Facility Design Guidelines - Facilities Management - University of ...

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steam. Valves for MTHW shall be adequate for 250 psig and 400 degrees water. Globe valves can be used for throttling. Gate valves shall not be used. Acceptable manufacturers for high performance ball and butterfly valves are Adams, Bray, Jamesbury, and Zwick. The shut off valves just downstream of the first stage PRV’s and the pipe up to them, shall comply with the above construction. Valves for MPS shall be rated for 200 psig saturated steam. All sizes of butterfly valves on all steam pressures shall have gear operators. BSRV 4.3.3.2 STEAM SYSTEMS Steam Pressure Reducing Valves (PRV) shall be cast steel. Spence, Sarco, and Armstrong are acceptable manufacturers for steam PRVs. The first stage PRVs shall be class 300. Elbows (45 or 90) shall be provided between each PRV and one of the headers to allow for thermal contraction that occurs when a PRV is removed for service. Steam strainers shall be installed horizontally so condensate does not collect in them. Inverted bucket traps shall not be used. F&T traps are preferred for equipment loads and drip on LPS and MPS. Bimetallic traps are preferred for drip on HPS. Equipment traps shall have bypasses; drip traps shall not. Provide ¼” test ports with ball valves just upstream of the check valve after all steam traps. Provide a DDC temperature sensor on the condensate line downstream of equipment traps and program to alarm on detection of live steam or sub cooled condensate. Specify pressure powered condensate pumps rather than electric. Pressure powered pumps shall be sized to operate with medium pressure steam. Electric condensate pumps where used shall be on emergency power. All steam condensate lines shall be schedule 80 and all fittings on condensate lines shall be class 300. BSRV 4.3.3.3 HEAT EXCHANGERS All MTHW to LTHW converters and steam to LTHW converters shall have 90/10 copper/nickel tubes and brass tube sheets. Baffles, where used, shall be Teflon. In MTHW to LTHW heat exchangers the MTHW shall be in the tubes. Provide pressure gauges on all four legs of heat exchangers. BSRV 4 HEATING, VENTILATION, AND AIR CONDITIONING 190
Provide thermometers (or temperature gauges) on all four legs of water-to-water heat exchangers, and on both fluid legs of steam converters. All fired or unfired pressure vessels whether a part of an equipment package or an entire piece of equipment shall be specified to comply with the ASME Code. The specifications shall require that the pressure vessel be so stamped in an easily identifiable location and that the manufacturer’s data indicating ASME compliance be submitted. Comply with the Boiler and Pressure Vessel Rules and Regulations issued by DLI. BSRV 4.3.3.4 EXPANSION JOINTS Expansion joints on heating pipe shall be class 300 packed slip type or ball joints, packable under pressure. Bellows type expansion joints shall not be used. Expansion joints on HPS, pumped condensate and MTHW shall have welded joints rather than flanges. Where appropriate slip expansion joints with an integral foot can be used in lieu of an expansion joint and separate anchor. Acceptable manufacturers are Adsco, Advanced Thermal Systems, and Yarway. Provide calcium silicate insulation on the main body of the expansion joints and provide a removable flexible insulation blanket that over laps the calcium silicate by 4” on each side. Install slip expansion joints so the pipe expands into the joint in the direction of flow. BSRV 4.3.3.5 INSULATION Insulation in steam and MTHW tunnels shall be fiberglass rated for 800 degrees F with an aluminum jacket or calcium silicate with waterproof 30 pound felt jacketing; applied to fittings with waterproof adhesive and copper or stainless steel wires. Insulation on high pressure steam, pumped condensate, and MTHW in mechanical rooms shall be fiberglass rated for 800 degrees or calcium silicate with a glued canvas jacket. The minimum insulation thickness on HPS and MTHW shall be 4” on pipe 6” and above and 3” on pipe 4” and smaller. Removable insulation blankets with double D-rings and straps shall be provided on all steam, condensate and hot water valves and fittings that cannot be properly fitted with fiberglass or calcium silicate insulation. BSRV 4.3.3.6 MISC HEATING COMPONENTS All duct reheat coils shall have access doors or panels to allow door inspection and cleaning of coil inlet. Adequate room shall be provided to remove hot water coils for cleaning and/or repair. All fittings on secondary hot water systems shall be class 150 or better. Paper/compressed fiber flange gaskets shall not be used. BSRV 4 HEATING, VENTILATION, AND AIR CONDITIONING 191
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FACILITY DESIGN GUIDELINES Universi
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Facility Design Guidelines Universi
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TABLE OF CONTENTS GR 1 GENERAL REQU
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GR 10.1 ARCHITECT/ENGINEER RESPONSI
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SW 5.2 SEWER MANHOLES .............
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BSRV 3.4 STORM AND SANITARY WASTE S
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GR 1.2.3 UNIVERSITY PROJECT MANAGER
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4) Facilities shall be designed so
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GR 3.1.1 LIFE SAFETY CODE The requi
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5) Grounds buildings with other spe
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Facilities Management Operations &
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Development Office, Facilities Mana
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design of all University projects.
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GR 3.15.2 ASBESTOS REMOVAL All ACM
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contracted for by the University, a
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Submit building permits electronica
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U.S. EPA and the Virginia Departmen
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GR 4.6 STORMWATER MANAGEMENT/EROSIO
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GR 5 FUNCTIONAL AND SPACE PLANNING
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2) Second offices are rarely permit
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University of Virginia Office Alloc
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15'-0" · Dean A Dean’s office sh
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· Academic Senior Staff · Adminis
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· Academic Full-time Non-Tenure Tr
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· Academic: Emeritus Faculty (Acti
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· Academic Graduate TA / RA · Stu
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Conference / Meeting Room · 8 Seat
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Conference / Meeting Room · 28 Sea
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CADD files are submitted they shall
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GR 5.2.7 FALL HAZARDS Structures sh
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7) Does landscaping contribute to s
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2) Power accessible to selected cam
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3) When determining whether card re
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(4) Squadron connectors (V100, V200
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assembly as illustrated in Figure 8
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Telecommunications rooms/closets sh
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For more information on UVA Recycli
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GR 6.2.2 PARKING LOTS UTILIZING SEL
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GR 7 SCHEDULING AND CONSTRUCTION CO
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a policy regarding Conflicts of Int
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GR 10 CONSTRUCTION REQUIREMENTS AND
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GR 10.6 SUBMITTALS Division 1, Gene
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University Grounds. The Director of
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GR 10.17 PROGRESSIVE CONSTRUCTION C
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GR 11 PROJECT CLOSE-OUT REQUIREMENT
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10) Schedules on contractor’s As-
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8) A design review process involvin
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HP 1.3 BUILDINGS BY PRESERVATION PR
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with the building committee to cons
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Clean fill, other than that used fo
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SW 3 SITE DEVELOPMENT SW 3.1. PLANT
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SW 3.2.2 ILLUMINATION REQUIREMENTS
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SW 3.3 SIGNAGE Owner will install a
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SW 3.5 SIDEWALKS The Office of the
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SW 4 SITE DRAINAGE SYSTEMS SW 4.1 B
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Minimum inside size for drop inlets
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preventing epoxy coating, and from
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BE 1 BUILDING ENVELOPE BE 1.1 GENER
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BE 1 BUILDING ENVELOPE Excluding pu
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Rooftops equipped as described abov
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BE 3 EXTERIOR ENCLOSURE BE 3.1 EXTE
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BE 3.1.5 VENEER MASONRY Face brick
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BE 3.3 EXTERIOR WINDOWS BE 3.3.1 GE
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BE 4 ROOFING BE 4.1 ROOFING POLICY
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BE 4.1.5.1 PRE-PROPOSAL/PRE-BID CON
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BE 4.1.8 SMACNA ARCHITECTURAL SHEET
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BE 4.2.1.2 WIND UPLIFT Complete roo
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oof, with a granule-surfaced modifi
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BE 4.3.2.1 DEFINITIONS 4) Vegetated
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BE 4.3.2.8 IRRIGATION BE 4.3.2.9 IN
Page 151 and 152: 2) All wood blocking and panel mate
Page 153 and 154: BE 4.4.2 SNOW GUARDS 1) Snow guards
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Page 157 and 158: INT 1 INTERIORS -GENERAL INFORMATIO
Page 159 and 160: Cross rails are required in glazed
Page 161 and 162: INT 2.2.5 HINGES Doors wider than 3
Page 163 and 164: ) 33A/35A series: E360L, lever hand
Page 165 and 166: INT 2.3.3.1 SOAP DISPENSERS INT 2.3
Page 167 and 168: INT 3 INTERIOR FINISHES INT 3.1 WAL
Page 169: INT 3.2.6 RESILIENT BASE INT 3.2.7
Page 172 and 173: BSRV 1 BUILDING SERVICES GENERAL BS
Page 174 and 175: BSRV 1.5 IDENTIFICATION See BUILDIN
Page 176 and 177: BSRV 1.11.3 STARTUP AND CLOSE OUT P
Page 178 and 179: 4) Functional operation of after-ho
Page 180 and 181: BSRV 2.2.2 CONTROL SYSTEMS Elevator
Page 182 and 183: BSRV 3 PLUMBING BSRV 3.1 DOMESTIC W
Page 184 and 185: valved off for the 200 psig test. T
Page 186 and 187: Pumped discharge lines from sewage
Page 188 and 189: BSRV 4 HEATING, VENTILATION, AND AI
Page 190 and 191: c) For any Occupancy/Use not shown
Page 192 and 193: e) The construction documents shall
Page 194 and 195: BSRV 4.1.4 TESTING AND BALANCING Al
Page 196 and 197: BSRV 4.2 MECHANICAL LOCATION AND EQ
Page 198 and 199: All shut off valves on chilled wate
Page 200 and 201: 5) NOTE REGARDING ELECTRIC RESISTAN
Page 204 and 205: BSRV 4.3.3.7 BOILERS BSRV 4.3.4 CON
Page 206 and 207: BSRV 4.4.2 FIRE AND SMOKE DAMPERS T
Page 208 and 209: 4) Location and identification of t
Page 210 and 211: BSRV 4.4.6 DISTRIBUTION, GENERAL EX
Page 212 and 213: Proprietary variable volume fume ho
Page 214 and 215: Space cooling systems that have to
Page 216 and 217: BSRV 4.5.4 CONTROLS Condenser water
Page 218 and 219: BSRV 5 FIRE PROTECTION SYSTEMS BSRV
Page 220 and 221: 1) Final hydraulic calculations for
Page 222 and 223: BSRV 5.3.2 SPECIFICATIONS 4) Provid
Page 224 and 225: BSRV 6 ELECTRICAL SYSTEMS BSRV 6.1
Page 226 and 227: BSRV 6.1.3.2 TERMINATIONS BSRV 6.1.
Page 228 and 229: BSRV 6.2.3 PANELBOARDS, SWITCHGEAR
Page 230 and 231: (LFMC) not exceeding 6 feet in leng
Page 232 and 233: 10) Fluorescent, LED or metal halid
Page 234 and 235: 4) Patient room/exam room fixtures
Page 236 and 237: A. Underwriters Laboratories under
Page 238 and 239: BSRV 6.3.4 SECURITY Cable televisio
Page 240 and 241: 1) Quantity and location of the aud
Page 242 and 243: NFPA 72. The services shall include
Page 244 and 245: 5) Location of all transformers, pa
Page 246 and 247: Critical safeties on HVAC systems s
Page 248 and 249: i) Acceptable Systems (1) Johnson C
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APPENDIX A - FIGURES 240
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Minimum Superimposed Loads for Desi
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Figure 8 APPENDIX A - FIGURES 254
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Figure 10 - Not Used APPENDIX A - F
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LEGEND OPERATION TO ELEVATOR RECALL
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COMPONENT COORDINATION (scope of wo
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Figure 27 APPENDIX B - ROOF INSPECT
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ii) Authorize deviations from the C
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shall identify such anomalies and e
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ROOFING FORMS Standard DGS forms an
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Approved Meters display. Turbine an
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Oil · Siemens SITRANS F series App
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GUIDELINES FOR HYDRAULIC ELEVATORS
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· Selective collective/single butt
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· Phase II operating instructions
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or if any hoistway door or car door
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Ambient temperature requirements (e
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Training shall be provided for a de
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APPENDIX E - SECURITY REFERENCES FI
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Figure 2- SQUADRON CONTROLS IN ENCL
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Sketch B- SINGLE DOOR WITH ELECTRIC
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Sketch D- SINGLE DOOR WITH LATCH RE
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Sketch F- SINGLE DOOR WITH ADA & LA
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Sketch H- DOUBLE DOOR WITH ELECTRIC
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Sketch J- DOUBLE DOOR WITH LATCH RE
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Sketch L- DOUBLE DOOR WITH ADA, LAT
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Sketch N- RESIDENCE ROOM AD400 LOCK
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Sketch P- WIRELESS LOCK WITH HORN,
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Sketch R - DOUBLE DOOR WITH ADA, ST
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2) Natural Surveillance Natural sur
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· Maintained premises and landscap
show all

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