kitchens and/or receptacles above counters that have sinks, restrooms, and outdoors shall be GFI type.


All duplex receptacles indicated for specific equipment shall be on an individual dedicated circuit. General purpose receptacle circuits shall have an average of six (6) and a maximum of eight (8) duplex outlets on a 20A, 1-pole circuit. Receptacles circuits serving electronic equipment (computers, small printers, etc.) shall have no more than four (4) outlets connected to a single circuit. Motor Starters Motor starters not integral with HVAC or plumbing equipment shall be provided by the project electrical contractor. Starters for 3-phase motors shall be combination magnetic type. Starters for single phase motors shall be manual type. Combination starters shall have hand-off-auto switches and indicating pilot lights with integral disconnect switch. Variable frequency drives will be provided by the Division 23 contractor. Control wiring, regardless of voltage, shall be by the contractor who provides the motor. Lighting Demolition The existing lighting systems, including interior lighting and building mounted exterior lighting, will be demolished. Light fixtures, exit signs, lighting control devices and wiring will be removed. The existing raceways are generally cast-in-place and will remain for reuse. Design References DFD Documents: Electrical System Standards and Design Guidelines – 2012

Daylighting Standards for State Facilities – 2012 Policy and Procedure Manual for A/Es – 2012

IES: IES Lighting Handbook Electrical Code: NEC 2008 (WI SPS Chapter 316) Energy Code: IECC 2009 (WI SPS Chapter 363)

ASHRAE Std. 90.1-2007 Energy Standard for Buildings except Low-Rise Residential Buildings

Lighting System: The project goal is to design this building with overall lighting density of 1.0 watts per square foot or less. Common spaces with effective daylight views will be designed with 0.8 watts per spare foot or less. The majority of the lighting controls will be occupancy sensors. Open loop and closed loop day light sensors will be utilized in all common spaces with windows for daylight harvesting. All lighting fixtures shall be complete with lamps, electronic ballasts, hangers, lenses, etc. In general, interior lighting shall be fluorescent. Primary color temperature of fluorescent lamps will be 5,000 degrees Kelvin (4’ fluorescent lamps). Other color temperature lamps will be used as required on a space by space basis (textile exhibits, gallery, food service etc.). Interior lighting in common areas will generally consist of combination of linear fluorescent and recessed downlight fixtures. Fixtures installed in common areas with structural ceilings will be surface mounted linear fluorescent. Fixture layout will be similar to the existing layout in order to use the existing raceway systems. Ballast factors and/or 2’ or 4’ lamps will be selected to achieve the correct light levels. Student room ceiling mounted fixtures will be surface mounted track lighting.


Decorative fixtures will be minimally used in common spaces. Interior lighting controls will generally consist of occupancy sensors and line voltage switches. Sensors will be installed in lobbies, corridors, bathrooms, storage rooms, and other common areas. Lighting control occupancy sensors will be dual-technology or type with adjustable settings for time delay and sensitivity. Ceiling mounted sensors will be supplied with auxiliary set of contact for HVAC load control. Student rooms will not have sensors. The existing switches will be replaced. Existing switches above ADA maximum heights will be lowered. Emergency power transfer devices (EPTs) will be installed for energy conservation by allowing egress lighting to be switched with normal lighting in corridors and other large spaces, but will automatically bring lights “on” upon loss of normal power. Exit signs will be LED internally illuminated, supplied from emergency circuits. All lighting levels will conform to the State of Wisconsin DFD guidelines, and the Illuminating Engineering Society's recommendations. Lighting levels indicated are average, maintained foot-candles. Expected light sources and controlling means are indicated, but actual fixture selections are not included at this time. Fixture selections are a function of ceiling heights, aesthetic desires, budget constraints, and other architectural and project parameters that are not fully identified at this preliminary stage. In general, design lighting levels shall be as follows: Offices: 30 foot candles Meeting Rooms: 30 foot candles Restrooms: 15 - 20 foot candles Main Lobby: 25 foot candles Mechanical Rooms: 25 foot candles Student Rooms: 30 foot candles Common Corridors: 20 foot candles Existing exterior wall mounted lights will be replaced with LED lighting. Existing flood lights which are wall mounted near the roof level and used for site lighting will be replaced with LED fixtures. The exterior lighting contactors will be replaced; new contactors will control the pathway lighting.

Information Technology Upgrades Fire Alarm The fire alarm systems in each hall are relatively new, and therefore present only a few special planning issues related to the remodeling of these halls. Where necessary, devices such as pull stations or annunciator panels may be adjusted to comply with ADA or Universal Design codes and guidelines. The FACP will be relocated to the new MTR described below. The addition of a fire protection system (sprinklers) will require that each building fire alarm system be upgraded with flow and tamper switches on the fire protection system. Improvements to the backbone communications of each FACP will be provided as necessary. In several halls, the current connectivity of the FACP to the multimode backbone cable is tenuous and unsecured,


resulting in the potential for a breakdown in communications between the FACP and the central monitoring point. As necessary, an intercom system to any new Area of Rescue Assistance will be provided. This intercom system will enable those who are unable to use the stairs to evacuate the hall by means of communicating with the fire department or other first responders. IT Spaces The design intent is to create a single space where all Information Technology services are located, allowing for a more integrated and simplified management of the systems described in this narrative. A new Main Technology Room (MTR) is planned for each hall, with a single Entrance Facility (EF) for the overall building. An appropriately-sized backbone cabling pathway will be provided, from the point the backbone cable physically enters the hall to the MTR, allowing the building demarcation point for the incoming service to be located in the MTR. All of the Information Technology equipment for the hall including the FACP, network switches, CATV head-end, security systems (access control and surveillance) components and digital signage components will be consolidated in the respective MTR for each hall. The MTR will have at least two (2) equipment racks with adequate cable management provisions for day-one and future expansion of the backbone and horizontal cable distribution for the hall. Also included will be appropriate power and cooling systems for the electrical and mechanical loads in the MTR. It is anticipated that existing switches, APs, and UPS units for each hall may be reused by the campus IT department. Backbone Cabling The existing backbone cabling (voice, data and video) will be spliced and extended as necessary to the new MTR within each hall. Provisions will be made in each hall to accommodate the delivery of new backbone cabling as determined in the campus master plan. Horizontal Cabling (including Access Points and CATV Cabling and Components) Each residence hall will have new horizontal cabling pathways and cable to each common space and student room. A cable tray system will be provided, from the MTR around the perimeter of the basement above the lay-in ceiling. In one corner of each vertical stack of student rooms, a vertical conduit will provide a dedicated pathway for three (3) Category 6 (C6) cables and one RG-type cable (CATV) to the Telecommunications Outlet (TO) in each room. For the common spaces in the hall, separate conduits will provide the necessary voice, data, CATV and/or video cabling for that space. Each wireless access point (AP) location throughout the hall will also have a dedicated conduit and cable serving that AP. Intercom A new intercom system at the entrances to each hall will be designed to facilitate communications for students of all abilities. These intercoms will support two-way voice communications for both emergency and non-emergency situations.


Security – Access Control New access control solutions that consist of card readers, electric locks, door status monitors and request-to-exit devices will be provided for all exterior doors and for select interior doors including common rooms (Study, Music, Kitchen, Reading, LIT and Computer Lab), utility spaces (Custodial, Mechanical, Electrical and MTR) and secured rooms (Front Desk/Office, key storage and the Hall Director’s office and apartment). The access control system head-end components will be located in the MTR and consist of panels, power supplies and an uplink over the campus network to the campus head-end. ADA rooms and entrances will also have card readers that will be primarily for ease of access. For these rooms and entrances, long-range card readers will facilitate the use of proximity cards by those in wheelchairs. Long-range card readers will also be provided at all elevator lobbies and within each elevator cab. Security – Surveillance Several video surveillance system (VSS) cameras will be provided in key locations throughout each hall. These locations include each hall entry, vestibule, lobby, computer lab, elevator and elevator lobby, and select common spaces. Each of these cameras will be IP-based and will connect to the Campus Police Department through the campus network. Digital Signage Infrastructure for new digital signage appliances, located in select common spaces such as the lobby and lounge areas within each hall, will be provided. Additional digital signage placement may be included as kiosks on key walkways within the west campus area, as part of future work.


Appendix D Daylighting Criteria DAYLIGHTING CRITERIA FORM

DIVISION OF STATE FACILITIES

W I SCONSIN DEPARTMENT OF ADMINI STRATION DAYLIGHTING CRITERIA FORM1

DC-1

PROJECT: WEST CAMPUS RESIDENCE HALL RENOVATIONS – PHASE 1 PROJECT NO.: 11 L 2 J

LOCATION: UNIVERSITY OF WISCONSIN – WHITEWATER; WHITEWATER, WI DATE: AUGUST 16, 2013

CRITERIA SCHEMATIC

DESIGN2 PRELIMINARY

DESIGN FINAL DESIGN

1. WINDOW-WALL

RATIO

NORTH ELEVATION [70% /50%] --- 32.3% EAST ELEVATION [30%/22%] --- 17.4% SOUTH ELEVATION [30%/26%] --- 18.4% WEST ELEVATION [30%/22%] --- 23.5%

2. GLASS PERFORMANCE

2A. VIEW GLASS

SC [.38 Std./0.22 Pref.] --- 0.35 Max (curtainwall)

VT [38% Std./18% Pref.] --- GL-1:30%; GL-2:48%

U-VALUE (optional) --- 0.38 Max (curtainwall)

2B. DAYLIGHTING GLASS

SHADED SC [0.38 Std./0.38 Pref.] --- --- VT [38% Std./38% Pref.] --- ---

U-VALUE (optional) --- ---

UNSHADED SC [0.38 Std / 0.26 Pref.] --- --- VT [38% Std./23% Pref.] --- ---

U-VALUE (optional) --- ---

ORIENTATION OF BUILDING DEGREES E OR W OF NORTH/SOUTH AXIS

19.5 deg. W 19.5 deg. W

3. LIGHTING POWER DENSITY (LPD) [1.0 Std/ 0.8 Pref. W/sf]

N/A

1.0

4. WINDOW TREATMENTS Describe in Attachment

5. CEILING HEIGHTS [9’-0” min/9’-6” to 10’0” pref.]

7’-6” (limited by exist. structure)

7’-6” (limited by exist. Structure)

6. INTERIOR FINISH REFLECTANCES CEILING [80% Std./ 80-90%+ Pref.] WALL ABOVE PICT. RAIL [50% Std./ 80%+ Pref.]

BELOW PICT. RAIL [50% Std./ 50%+ Pref.]

---

Reflectances vary: Ceilings: ACT & Paint Walls: multiple paint colors

7. LIGHTING CONTROLS Describe in Attachment

8. EXTERIOR SOLAR SHADING Describe in Attachment

THE FOLLOWING ARE NOT DESIGN CRITERIA, BUT ARE USEFUL IN ASSESSING HVAC COOLING LOAD REDUCTIONS:

CALCULATED COOLING AIR FLOW TOTAL SUPPLY FAN OUTPUT IN CFM PER NET S.F. OF

AIR-CONDITIONED SPACE

----

1.3 CFM/SF

CALCULATED AIR CONDITIONING LOAD NET S.F. PER INSTALLED TON OF AIR CONDITIONING

----

421 SF/TON

1 For large structures (esp. if multi-wing and/or irregularly shaped) the needed information may not

neatly or clearly fit into this form. It is the A/E’s responsibility to submit multiple forms, or to re-format

so that typical conditions for the entire building are clearly shown.

2 Design intent is adequate at schematic design stage.


Appendix E Energy Conservation Measures ENERGY CONSERVATION MEASURES (ECMS) FORM

DIVISION OF STATE FACILITIES

W I SCONSIN DEPARTMENT OF ADMINI STRATION

ENERGY CONSERVATION MEASURES (ECM’s) FORM

ECM-1


LOCATION: UNIVERSITY OF WISCONSIN - WHITEWATER DATE: AUGUST 16, 2013

BUILDING SYSTEM ENERGY CONSERVATION MEASURES (ECM’S)

DISCOUNTED ENERGY

PAYBACK CALC.

YES NO YEARS

1. ENVELOPE 1.1 Aluminum windows with integral structural thermal break

1.2

1.3

1.4

1.5

1.6

1.7

2. PLUMBING 2.1 Sealed combustion high efficiency water heaters (gas)

2.2 Low flow water closets

2.3 Low flow urinals

2.4 Low flow faucets

2.5 Low flow showers

2.6

2.7

3. HVAC 3.1 Energy recovery unit

3.2 Variable frequency drives – hot water pumps

3.3 Limited air conditioning

3.4

3.5

3.6

3.7

4. ELECTRICAL 4.1 Daylighting controls

4.2 Multiple-level lighting control

4.3 Occupancy lighting control

4.4

4.5

4.6

4.7

5. OTHER 5.1 Residence hall renovations, in lieu of new construction

5.2

5.3

5.4

5.5

5.6

5.7


Appendix F Building Energy Modeling Not applicable, as a substantial portion of project work consists of existing building renovations. As the existing exterior shell will remain largely intact, there are limited opportunities to substantially improve building performance. All new systems will be designed in accordance with current energy standards.


Appendix G Renewable Energy Sources RENEWABLE ENERGY RESOURCES FORM

DIVISION OF FACILITIES DEVELOPMENT

W I SCONSIN DEPARTMENT OF ADMINI STRATION

RENEWABLE ENERGY RESOURCES FORM

RER-1


LOCATION: UNIVERSITY OF WISCONSIN – WHITEWATER; WHITEWATER, WI DATE: AUGUST 16, 2013

RENEWABLE

RESOURCE

REVIEWED APPLICABLE EXPLANATION & APPLICATION

DISCOUNTED ENERGY

PAYBACK CALC.

YES NO YES NO YES NO YEARS

1. SOLAR THERMAL

X

X

Insufficient project budget, payback exceeds 20 years

X

20+

2. SOLAR

PHOTOVOLTAIC

X

X

Insufficient project budget, payback exceeds 10 years

X

10+

3. GEOTHERMAL

X

X

Insufficient site available, unbalanced heating / cooling load, payback exceeds 20 years

X

20+

4. BIOMASS

X

X

X

5. WIND POWER

X

X

X

6. FUEL CELL USING

RENEWABLE FUEL

X

X

X

7. TIDAL OR WAVE

ACTION

X

X

X

8. HYDROELECTRIC

X

X

X


Appendix H Life Cycle Cost Plan and Report Not applicable, as a substantial portion of project work consists of existing building renovations. As the existing exterior shell will remain largely intact, there are limited opportunities to substantially improve building performance. All new systems will be designed in accordance with current energy standards.


Appendix I Budget Detail

Project #170221

330 East Kilbourn AvenueSuite 565

Milwaukee, WI 53202414.716.4400 O262.490.2744 C

www.middleton-cc.com

UNIVERSITY OF WISCONSINWHITEWATER CAMPUSAREY & FRICKER RESIDENCE HALLSWest CampusWhitewater, WI

PR EstimateAugust 16, 2013

Prepared For:

Mead & Hunt, Inc

6501 Watts Road

Madison, WI 53719

http://www.middleton-cc.com/

Project #170221 Notes

University Of WisconsinWhitewater Campus

Notes

NOTES REGARDING PREPARATION OF ESTIMATE

This estimate was prepared based on the following documents provided by Mead & Hunt, Inc:

1. Design Development Package and Revit Files provided by Mead & Hunt dated April 1, 2013

2. Information regarding the project was also obtained via meetings, phone conversations, and email messages that clarified the project scope.

3. Updated Drawings dated August 16, 2013

BIDDING PROCESS - MARKET CONDITIONS

This document is based on the measurement and pricing of quantities wherever information is provided and/or reasonable assumptions for other work not covered in the drawings or specifications, as stated within this document. Unit rates have been obtained from historical records and/or discussion with contractors. The unit rates reflect current bid costs in the area. All unit rates relevant to subcontractor work include the subcontractors overhead and profit unless otherwise stated.

Pricing reflects probable construction costs obtainable in the Whitewater, WI area on the bid date.This estimate is a determination of fair market value for the construction of this project. It is not a prediction of low bid. Pricing assumes competitive bidding for every portion of the construction work for all subcontractors with a minimum of 3 bidders for all items of subcontracted work and a with a minimum of 3 bidders for a general contractor. Experience indicates that a fewer number of bidders may result in higher bids, conversely an increased number of bidders may result in more competitive bids.

Since Middleton Construction Consulting has no control over the cost of labor, material, equipment, or over the contractor's method of determining prices, or over the competitive bidding or market conditions at the timeof bid, this statement of probable construction cost is based on industry practice, professional experience and qualifications, and represents The Concord Group's best judgment as professional construction cost consultants familiar with the construction industry. However, The Concord Group cannot and does not guarantee that the proposals, bids, or the construction cost will not vary from opinions of probable cost prepared by them.

ASSUMED CONSTRUCTION PARAMETERS

The pricing is based on the following project parameters:

1. A construction start date of June 1 20142. The contract will be competitively bid to multiple general contractors.3. All contractors will be required to pay prevailing wages.4. The general contractors will have full access to the site during normal working hours5. Estimate includes pricing as of August 2013.

PR Estimate08/16/2013

Project #170221 Exclusions


Exclusions

EXCLUSIONSThe following are excluded from the cost of this estimate:

1. Professional Design Fees2. Testing Fees3. Owner Contingencies/Scope Changes4. Construction Contingency5. Premium Time / Restrictions on Contractor Working Hours6. Cost Escalation beyind what is stated in the notes page7. Finance and Legal Charges8. Environmental Abatement Costs9. Contaminated Soil Removal10. Temporary Facilities11. Loose Furniture12. Equipment (Owner Furnished/Installed)13. Artwork14. Non-fixed Audio/Visual Equipment15. Telephone / Data Equipment16. Intercom System17. Green Roof18. Site Furnishings19. Exterior Railings20. Appliances21. Roof Deck Patching/Replacement22. Window Treatments23. Masonry Restoration24. Plaques25. Monumental signs26. Water Fountains


Project #170221 Grand Summary


Grand Summary

COST SUMMARY GFA $/SF BUILDINGSF TOTAL

SITE 115,307 $4.89 $564,285

AREY RENOVATION 47,733 $105.80 $5,050,128

FRICKER RENOVATION 47,739 $108.01 $5,156,369

AREY, FRICKER LINK 19,835 $184.27 $3,655,016

TOTAL ESTIMATED CONSTRUCTION COSTS 115,307 $125.11 $14,425,798


Project #170221 Sitework


Sitework

COST SUMMARY 115,307 GSF $/SF

02000 EXISTING CONDITIONS $0.00 $0

03000 CONCRETE $0.00 $004000 MASONRY $0.00 $005000 METALS $0.00 $0

06000 WOODS, PLASTICS & COMPOSITES $0.00 $007000 THERMAL & MOISTURE PROTECTION SYSTEM $0.00 $008000 OPENINGS $0.00 $0

09000 FINISHES $0.00 $010000 SPECIALTIES $0.00 $011000 EQUIPMENT $0.00 $0

12000 FURNISHINGS $0.00 $013000 SPECIAL CONSTRUCTION $0.00 $014000 CONVEYING EQUIPMENT $0.00 $0

21000 FIRE SUPPRESSION $0.00 $022000 PLUMBING $0.00 $023000 HEATING, VENTILATING & AIR CONDITIONING $0

26000 ELECTRICAL $0.01 $1,23527000 COMMUNICATIONS $0.00 $028000 ELECTRONIC SAFETY AND SECURITY $0.00 $0

31000 EARTHWORK $0.17 $20,12732000 EXTERIOR IMPROVEMENTS $1.57 $181,43733000 UTILITIES $2.55 $294,297

SUBTOTAL $4.31 $497,096

GENERAL CONDITIONS/BOND/INSURANCE 7.0% $0.30 $34,797CONTRACTOR'S FEES 3.0% $0.14 $15,957SCHEDULE AND ESCALATION CONTINGENCY 3.0% $0.14 $16,435

TOTAL ESTIMATED CONSTRUCTION COSTS $4.89 $564,285


BUILDING TOTAL

Project #170221 Arey Renovation

University Of WisconsinWhitewater CampusArey Hall Renovation


02000 EXISTING CONDITIONS $0.83 $39,825

03000 CONCRETE $0.22 $10,45104000 MASONRY $1.50 $71,69705000 METALS $0.02 $746

06000 WOODS, PLASTICS & COMPOSITES $4.35 $207,41007000 THERMAL & MOISTURE PROTECTION SYSTEM $1.88 $89,50108000 OPENINGS $12.84 $612,675

09000 FINISHES $11.99 $572,20010000 SPECIALTIES $1.62 $77,19111000 EQUIPMENT $0.00 $0

12000 FURNISHINGS $0.02 $97313000 SPECIAL CONSTRUCTION $0.00 $014000 CONVEYING EQUIPMENT $0.46 $21,949

21000 FIRE SUPPRESSION $3.25 $154,89622000 PLUMBING $13.03 $622,08023000 HEATING, VENTILATING & AIR CONDITIONING $23.04 $1,099,928

26000 ELECTRICAL $11.47 $547,39127000 COMMUNICATIONS $2.28 $108,87128000 ELECTRONIC SAFETY AND SECURITY $4.42 $211,028

31000 EARTHWORK $0.00 $032000 EXTERIOR IMPROVEMENTS $0.00 $033000 UTILITIES $0.00 $0

SUBTOTAL $93.20 $4,448,813


TOTAL ESTIMATED CONSTRUCTION COSTS $105.80 $5,050,128


BUILDING TOTAL

Project #170221 Fricker Hall Renovation


Fricker Hall Renovation


02000 EXISTING CONDITIONS $0.86 $40,840

03000 CONCRETE $0.34 $16,41604000 MASONRY $1.57 $74,93505000 METALS $0.02 $746




21000 FIRE SUPPRESSION $3.25 $155,27022000 PLUMBING $13.12 $626,46323000 HEATING, VENTILATING & AIR CONDITIONING $23.11 $1,103,390


31000 EARTHWORK $0.00 $032000 EXTERIOR IMPROVEMENTS $0.00 $033000 UTILITIES $0.00 $0

SUBTOTAL $95.15 $4,542,404

GENERAL CONDITIONS/BOND/INSURANCE 7.0% $6.66 $317,968CONTRACTOR'S FEES 3.0% $3.05 $145,811SCHEDULE AND ESCALTION CONTINGENCY 3.0% $3.15 $150,186



BUILDING TOTAL

Project #170221 Arey Fricker Link


Arey Fricker Link


02000 EXISTING CONDITIONS $0.00 $0

03000 CONCRETE $21.98 $435,91504000 MASONRY $11.60 $230,13405000 METALS $5.92 $117,459




21000 FIRE SUPPRESSION $4.48 $88,87022000 PLUMBING $1.98 $39,22123000 HEATING, VENTILATING & AIR CONDITIONING $21.67 $429,764


31000 EARTHWORK $2.64 $52,45732000 EXTERIOR IMPROVEMENTS $0.00 $033000 UTILITIES $4.39 $87,051

SUBTOTAL $162.33 $3,219,816




BUILDING TOTAL

Whitewater Student Campus

PR ESTIMATE

08/16/2013

Arey & Fricker Residence Halls

University of Wisconsin

TOTAL COSTUNIT COSTUMQTYDESCRIPTION

SITE

ELECTRICAL26000

Disconnect and remove exterior pole mounted light fixtures 4 EACH 172.48 690

Remove Wiring and Seal Ductbank 316 LNFT 1.72 545

TOTAL: ELECTRICAL $1,235

EARTHWORK31000

Rough grading, small area 22,685 SQFT 0.38 8,613

Fine grading, small area 22,685 SQFT 0.49 11,227

Silt fence w/wire mesh, filter fabric and stakes 163 LNFT 1.76 287

TOTAL: EARTHWORK $20,127

EXTERIOR IMPROVEMENTS32000

Remove tree, 6"- and Above 27 EACH 569.39 15,374

Remove asphalt paving 2,614 SQFT 0.59 1,534

Remove sidewalks, 4" unreinforced 13,740 SQFT 1.19 16,379

Remove curb and gutter 213 LNFT 6.24 1,330

Remove exterior ramp and cheek walls 68 LNFT 72.73 4,946

CA-6 base, 4" thk at concrete walk 174 CUYD 32.39 5,636

Patch asphalt at Utility tie ins 2 EA 2,706.88 5,414

Aspahlt pavement, 2" surface course, on 2" binder course 2,213 SQFT 2.43 5,380

Stripe parking space, standard 6 EACH 23.38 140

Stripe parking space, ADA 4 EACH 195.47 782

Stripe ADA parking symbol 4 EACH 170.38 682

HC Parking Signs 4 EACH 76.78 307

Concrete curb & gutter, hand formed 213 LNFT 15.74 3,353

Concrete walk, 5" Concrete 12,922 SQFT 4.62 59,742

Bike racks 21 EACH 452.50 9,503

Trees, Magnolia 1 EACH 395.48 395

Trees, Maple 6 EACH 462.48 2,775

Trees, red bud 1 EACH 411.48 411

Trees, Service berry 1 EACH 439.48 439

Trees, White Pine 1 EACH 331.48 331

Shrubs, evergreen, 18"-24", Container-Juniper 6 EACH 49.06 294

Shrubs, 18"-24", Container-Vibrium 3 EACH 51.06 153

Shrubs, 18"-24", Container-Chokeberry 4 EACH 54.06 216

Ornamental grasses, 1 gal-Reed Grass 47 EACH 12.15 571

Perennials, 1 gal Allium 19 EACH 5.93 113

Perennials, 1 gal Aster 21 EACH 5.93 125

Perennials, 1 gal, coneflower 12 EACH 5.93 71

Perennials, 1 gal, dwarf prarie dropseed 16 EACH 5.93 95

Perennials, 1 gal, liatris 18 EACH 5.93 107

Perennials, 1 gal, sedum 16 EACH 5.93 95

Spread stockpiled topsoil for sod 148 CUYD 11.31 1,673

Sod restoration 15,057 SQFT 1.02 15,295

Sod, bluegrass, small quantity 9,826 SQFT 1.04 10,221

Page 1 of 24170221Project #


PR ESTIMATE

08/16/2013




Mulch, bark, hand spread, 3" thk 982 SQFT 0.96 940

Maintenance edge-Pea gravel 17 CUYD 89.81 1,527

Metal edging 68 LNFT 7.52 511

Landscape boulders, varying sizes 2 EACH 333.47 667

Retaining walls at sloped sidewalk/ramps 55 LNFT 140.93 7,751

Concrete ramp pavement adjacent to building entrance 483 SQFT 6.54 3,158

Precast planter allowance 1 LSUM 3,000.00 3,000

TOTAL: EXTERIOR IMPROVEMENTS $181,437

UTILITIES33000

Excavate and remove existing underground utility piping; backfill and compact

after removal

1,509 LNFT 28.02 42,289

Domestic water service pipe and fittings, DIP, 12" 402 LNFT 56.74 22,809




Gate valve, 12" 2 EACH 2,223.04 4,446

Tie in to existing service main 2 EACH 2,708.11 5,416

Gate valve, 8" 3 EACH 1,263.04 3,789

Gate valve, 4" 2 EACH 783.04 1,566

Valve vault 1 EACH 7,188.12 7,188

Thrust blocks 1 LSUM 1,123.55 1,124

Trench excavation, pipe bedding, and backfill (<=18" pipe) 849 LNFT 24.16 20,509

Line flushing, cleaning, and testing 1 LSUM 1,368.96 1,369

PVC storm sewer pipe, SDR 35, 6" 165 LNFT 6.74 1,111

PVC storm sewer pipe, SDR 35, 4" 87 LNFT 4.77 415

PVC sanitary sewer pipe, SDR 26, 6" 185 LNFT 7.50 1,387

PVC sanitary sewer pipe, SDR 26, 4" 87 LNFT 5.13 446

Cleanouts-Sanitary 1 EACH 556.12 556

Cleanouts-Storm 1 EACH 556.12 556

Connect new sewer to existing 3 EACH 685.20 2,056

Demo and repair existing pavement at connection to existing UG utility 1 LSUM 4,387.92 4,388

Coordinate water main tap with municipality & Cutting in Tee & Sleeve 1 LSUM 1,377.99 1,378


Trench excavation, pipe bedding, and backfill (<=18" pipe) storm 252 LNFT 24.16 6,087


Steam pipe, fittings, and supports (inside UG conduit box), std. weight blk. steel,

welded/flanged, 8"

203 LNFT 135.18 27,441

Steam pipe, fittings, and supports (inside UG conduit box), std. weight blk. steel,

welded/flanged, 3"

51 LNFT 63.38 3,233

Condensate return pipe, fittings, and supports (inside UG conduit box), sch. 80

blk. steel, welded/flanged, 4"

203 LNFT 107.18 21,758

Condensate return pipe, fittings, and supports (inside UG conduit box), sch. 80

blk. steel, threaded, 1-1/2"

51 LNFT 28.28 1,442

Pipe insulation, steam, 8" 203 LNFT 21.81 4,428

Pipe insulation, steam, 3" 51 LNFT 9.77 498

Pipe insulation, condensate return, 4" 203 LNFT 11.64 2,363

Pipe insulation, condensate return, 1-1/2" 51 LNFT 8.72 445



PR ESTIMATE

08/16/2013




Coordinate gas service reroute with local utility 1 LSUM 1,368.96 1,369

CHWS/R pipe and fittings, buried HDPE, 6" 440 LNFT 8.89 3,910

Natural gas pipe and fittings, buried HDPE, 2" 243 LNFT 2.80 680

Connect new CHW piping to existing 2 EACH 478.16 956

Pipe system testing and balancing-steam, condensate, and CHW 1 LSUM 5,000.00 5,000


Trench excavation, pipe bedding, and backfill - CHWS/R piping 220 LNFT 30.76 6,767

Trench excavation, pipe bedding, and backfill - steam/cond in UG box conduit 254 LNFT 67.25 17,080


Intercept existing manholes 5 EACH 1,551.92 7,760

Concrete encased ductbank - (2) 4" PVC sch40 including trenching and backfilling

for electrical

246 LNFT 29.88 7,350

Concrete encased ductbank - (3) 4" PVC sch40 including trenching and backfilling

-telecom

368 LNFT 33.28 12,246

Allowance for backbone cables relocation and re-connections 1 LSUM 12,000.00 12,000

TOTAL: UTILITIES $294,297

$497,096 TOTAL: SITE

AREY RENOVATION

EXISTING CONDITIONS02000

Remove toilet partition 24 EACH 50.63 1,215

Remove masonry partition and plumbing walls 19,260 SQFT 0.96 18,517

Remove drywall furring 8,528 SQFT 0.61 5,188

Remove floor finish 40,000 SQFT 0.31 12,304

Remove door and frames 20 EACH 28.84 577

Remove door 151 EACH 9.61 1,452

Remove cabinets, countertops, appliances 47 LNFT 12.17 572

TOTAL: EXISTING CONDITIONS $39,825

CONCRETE03000

Cut-out and replace slab on grade for underground waste pipe 1 LSUM 8,604.06 8,604

Concrete and structrual steel floor infill at removed dumbwaiter 4 EACH 461.65 1,847

TOTAL: CONCRETE $10,451

MASONRY04000

CMU Infills at Removed doorways 4 EA 802.87 3,211

CMU Infills at Removed openings 7 EA 713.44 4,994

6" CMU partition, various locations 1,047 SQFT 14.20 14,864

Infill at removed doorway 1 EACH 581.72 582

Exterior limestone sill 14 LNFT 23.89 335

Create opening in exterior masonry wall for installation of new windows, 4'-9" x

4'-0"

3 EACH 4,027.87 12,084

Modify door openings where existing building meets link 4 EACH 984.97 3,940

Infill masonry around reduced size window replacement 89 SQFT 69.35 6,172

Low pressure water soaking of existing brick-verify 16,383 SQFT 1.56 25,517

TOTAL: MASONRY $71,697



PR ESTIMATE

08/16/2013




METALS05000

Chainlink fence partition and gate 10 LNFT 74.62 746

TOTAL: METALS $746

WOODS, PLASTICS & COMPOSITES06000

Miscellaneous wood blocking & rough carpentry 47,649 SQFT 0.77 36,904

P-lam base cabinets and P-lam countertops 26 LNFT 235.00 6,110

Solid surface countertops at windows, 1'-6" deep 944 LNFT 102.73 96,977

Solid surface countertops at toilet rooms w sinks 114 LNFT 158.75 18,098

Solid surface countertops at Laundry 15 LNFT 158.75 2,381

Miscellaneous millwork allowance 1 LSUM 20,000.00 20,000

Mail Storage Metal Shelving Allowance 1 EACH 8,000.00 8,000

Custom casework "nest" allowance 1 LSUM 15,000.00 15,000

Kitchenette island 1 EACH 3,940.00 3,940

TOTAL: WOODS, PLASTICS & COMPOSITES $207,410

THERMAL & MOISTURE PROTECTION07000

Remove roof system 9,374 SQFT 0.96 9,012

Remove and replace perimeter flashing and metal coping 589 LNFT 27.64 16,280

Modified bitumen roof system 9,374 SQFT 6.27 58,730

Miscellaneous caulking & sealants 47,649 SQFT 0.12 5,480

TOTAL: THERMAL & MOISTURE PROTECTION $89,501

OPENINGS08000

Remove windows 3,745 SQFT 2.85 10,681

Access panels-Non Rated W/ Lock 250 EACH 63.74 15,935

Interior glazing 165 SQFT 27.69 4,569

Aluminum door, frame and hardware with full vision panel and sidelight 1 EACH 4,314.21 4,314

Aluminum door, frame and hardware with vision panel and sidelight 2 EACH 3,614.21 7,228

Doors, frames and Hardware 30 EACH 1,212.44 36,373

Doors and Hardware only 138 EACH 841.62 116,144

Bi-fold door 2 EACH 353.31 707

Aluminum window system with 1" insulating glass 4,036 SQFT 80.00 322,879

Auto Door Opener assist -Norton 5900 or similiar 24 EACH 3,003.00 72,072

Firelite glass allowance 1 LSUM 5,000.00 5,000

Paint/stain interior door and frame 168 EACH 90.91 15,273

Louvers 1 LSUM 1,500.00 1,500

TOTAL: OPENINGS $612,675

FINISHES09000

Gypsum ceilings, at toilet rooms 3,211 SQFT 6.99 22,450

Standard drywall partition 10,505 SQFT 6.04 63,484

Chase partition 3,081 SQFT 3.93 12,096

Furring 3,624 SQFT 2.61 9,470

Chase, buildout at exterior wall for mechanical and electrical services 13,077 SQFT 2.82 36,871

Metal stud and gypsum soffit @ exterior walls adjacent to chase buildouts 2,400 SQFT 3.83 9,180



PR ESTIMATE

08/16/2013




Metal stud and gypsum soffit 300 SQFT 7.98 2,393

Rub and Patch existing concrete columns 174 LNFT 10.00 1,740

Ceramic wall tile, 12" x 12" 10,188 SQFT 11.42 116,342

ACT Soffit, curved 66 SQFT 7.88 520

ACT, 2'x2'x5/8", 15/16" grid 6,328 SQFT 3.29 20,826

ACT system, 2'-0" x 2'-0", washable 521 SQFT 4.04 2,102

Sprayed acoustical ceiling, 1/2" thk 9,008 SQFT 1.25 11,227

Rubber base, 4" high 9,954 LNFT 1.75 17,398

Rubber stair tread, 12" wide 423 LNFT 20.56 8,695

Linoleum 521 SQFT 3.55 1,848

Concrete sealer 981 SQFT 1.14 1,114

Carpet tile 30,594 SQFT 3.81 116,441

Paint walls 81,009 SQFT 0.88 71,102

Paint existing textured ceiling at student rooms 16,950 SQFT 1.18 19,954

Paint ceiling/soffit 3,511 SQFT 1.09 3,821

Paint exposed structure 2,228 SQFT 1.21 2,691

Epoxy coating at floor 523 SQFT 4.63 2,423

Epoxy Flooring at Toilet room 3,196 SQFT 4.63 14,807

Epoxy Base at Toilet room 1,382 LNFT 2.32 3,206

TOTAL: FINISHES $572,200

SPECIALTIES10000

48" stainless steel corner guard 30 EACH 65.53 1,966

Toilet partition, accessible 8 EACH 1,035.00 8,280

Toilet partition, standard 8 EACH 808.00 6,464

Shower partition, front panel with door 24 EACH 422.00 10,128

Mirror at sink 40 EACH 154.00 6,160

Mirror, full height 16 EACH 272.00 4,352

Fire extinguisher & cabinet, recessed 16 EACH 355.00 5,680

Folding partition 157 SQFT 44.49 6,985

Janitor's shelf and mop holder 4 EACH 177.43 710

Electric hand dryer 27 EACH 517.50 13,973

Shower curtain rod 45 EACH 47.78 2,150

Shower seat 13 EACH 328.65 4,272

Grab bar set, three piece 15 EACH 216.25 3,244

Grab bar set, shower 13 EACH 217.50 2,828

TOTAL: SPECIALTIES $77,191

FURNISHINGS12000

Entrance mats 60 SQFT 16.22 973

TOTAL: FURNISHINGS $973

CONVEYING EQUIPMENT14000

Remove dumbwaiters 1 EACH 1,949.40 1,949

Elevator upgrade 1 EACH 20,000.00 20,000

TOTAL: CONVEYING EQUIPMENT $21,949



PR ESTIMATE

08/16/2013




FIRE SUPPRESSION21000

Shutdown and drain system 1 LSUM 2,394.24 2,394

Remove existing piping 360 LNFT 7.48 2,694

Remove existing hose valve and cabinet 15 EACH 149.64 2,245

Remove existing water meter 1 EACH 319.68 320

Supervisory valve, 4" OS&Y w/tamper switch 6 EACH 1,605.02 9,630

Flow switches 6 EACH 274.82 1,649

Pressure gauges 1 EACH 219.82 220

Floor test connection 6 EACH 649.64 3,898

Fire hose valve, 2-1/2" 9 EACH 325.52 2,930

Sprinkler head, quick response (180 SF/head) 265 EACH 57.41 15,214

Wrenches, sprinkler head, upright/pendant/sidewall 20 EACH 55.00 1,100

Sprinkler cabinet & spare sprinkler heads 1 LSUM 549.64 550

Fire/sprinkler main, sch. 10 blk steel pipe, fittings, and supports, 4" (routed above

corridors instead of loop)

1,000 LNFT 53.08 53,076

Fire/sprinkler main, sch. 10 blk steel pipe, fittings, and supports, 2-1/2" 200 LNFT 36.47 7,295

Drain pipe, std. weight blk steel pipe, fittings, and supports, 2" 400 LNFT 31.91 12,762

Sprinkler branch, std. weight blk steel pipe, fittings, and supports, 1" 2,650 LNFT 12.14 32,176

Pipe and valve tagging 1,600 LNFT 0.85 1,357

System pressure testing and certification 1 LSUM 5,387.04 5,387

TOTAL: FIRE SUPPRESSION $154,896

PLUMBING22000

Remove existing wall-mount water closets including carrier and piping 27 EACH 199.80 5,395

Remove existing undercounter/self-rimming lavatories including piping 34 EACH 99.90 3,397

Remove existing full-height urinals including carrier and piping 9 EACH 239.76 2,158

Remove existing self-rimming sinks 2 EACH 119.88 240

Remove existing electric water coolers 4 EACH 239.76 959

Remove existing showers, head/valve systems 20 EACH 159.84 3,197

Remove existing bathtub/shower fixture with piping 1 EACH 479.52 480

Remove existing mop basin fixture 5 EACH 479.52 2,398

Remove plumbing piping, aboveground/suspended 2,200 LNFT 4.35 9,570

Remove plumbing piping, underground including excavation, backfill 630 LNFT 14.57 9,179

Disconnect and remove all existing plumbing equipment 1 LSUM 7,992.00 7,992

Water closet, wall hung, dual-flush manual flush valve 31 EACH 2,049.44 63,533

Water closet, floor outlet, tank type fixture (residential) 1 EACH 735.60 736

Lavatory, wall hung, manual faucet 2 EACH 1,669.78 3,340

Lavatory, solid surface integral (fixture by others) - faucet, undersink supplies &

waste, rough-in

38 EACH 692.68 26,322

Urinal, full-height floor mount, battery-op automatic flush valve 5 EACH 2,070.16 10,351

Sink, kitchen, stainless steel, single basin self-rimming, manual faucet 4 EACH 1,564.70 6,259

Sink, kitchen, stainless steel, double basin self-rimming, manual faucet, garbage

disposer

2 EACH 2,279.36 4,559

Electric water cooler, single 5 EACH 3,513.86 17,569

Shower head/valve, group/gang shower, per unit, in tile enclosure - ambulatory 24 EACH 784.40 18,826

Shower head/valve, ADA/private, in tile enclosure 13 EACH 961.48 12,499

Bathtub/shower fixture, w/spout, diverter, shower head 1 EACH 1,628.27 1,628



PR ESTIMATE

08/16/2013




Mop basin, floor fixture 5 EACH 1,679.62 8,398

Laundry wallbox, "Guy Gray" 6 EACH 162.64 976

Dishwasher water, waste, and vent connections 1 EACH 389.96 390

Hose bibbs 12 EACH 389.96 4,680

Domestic water heater, steam/water converter 2 EACH 4,819.68 9,639

Water softener system-Verify 1 EACH 43,836.16 43,836

DHW recirculating pump 1 EACH 1,280.74 1,281

Expansion tank 1 EACH 375.20 375

Thermostatic mixing valve - central 1 EACH 2,019.68 2,020

Circuit setter balancing valve, 3/4" 1 EACH 131.97 132

Elevator sump pump 1 EACH 1,159.84 1,160

Floor drains 41 EACH 456.53 18,718

Cleanouts - line 1 EACH 293.63 294

Cleanouts - floor 3 EACH 346.53 1,040

Cleanouts - wall 15 EACH 303.94 4,559

Vent thru roof 3 EACH 748.38 2,245

Domestic water pipe, fittings, and supports, 1-1/4" type L copper avg. 3,000 LNFT 35.89 107,675

Pipe insulation, 1-1/4" domestic water piping avg. 3,000 LNFT 7.20 21,612

Sanitary/waste pipe, fittings, and supports, PVC, AG, 3" avg. 400 LNFT 52.81 21,122

Vent pipe, fittings, and supports, PVC, AG, 2" avg. 2,500 LNFT 37.39 93,487

Sanitary/waste pipe and fittings, PVC, UG, 6" 60 LNFT 65.85 3,951


Sanitary/waste pipe and fittings, PVC, UG, 3" 10 LNFT 34.84 348


Incoming service, 4", w/ 2" meter & backflow preventers 1 EACH 3,410.20 3,410

Excavation, bedding, and backfill - UG piping 290 LNFT 77.93 22,599

Softened domestic water pipe, fittings, and supports, 2" type L copper avg. 305 LNFT 51.80 15,799

Pipe insulation, 2" soft domestic water piping avg. 305 LNFT 7.71 2,353


System pressure testing, water pipe chlorination, and pipe flushing - domestic

plumbing

1 LSUM 5,454.72 5,455

TOTAL: PLUMBING $622,080

HEATING VENTILATION & AIR CONDITIONING23000

Disconnect and remove exhaust fan 4 EACH 299.28 1,197

Disconnect and remove unit ventilators 10 EACH 299.28 2,993

Remove existing ductwork 300 LNFT 11.22 3,367

Remove existing grilles and diffusers 3 EACH 22.45 67

Remove existing louvers and salvage for reuse 4 EACH 149.64 599

Remove/demo existing piping 5,730 LNFT 11.36 65,116

Remove existing thermostats 21 EACH 22.45 471

Disconnect and remove cabinet unit heaters 2 EACH 151.52 303

Disconnect and remove convectors, controls, and piping 140 EACH 151.52 21,213

Disconnect and remove fintube radiators, controls, and piping 11 EACH 151.52 1,667

Energy recovery unit ERU-1, 6400 cfm SA, 5800 cfm EA-Verify 1 EACH 109,788.48 109,788

AC split system, 1-1/2 tons, MDF room 1 EACH 3,697.12 3,697

Refrigerant piping, AC split system 40 LNFT 18.51 741



PR ESTIMATE

08/16/2013




Pipe insulation, refrigerant lines, AC split system 40 LNFT 6.95 278

Exhaust fan, inline, w/supports, vibration isolation, 200 cfm 1 EACH 799.28 799

Unit ventilator, 4-pipe hydronic, 1250 cfm 3 EACH 5,374.10 16,122


Fancoil units, 4-pipe hydronic, 5.0 tons cooling 2 EACH 5,136.69 10,273





FCU coil connections - valves, fittings, and insulation 9 EACH 1,328.80 11,959

Galvanized steel duct, rectangular 5,000 LBS 7.51 37,531

Galvanized steel spiral duct, 12" dia. 10 LNFT 26.34 263



Duct insulation 4,000 SQFT 3.32 13,292

Registers, grilles and diffusers 38 EACH 89.93 3,417

Wire mesh over open-ended duct 1 EACH 124.82 125

Flexible duct, insulated 100 LNFT 9.75 975

Louvers, OA, for fancoils and unit ventilators 11 EACH 599.64 6,596

Louvers, exhaust 3 EACH 599.64 1,799

Louvers, exhaust - reuse existing 1 EACH 189.64 190

Combination fire/smoke dampers 20 EACH 399.64 7,993

Steam pressure reducing station 1 EACH 29,545.60 29,546

Heat exchanger, shell & tube, w/supports, fittings, and valves 2 EACH 6,757.60 13,515

Condensate return system, duplex, w/receiver 1 EACH 12,909.12 12,909

Hydronic system pump, 7.5 hp, base-mount 2 EACH 4,454.56 8,909

Hydronic system pump, 1/2 hp, inline 2 EACH 1,175.76 2,352

Variable frequency drive, pump/fan, 7.5 hp 2 EACH 2,494.99 4,990

Vibration isolation, pumps 2 EACH 1,651.52 3,303

Isolation valves, pumps, butterfly, 4" 2 EACH 660.01 1,320


Flexible pump connections, 4" 2 EACH 251.52 503


Suction diffuser, 4" 2 EACH 1,550.01 3,100

Triple duty valve, 4" 2 EACH 2,150.01 4,300

Pump strainer, Y-type, 3" 2 EACH 317.52 635

Air separator, 4" 1 EACH 2,440.92 2,441

Chemical pot feeder 1 EACH 1,203.04 1,203

Water system filter (based on duplex basket type) 1 EACH 8,806.08 8,806

Pressure fill/makeup water system 1 EACH 7,103.04 7,103

Cabinet unit heaters, HW hydronic 3 EACH 1,753.04 5,259

Fintube radiators, HW 93 LNFT 58.94 5,481

Convectors, HW 161 EACH 341.52 54,985

HW connections - valves, fittings, and specialties 200 EACH 316.52 63,304

CHWS/R pipe, type L copper pipe, fittings, and supports, 4" 655 LNFT 136.40 89,342

CHWS/R pipe, type L copper pipe, fittings, and supports, 1-1/2" 145 LNFT 40.78 5,914

CHWS/R pipe, type L copper pipe, fittings, and supports, 3/4" 375 LNFT 20.49 7,684



PR ESTIMATE

08/16/2013




HHWS/R piping, std. wgt. blk. steel pipe, fittings, and supports, welded/flanged,

4"

980 LNFT 77.68 76,124

HHWS/R pipe, type L copper pipe, fittings, and supports, 2" 15 LNFT 50.55 758

HHWS/R pipe, type L copper pipe, fittings, and supports, 1-1/4" 2,100 LNFT 34.67 72,806

HHWS/R pipe, type L copper pipe, fittings, and supports, 3/4" 385 LNFT 20.49 7,889

Pipe insulation, CHWS/R, 4" 655 LNFT 11.75 7,694

Pipe insulation, CHWS/R, 1-1/2" 145 LNFT 8.27 1,199

Pipe insulation, CHWS/R, 3/4" 375 LNFT 6.34 2,379

Pipe insulation, HHWS/R, 4" 980 LNFT 11.75 11,512

Pipe insulation, HHWS/R, 2" 15 LNFT 8.80 132

Pipe insulation, HHWS/R, 1-1/4" 2,100 LNFT 8.18 17,180

Pipe insulation, HHWS/R, 3/4" 385 LNFT 6.34 2,442

Pipe and valve tagging - interior bldg AG piping 4,655 LNFT 0.86 3,992

DDC controls - ERU 1 EACH 5,000.00 5,000

DDC controls - AC split system 1 EACH 1,500.00 1,500

DDC controls - exhaust fan, general, toilet 2 EACH 2,000.00 4,000

DDC controls - unit ventilator 6 EACH 3,000.00 18,000

DDC controls - fancoil units (common areas) 5 EACH 2,000.00 10,000

DDC controls - heat exchanger, shell & tube 2 EACH 5,000.00 10,000

DDC controls, condensate return system, duplex 1 EACH 2,000.00 2,000

DDC controls - hydronic pumps, constant speed 2 EACH 2,000.00 4,000

DDC controls - hydronic pumps, variable speed 2 EACH 5,000.00 10,000

Thermostats/temperature sensors 161 EACH 400.00 64,400

Miscellaneous points & devices 1 LSUM 10,000.00 10,000

Engineer's station 1 LSUM 10,000.00 10,000

Interface with university campus BAS-DDC 1 LSUM 7,500.00 7,500

Programming, testing, and training 1 LSUM 12,500.00 12,500

Air testing and balancing 1 LSUM 7,000.00 7,000

Pipe system testing and balancing 1 LSUM 12,000.00 12,000

HVAC system commissioning 1 LSUM 5,000.00 5,000

TOTAL: HEATING VENTILATION & AIR CONDITIONING $1,099,928

ELECTRICAL26000

Disconnect and remove light fixtures, devices and associated conduit and wire 47,642 SQFT 0.18 8,356

Disconnect and remove panelboards and associated feeders 47,642 SQFT 0.12 5,684

Distribution Panel 1000A - MDPA-1 1 EACH 10,879.80 10,880

Panelboards 60A 19 EACH 722.48 13,727

Feeder installation 600 V, including conduit and XHHW wire, 60A 1,700 LNFT 12.32 20,938

Feeder installation 600 V, including conduit and XHHW wire, 1000A 220 LNFT 193.06 42,473

Grounding System per code 47,642 SQFT 0.49 23,411

Duplex receptacle, backbox, grounded, 120 volt, 20 amp 741 EACH 64.04 47,455

Quadruplex receptacle, backbox, grounded, 120 volt, 20 amp 5 EACH 74.79 374

Duplex receptacle, Ground Fault Interrupting, 20 amp 69 EACH 89.74 6,192

Power special purpose receptacles 30A 2P 1 EACH 82.94 83

Branch wiring installation 600 V, including 3/4" EMT conduit and THWN wire, 20A 47,642 SQFT 1.22 58,142

Motor connections, disconnect switch and feeder - Condensate return system,

duplex

2 EACH 944.95 1,890



PR ESTIMATE

08/16/2013




Motor connections, disconnect switch and feeder - Pump, 7.5 hp, base-mount 1 EACH 1,013.94 1,014

Motor connections, disconnect switch and feeder - Pump, 1/2 hp, inline 1 EACH 775.96 776

Motor connections, disconnect switch and feeder - Fancoil units 9 EACH 556.97 5,013

Motor connections, disconnect switch and feeder - Exhaust fan, 200 cfm 1 EACH 675.96 676

Motor connections, disconnect switch and feeder - ERU 6400cfm 1 EACH 1,313.94 1,314

Motor connections, disconnect switch and feeder - DHW recirculating pump 1 EACH 575.96 576

Motor connections, disconnect switch and feeder - AC split system, 1-1/2 tons 1 EACH 1,175.96 1,176

Motor connections, disconnect switch and feeder - Unit ventilator 6 EACH 556.97 3,342

Motor connections, disconnect switch and feeder - Elevator sump pump 1 EACH 575.96 576

Lighting System - Light fixtures including installation and hook up 47,642 SQFT 3.22 153,512

Lighting System - dual level, dimmed switching, occupancy sensors, 47,642 SQFT 1.47 69,891

Lighting System - Branch wiring installation 600 V, including 3/4" EMT conduit and

THWN wire, 20A

47,642 SQFT 1.47 69,919


COMMUNICATIONS27000

Provision for IT room, plywood, cable tray, grounding, sleeves 1 EACH 9,559.60 9,560

Voice/Data wall outlet, back box and plate, 1 gang, 2-port 172 EACH 52.80 9,081

Voice/Data back box and conduit stub to ceiling space 172 EACH 72.94 12,546

Wireless Access Point and mounting hardware 7 EACH 406.24 2,844

TV wall outlet, back box and plate, 1 gang, 1-port 123 EACH 49.55 6,094

TV back box and conduit stub to ceiling space 123 EACH 72.94 8,972

Electric metallic tubing, 4" diameter, to 15' high, including fittings and supports 100 LNFT 30.46 3,046

Cable tray, aluminum, 4" deep, 6" rung spacing, 12" wide, to 15' elevation,

including fittings & supports

150 LNFT 28.70 4,305



110 LNFT 31.66 3,482

Unshielded twisted pair (UTP) cable, solid, PVC jacket, #24, 4 pair, category 5e 50,000 LNFT 0.52 25,820

Coaxial cable, 93 ohm, RG A/U #62 cable 22,000 SQFT 0.54 11,783

Terminations and Testing 47,642 SQFT 0.24 11,339

TOTAL: COMMUNICATIONS $108,871

ELECTRONIC SAFETY & SECURITY28000

Fire alarm control panel, addressable, up to 600 points, connections &

programming

1 EACH 33,349.15 33,349

Annunciator panel 48 points 1 EACH 9,855.78 9,856

Smoke detector, addressable type 144 EACH 255.99 36,863

Manual alarm station, addressable 24 EACH 196.99 4,728

Audible alarm 120 EACH 180.99 21,719

Audio visual alarm 12 EACH 230.99 2,772

Fire alarm wiring installation, including 3/4" EMT conduit and FA cable wire 47,642 SQFT 0.96 45,755

Testing and Engineering 1 LSUM 7,519.20 7,519

Detection Systems, card reader, flush type, maxi prox 5375 or equal 36 EACH 563.49 20,285

Detection Systems, infrared photoelectric detector 8 EACH 254.99 2,040

Electric Door Strike 24 EACH 195.49 4,692

Power Supply 24 EACH 186.99 4,488

Status monitor 24 EACH 110.99 2,664



PR ESTIMATE

08/16/2013




Door opener 24 EACH 36.10 866

Request for entry 24 EACH 84.74 2,034

Conduit and security wiring 1 LSUM 11,399.00 11,399

TOTAL: ELECTRONIC SAFETY & SECURITY $211,028

$4,448,813 TOTAL: AREY RENOVATION

FRICKER RENOVATION

EXISTING CONDITIONS02000

Remove toilet partition 28 EACH 50.63 1,418

Remove masonry partition and plumbing walls 17,191 SQFT 0.96 16,527

Remove drywall furring 10,102 SQFT 0.61 6,146

Remove floor finish 40,000 SQFT 0.31 12,304

Remove door and frames 30 EACH 28.84 865

Remove door 140 EACH 9.61 1,346

Remove cabinets, countertops, appliances 80 LNFT 12.17 973

Cut-out masonry walls for door way 2 EACH 629.98 1,260

TOTAL: EXISTING CONDITIONS $40,840

CONCRETE03000

Cut-out and replace slab on grade for underground waste pipe 1 LSUM 8,604.06 8,604

Self-leveling concrete topping at lower level 49 CUYD 121.75 5,966

Concrete and structrual steel floor infill at removed dumbwaiter 4 EACH 461.65 1,847


MASONRY04000

CMU Infills at Removed doorways 4 EA 802.87 3,211

CMU Infills at Removed openings 7 EA 713.44 4,994

8" CMU partition, various locations 1,710 SQFT 16.04 27,429

Infill at removed doorway 1 EACH 581.72 582

Exterior limestone sill 20 LNFT 23.89 478

Modify door openings where existing building meets link 4 EACH 984.97 3,940

Infill masonry around reduced size window replacement 104 SQFT 69.35 7,212

Low pressure water soaking of existing brick-verify 16,343 SQFT 1.66 27,089


METALS05000

Chainlink fence partition and gate 10 LNFT 74.62 746

TOTAL: METALS $746



Music room shelving 13 LNFT 373.59 4,857


P-lam base cabinets and P-lam countertops 26 LNFT 235.00 6,110

Solid Surface countertop at windows, 1'-6" deep 993 LNFT 102.73 102,011



PR ESTIMATE

08/16/2013




Solid surface countertops at toilet rooms w sinks 114 LNFT 158.75 18,098

Solid surface countertops at Laundry 15 LNFT 158.75 2,381

Mail Storage Metal Shelving Allowance 1 EACH 8,000.00 8,000

Custom casework "nest" allowance 1 LSUM 15,000.00 15,000

Kitchenette island 1 EACH 3,940.00 3,940



Remove roof system 9,459 SQFT 0.96 9,094

Remove and replace perimeter flashing and metal coping 554 LNFT 27.64 15,312




OPENINGS08000

Remove windows 3,785 SQFT 2.85 10,795

Access panels-Non Rated W/ Lock 263 EACH 83.74 22,023

Interior glazing 125 SQFT 27.69 3,461

Aluminum door, frame and hardware with vision panel and sidelight 2 EACH 3,614.21 7,228

Aluminum door, frame and hardware with sidelight 1 EACH 1,814.21 1,814

Aluminum door, frame and hardware 1 EACH 1,862.44 1,862

Doors and Hardware only 143 EACH 841.62 120,352


Bi-fold door 4 EACH 353.31 1,413

Aluminum window system with 1" insulating glass 4,162 SQFT 80.00 332,959


Firelite glass allowance 1 LSUM 5,000.00 5,000


Louvers 1 LSUM 1,500.00 1,500


FINISHES09000

Gypsum ceilings at toilet rooms 3,196 SQFT 6.99 22,345


Chase partition 3,809 SQFT 3.93 14,954

Chase, buildout at exterior wall for mechanical and electrical services 13,699 SQFT 2.82 38,624

Furring 4,491 SQFT 2.61 11,735

Metal stud and gypsum soffit 300 SQFT 7.98 2,393

Metal stud and gypsum soffit @ exterior walls adjacent to chase buildouts 2,400 SQFT 3.83 9,180

Rub and Patch existing concrete columns 204 LNFT 10.00 2,040

Ceramic wall tile, 12" x 12" 10,185 SQFT 11.42 116,308

ACT Soffit, curved 66 SQFT 7.88 520

ACT, 2'x2'x5/8", 15/16" grid 5,878 SQFT 3.29 19,345

ACT system, 2'-0" x 2'-0", washable 521 SQFT 4.04 2,102

Sprayed acoustical ceiling, 1/2" thk 9,147 SQFT 1.25 11,400





PR ESTIMATE

08/16/2013




Linoleum 521 SQFT 3.55 1,848

Concrete sealer 1,607 SQFT 1.14 1,825

Carpet tile 31,745 SQFT 3.81 120,821


Paint existing textured ceiling at student rooms 17,550 SQFT 1.18 20,660

Paint ceiling/soffit 3,496 SQFT 1.09 3,805


Epoxy Flooring at Toilet room 3,210 SQFT 4.63 14,872

Epoxy coating at floor 523 SQFT 4.63 2,423

Epoxy base at Toilet room 1,368 LNFT 2.32 3,174

Entrance mats 60 SQFT 16.22 973


SPECIALTIES10000


Toilet partition, accessible 8 EACH 1,035.00 8,280

Toilet partition, standard 8 EACH 808.00 6,464

Shower partition, front panel with door 24 EACH 422.00 10,128

Mirror at sink 40 EACH 154.00 6,160

Mirror, full height 16 EACH 272.00 4,352

Fire extinguisher & cabinet, recessed 18 EACH 355.00 6,390

Folding partition 157 SQFT 44.49 6,985

Janitor's shelf and mop holder 4 EACH 177.43 710

Electric hand dryer 27 EACH 517.50 13,973

Shower curtain rod 45 EACH 47.78 2,150

Shower seat 13 EACH 328.65 4,272

Grab bar set, three piece 15 EACH 216.25 3,244

Grab bar set, shower 13 EACH 217.50 2,828



Remove dumbwaiters 2 EACH 1,949.40 3,899



Shutdown and drain system 1 LSUM 2,394.24 2,394

Remove existing piping 410 LNFT 7.48 3,068

Remove existing hose valve and cabinet 15 EACH 149.64 2,245

Remove existing water meter 1 EACH 319.68 320






Sprinkler head, quick response (180 SF/head) 265 EACH 57.41 15,214

Wrenches, sprinkler head, upright/pendant/sidewall 20 EACH 55.00 1,100

Sprinkler cabinet & spare sprinkler heads 1 LSUM 549.64 550



PR ESTIMATE

08/16/2013




Fire/sprinkler main, sch. 10 blk steel pipe, fittings, and supports, 4" (routed above

corridors instead of loop)

1,000 LNFT 53.08 53,076

Fire/sprinkler main, sch. 10 blk steel pipe, fittings, and supports, 2-1/2" 200 LNFT 36.47 7,295


Sprinkler branch, std. weight blk steel pipe, fittings, and supports, 1" 2,650 LNFT 12.14 32,176




PLUMBING22000

Remove existing wall-mount water closets including carrier and piping 34 EACH 199.80 6,793

Remove existing undercounter/self-rimming lavatories including piping 35 EACH 99.90 3,497

Remove existing full-height urinals including carrier and piping 8 EACH 239.76 1,918

Remove existing self-rimming sinks 3 EACH 119.88 360

Remove existing electric water coolers 3 EACH 239.76 719

Remove existing showers, head/valve systems 26 EACH 159.84 4,156

Remove existing bathtub/shower fixture with piping 2 EACH 479.52 959

Remove existing mop basin fixture 5 EACH 479.52 2,398

Remove plumbing piping, aboveground/suspended 2,200 LNFT 4.35 9,570

Remove plumbing piping, underground including excavation, backfill 470 LNFT 14.57 6,848

Disconnect and remove all existing plumbing equipment 1 LSUM 7,992.00 7,992

Water closet, wall hung, dual-flush manual flush valve 31 EACH 2,049.44 63,533

Water closet, floor outlet, tank type fixture (residential) 3 EACH 735.60 2,207

Lavatory, wall hung, manual faucet 3 EACH 1,669.78 5,009

Lavatory, solid surface integral (fixture by others) - faucet, undersink supplies &

waste, rough-in

40 EACH 692.68 27,707

Urinal, full-height floor mount, battery-op automatic flush valve 5 EACH 2,070.16 10,351

Sink, kitchen, stainless steel, single basin self-rimming, manual faucet 4 EACH 1,564.70 6,259

Sink, kitchen, stainless steel, double basin self-rimming, manual faucet, garbage

disposer

2 EACH 2,279.36 4,559

Electric water cooler, single 5 EACH 3,513.86 17,569

Shower head/valve, group/gang shower, per unit, in tile enclosure - ambulatory 24 EACH 784.40 18,826

Shower head/valve, ADA/private, in tile enclosure 13 EACH 961.48 12,499

Bathtub/shower fixture, w/spout, diverter, shower head 1 EACH 1,628.27 1,628

Mop basin, floor fixture 5 EACH 1,679.62 8,398

Laundry wallbox, "Guy Gray" 6 EACH 162.64 976

Dishwasher water, waste, and vent connections 1 EACH 389.96 390

Hose bibbs 11 EACH 389.96 4,290

Domestic water heater, steam/water converter 2 EACH 4,819.68 9,639

Water softener system-Verify 1 EACH 43,836.16 43,836

DHW recirculating pump 1 EACH 1,280.74 1,281

Expansion tank 1 EACH 375.20 375

Thermostatic mixing valve - central 1 EACH 2,019.68 2,020

Circuit setter balancing valve, 3/4" 1 EACH 131.97 132

Elevator sump pump 1 EACH 1,159.84 1,160





PR ESTIMATE

08/16/2013




Cleanouts - floor 3 EACH 346.53 1,040

Cleanouts - wall 15 EACH 303.94 4,559

Vent thru roof 3 EACH 748.38 2,245

Domestic water pipe, fittings, and supports, 1-1/4" type L copper avg. 3,000 LNFT 35.89 107,675

Pipe insulation, 1-1/4" domestic water piping avg. 3,000 LNFT 7.20 21,612

Sanitary/waste pipe, fittings, and supports, PVC, AG, 3" avg. 400 LNFT 52.81 21,122

Vent pipe, fittings, and supports, PVC, AG, 2" avg. 2,500 LNFT 37.39 93,487





Incoming service, 4", w/ 2" meter & backflow preventers 1 EACH 3,410.20 3,410

Excavation, bedding, and backfill - UG piping 290 LNFT 77.93 22,599

Softened domestic water pipe, fittings, and supports, 2" type L copper avg. 305 LNFT 51.80 15,799

Pipe insulation, 2" soft domestic water piping avg. 305 LNFT 7.71 2,353


System pressure testing, water pipe chlorination, and pipe flushing - domestic

plumbing

1 LSUM 5,454.72 5,455



Disconnect and remove exhaust fan 4 EACH 299.28 1,197

Disconnect and remove unit ventilators 7 EACH 299.28 2,095

Remove existing ductwork 300 LNFT 11.22 3,367

Remove existing grilles and diffusers 3 EACH 22.45 67

Remove existing louvers and salvage for reuse 4 EACH 149.64 599

Remove/demo existing piping 5,730 LNFT 11.36 65,116

Remove existing thermostats 33 EACH 22.45 741

Disconnect and remove cabinet unit heaters 7 EACH 151.52 1,061

Disconnect and remove convectors, controls, and piping 147 EACH 151.52 22,273

Disconnect and remove fintube radiators, controls, and piping 26 EACH 151.52 3,940

Energy recovery unit ERU-1, 6400 cfm SA, 5800 cfm EA-Verify 1 EACH 109,788.48 109,788

AC split system, 1-1/2 tons, MDF room 1 EACH 3,697.12 3,697

Refrigerant piping, AC split system 40 LNFT 18.51 741

Pipe insulation, refrigerant lines, AC split system 40 LNFT 6.95 278










Galvanized steel duct, rectangular 5,000 LBS 7.51 37,531





PR ESTIMATE

08/16/2013





Duct insulation 4,000 SQFT 3.32 13,292

Registers, grilles and diffusers 38 EACH 89.93 3,417




Louvers, exhaust 3 EACH 599.64 1,799

Louvers, exhaust - reuse existing 1 EACH 189.64 190

Combination fire/smoke dampers 20 EACH 399.64 7,993

Steam pressure reducing station 1 EACH 29,545.60 29,546

Heat exchanger, shell & tube, w/supports, fittings, and valves 2 EACH 6,757.60 13,515

Condensate return system, duplex, w/receiver 1 EACH 12,909.12 12,909

Hydronic system pump, 7.5 hp, base-mount 2 EACH 4,454.56 8,909

Hydronic system pump, 1/2 hp, inline 2 EACH 1,175.76 2,352

Variable frequency drive, pump/fan, 7.5 hp 2 EACH 2,494.99 4,990

Vibration isolation, pumps 2 EACH 1,651.52 3,303





Suction diffuser, 4" 2 EACH 1,550.01 3,100

Triple duty valve, 4" 2 EACH 2,150.01 4,300

Pump strainer, Y-type, 3" 2 EACH 317.52 635

Air separator, 4" 1 EACH 2,440.92 2,441

Chemical pot feeder 1 EACH 1,203.04 1,203

Water system filter (based on duplex basket type) 1 EACH 8,806.08 8,806

Pressure fill/makeup water system 1 EACH 7,103.04 7,103


Fintube radiators, HW 93 LNFT 58.94 5,481

Convectors, HW 161 EACH 341.52 54,985




CHWS/R pipe, type L copper pipe, fittings, and supports, 3/4" 375 LNFT 20.49 7,684


4"

980 LNFT 77.68 76,124

HHWS/R pipe, type L copper pipe, fittings, and supports, 2" 15 LNFT 50.55 758

HHWS/R pipe, type L copper pipe, fittings, and supports, 1-1/4" 2,100 LNFT 34.67 72,806

HHWS/R pipe, type L copper pipe, fittings, and supports, 3/4" 385 LNFT 20.49 7,889



Pipe insulation, CHWS/R, 3/4" 375 LNFT 6.34 2,379


Pipe insulation, HHWS/R, 2" 15 LNFT 8.80 132

Pipe insulation, HHWS/R, 1-1/4" 2,100 LNFT 8.18 17,180

Pipe insulation, HHWS/R, 3/4" 385 LNFT 6.34 2,442

Pipe and valve tagging - interior bldg AG piping 4,655 LNFT 0.86 3,992



PR ESTIMATE

08/16/2013




DDC controls - ERU 1 EACH 5,000.00 5,000

DDC controls - AC split system 1 EACH 1,500.00 1,500

DDC controls - exhaust fan, general, toilet 2 EACH 2,000.00 4,000



DDC controls - heat exchanger, shell & tube 2 EACH 5,000.00 10,000

DDC controls, condensate return system, duplex 1 EACH 2,000.00 2,000

DDC controls - hydronic pumps, constant speed 2 EACH 2,000.00 4,000

DDC controls - hydronic pumps, variable speed 2 EACH 5,000.00 10,000


Miscellaneous points & devices 1 LSUM 10,000.00 10,000

Engineer's station 1 LSUM 10,000.00 10,000

Interface with university campus BAS-DDC 1 LSUM 7,500.00 7,500





TOTAL: HEATING VENTILATION & AIR CONDITIONING $1,103,390

ELECTRICAL26000

Disconnect and remove light fixtures, devices and associated conduit and wire 47,345 SQFT 0.18 8,304

Disconnect and remove panelboards and associated feeders 47,345 SQFT 0.12 5,648

Distribution Panel 1000A - MDPF-1 1 EACH 10,879.80 10,880

Panelboards 60A 19 EACH 722.48 13,727

Feeder installation 600 V, including conduit and XHHW wire, 60A 1,700 LNFT 12.32 20,938


Grounding System per code 47,345 SQFT 0.49 23,265



Duplex receptacle, Ground Fault Interrupting, 20 amp 60 EACH 89.74 5,385


Fixed equipment connection floor mounted - 5 EACH 171.14 856


Motor connections, disconnect switch and feeder - Fancoil units 9 EACH 556.97 5,013

Motor connections, disconnect switch and feeder - AC split system, 1-1/2 tons 1 EACH 1,175.96 1,176

Motor connections, disconnect switch and feeder - Pump, 1/2 hp, inline 1 EACH 775.96 776

Motor connections, disconnect switch and feeder - ERU 6400cfm 1 EACH 1,313.94 1,314

Motor connections, disconnect switch and feeder - Pump, 7.5 hp, base-mount 1 EACH 1,013.94 1,014

Motor connections, disconnect switch and feeder - Exhaust fan, 200 cfm 1 EACH 675.96 676


Motor connections, disconnect switch and feeder - Elevator sump pump 1 EACH 575.96 576

Motor connections, disconnect switch and feeder - Condensate return system,

duplex

2 EACH 944.95 1,890

Motor connections, disconnect switch and feeder - DHW recirculating pump 1 EACH 575.96 576





PR ESTIMATE

08/16/2013





THWN wire, 20A

47,345 SQFT 1.47 69,484


COMMUNICATIONS27000

Provision for IT room, plywood, cable tray, grounding, sleeves 1 EACH 9,559.60 9,560




TV wall outlet, back box and plate, 1 gang, 1-port 136 EACH 49.55 6,738





165 LNFT 28.70 4,735



80 LNFT 31.66 2,533






Fire alarm control panel, addressable, up to 600 points, connections &

programming

1 EACH 33,349.15 33,349

Annunciator panel 48 points 1 EACH 9,855.78 9,856




Audio visual alarm 20 EACH 230.99 4,620



Detection Systems, card reader, flush type, maxi prox 5375 or equal 24 EACH 563.49 13,524









$4,542,404 TOTAL: FRICKER RENOVATION

LINK

CONCRETE03000

Formwork for strip footings 1,164 SQFT 5.25 6,105

Formwork for isolated column footings 524 SQFT 6.19 3,243



PR ESTIMATE

08/16/2013




Formwork for piers 336 SQFT 7.76 2,608

Formwork for basement walls 13,328 SQFT 9.96 132,708

Reinforcement in strip footings, avg 65 lbs/cy 2 TONS 1,877.09 3,754

Reinforcement in isolated column footings, avg 80 lbs/cy 3 TONS 2,037.60 6,113

Reinforcement in piers, avg 125 lbs/cy 1,000 LBS 1.59 1,589

Reinforcement in basement walls, avg 135 lbs/cy 20 TONS 4,166.74 83,335

Concrete in strip footings, 4,000 psi 65 CUYD 137.02 8,906

Concrete in isolated column footings and elevator slab, 4,000 psi 32 CUYD 143.42 4,590

Concrete in piers, 4,000 psi 8 CUYD 169.04 1,352

Concrete in basement walls, 4,000 psi 274 CUYD 154.42 42,312

Concrete slab on grade, 4" thk, with W6x6-2.9x2.9 4,414 SQFT 3.44 15,190

Concrete pad allowance 1 LSUM 2,000.00 2,000

PC hollow core plank at floors, roofs and small canopy 12,223 SQFT 6.62 80,936

NLWT Concrete topping on precast floor slab, 2" thk, with W6x6-1.4x1.4 12,223 SQFT 2.53 30,933

Concrete fill at metal pan stair landings 360 SQFT 14.85 5,346

Concrete fill at metal pan stair tread 399 LNFT 12.27 4,894


MASONRY04000

Stacked stone veneer, random sizes, 4" deep 1,022 SQFT 54.11 55,301

8" CMU backup 12,861 SQFT 10.36 133,241

8" CMU partition, load bearing 3,788 SQFT 10.98 41,592


METALS05000

Structural steel beams and columns 10 TONS 2,695.17 26,952

Steel joists on bearing Walls 3,898 SQFT 4.45 17,357

Metal roof deck, galvanized, 1-1/2" thk, 18 ga 3,898 SQFT 2.16 8,430

Elevator pit ladder 1 EACH 513.79 514

Ship's ladder with rails 11 LNFT 86.77 954

Steel metal pan stairs, 4'-4" wide 92 RSR 411.86 37,891

Metal pan landings 360 SQFT 20.00 7,200

Steel guardrail, at overlook 19 LNFT 77.97 1,481

1½" steel stair handrail, wall mounted 170 LNFT 49.04 8,336

Steel stair guardrail, floor mounted 107 LNFT 77.97 8,343

TOTAL: METALS $117,459



Wood paneling allowance 1 LSUM 15,000.00 15,000

Interior Plam sill 400 LNFT 6.22 2,489


Front desk in lobby 15 LNFT 635.95 9,539



Perimeter flashing and metal coping at parapet 391 LNFT 26.04 10,180



PR ESTIMATE

08/16/2013




Flashing and reglet at varying roof levels 125 LNFT 17.60 2,200

Basement wall waterproofing 1,915 SQFT 3.24 6,199

Liquid elastomeric waterproofing @ CMU 12,861 SQFT 3.01 38,735

2" rigid insulation at exterior wall 12,861 SQFT 2.12 27,214

2" basement wall insulation 1,915 SQFT 2.16 4,134


Metal Siding 2,624 SQFT 25.38 66,602

Metal Siding 9,215 SQFT 25.38 233,894

Metal panel canopies, 3", corrugated, structural steel and footing included

elsewhere

2,043 SQFT 33.99 69,448

Roof hatch, 6' x 3' 1 EACH 4,357.79 4,358



OPENINGS08000

Access panels-Non rated W/ Lock 30 EACH 63.74 1,912



Aluminum door, frame and hardware 1 EACH 1,862.44 1,862


Doors, frames and Hardware, double 1 EACH 2,079.90 2,080


Interior glazed curtain wall at vestibules 542 SQFT 60.00 32,520

Exterior curtainwall @ Link 1,579 SQFT 70.00 110,530

Exterior window glazing 1,159 SQFT 63.34 73,410


Paint/stain interior door and frame, double 38 EACH 125.54 4,771


FINISHES09000

Gypsum ceilings at toilet rooms 401 SQFT 6.99 2,804


Furring at exterior and interior walls 12,828 SQFT 2.61 33,520

ACT, 2'x2'x5/8", 15/16" grid 608 SQFT 3.29 2,001



Recycled tire entry mat and base 392 SQFT 10.49 4,113

Linoleum 2,851 SQFT 3.55 10,115

Carpet tile 7,927 SQFT 3.81 30,170

Mixture of exposed Concrete and fabric panels at haulways and lobbys 9,098 SQFT 5.04 45,880


Paint ceiling 401 SQFT 1.09 436



SPECIALTIES10000




PR ESTIMATE

08/16/2013




Fire extinguisher & cabinet, wall mounted 5 EACH 227.86 1,139



Hydraulic passenger elevator, 4-stop, 2-sided 1 EACH 120,595.20 120,595



Double check detector valve, 6" 1 EACH 6,198.56 6,199






Sprinkler head, quick response 110 EACH 57.41 6,315

Fire/sprinkler main, sch. 10 blk steel pipe, fittings, and supports, 2-1/2" 1,200 LNFT 36.47 43,769


Sprinkler branch, std. weight blk steel pipe, fittings, and supports, 1" 500 LNFT 18.13 9,064




PLUMBING22000



Roof drains 4 EACH 648.38 2,594

Roof drains - overflow 4 EACH 748.38 2,994

Pipe insulation, AG horizontal storm drainage, 6" avg. 130 LNFT 13.35 1,735

Storm drainage pipe and fittings, PVC, UG, 8" avg. 200 LNFT 78.20 15,641


Vent pipe and fittings, PVC, UG, 2" 200 LNFT 23.81 4,762

Pipe and valve tagging 250 LNFT 0.86 214










Galvanized steel duct, rectangular 500 LBS 7.51 3,753



Duct insulation 400 SQFT 3.32 1,329

Registers, grilles and diffusers 11 EACH 89.93 989



PR ESTIMATE

08/16/2013






Louvers, exhaust 1 EACH 194.64 195


Intake hoods, roof mounted, w/curb, damper 2 EACH 799.28 1,599

Combination fire/smoke dampers 1 EACH 599.64 600





CHWS/R pipe, type L copper pipe, fittings, and supports, 3/4" 30 LNFT 20.49 615


4"

260 LNFT 77.68 20,196

HHWS/R pipe, type L copper pipe, fittings, and supports, 1-1/4" 400 LNFT 34.67 13,868

HHWS/R pipe, type L copper pipe, fittings, and supports, 3/4" 30 LNFT 20.49 615

Condensate drain piping, 1-1/2" DWV copper 250 LNFT 41.09 10,273



Pipe insulation, CHWS/R, 3/4" 30 LNFT 6.34 190


Pipe insulation, HHWS/R, 1-1/4" 400 LNFT 8.18 3,272

Pipe insulation, HHWS/R, 3/4" 30 LNFT 6.34 190

Pipe insulation, 1-1/2" condensate drain 250 LNFT 7.29 1,823

Pipe and valve tagging - interior bldg HVAC piping 1,650 LNFT 0.86 1,415








TOTAL: HEATING VENTILATION & AIR CONDITIONING $429,764

ELECTRICAL26000

Main Distribution Switchboard 3000A - SWBDLL-1 1 EACH 67,519.20 67,519

Distribution Panel 400A - BPLL-1 1 EACH 3,927.88 3,928

Panelboards 200A 3 EACH 2,145.96 6,438

Feeder installation 600 V, including conduit and XHHW wire, 200A - avg lenght 60' 180 LNFT 40.75 7,335



Generator set, diesel, 3 phase 4 wire, 277/480 V, 350 kW, including battery &

charger

1 EACH 74,139.50 74,140

Automatic transfer switches, enclosed, 3 pole, 225 amp 2 EACH 4,901.92 9,804

Emergency Distribution Panel 600A - 1 EACH 5,427.88 5,428

Emergency Distribution Panel 400A - 2 EACH 3,927.88 7,856

Emergency Panelboards 100A 6 EACH 1,225.96 7,356

Feeder installation 600 V, including conduit and XHHW wire, 100A - avg lenght 80' 480 LNFT 20.70 9,935



PR ESTIMATE

08/16/2013






Grounding System per code 1 LSUM 7,139.40 7,139



Duplex receptacle, Ground Fault Interrupting, 20 amp 2 EACH 89.74 179

Duplex receptacle, grounded, 120 volt, 20 amp - floor mounted 1 EACH 240.99 241


Junction Box and hardwired connection - 3 EACH 67.49 202


Motor connections, disconnect switch and feeder - Elevator 1 EACH 2,331.86 2,332


Motor connections, disconnect switch and feeder - Fire pump 1 EACH 3,455.76 3,456




THWN wire, 20A

19,616 SQFT 1.47 28,788


COMMUNICATIONS27000




TV wall outlet, back box and plate, 1 gang, 1-port 15 EACH 49.55 743











Audio visual alarm 1 EACH 230.99 231













PR ESTIMATE

08/16/2013




EARTHWORK31000

Excavate for basement 2,655 CUYD 5.89 15,627

Backfill with excavated material 1,826 CUYD 6.82 12,455

Haul off excavated material 829 CUYD 21.56 17,876

CA-6 base, 4" thk slab on grade 83 CUYD 30.29 2,514

Vapor barrier at slab 4,414 SQFT 0.90 3,985

TOTAL: EARTHWORK $52,457

UTILITIES33000

Utility company provisions and coordination - underground vault service 1 LSUM 827.88 828

Switchgear 5KV 600A - three sections 1 EACH 28,827.88 28,828

Transformer, dry-type, 3 phase 5 kV primary 277/480 volt secondary, 500 kVA 1 EACH 47,139.40 47,139

Armored cable, copper, PVC jacket, non-shielded, 5 kV, 3 conductor, 350 kcmil 60 LNFT 42.74 2,565

Cable terminations 12 EACH 343.48 4,122

Cable testing 1 EACH 3,569.67 3,570

TOTAL: UTILITIES $87,051

$3,219,816 TOTAL: LINK



Appendix J Equipment Fixed Equipment Limited in scope, fixed equipment consists mostly of casework in laundry rooms, pantry rooms, and kitchenettes. Also specified are wall-mounted markerboards and tackboards. Moveable divider walls are provided within paired Multi-Purpose Rooms in the lower level of each residence hall. Moveable Equipment Electrical and plumbing connections are designed for laundry and kitchen appliances, which are not part of the design and construction, but instead provided by the campus. Furnishings provided by the campus include the full range of items necessary for a residence hall: beds, desks, tables and chairs, etc., as well as items for lower level common use areas, such as computers, tables and chairs, and recreational equipment.


Appendix K Reference Drawings “LINK” EAST ELEVATION “LINK” WEST ELEVATION LOWER LEVEL PLAN FIRST FLOOR PLAN SECOND FLOOR PLAN THIRD FLOOR PLAN FOURTH FLOOR PLAN OVERALL EXTERIOR ELEVATIONS

Preliminary Review Drawings (under separate cover) VOLUME 1 GENERAL T-001 COVER SHEET G-001 CODE ANALYSIS PLANS AND SCHEDULES G-002 CODE ANALYSIS PLANS AND SCHEDULES CIVIL C-031 SITE SURVEY PLAN CD101 SITE DEMOLITION PLAN C-101 SITE LAYOUT PLAN C-111 EROSION CONTROL PLAN C-121 SITE GRADING PLAN C-131 SITE UTILITY PLAN C-141 PUBLIC WATER MAIN PLAN & PROFILE C-142 CHILLED WATER LINE PLAN & PROFILE C-143 STEAM LINE PLAN & PROFILE C-501 SITE IMPROVEMENTS DETAILS C-511 EROSION CONTROL DETAILS C-531 SITE UTILITY DETAILS LANDSCAPING L-101 SITE PLANTING PLAN L-501 PLANTING DETAILS STRUCTURAL S-100 OVERALL FOUNDATION PLAN S-100A FRICKER – FOUNDATION PLAN S-100B LINK – FOUNDATION PLAN S-100C AREY – FOUNDATION PLAN S-101A FRICKER – FIRST FLOOR FRAMING PLAN S-101B LINK – FIRST FLOOR FRAMING PLAN S-101C AREY – FIRST FLOOR FRAMING PLAN S-102A FRICKER – SECOND FLOOR FRAMING PLAN


S-102B LINK – SECOND FLOOR FRAMING PLAN S-102C AREY – SECOND FLOOR FRAMING PLAN S-103A FRICKER – THIRD FLOOR FRAMING PLAN S-103B LINK – THIRD FLOOR FRAMING PLAN S-103C AREY – THIRD FLOOR FRAMING PLAN S-104A FRICKER – FOURTH FLOOR FRAMING PLAN S-104B LINK – FOURTH FLOOR FRAMING PLAN S-104C AREY – FOURTH FLOOR FRAMING PLAN S-105A FRICKER – ROOF FRAMING PLAN S-105B LINK – ROOF FRAMING PLAN S-105C AREY – ROOF FRAMING PLAN S-501 STRUCTURAL DETAILS ARCHITECTURAL A-001 NOTES & SYMBOLS AD100A FRICKER - LOWER LEVEL DEMOLITION PLAN AD100C AREY - LOWER LEVEL DEMOLITION PLAN AD101A FRICKER - FIRST FLOOR DEMOLITION PLAN AD101C AREY - FIRST FLOOR DEMOLITION PLAN AD102A FRICKER - SECOND FLOOR DEMOLITION PLAN AD102C AREY - SECOND FLOOR DEMOLITION PLAN AD103A FRICKER - THIRD FLOOR DEMOLITION PLAN AD103C AREY - THIRD FLOOR DEMOLITION PLAN AD104A FRICKER - FOURTH FLOOR DEMOLITION PLAN AD104C AREY -FOURTH FLOOR DEMOLITION PLAN AD105A FRICKER - ROOF DEMOLITION PLAN AD105C AREY - ROOF DEMOLITION PLAN A-100 OVERALL LOWER LEVEL FLOOR PLAN A-100A FRICKER - LOWER LEVEL FLOOR PLAN A-100B LINK - LOWER LEVEL FLOOR PLAN A-100C AREY - LOWER LEVEL FLOOR PLAN A-101 OVERALL FIRST FLOOR PLAN A-101A FRICKER - FIRST FLOOR PLAN A-101B LINK - FIRST FLOOR PLAN A-101C AREY - FIRST FLOOR PLAN A-102 OVERALL SECOND FLOOR PLAN A-102A FRICKER - SECOND FLOOR PLAN A-102B LINK - SECOND FLOOR PLAN A-102C AREY - SECOND FLOOR PLAN A-103 OVERALL THIRD FLOOR PLAN A-103A FRICKER - THIRD FLOOR PLAN A-103B LINK -THIRD FLOOR PLAN A-103C AREY - THIRD FLOOR PLAN A-104 OVERALL FOURTH FLOOR PLAN A-104A FRICKER - FOURTH FLOOR PLAN A-104B LINK -FOURTH FLOOR PLAN A-104C AREY - FOURTH FLOOR PLAN


A-105 OVERALL ROOF PLAN A-105A FRICKER - ROOF PLAN A-105B LINK -ROOF PLAN A-105C AREY - ROOF PLAN A-141 PARTITION TYPES A-201 OVERALL EXTERIOR ELEVATIONS A-202 FRICKER - EXTERIOR ELEVATIONS - NORTH AND EAST A-203 FRICKER - EXTERIOR ELEVATIONS - SOUTH AND WEST A-204 LINK - EXTERIOR ELEVATIONS - NORTH AND EAST A-205 LINK - EXTERIOR ELEVATIONS - SOUTH AND WEST A-206 AREY - EXTERIOR ELEVATIONS - NORTH AND EAST A-207 AREY - EXTERIOR ELEVATIONS - SOUTH AND WEST A-301 BUILDING SECTIONS A-302 BUILDING SECTIONS A-311 WALL SECTIONS A-312 WALL SECTIONS A-313 WALL SECTIONS A-401 ENLARGED TOILET ROOM PLANS A-402 ENLARGED RESIDENCE ROOM A-403 ENLARGED PLANS A-404 ENLARGED STAIR PLANS AND SECTIONS A-405 ENLARGED STAIR PLANS AND SECTIONS A-501 DETAILS A-502 DETAILS A-511 PLAN DETAILS A-601 FRICKER DOOR SCHEDULE A-602 LINK DOOR SCHEDULE A-603 AREY DOOR SCHEDULE A-610 DOOR DETAILS A-611 DOOR DETAILS A-620 WINDOW FRAME ELEVATIONS A-700A FRICKER - LOWER LEVEL FLOOR FINISH PLAN A-700B LIINK - LOWER LEVEL FLOOR FINISH PLAN A-700C AREY - LOWER LEVEL FLOOR FINISH PLAN A-701A FRICKER - FIRST FLOOR FINISH PLAN A-701B LINK - FIRST FLOOR FINISH PLAN A-701C AREY - FIRST FLOOR FINISH PLAN A-702A FRICKER - SECOND FLOOR FINISH PLAN A-702B LINK - SECOND FLOOR FINISH PLAN A-702C AREY - SECOND FLOOR FINISH PLAN A-703A FRICKER – THIRD FLOOR FINISH PLAN A-703B LINK - THIRD FLOOR FINISH PLAN A-703C AREY - THIRD FLOOR FINISH PLAN A-704A FRICKER - FOURTH FLOOR FINISH PLAN A-704B LINK - FOURTH FLOOR FINISH PLAN A-704C AREY - FOURTH FLOOR FINISH PLAN A-720A FRICKER - LOWER LEVEL REFLECTED CEILING PLAN


A-720C AREY - LOWER LEVEL REFLECTED CEILING PLAN A-721A FRICKER - FIRST FLOOR CEILING PLAN A-721B LINK – FIRST FLOOR CEILING PLAN A-730 INTERIOR ELEVATIONS A-731 INTERIOR ELEVATIONS A-732 INTERIOR ELEVATIONS A-733 INTERIOR ELEVATIONS A-760A FRICKER SCHEDULES A-760B LINK SCHEDULES A-760C AREY SCHEDULES ELEVATOR EQUIPMENT VT-001 GENERAL ELEVATOR INFORMATION VT-002 HOISTWAY PLANS AND SECTION ELEVATOR 1 VOLUME 2 GENERAL T-002 COVER SHEET FIRE PROTECTION F-001 FIRE PROTECTION NOTES, SYMBOLS & ABBREVIATIONS FD100A FRICKER - LOWER LEVEL DEMOLITION PLAN - FIRE PROTECTION FD100C AREY - LOWER LEVEL DEMOLITION PLAN - FIRE PROTECTION FD101A FRICKER - FIRST FLOOR DEMOLITION PLAN - FIRE PROTECTION FD101C AREY - FIRST FLOOR DEMOLITION PLAN - FIRE PROTECTION FD102A FRICKER - SECOND FLOOR DEMOLITION PLAN - FIRE PROTECTION FD102C AREY - SECOND FLOOR DEMOLITION PLAN - FIRE PROTECTION FD103A FRICKER - THIRD FLOOR DEMOLITION PLAN - FIRE PROTECTION FD103C AREY - THIRD FLOOR DEMOLITION PLAN - FIRE PROTECTION FD104A FRICKER - FOURTH FLOOR DEMOLITION PLAN - FIRE PROTECTION FD104C AREY - FOURTH FLOOR DEMOLITION PLAN - FIRE PROTECTION F-100A FRICKER - LOWER LEVEL FLOOR PLAN - FIRE PROTECTION F-100B LINK - LOWER LEVEL FLOOR PLAN - FIRE PROTECTION F-100C AREY - LOWER LEVEL FLOOR PLAN - FIRE PROTECTION F-101A FRICKER - FIRST FLOOR PLAN - FIRE PROTECTION F-101B LINK - FIRST FLOOR PLAN - FIRE PROTECTION F-101C AREY - FIRST FLOOR PLAN - FIRE PROTECTION F-102A FRICKER - SECOND FLOOR PLAN - FIRE PROTECTION F-102B LINK - SECOND FLOOR PLAN - FIRE PROTECTION F-102C AREY - SECOND FLOOR PLAN - FIRE PROTECTION F-103A FRICKER - THIRD FLOOR PLAN - FIRE PROTECTION F-103B LINK - THIRD FLOOR PLAN - FIRE PROTECTION F-103C AREY - THIRD FLOOR PLAN - FIRE PROTECTION F-104A FRICKER - FOURTH FLOOR PLAN - FIRE PROTECTION F-104B LINK - FOURTH FLOOR PLAN - FIRE PROTECTION F-104C AREY - FOURTH FLOOR PLAN - FIRE PROTECTION F-701 FIRE PROTECTION SYSTEM SCHEMATIC


PLUMBING P-001 PLUMBING NOTES & SYMBOLS PD099A FRICKER - UNDERGROUND DEMOLITION PLAN - PLUMBING PD099C AREY - UNDERGROUND DEMOLITION PLAN - PLUMBING PD100A FRICKER - LOWER LEVEL DEMOLITION - PLUMBING PD100C AREY - LOWER LEVEL DEMOLITION - PLUMBING PD101A FRICKER - FIRST FLOOR DEMOLITION - PLUMBING PD101C AREY - FIRST FLOOR DEMOLITION - PLUMBING PD102A FRICKER - SECOND FLOOR DEMOLITION - PLUMBING PD102C AREY - SECOND FLOOR DEMOLITION - PLUMBING PD103A FRICKER - THIRD FLOOR DEMOLITION - PLUMBING PD103C AREY - THIRD FLOOR DEMOLITION - PLUMBING PD104A FRICKER - FOURTH FLOOR DEMOLITION - PLUMBING PD104C AREY - FOURTH FLOOR DEMOLITION - PLUMBING PD105A FRICKER - ROOF PLAN DEMOLITION - DRAIN WASTE AND VENT PD105C AREY - ROOF PLAN DEMOLITION - PLUMBING P-099A FRICKER - UNDERGROUND PLAN - DRAIN & VENT P-099B LINK - UNDERGROUND PLAN - DRAIN & VENT P-099C AREY - UNDERGROUND PLAN - DRAIN & VENT P-100A FRICKER - LOWER LEVEL FLOOR PLAN - DRAIN & VENT P-100B LINK - LOWER LEVEL FLOOR PLAN - DRAIN & VENT P-100C AREY - LOWER LEVEL FLOOR PLAN - DRAIN & VENT P-101A FRICKER - FIRST FLOOR PLAN - DRAIN & VENT P-101B LINK - FIRST FLOOR PLAN - DRAIN & VENT P-101C AREY - FIRST FLOOR PLAN - DRAIN & VENT P-102A FRICKER - SECOND FLOOR PLAN - DRAIN & VENT P-102B LINK - SECOND FLOOR PLAN - DRAIN & VENT P-102C AREY - SECOND FLOOR PLAN - DRAIN & VENT P-103A FRICKER - THIRD FLOOR PLAN - DRAIN & VENT P-103B LINK - THIRD FLOOR PLAN - DRAIN & VENT P-103C AREY - THIRD FLOOR PLAN - DRAIN & VENT P-104A FRICKER - FOURTH FLOOR PLAN - DRAIN & VENT P-104B LINK- FOURTH FLOOR PLAN - DRAIN & VENT P-104C AREY - FOURTH FLOOR PLAN - DRAIN & VENT P-105A FRICKER - ROOF PLAN - DRAIN & VENT P-105B LINK - ROOF PLAN - DRAIN & VENT P-105C AREY - ROOF PLAN - DRAIN & VENT P-130A FRICKER - LOWER LEVEL FLOOR PLAN - SUPPLY P-130B LINK - LOWER LEVEL FLOOR PLAN - SUPPLY P-130C AREY - LOWER LEVEL FLOOR PLAN - SUPPLY P-131A FRICKER - FIRST FLOOR PLAN - SUPPLY P-131B LINK - FIRST FLOOR PLAN - SUPPLY P-131C AREY - FIRST FLOOR PLAN - SUPPLY P-132A FRICKER - SECOND FLOOR PLAN - SUPPLY P-132C AREY - SECOND FLOOR PLAN - SUPPLY P-133A FRICKER - THIRD FLOOR PLAN - SUPPLY


P-133C AREY - THIRD FLOOR PLAN - SUPPLY P-134A FRICKER - FOURTH FLOOR PLAN - SUPPLY P-134C AREY - FOURTH FLOOR PLAN - SUPPLY P-501 PLUMBING DETAILS P-502 PLUMBING DETAILS P-601 PLUMBING SCHEDULES P-602 PLUMBING SCHEDULES P-901 DRAIN WASTE & VENT ISOMETRICS P-902 PLUMBING SUPPLY ISOMETRICS MECHANICAL M-001 MECHANICAL NOTES & SYMBOLS MD100A FRICKER - LOWER LEVEL DEMOLITION PLAN - MECHANICAL MD100C AREY - LOWER LEVEL DEMOLITION PLAN - MECHANICAL MD101A FRICKER - FIRST FLOOR DEMOLITION - MECHANICAL MD101C AREY - FIRST FLOOR DEMOLITION - MECHANICAL MD102A FRICKER - SECOND FLOOR DEMOLITION - MECHANICAL MD102C AREY - SECOND FLOOR DEMOLITION - MECHANICAL MD103A FRICKER - THIRD FLOOR DEMOLITION - MECHANICAL MD103C AREY - THIRD FLOOR DEMOLITION - MECHANICAL MD104A FRICKER - FOURTH FLOOR DEMOLITION - MECHANICAL MD104C AREY - FOURTH FLOOR DEMOLITION - MECHANICAL MD105A FRICKER - ROOF PLAN DEMOLITION - MECHANICAL MD105C AREY - ROOF PLAN DEMOLITION – MECHANICAL M-010 SITE DETAILS M-100A FRICKER - LOWER LEVEL FLOOR PLAN - MECHANICAL M-100B LINK - LOWER LEVEL FLOOR PLAN - MECHANICAL M-100C AREY - LOWER LEVEL FLOOR PLAN - MECHANICAL M-101A FRICKER - FIRST FLOOR PLAN - MECHANICAL M-101B LINK - FIRST FLOOR PLAN - MECHANICAL M-101C AREY - FIRST FLOOR PLAN - MECHANICAL M-102A FRICKER - SECOND FLOOR PLAN - MECHANICAL M-102B LINK - SECOND FLOOR PLAN - MECHANICAL M-102C AREY - SECOND FLOOR PLAN - MECHANICAL M-103A FRICKER - THIRD FLOOR PLAN - MECHANICAL M-103B LINK - THIRD FLOOR PLAN - MECHANICAL M-103C AREY - THIRD FLOOR PLAN - MECHANICAL M-104A FRICKER - FOURTH FLOOR PLAN - MECHANICAL M-104B LINK - FOURTH FLOOR PLAN - MECHANICAL M-104C AREY - FOURTH FLOOR PLAN - MECHANICAL M-105A FRICKER - ROOF PLAN - MECHANICAL M-105B LINK - ROOF PLAN - MECHANICAL M-105C AREY - ROOF PLAN - MECHANICAL M-301 MECHANICAL SECTIONS M-302 MECHANICAL SECTIONS M-401 MECHANICAL ENLARGED PLANS M-402 MECHANICAL ENLARGED PLANS


M-501 MECHANICAL DETAILS M-502 MECHANICAL DETAILS M-503 MECHANICAL DETAILS M-504 MECHANICAL DETAILS M-601 MECHANICAL SCHEDULES M-602 MECHANICAL SCHEDULES M-603 MECHANICAL SCHEDULES M-701 MECHANICAL SCHEMATICS M-702 MECHANICAL SCHEMATICS VOLUME 3 GENERAL T-003 COVER SHEET ELECTRICAL E-001 ELECTRICAL GENERAL NOTES, SYMBOLS & ABBREVIATIONS ED-011 ED100A FRICKER - LOWER LEVEL DEMOLITION PLAN – ELECTRICAL ED100C AREY - LOWER LEVEL DEMOLITION PLAN – ELECTRICAL ED101A FRICKER - FIRST FLOOR DEMOLITION PLAN - ELECTRICAL ED101C AREY - FIRST FLOOR DEMOLITION PLAN - ELECTRICAL ED102A FRICKER - SECOND FLOOR DEMOLITION PLAN - ELECTRICAL ED102C AREY - SECOND FLOOR DEMOLITION PLAN - ELECTRICAL ED103A FRICKER - THIRD FLOOR DEMOLITION PLAN - ELECTRICAL ED103C AREY - THIRD FLOOR DEMOLITION PLAN - ELECTRICAL ED104A FRICKER - FOURTH FLOOR DEMOLITION PLAN - ELECTRICAL ED104C AREY - FOURTH FLOOR DEMOLITION PLAN – ELECTRICAL E-011 ELECTRICAL SITE PLAN E-012 SITE DETAILS E-013 SITE DETAILS E-100A FRICKER - LOWER LEVEL FLOOR PLAN - LIGHTING E-100B LINK - LOWER LEVEL FLOOR PLAN - LIGHTING E-100C AREY - LOWER LEVEL FLOOR PLAN - LIGHTING E-101A FRICKER - FIRST FLOOR PLAN - LIGHTING E-101B LINK - FIRST FLOOR PLAN - LIGHTING E-101C AREY - FIRST FLOOR PLAN - LIGHTING E-102A FRICKER - SECOND FLOOR PLAN - LIGHTING E-102B LINK - SECOND FLOOR PLAN - LIGHTING E-102C AREY - SECOND FLOOR PLAN - LIGHTING E-103A FRICKER - THIRD FLOOR PLAN - LIGHTING E-103B LINK - THIRD FLOOR PLAN - LIGHTING E-103C AREY - THIRD FLOOR PLAN - LIGHTING E-104A FRICKER - FOURTH FLOOR PLAN - LIGHTING E-104B LINK - FOURTH FLOOR PLAN - LIGHTING E-104C AREY - FOURTH FLOOR PLAN - LIGHTING E-130A FRICKER - LOWER LEVEL FLOOR PLAN - POWER E-130B LINK - LOWER LEVEL FLOOR PLAN - POWER


E-130C AREY - LOWER LEVEL FLOOR PLAN - POWER E-131A FRICKER - FIRST FLOOR PLAN - POWER E-131B LINK - FIRST FLOOR PLAN - POWER E-131C AREY - FIRST FLOOR PLAN - POWER E-132A FRICKER - SECOND FLOOR PLAN - POWER E-132B LINK - SECOND FLOOR PLAN - POWER E-132C AREY - SECOND FLOOR PLAN - POWER E-133A FRICKER - THIRD FLOOR PLAN - POWER E-133B LINK - THIRD FLOOR PLAN - POWER E-133C AREY - THIRD FLOOR PLAN - POWER E-134A FRICKER - FOURTH FLOOR PLAN - POWER E-134B LINK - FOURTH FLOOR PLAN - POWER E-134C AREY - FOURTH FLOOR PLAN - POWER E-160A FRICKER - LOWER LEVEL FLOOR PLAN - SPECIAL SYSTEMS E-160B LINK - LOWER LEVEL FLOOR PLAN - SPECIAL SYSTEMS E-160C AREY - LOWER LEVEL FLOOR PLAN - SPECIAL SYSTEMS E-161A FRICKER - FIRST FLOOR PLAN - SPECIAL SYSTEMS E-161B LINK - FIRST FLOOR PLAN - SPECIAL SYSTEMS E-161C AREY - FIRST FLOOR PLAN - SPECIAL SYSTEMS E-162A FRICKER - SECOND FLOOR PLAN - SPECIAL SYSTEMS E-162B LINK - SECOND FLOOR PLAN - SPECIAL SYSTEMS E-162C AREY - SECOND FLOOR PLAN - SPECIAL SYSTEMS E-163A FRICKER - THIRD FLOOR PLAN - SPECIAL SYSTEMS E-163B LINK - THIRD FLOOR PLAN - SPECIAL SYSTEMS E-163C AREY - THIRD FLOOR PLAN - SPECIAL SYSTEMS E-164A FRICKER - FOURTH FLOOR PLAN - SPECIAL SYSTEMS E-164B LINK - FOURTH FLOOR PLAN - SPECIAL SYSTEMS E-164C AREY - FOURTH FLOOR PLAN - SPECIAL SYSTEMS E-401 ENLARGED PLANS E-402 ENLARGED PLANS E-403 ENLARGED PLANS E-501 ELECTRICAL DETAILS E-502 ELECTRICAL DETAILS E-561 SPECIAL SYSTEMS DETAILS E-617 ELECTRICAL SCHEDULES E-618 ELECTRICAL SCHEDULES E-661 SPECIAL SYSTEMS SCHEDULES E-701 ELECTRICAL ONE-LINE DIAGRAM E-702 ELECTRICAL ONE-LINE DIAGRAM E-761 SPECIAL SYSTEMS ONE-LINE DIAGRAMS E-762 SPECIAL SYSTEMS ONE-LINE DIAGRAMS E-763 SPECIAL SYSTEMS ONE-LINE DIAGRAMS E-764 SPECIAL SYSTEMS ONE-LINE DIAGRAMS

UP

DN

UP

RE

F.

REF.

W W W W WW

DD

D

WW

WW

WW

D D D

A-201

2

A-2013

58-019

MULTI-PURPOSEROOM

MUSICROOM

58-018

58-016

PANTRY

58-051

ENCLOSEDSTUDY

58-054

ASSISTEDACCESSIBLE

TOILET ROOM

58-024

LAUNDRY UNISEX

58-053

58-052

UNISEX

58-014

KITCHENETTE

58-006

COMPUTERLAB

58-011

GAME ROOM/LOUNGE

58-002

MECHANICAL

58-027

MT ROOM

58-029

QUIET STUDYROOM

80-L002

CUSTODIANSTORAGE

80-L004

CUSTODIANOFFICE

80-L006

CUSTODIANOFFICE

80-L008

CHILLED WATER80-L010

ELEC ROOM

80-L011

STORAGE

80-LH001

HALL

80-L005

STORAGE

58-025

ELECTRICAL

58-032

QUIET STUDY

58-026

SEMI-QUIETSTUDY ROOM

58-034

HD STORAGE

58-H002

HALL

58-H003

HALL

58-V003

VESTIBULE

58-031

STORAGE

57-004

MECHANICAL 57-001

MECHANICAL

57-007

COMPUTERLAB

HDSTORAGE

57-03457-032

QUIET STUDYROOM

58-022

MULTI-PURPOSEROOM

57-S141

STAIR

57-H001

HALL

57-016

PANTRY

57-H002

HALLLITROOM

57-018

57-019

MULTI-PURPOSEROOM

57-022

MULTI-PURPOSEROOM

57-H003

HALL

57-024

LAUNDRY

57-054

ASSISTEDACESSIBLE

TOILET ROOM

57-051

ENCLOSEDSTUDY

57-053

UNISEX

57-052

UNISEX

57-025

ELECT.MT

ROOM

57-027 57-029

QUIET STUDYROOM

57-026

SEMI-QUIETSTUDY ROOM

57-S142

STAIR

57-031

STORAGE

58-H001

HALL

DN

RAMP UP

1/20

MATCH LINE

A-201 1

SHEET A-100C

SHEET A-100B

MATCH LINE

SHEET A-100C

SHEET A-100B

MA

TC

H L

INE

SH

EE

T A

-100

B

SH

EE

T A

-100

A

MA

TC

H L

INE

SH

EE

T A

-100

B

SH

EE

T A

-100

A

80-L013

STORAGE

80-L014

STORAGE

80-LS141

STAIR

UP

UP

ELEV.

80-L003

ELEVATORCONTROL

ROOM

FRICKER RESIDENCE HALL LINK CONNECTION BETWEEN RESIDENCE HALLS

AR

EY

RE

SID

EN

CE

HA

LL

RE

SID

EN

CE

HA

LL

S

LIN

K C

ON

NE

CT

ION

BE

TW

EE

N

A-201 5

A-201

7

A-2016

A-201

4

A-2054

A-2053

80-E1

ELEVATOR 57-002

COMM ENTRYROOM

7' -

6"

57-010

GAME ROOM /LOUNGE

57-014

KITCHENETTE

80-L012

MEDIUMVOLTAGE

ROOM

80-LH001A

HALL

58-S142

STAIR

58-023

VENDING

58-S141

STAIR 58-H004

HALL

80-L009

EMERGENCYELEC ROOM

OVERALL GENERAL NOTES:

1. SEE SHEETS A-100A THROUGH A-104C FOR 1/8" PLANS OF EACH BUILDING.

2. SEE SHEETS A202 THROUGH A-206 FOR EXTERIOR ELEVATIONS AROUND EACH BUILDING.

3.

KEY PLAN

A

B

C

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n

NO SCALE1OVERALL LOWER LEVEL FLOOR PLAN

No. Date: By: Description:

UP

UP

DN

DN

DN

UP

DN UP

DW REF.

DW

RE

F.

A-201

2

A-2013

WOMEN'STOILETROOM

58-153

MEN'STOILETROOM

58-155

PIPESPACE

58-154

58-151

CUST.

ASSISTEDTOILETROOM

58-152

58-131A

BEDROOM 2

58-131B

BEDROOM 1

58-131C

BATHRM58-131D

KITCHEN

58-131E

GREAT ROOM

58-122

DOUBLE ADASTUDENT

ROOM

58-121

STUDENTROOM

58-120

STUDENTROOM

58-119

STUDENTROOM

58-123

STUDENTROOM

58-124

STUDENTROOM

58-125

STUDENTROOM

58-126

STUDENTROOM

58-127

STUDENTROOM

58-128

STUDENTROOM

58-129

STUDENTROOM

58-130

STUDENTROOM

58-S141

STAIR

ADASTUDENT

ROOM

58-116

ADASTUDENT

ROOM

58-117

58-106

STUDENTROOM

58-108

STUDENTROOM

58-110

STUDENTROOM

58-112

STUDENTROOM

ADASTUDENT

ROOM

58-114

58-S142

STAIR

58-115

STUDENTROOM

58-113

STUDENTROOM

58-111

STUDENTROOM

58-109

STUDENTROOM

58-107

STUDENTROOM

58-105

STUDENTROOM

58-103

STUDENTROOM

58-101

STUDENTROOM

58-104

STUDENTROOM

58-102

STUDENTROOM

58-118

STUDENTROOM

80-LH101B

LOBBY

80-LS141

STAIR

80-L102

AREA OF REFUGE

HDOFFICE

80-L104B

HDOFFICE

80-L104C

80-LH101

HALL

80-LV102

VESTIBULE

80-LS142

STAIR

80-LV103

VESTIBULE

58-131

HDAPARTMENT

58-H100

HALL

57-102

MAILROOMSTORAGE

57-101

LOBBY

57-H100F

ELEVATORLOBBY

57-H100

HALL

57-107

STIUDENTROOM

57-108

STUDENTROOM

57-109

STUDENTROOM

57-110

STUDENTROOM

57-111

STUDENTROOM

57-112

STUDENTROOM

57-113

STUDENTROOM

ADASTUDENT

ROOM

57-114

57-115

STUDENTROOM

ADASTUDENT

ROOM

57-116

ADASTUDENT

ROOM

57-117

57-118

STUDENTROOM

57-119

STUDENTROOM

57-120

STUDENTROOM

57-121

STUDENTROOM

57-122

DOUBLE ADASTUDENT

ROOM57-123

STUDENTROOM

57-124

STUDENTROOM

57-125

STUDENTROOM

57-126

STUDENTROOM

57-127

STUDENTROOM

57-128

STUDENTROOM

57-129

STUDENTROOM

57-S142

STAIR

57-130

STUDENTROOM

GREATROOM

57-131E 57-131D

KITCHEN

57-153

WOMEN'STOILET ROOM

57-155

MEN'S TOILETROOM

57-151

CUST.

57-152

ACCESSIBLETOILET ROOM

57-S141

STAIR

80-L104A

HD OFFICE

80-L104

HDRECEPTION

PIPESPACE

57-154

57-V102

VESTIBULE

57-131C

BATHROOM

57-131

HDAPARTMENT

57-131A

BEDROOM 2

57-131B

BEDROOM 1

A-201 1

MATCH LINE

SHEET A-101C

SHEET A-101B

MATCH LINE

SHEET A-101C

SHEET A-101B

MA

TC

H L

INE

SH

EE

T A

-101

B

SH

EE

T A

-101

A

MA

TC

H L

INE

SH

EE

T A

-101

B

SH

EE

T A

-101

A

FRICKER RESIDENCE HALL LINK CONNECTION BETWEEN RESIDENCE HALLS

AR

EY

RE

SID

EN

CE

HA

LL

RE

SID

EN

CE

HA

LL

S

LIN

K C

ON

NE

CT

ION

BE

TW

EE

N

A-201 5

A-201

7

A-2016

A-201

4

A-2054

A-2053

58-H100D

HALL

58-H100B

HALL

58

-H1

00

C

HA

LL

58

-H1

00

E

HA

LL

57

-H1

00

D

HA

LL

57

-H1

00

B

HA

LL

57-H100C

HALL

57-H100E

HALL

58-H100A

HALL

57-H100A

HALL

57-E1

ELEVATOR

80-E1

ELEVATOR

SA3




3.

KEY PLAN

A

B

C

Revisions:

Sh

ee

t T

itle

:

Consultant:

DFDNumber

GraphicScale

SetType

DateIssued

SheetNumber

Div

isio

n o

f F

acilit

ies

Dev

elo

pm

en

t

Sta

te o

f W

isco

nsin



meadhunt.com

Dep

art

me

nt

of

Ad

min

istr

ati

on

Fricke

r &

Are

y R

esi

dence

Halls

1022-1

024 W

. S

tarin R

d.

White

wate

r, W

I 53190

8/1

2/2

01

3 2

:02

:31

PM

C:\U

sers

\15

77

szk\D

ocu

men

ts\1

1L

2J-

00

-Lin

k-A

S-C

en

tral_

15

77

szk.

rvt

A-101

11L2J

OV

ER

ALL F

IRS

T F

LO

OR

PLA

N

AUGUST 16, 2013

PR

West C

am

pus R

esid

ence H

all

Renova

tion-P

hase 1

Univ

ers

ity

of W

isconsin

- W

hite

wate

r

White

wate

r, W

isco

nsi

n

NO SCALE1OVERALL FIRST FLOOR PLAN


DN UP

DN

UP

DN

UP

DN UP

A-201

2

A-2013

58-202

STUDENTROOM

58-204

STUDENTROOM

58-201

STUDENTROOM

58-203

STUDENTROOM

58-205

STUDENTROOM

58-206

STUDENTROOM

58-207

STUDENTROOM

58-208

STUDENTROOM

58-209

STUDENTROOM

58-210

STUDENTROOM

58-211

STUDENTROOM

58-212

STUDENTROOM

58-213

STUDENTROOM

ADASTUDENT

ROOM

58-214

58-215

STUDENTROOM

ADASTUDENT

ROOM

58-216

ADASTUDENT

ROOM

58-217

58-218

STUDENTROOM

58-219

STUDENTROOM

58-220

STUDENTROOM

58-221

STUDENTROOM

58-223

STUDENTROOM

58-224

STUDENTROOM

58-225

STUDENTROOM

58-226

STUDENTROOM

58-227

STUDENTROOM

58-228

STUDENTROOM

58-229

STUDENTROOM

58-230

STUDENTROOM

58-231

STUDENTROOM

58-232

STUDENTROOM

58-233

STUDENTROOM

58-234

STUDENTROOM

58-222

DOUBLE ADASTUDENT

ROOM

58-S142

STAIR

58-S141

STAIR

80-LH201B

HALL

80-L202

AREA OFREFUGE

80-LS141

STAIR

80-LH201

HALL

80-LS142

STAIR

WOMEN'STOILETROOM

58-253

MEN'STOILETROOM

58-255

58-251

CUST.

ACCESSIBLETOILETROOM

58-252PIPE

SPACE

58-254

58-H200

HALL

57-253

WOMEN'STOILET ROOM

57-255

MEN'S TOILETROOM

57-251

CUST.

57-252


PIPESPACE

57-254

57-201

STUDENTROOM

57-202

STUDENTROOM

57-203

STUDENTROOM

57-204

STUDENTROOM

A-201 1

57-S141

STAIR

57-205

STUDENTROOM

57-207

STUDENTROOM

57-209

STUDENTROOM

57-211

STUDENTROOM

57-210

STUDENTROOM

57-208

STUDENTROOM

57-H200F

ELEVATORLOBBY

57-212

STUDENTROOM

57-213

STUDENTROOM

57-215

STUDENTROOM

ADASTUDENT

ROOM

57-214

ADASTUDENT

ROOM

57-216

ADASTUDENT

ROOM

57-217

57-H200

HALL

57-218

STUDENTROOM

57-219

STUDENTROOM

57-220

STUDENTROOM

57-221

STUDENTROOM

57-222

DOUBLE ADASTUDENT

ROOM

57-223

STUDENTROOM

57-224

STUDENTROOM

57-225

STUDENTROOM

57-227

STUDENTROOM

57-229

STUDENTROOM

57-231

STUDENTROOM

57-233

STUDENTROOM

57-234

STUDENTROOM

57-232

STUDENTROOM

57-230

STUDENTROOM

57-228

STUDENTROOM

57-226

STUDENTROOM

57-S142

STAIR

MATCH LINE

SHEET A-102C

SHEET A-102B

MATCH LINE

SHEET A-102C

SHEET A-102B

MA

TC

H L

INE

SH

EE

T A

-102

B

SH

EE

T A

-102

A

MA

TC

H L

INE

SH

EE

T A

-102

B

SH

EE

T A

-102

A

ROOF BELOW

OPEN TO BELOW

OPEN TO BELOW

ROOF BELOW

ROOFBELOW

A-201 5

A-201

7

A-2016

A-201

4

FRICKER RESIDENCE HALL

AR

EY

RE

SID

EN

CE

HA

LL

RE

SID

EN

CE

HA

LL

S

LIN

K C

ON

NE

CT

ION

BE

TW

EE

N

57-H200A

HALL

57-H200C

HALL

57-H200E

HALL

58-H200D

HALL

58-H200B

HALL

58

-H2

00

C

HA

LL

58

-H2

00

E

HA

LL

57

-H2

00

D

HA

LL

57

-H2

00

B

HA

LL

80-LH201A

HALL

58-H200A

HALL

80-E1

ELEVATOR

57-E1

ELEVATOR

MA8

FC2




3.

KEY PLAN

A

B

C

Revisions:

Sh

ee

t T

itle

:

Consultant:

DFDNumber

GraphicScale

SetType

DateIssued

SheetNumber

Div

isio

n o

f F

acilit

ies

Dev

elo

pm

en

t

Sta

te o

f W

isco

nsin



meadhunt.com

Dep

art

me

nt

of

Ad

min

istr

ati

on

Fricke

r &

Are

y R

esi

dence

Halls

1022-1

024 W

. S

tarin R

d.

White

wate

r, W

I 53190

8/1

2/2

01

3 2

:02

:36

PM

C:\U

sers

\15

77

szk\D

ocu

men

ts\1

1L

2J-

00

-Lin

k-A

S-C

en

tral_

15

77

szk.

rvt

A-102

11L2J

OV

ER

ALL S

EC

ON

D F

LO

OR

PLA

N

AUGUST 16, 2013

PR

West C

am

pus R

esid

ence H

all

Renova

tion-P

hase 1

Univ

ers

ity

of W

isconsin

- W

hite

wate

r

White

wate

r, W

isco

nsi

n

NO SCALE1OVERALL SECOND FLOOR PLAN


DN UP

DN

UP

DN

UP

DN UP

A-201

2

A-2013

58-301

STUDENTROOM

58-302

STUDENTROOM

58-303

STUDENTROOM

58-304

STUDENTROOM

58-305

STUDENTROOM

58-306

STUDENTROOM

58-307

STUDENTROOM

58-308

STUDENTROOM

58-309

STUDENTROOM

58-310

STUDENTROOM

58-311

STUDENTROOM

58-312

STUDENTROOM

58-313

STUDENTROOM

ADASTUDENT

ROOM

58-314

STUDENTROOM

58-315

ADASTUDENT

ROOM

58-316

ADASTUDENT

ROOM

58-317

58-318

STUDENTROOM

58-319

STUDENTROOM

58-320

STUDENTROOM

58-321

STUDENTROOM

58-323

STUDENTROOM

58-324

STUDENTROOM

58-325

STUDENTROOM

58-326

STUDENTROOM

58-327

STUDENTROOM

58-328

STUDENTROOM

58-329

STUDENTROOM

58-330

STUDENTROOM

58-331

STUDENTROOM

58-332

STUDENTROOM

58-333

STUDENTROOM

58-334

STUDENTROOM

58-322

DOUBLE ADASTUDENT

ROOM

58-S141

STAIR

58-S142

STAIR

80-L302

AREA OFREFUGE

80-LS141

STAIR

80-LH301B

HALL

80-L303

AREA OFREFUGE

80-LH301

HALL

80-LS142

STAIR

WOMEN'STOILETROOM

58-353

58-H300

HALL

MEN'STOILETROOM

58-355

58-351

CUST.


58-352PIPESPACE

58-354

57-353

WOMEN'STOILET ROOM

57-355

MEN'S TOILETROOM

57-351

CUST.

57-352


PIPESPACE

57-354

A-201 1

MATCH LINE

SHEET A-103C

SHEET A-103B

MATCH LINE

SHEET A-103C

SHEET A-103B

MA

TC

H L

INE

SH

EE

T A

-103

B

SH

EE

T A

-103

A

MA

TC

H L

INE

SH

EE

T A

-103

B

SH

EE

T A

-103

A

57-302

STUDENTROOM

57-304

STUDENTROOM

57-H300F

ELEVATORLOBBY

57-308

STUDENTROOM

57-310

STUDENTROOM

57-312

STUDENTROOM

ADASTUDENT

ROOM

57-314

ADASTUDENT

ROOM

57-316

ADASTUDENT

ROOM

57-317

57-301

STUDENTROOM

57-303

STUDENTROOM

57-305

STUDENTROOM

57-307

STUDENTROOM

57-309

STUDENTROOM

57-311

STUDENTROOM

57-313

STUDENTROOM

57-315

STUDENTROOM

57-S141

STAIR

57-318

STUDENTROOM

57-319

STUDENTROOM

57-320

STUDENTROOM

57-321

STUDENTROOM

57-322

DOUBLE ADASTUDENT

ROOM57-323

STUDENTROOM

57-324

STUDENTROOM

57-325

STUDENTROOM

57-326

STUDENTROOM

57-328

STUDENTROOM

57-330

STUDENTROOM

57-332

STUDENTROOM

57-334

STUDENTROOM

57-327

STUDENTROOM

57-329

STUDENTROOM

57-331

STUDENTROOM

57-333

STUDENTROOM

57-S142

STAIR

ROOF BELOW

A-201 5

A-201

7

A-2016

A-201

4


AR

EY

RE

SID

EN

CE

HA

LL

A-2054

A-2053

58-H300D

HALL

58-H300B

HALL

58

-H3

00

C

HA

LL

58

-H3

00

E

HA

LL

57-H300E

HALL

57-H300C

HALL

57

-H3

00

D

HA

LL

57

-H3

00

B

HA

LL

58-H300A

HALL

57-H300A

HALL

57-H300

HALL

80-LH301A

HALL

57-E1

ELEVATOR

80-E1

ELEVATOR

FA15

FA15

MA8

MA8

FW12




3.

KEY PLAN

A

B

C

Revisions:

Sh

ee

t T

itle

:

Consultant:

DFDNumber

GraphicScale

SetType

DateIssued

SheetNumber

Div

isio

n o

f F

acilit

ies

Dev

elo

pm

en

t

Sta

te o

f W

isco

nsin



meadhunt.com

Dep

art

me

nt

of

Ad

min

istr

ati

on

Fricke

r &

Are

y R

esi

dence

Halls

1022-1

024 W

. S

tarin R

d.

White

wate

r, W

I 53190

8/1

2/2

01

3 2

:02

:41

PM

C:\U

sers

\15

77

szk\D

ocu

men

ts\1

1L

2J-

00

-Lin

k-A

S-C

en

tral_

15

77

szk.

rvt

A-103

11L2J

OV

ER

ALL T

HIR

D F

LO

OR

PLA

N

AUGUST 16, 2013

PR

West C

am

pus R

esid

ence H

all

Renova

tion-P

hase 1

Univ

ers

ity

of W

isconsin

- W

hite

wate

r

White

wate

r, W

isco

nsi

n

NO SCALE1OVERALL THIRD FLOOR PLAN


DN

DN

DN

DN

A-201

2

A-2013

58-401

STUDENTROOM

58-402

STUDENTROOM

58-403

STUDENTROOM

58-404

STUDENTROOM

58-405

STUDENTROOM

58-406

STUDENTROOM

58-407

STUDENTROOM

58-408

STUDENTROOM

58-409

STUDENTROOM

58-410

STUDENTROOM

58-411

STUDENTROOM

58-412

STUDENTROOM

58-413

STUDENTROOM

ADASTUDENT

ROOM

58-414

58-415

STUDENTROOM

ADASTUDENT

ROOM

58-416

ADASTUDENT

ROOM

58-417

58-418

STUDENTROOM

58-419

STUDENTROOM

58-420

STUDENTROOM

58-421

STUDENTROOM

58-423

STUDENTROOM

58-424

STUDENTROOM

58-425

STUDENTROOM

58-426

STUDENTROOM

58-427

STUDENTROOM

58-428

STUDENTROOM

58-429

STUDENTROOM

58-430

STUDENTROOM

58-431

STUDENTROOM

58-432

STUDENTROOM

58-433

STUDENTROOM

58-434

STUDENTROOM

58-S141

STAIR

58-S142

STAIR

58-422

DOUBLE ADASTUDENT

ROOM

58-H400

HALL

80-L402

AREA OFREFUGE

80-LS141

STAIR

80-L403

AREA OFREFUGE

80-LS142

STAIR

80-LH401B

HALL

80-LH401

HALL

WOMEN'STOILETROOM

58-453

MEN'STOILETROOM

58-455

58-451

CUST.


58-452PIPE

SPACE

58-454

57-453

WOMEN'STOILET ROOM

57-455

MEN'S TOILETROOM

57-451

CUST.

57-452


PIPESPACE

57-454

A-201 1

MATCH LINE

SHEET A-104C

SHEET A-104B

MATCH LINE

SHEET A-104C

SHEET A-104B

MA

TC

H L

INE

SH

EE

T A

-104

B

SH

EE

T A

-104

A

MA

TC

H L

INE

SH

EE

T A

-104

B

SH

EE

T A

-104

A

57-402

STUDENTROOM

57-404

STUDENTROOM

57-403

STUDENTROOM

57-401

STUDENTROOM

57-405

STUDENTROOM

57-407

STUDENTROOM

57-409

STUDENTROOM

57-411

STUDENTROOM

57-413

STUDENTROOM

57-415

STUDENTROOM

ADASTUDENT

ROOM

57-417

57-H400F

ELEVATORLOBBY

57-408

STUDENTROOM

57-410

STUDENTROOM

57-412

STUDENTROOM

ADASTUDENT

ROOM

57-414

ADASTUDENT

ROOM

57-416

57-418

STUDENTROOM

57-419

STUDENTROOM

57-420

STUDENTROOM

57-421

STUDENTROOM

57-422

DOUBLE ADASTUDENT

ROOM

57-423

STUDENTROOM

57-424

STUDENTROOM

57-425

STUDENTROOM

57-426

STUDENTROOM

57-427

STUDENTROOM

57-429

STUDENTROOM

57-428

STUDENTROOM

57-430

STUDENTROOM

57-S142

STAIR

57-431

STUDENTROOM

57-432

STUDENTROOM

57-434

STUDENTROOM

57-433

STUDENTROOM

A-201 5

A-201

7

A-2016

A-201

4


AR

EY

RE

SID

EN

CE

HA

LL

RE

SID

EN

CE

HA

LL

S

LIN

K C

ON

NE

CT

ION

BE

TW

EE

N

A-2054

A-2053

58

-H4

00

A

HA

LL

58

-H4

00

E

HA

LL

58

-H4

00

C

HA

LL

58-H400D

HALL

58-H400B

HALL

80-LH401A

HALL

57-H400A

HALL

57-H400C

HALL

57-H400E

HALL

57

-H4

00

D

HA

LL

57

-H4

00

B

HA

LL

57-H400

HALL

57-E1

ELEVATOR

80-E1

ELEVATOR

MA8

MA8

FC2




3.

KEY PLAN

A

B

C

Revisions:

Sh

ee

t T

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AUGUST 16, 2013

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NO SCALE1OVERALL FOURTH FLOOR PLAN


FIRST FLOOR

100' - 0"

ENTRANCE STAIR95' - 10 11/16"

SECOND FLOOR

108' - 2 5/8"

THIRD FLOOR

116' - 5 1/4"

FOURTH FLOOR124' - 7 7/8"

TOW LINK

135' - 0"

FIRST FLOOR

100' - 0"

SECOND FLOOR108' - 2 5/8"

THIRD FLOOR

116' - 5 1/4"

FOURTH FLOOR

124' - 7 7/8"

AREY ENTRANCE STAIR

95' - 4"

TOW LINK

135' - 0"

TO Elev Shaft

140' - 4 7/8"

SEE ELEVATION 1/A-202

FRICKER


LINK

FIRST FLOOR

100' - 0"

SECOND FLOOR

108' - 2 5/8"

THIRD FLOOR

116' - 5 1/4"

FOURTH FLOOR

124' - 7 7/8"

AREY ENTRANCE STAIR

95' - 4"

TOW LINK

135' - 0"


LINK

FIRST FLOOR

100' - 0"

SECOND FLOOR108' - 2 5/8"

THIRD FLOOR

116' - 5 1/4"

FOURTH FLOOR

124' - 7 7/8"

AREY ENTRANCE STAIR95' - 4"

TOW LINK

135' - 0"


AREY

FIRST FLOOR

100' - 0"ENTRANCE STAIR

95' - 10 11/16"

SECOND FLOOR

108' - 2 5/8"

THIRD FLOOR

116' - 5 1/4"


TO Elev Shaft

140' - 4 7/8"

ROOF LINK

133' - 6 1/2"


FRICKER LINK


FIRST FLOOR

100' - 0"

LOWER LEVEL

90' - 1 5/8"

SECOND FLOOR

108' - 2 5/8"

THIRD FLOOR

116' - 5 1/4"

FOURTH FLOOR

124' - 7 7/8"

ROOF LINK

133' - 6 1/2"


FRICKER

AK

FIRST FLOOR

100' - 0"

SECOND FLOOR

108' - 2 5/8"

THIRD FLOOR

116' - 5 1/4"


ROOF

132' - 4 1/2"

AREY ENTRANCE STAIR

95' - 4"




3.

0

Revisions:

Sh

ee

t T

itle

:

Consultant:

DFDNumber

GraphicScale

SetType

DateIssued

SheetNumber

Div

isio

n o

f F

acilit

ies

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pm

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f W

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12842

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Halls

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024 W

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tarin R

d.

White

wate

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I 53190

8/1

2/2

01

3 2

:03

:39

PM

C:\U

sers

\15

77

szk\D

ocu

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1L

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szk.

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11L2J

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ALL E

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IOR

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NS

AUGUST 16, 2013

PR

West C

am

pus R

esid

ence H

all

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tion-P

hase 1

Univ

ers

ity

of W

isconsin

- W

hite

wate

r

White

wate

r, W

isco

nsi

n

1/16" = 1'-0"2EAST ELEVATION

1/16" = 1'-0"1NORTH ELEVATION

1/16" = 1'-0"3SOUTH ELEVATION

1/16" = 1'-0"5NORTH ELEVATION

1/16" = 1'-0"7WEST ELEVATION

1/16" = 1'-0"6SOUTH ELEVATION

1/16" = 1'-0"4WEST ELEVATION


DRAFT DESIGN REPORT DIVISION OF FACILITIES … · DRAFT DESIGN REPORT DIVISION OF FACILITIES...

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Transcript of DRAFT DESIGN REPORT DIVISION OF FACILITIES … · DRAFT DESIGN REPORT DIVISION OF FACILITIES...