Sections

Division 08

08 00 00 OPENINGS

 

08 10 00 DOORS AND FRAMES

.01 Exterior Door Frames
  1. Exterior door frames shall be heavy duty (14 ga.), hot-dipped galvanized metal, or aluminum.
  2. Aluminum shall be anodized in selected finish.
  3. Door frames shall have concealed reinforcement plates for the attachment of all hardware.
  4. All exterior frames shall be weather stripped.
.02 Exterior Doors
  1. All exterior doors should be of metal, heavy duty (16 ga.), galvanized, and seamless construction.
  2. Aluminum doors shall be anodized in selected finish.
  3. Narrow stile type metal doors are not acceptable.  Stiles and top rail shall be a minimum of five (5) inches and bottom rail shall be a minimum of ten (10) inches.
  4. Automatic hold-open devices are not permitted on exterior doors.
  5. Use of single doors or multiple doors with mullions is preferred.
  6. Comply with Section 01 05 05.01 Space Planning, Safety Considerations.
.03 Interior Doors - Wood
  1. Specifications for interior doors of wood shall be adapted from standards of the following manufacturers:
    Doors to be 1 3/4" thick agri-fiber core, flush.
    1. Algoma Hardwoods
    2. Weyerhauser
  2. It is preferred that wood doors be prefitted and prepared for approved hardware at the place of manufacture.
  3. It is preferred that wood doors be prefinished for natural finishes and presealed for doors to receive paint.
  4. Doors from corridors to stairwells and classrooms shall have a vision panel.
  5. All cut-outs for vision panels, louvers and similar items shall be accomplished at the factory.  Manufacturers shall provide reinforcement members (if required), prefitted, prefinished mouldings, trim and all glazing beads.
  6. Provide removable astragal for all multiple door openings.
  7. Louvers, if required, shall be provided by the door manufacturer.

08 50 00 WINDOWS (EXTERIOR INSULATING GLAZING UNITS)

.01 Owners General Requirements and Design Intent:

  1. Safety Glazing
    1. Comply with all building code requirements.
    2. Also see, Section 01 05 05.01 Space Planning, Safety Considerations
  2. Visual
    1. Refer to Section 01 81 13 Sustainable Design Requirements for daylighting and glare control.
    2. Glazing systems shall be selected with spectrally selective coatings to filter damaging UV wavelengths in order to increase the life of interior furnishings.
    3. Renovations to historic buildings shall require special window detailing. Professional shall select and specify companies offering high-performance products that can provide the desired appearance, fitting with the period and style of the historic building, while maintaining energy efficiency.
    4. Daylighting (visible light transmittance – VLT) 
      1. Select VLT for most effective utilization of daylighting, balanced with need for glare control.
      2. In general, window areas above 7’6” are considered to be daylight glazing.  Use high VLTs (0.50-0.70) in these areas. Window areas between 2’6” and 7’6’ are considered vision glazing.  Use VLT’s in the range of 0.35-0.50 to achieve recommended lower SHGF values in these areas.
      3. Exceptions:  Lower VLT’s may be required to prevent glare, especially on the east or west facades, low sun angles, or for higher window-wall ratios, or light-colored, highly reflective adjacent exterior horizontal surfaces.   
    5. Tint and Coatings
      1. If selective coatings are included in design, ensure the coating is fully and properly specified for each specific perimeter orientation or application.
  1. Moisture Protection
    1. Select glazing and frame thermal performance to avoid condensation problems. Higher performance glazing assemblies are required in higher indoor moisture applications such as indoor pools, food preparation, or certain research facilities.
    2. Design shall be integrated with building envelope to include careful construction detailing to maintain the continuity of exterior moisture, air infiltration and interior vapor barriers at the perimeter of doors, windows and glazed wall assemblies.
  1. Energy and Thermal Comfort Performance:
    1. At a minimum, comply with U-value and SHGC prescriptive Building Envelope Requirements in the High-Performance Building Design Standards referenced in  Section 01 81 13 Sustainable Design Requirements, .02  Owner's High-Performance Requirements
    2. Additional Energy Conservation Option Alternate Bid for Extra High-Performance Insulated Glass:   Refer to .05  Owner's Additional Energy Conservation Options - Alternate Bid Requirements in Section 01 81 13 Sustainable Design Requirements.  On projects that include new insulated glass in the base scope, include an Alternate Bid to provide extra high-performance glazing that will meet the following intent and criteria:
      1. Reduce energy consumption beyond minimum performance prescribed by the High-Performance Building Design Standards referenced above;
      2. Improve indoor comfort conditions via passive methods to comply with criteria in ASHRAE 55;
      3. Reduce mechanical and electrical system capacity and installed cost;
      4. Additional investment can be paid for by energy savings within an acceptable period;
      5. Demonstrated to be the lowest total cost of ownership for the life of the project.
    3. High-Performance Solar Control Film Option for Existing Facilities:  Evaluate and Include high-performance window film as an energy conservation option on renovation projects that do not otherwise include complete window replacement.  The film shall be selected and applied to improve thermal comfort, reduce HVAC capacity, and reduce glare.
  1. Sound (Acoustics)
    1. Select and specify door and window units with adequate Outdoor—Indoor Transmission class rating to maintain indoor noise levels within allowable ranges.
      1. Include careful construction detailing to maintain continuity of sound transmission rating of entire wall/fenestration assembly.
  1. Quality Assurance
    1. Insulated glass units shall conform to ASTM E-2190 Standard Specification for Insulating Glass Unit Performance and Evaluation and be certified and labeled accordingly.
    2. Insulated glass units shall be glazed in accordance to Insulating Glass Manufacturers Alliance (IGMA) standards
    3. Performance Criteria:  All glazing assemblies shall be certified by the National Fenestration Rating Council (NFRC).  Energy performance values (U-value and SHGF) shall always be specified to be certified for the whole assembly, not merely the center of glass.
  1. Maintainability and Service Life
    1. Window units shall allow for easy repair and replacement of flexible seals between glazing units and framing since these seals must be replaced periodically to maintain effectiveness.
    2. Designer shall select and specify insulated glass units with unit construction details that will ensure (guarantee) the longest service life when comparing major cost competitive manufacturers.  This is to minimize life cycle costs and long term landfill waste stream.  Insulated glass units are not typically recycled.

 

.02 Product Requirements
    1. General:  All glass and glazing shall be in compliance with applicable codes.
    2. Windows:
      1. All sash and frames are to be nonferrous, extruded aluminum in corrosion resistant, protective finish of type and color approved by the University, with complete thermal barrier construction.  If operable, using sliding, projected, or hopper with integral weather stripping; no outward projecting sash will be permitted on the ground floor.
      2. Wood windows with extruded aluminum clad exterior may be considered for non-institutional, non-commercial, non-student housing, individual or multi-family residential applications.
      3. Vinyl clad wood or frames/sash constructed of extruded vinyl are not permitted.
      4. For maintenance purposes, all windows should be arranged, manufactured, and installed, so that complete maintenance can be accomplished from the room side.  This should include glazing, washing, screening, and normal repairs.
      5. Windows with fixed sash should be designed to allow the "fixed" sash to be operable only for cleaning and maintenance; i.e., utilize side pivoted or tilting type sash at normally "fixed" sash locations in high-rise buildings.
      6. Windows with flush-type moulding preferred.
    3. Insulating Glass Units:
      1. All exterior fenestration shall be specified with thermally broken exterior frames and thermally broken/insulated internal edge spacers between panes.
      1. Shall comply with all general requirements in Part .01 above.
      2. Alternate Bid for Extra High-Performance Insulated Glass: 
        1. General:  Refer to Additional Energy Conservation Alternate Bid Requirements.
        2. Manufacturers:  Subject to compliance with requirements, manufacturers offering extra high-performance insulated glass products that may be incorporated into the Work include, but are not limited to, the following:
          1. Southwall Insulating Glass, Heat Mirror IG - http://www.eastman.com/brands/HeatMirror/Pages/Overview.aspx
    1. Glazing, glazing compounds and sealants:
      1. Refer to manufacturer's requirements and Flat Glass Jobbers Association (FGJA) "Glazing Manual" for special applications using elastic compounds, tape, polysulfide elastomer sealants, and compression materials.
    2. High-Performance Solar Control Film:
      1. Solar Control Film: shall have the following performance characteristics when applied to the interior surface of single-pane, 3-mm clear glass:
        1. Total Solar Transmittance:  19 percent.
        2. Total Solar Reflectance:  49 percent.
        3. Total Solar Absorptance:  32 percent.
        4. Visible Light Transmission:  33 percent.
        5. Visible Light Reflection - Exterior:  48 percent.
        6. Visible Light Reflection - Interior:  30 percent.
        7. U-Value, Winter Median:  0.60.
        8. Shading Coefficient:  0.28.
        9. Total Solar Energy Rejected (TSER):  76 percent.
        10. Emissivity:  0.07.
        11. Solar Heat Gain Coefficient (SHGC):  0.24.
        12. Ultraviolet Rejection:  99 percent.
        13. Light-to-Solar Heat Gain Ratio (LSG):  1.38.
        14. Winter Heat Loss Reduction:  42 percent.
        15. Summer Solar Heat Gain Reduction:  72 percent.
        16. Glare Reduction:  63 percent.
        17. Thickness without Liner:  60µ.
        18. Film Color:  Warm neutral.
      2. Accessories:  Provide accessories either manufactured by or acceptable to solar control film manufacturer for application indicated, and with a proven record of compatibility with surfaces contacted in installation.  Install in accordance with manufacturer’s written instructions.
      3. Field Quality Control: After installation, view film from a distance of 10 feet against a bright uniform sky or background.  Film shall appear uniform in appearance with no visible streaks, wrinkles, banding, thin spots or pinholes.  If installed film does not meet these criteria, remove and replace with new film.
      4. Basis-of-Design Product:  Vista Enerlogic 35 series.  http://www.enerlogicfilm.com/commercial-use/35/performance manufactured by Eastman Chemical Company, Web Site: www.enerlogicfilms.com.

     

      08 70 00 HARDWARE

      .01 Finish Hardware Requirements
      1. Office Doors:
        1. Locksets and trim shall be similar to Sargent #8205 WTJ.  No door closers, unless required by codes.
        2. OPERATION:  Latch bolt operated by lever either side except when outside lever is locked by button or toggle in faceplate; latch is retracted by key outside.  Auxiliary bolt deadlocks latch.
      2. Classroom Doors:
        1. Locksets and trim shall be “CLASSROOM FUNCTION:”
          1. Guardbolt deadlocks latchbolt
          2. Latchbolt retracted by either trim unless outside trim is locked by key
          3. Key outside locks or unlocks outside trim
          4. Inside trim always operative
          5. Latchbolt can be retracted by key in locked positi
          6. Handles to be break-away levers except where Codes requires panic bars
        2. Closers shall be LCN, or equal, type 4010 or 4110 series allowing 180 degrees of swing where conditions permit
        3. Inactive leaf of double doors shall have mortise flush bolts head and foot similar to IVES #457 x dustproof strikes
        4. See Division 13 20 10 for further references to the General Purpose Classroom document that includes information on doors and hardware in that document.
      3. Laboratory Doors:
        1. Locksets and trim shall be similar to Sargent #8225 WTJ.
        2. Closers shall be LCN, or equal, type #4010 or 4110 series allowing 180 degrees of swing where conditions permit.
        3. Inactive leaf of double doors shall have mortise flush bolts head and foot similar to IVES #457 x dustproof strikes.
        4. OPERATION:  Latch bolt by lever either side.  Dead bolt by key outside and turn piece inside.  When dead bolt is projected, latch bolt is deadlocked and outside lever is locked.  Turning inside lever retracts latch and dead bolt simultaneously--automatically unlocking outside lever.
      4. Storage Room Doors:
        1. Locksets and trim shall be similar to Sargent #8224 WTJ.  No door closer, unless required by codes.
        2. OPERATION:  Latch bolt by lever either side.  Dead bolt by key outside and turn piece inside.
      5. Janitor Closet, Janitor Storage, and Utility Room Doors:
        1. Locksets and trim shall be similar to Sargent #8204 WTJ.  No door closers, unless required by codes.
        2. OPERATION:  Latch by lever inside and key outside.  Outside lever always rigid.  Auxiliary latch deadlocks latch bolt.
      6. Public Toilet Doors:
        1. Each door shall have pulls similar to Rockwood #FB110-70B and 18-gauge stainless steel push plates.  Closer shall be LCN or equal, type 4010 or 4110 series.  Provide Glynn-Johnson GJ 45 kickdown door holder if permitted by applicable code.
        2. OPERATION:  Push and pull.  Use latch set where required by codes.  Latch bolt retracted by either lever.
      7. Communicating Doors:
        1. Locksets and trim shall be similar to Sargent #8226 WTJ.  No door closers, unless required by codes.
        2. OPERATION:  Latch both by lever either side.  Dead bolt operated from either side by key.
      8. Stair Tower Doors:
        1. Exit devices and trim shall be similar to Von Duprin #99L-F-BE x #992L-R-03 for single doors or #9927EO-F x #9927L-F-BE x #992L-V-03 for double doors.  Should be surface-type exit devices.
        2. Closers shall be LCN, or equal, type 4010 or 4110 series without holder arms.
        3. OPERATION:  Latch automatically when closed.  Latch bolt by lever outside and touchbar inside.  No dogging.
      9. Exterior Doors (including aluminum doors):
        1. Exit devices and trim shall be similar to Von Duprin #33NLx333NL for single doors or double doors with removable mullions, or #3327DT x 333DT x 3327NL x 333NL for double doors.  Should be surface-type exit devices.
        2. Closers shall be LCN, or equal, type 4010 or 4110 series without holder arm.  Doors shall have substantial holders and bumpers to manually hook doors in open position.
        3. OPERATION:  Lock automatically when closed--key retracts latch bolt.  When touchbars are locked down by Allen-type dogging key, latch bolt is retracted and doors operate push-pull.
      10. Vestibule Doors (including aluminum doors):
        1. Each door shall have pulls and push bars similar to the exterior doors.
        2. Closers shall be LCN, or equal, type 4010 or 4110 series without holder arm.  Doors shall have substantial holders and bumper to manually hook doors in open position.
        3. OPERATION:  Push and pull.
      11. Dormitory Bedroom Doors:
        1. Locksets and trim shall be similar to Sargent #8225 WTJ.
        2. Closers shall be LCN, or equal, type 4010 or 4110 series.
        3. Kick plates and mop plates shall be 18 gauge stainless steel beveled top and two (2) sides.
        4. OPERATION:  Latch bolt by lever either side.  Dead bolt by key outside and turn piece inside.  When dead bolt is projected, latch bolt is deadlocked and outside lever is locked.  Turning inside lever retracts latch and dead bolt simultaneously--automatically unlocking outside lever.
      12. Uncontrolled Library Exit Doors:
        1. All doors shall be equipped in conjunction with the exterior door hardware with an emergency exit alarm similar to Detex EA-2500 series exit alarm.
        2. The emergency exit alarm locks may be key operated from the inside or outside or both as directed by the University and Architect.
      13. Lock Cylinders:
        1. All cylinders shall be (7) pin removable core type as manufactured by Best Lock Corporation, keyed and masterkeyed according to schedules which will be prepared by the University - Office of Physical Plant.  Furnish two (2) keys with each cylinder and three (3) master keys.
        2. All keys shall be embossed with the letters "P.S.U." and stamped "DO NOT DUPLICATE" and the door number or other symbol as directed.
        3. The Contractor shall use construction cores furnished by the lock company and return same when the permanent cores are installed.
        4. All key-operated elevator switches to be provided with Best cylinders only.
        5. All Best cylinders shall be specified under the Finish Hardware Section.
      14. Hinges:
        1. All doors shall be equipped with proper type, size, and number of hinges as recommended by Stanley or McKinny Hinge Division.  All hinges shall have button tips and non-removable pins for exterior doors opening out.
      15. Door Stops, Holders and Bumpers:
        1. All doors shall be provided with stops similar to Glynn Johnson GJ-WB-50C where possible.  Where required, floor stops shall be similar to GJ-FB-13 or GJ-FB-17, overhead stops and holders GJ-90 series and holders and bumpers GJ-F9X, F20, or GJ-W-20.
        2. Do not specify automatic holders for exterior doors.
      16. Finishes:
        1. All hardware shall be satin chrome (US26D), except pulls, push plates, kick plates and mop plates shall be satin-finish stainless steel (US32D), unless otherwise specified.
      17. Miscellaneous Requirements:
        1. All push plates where possible shall be 8" x 16" in size.
        2. All doors with push plates and pulls with the cylinder on the push side shall have recessed pulls similar to Rockwood #94C used in conjunction with the push plates.
        3. Provide rubber silencers, similar to GJ-64 for all doors in hollow metal frames, except exterior doors.
        4. Supply padlock (if required) with Best (7) pin core keyed to building master.
        5. Furnish padlocks for all transformer gates.
        6. All doors with closers shall be provided with kick plates.
        7. All door closers for wood doors to be furnished with thru bolts and grommet nuts.
        8. All doors as specified shall have surface-mounted overhead closers, full rack and pinion type, with back check, as manufactured by LCN or equal.
        9. Exterior or vestibule doors where conditions would be better suited for floor closers, use Rixson #27 series or equal including an intermediate pivot.
        10. All flush bolts to be installed in edge of doors.
        11. Non-metallic insert type latch bolts will not be acceptable as antifriction unless used with curved lip strike.
        12. "Total Door System" hardware is not acceptable.
        13. All hardware for aluminum doors shall be specified under the finish hardware section.
        14. No automatic hold-open devices permitted on exterior or vestibule doors.
        15. Hardware schedules shall be done in the vertical format type.  Horizontal format will not be accepted.
        16. For locksets with lever handle, trim design shall be similar to Corbin-Russwin LSM or Sargent WTJ.
        17. All hardware must be in accordance with the latest requirements of all applicable codes.