37201167
Description
Flashcards by Kara Biczykowski, updated more than 1 year ago
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Created by Kara Biczykowski
over 2 years ago
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| Question | Answer |
| 1) what is the jamb side called at the side the door closes? 2) std. method of referring to the way a door swings is called the: 3) hdwr that can work on any hand of door is called: | 1) strike side or strike jamb vs the hinge jamb (opposite) 2) "door hand" or the "handing" of a door, so you can have "left-hand, right-hand, left-hand reverse, & right-hand reverse" Fig28.2 & is determined from outside the door 3) reversible or nonhanded |
| METAL DOORS 1) a flush door has: 2) a sash door contains: 3) a louvered door has: 4) paneled steel doors are available with: | 1) a single, smooth surface on each side 2) one or more glass lites 3) an opening w/ mtl slats to prvd ventilation 4) insulated cores for resi use for better durability & energy conservation |
| 1) hollow mtl doors (steel doors) are constructed with: 2) what is the std. thickness? 3) what is the std. height? 4) what is the std. widths? | 1) faced of cold-rolled sheet steel in commonly 18 or 14-gage over ex steel ribs or honeycomb kraft paper, w/ edges made of steel channels 2) 1-3/4" 3) 6'-8", 7'-0", 8'-0" 4) beginning at 2ft & increments of 2in up to 4ft except 2'-2", 2'-10", 3'-2", 3'-10" |
| 1) what door materials can be used with steel frames? 2) when a door fire rating over 20 min is req.'d, what type of frame is used? 3) steel frames are manufactured in 3 styles: | 1) either steel or wood doors 2) steel frames almost exclusively, some specialty wd frames exist 3) one-piece welded frames, knock-down (KD) frames w/ the 2 jamb sections & the head section shipped to the job site as separate pieces, & slip-on frames |
| 1) one-piece frames must be set in place before: 2) which frame cannot have welded corners? 3) aluminum frames are used with doors: 4) alum frames are constructed of: | 1) the partition is constructed vs KD or slip-ons can be set after wall is built 2) slip-on frames 3) that are either aluminum or wood 4) extruded sections, so they can have thinner face dims & more shapes, can be anodized or factory-coated w/ baked acrylic paint (steel is ptd) |
| WOOD DOORS 1) a flush wood door consists of: 2) a panel wood door consists of: 3) hollow-core wood doors are made of: 4) are hollow-core wd doors fire rated? | 1) thin, flat veneer laminated on various types of cores 2) solid vert. stiles & horiz. rails that serve as a frame for flat or raised panels 3) 1 or 3 piles of veneer on ea. side of a cellular cardboard int., & stile & rails frame inside, areas at locksets or latchsets are made of solid wood 4) no, typ for light int. use |
| 1) solid-core wood doors are made with: 2) solid-core doors can have a fire-rating of: 3) what type of core is used when fire ratings of 45min, 1hr, 1-1/2hrs is req.'d? 4) what are the std. door widths? 5) what is the std. door height? 6) what is the std. door thkns? | 1) a variety of core types like particleboard, "stave" core (solid wood blocks), or mineral core for fire-rated dr's 2) 20min to 1-1/2hrs 3) mineral-core 4) same as mtl doors, but only up to 3'-4" 5) 6'-8" or 7'-0" 6) hollow-core is 1-3/8" & solid-core is 1-3/4" or 2-1/4" for lg. ext./ acoustical dr's |
| 1) frames for wd doors can be made from: 2) factors that determine which frame type to use depends on: 3) wood frames can be used in (__) min fire door assemblies 4) a 1hr rated door must be installed in a: | 1) wood, steel (hollow mtl), alum. 2) appearance desired, type of partition opening is installed in, fire-rating req.'s, security needed, durability desired 3) 20, 30, 45min 4) rated mtl frame |
| GLASS DOORS 1) glass door glass is typ constructed of: 2) what type of frame is req.'d? 3) can all-glass doors be fire-rated? | 1) 1/2" or 3/4" thk tempered glass, & any holes must be made before tempered 2) they can be used alone & set w/in a wall opening w/ or w/out a frame 3) no, so they can't be used where a protected opening is req.'d in a fire-rated partition |
| 1) revolving doors are used to ctrl: 2) do revolving doors count as req.'d exits? 3) what are overhead coiling doors used for | 1) air infiltration & allow lg. #'s of people to pass in & out 2) no 3) large openings like garage or industrial doors, fire separations for lg. openings; can auto close if fire from connection to fusible link |
| HARDWARE (function groups) 1) hanging the door: 2) operating the door: 3) closing the door: 4) locking the door: 5) sealing the door: 6) protecting the door: | 1) hinges, pivots, combo pivots & closers 2) handles, latchsets, push plates, pull bars 3) door closers & combo pivots & closers 4) locksets, dead bolts, flush bolts, electric locks, oth special devices 5) weather stripping, sound & smoke seals 6) kick plates, corner protection, sim |
| 1) a hinge (butt hinge) consists of: 2) full-mortise hinges are the most common & have both leaves: 3) half-mortise hinge has one leaf: | 1) 2 leaves, 1 w/ an odd # of knuckles & the oth. an even #, they are interlaced & attached w/ a pin, together they form a barrel which is finished w/ a tip 2) fully mortised into the frame & edge of door 3) surface-applied to the frame & the oth mortised into the door edge |
| 1) a half-surface hinge has one leaf mtd on the face of the: 2) in a full-surface hinge the leaves are applied to: 3) hinge type depends on: | 1) door & the oth leaf mortised into the frame 2) the faces of both the door and frame 3) if either the door or frame cannot be mortised, like ex if a half mortised hinge needs to be bolted to a steel frame |
| 1) when are raised barrel hinges used? 2) what is unique about swing clear hinges? 3) when using std. hdwr, the open doorway is: | 1) when there is not room for the barrel to extend past the trim, the barrel is offset to allow 1 leaf to be mortised into the frame 2) they have a special 90deg shape that allows the door to swing 90deg so full opening of doorway is clear 3) decreased by the thkns of the door |
| 1) in terms of hinge weigth, resi doors typ use: 2) ^ commercial doors typ use: 3) what type of hinge is needed for high-frequency application like on entrances? 4) when are ball bearing hinges req.'d? | 1) low-frequency doors use std. weight, plain-bearing hinges 2) std. weight, ball-bearing hinges 3) heavy-weight, ball bearing hinges 4) for fire-rated assemblies & on all doors w/ closers |
| 1) ex- what would a 4x4-1/2 label on a hinge mean? 2) guideline for hinge width typ = to: 3) length of hinge is determined by: 4) # of hinges is determined by: | 1) 1st # = barrel height, 2nd # = width when hinge is open 2) 2x the door thkns + trim projection 3) the door thkns & door width, see table28.2 4) door height; hinges typ referred to in pairs (2=1 pair @ up to 60" dr, 3=1.5 pairs @ 60-90" dr, 4=2 pairs @ 90-120" dr) |
| 1) what is a latchset? 2) what is a lockset? 3) what are the 4 types of latches & locks? 4) what is a "backset"? | 1) holds the door in place but has no provision for locking 2) it has a special mechanism that allows the door to be locked w/ a key 3) mortise, preassembled, bored, & interconnected Fig28.12 4) the distance from the edge of the door to the C.L. of the doorknob or pivot of a lever handle, typ @ 2-3/4 or 5" |
| 1) center hung pivots allow the door to swing: 2) offset pivots allow the door to swing: 3) panic hdwr is used where: 4) when panic hdwr is listed for use on fire door assemblies it's called: | 1) in either direction, but only at 90deg 2) 180 deg 3) req.'d by bldg code for safe egress during a panic situation 4) fire exit hdwr |
| 1) push plates & pull bars are used on doors that: 2) closers are: | 1) don't req. automatic latching 2) pneumatic devices that automatically return a door to its closed position after it's opened; req.'d at all exit doors, can also prevent door from opening too far, & also if wanted sense smoke to stay open in fire |
| 1) door stops & bumpers should be prvd'd to: 2) astragals are: 3) flush bolts are used on the inactive leaf of a pair of doors to: | 1) keep a door & its hdwr from damaging adj const. 2) vert. moldings or wooden strips used btwn double doors to seal the opening, act as a stop, prvd. extra security when doors are closes 3) lock the doors, not allowed on exit doors |
| 1) a coordinator is a device used w/ double doors that are rabbeted or have an astragal to: 2) weather stripping is used along the edges & btm of doors to: 3) thresholds are used where: | 1) coordinate the closing sequence of the 2 doors 2) prvd a tight seal against water & air infiltration 3) floor mat.'s change at a door line, weather stripping is req.'d, hard surface is req.'d, or where minor changes in flr level occurs |
| 1) for electric locks, code req.'s the inside knob or handle can: 2) electric latches have what advg over electric locks? | 1) mechanically unlatch the door for exiting at any time (no elec. power req.'d) 2) don't req. power to be run to door, all wiring is done in door jamb vs elec. locks req. use of elec. hinges or oth power-transfer devices to make the low-voltage wiring connections from door frame to mechanism in the door |
| 1) although fail safes for power failures allow elec. bolt doors to open, they cannot be used where? 2) what is a magnetic hold-open device for? | 1) on exit doors b/c there's no way to mechanically open door if the bolt doesn't retract 2) allows a door to be held in an open position & then closed automatically in case of fire; an electromagnet mtd on a wall or floor contacts a mtl plate attached to the door & can be activated to close by central alarm signal, smoke detector, power failure |
| 1) fire-rated doors must have what type of mtl hinges? 2) the Builders Hdwr Manuf. Assoc. (BHMA) has designated hdwr finishes by: 3) what is unique about hdwr finish bactericidal copper alloy? | 1) steel or stainless steel 2) numerical designations, table 28.3 3) a copper-based finish will kill several types of bacteria on contact, so it's ideal for hospitals, etc., but only certain alloys meet EPA req.'s for this: rose/ silicon/ white bronze |
| BLDG CODE REQ.'S: DOORS & HDWR 1) if a partition must have a fire rating then: 2) typ places where fire-rated doors are req.'d include: 3) codes consider the fire door assembly to include: 4) a fire-rated door that meets req.'s of std. fire test is also called: | 1) openings in that partition must also be fire rated 2) openings in stairways, fire-rated corridors, occ. separation walls, hazardous areas 3) door, frame, & hdwr 4) a labeled door b/c it meets req.'s of testing agency & receives a label |
| 1) what is the std. test for doors? 2) panic hdwr on door is req.'d at: 3) fire doors must be: | 1) NFPA 252, see ch8, see table 28.4 2) certain occ.'s like educational & assembly w/ an occ. load over 50 3) self-closing (door w/ a closer to return door to closed after opened) or automatic closing (closes on activation of smoke detector / alarm since it's normally held open) |
| 1) when a fire door is closed, it must be secured w/: 2) operating devices on a door like handles, locks, pulls, latches, etc for normal operation must be at a height of: 3) when can glass be in a fire door assembly? 1) what fire-rating does wire glass have? | 1) an active latch bolt to prevent fire & gas pressure from pushing it open 2) min 34" & max 48" AFF 3) depends on type of wall/ partition door is in 1st, 2nd either needs to be wire glass set in mtl frames or be special fire-protection-rated glass, 3rd limited in area see table 14.2-3 1) 45 min per IBC |
| ADD'L IBC REQ.'S 1) fire-rated door assembly must have label attached to door & frame 2) fire door must be self-latching 3) all hdwr used must be UL listed 4) fire door must be self-closing (sometimes can be a hold-open if connected to alarm sensor) | 5) fire door must use steel hinges of ball bearing type 6) if pair of doors used, astragals or oth req.'d hdwr must also be used 7) glass (if allowed) must conform to max area req.'s of local code, & be wire or fire-rated glass set in steel frame 8) louvers must conform to UL req.'s for max size & const. |
| ACCESSIBILITY REQ.'S FOR DOORS/ HDWR 1) min width, clear of hdwr, of an opened door must be 32in 2) must be adequate maneuvering clearance in front of & on the latch side of door to operate it 3) must be a min of 48in btwn 2 doors in a series when they're open 90deg | 4) max opening force req.'d for various types of doors is specified in code 5) handles & latches need an easy shape to grasp/use, typ means levers or push/pulls 6) thresholds w/ a change in level may have a vert. edge up to 1/4" high, but must be beveled w/ a slope of 1:2 for heights from 1/4" to 1/2" |
| WINDOWS 1) why are alum wndw most commonly used out of mtl wndws? 2) what are the disadvg.'s to alum wndw's | 1) it's light weight, low cost, strength, & resistance to corrosion are favorable 2) high susceptibility to galvanic action & high heat conduction |
| 1) ^ how can heat conduction be ctrl'd in alum. wndw's? 2) how can galv. action be ctrl'd in alum wndw's? | 1) heat transmission & condensation can be prevented by specifying alum. frames w/ thermal break (nonmetallic elements in the frame that connect the ext. & int. portions of a wndw) 2) galvanic action can be minimized or eliminated w/ proper selection of fasteners & flashing |
| 1) steel wndw's are fab.'d from: 2) b/c steel wndw's have a greater strength: 3) in wood wndw's, glass is typ: | 1) small sections of hot or cold-rolled steel, frame sections are smaller b/c of steel's greater strength 2) more $ but good for high security areas 3) single or double strength glass & most bldg codes req. it to be insulated glass |
| 1) common types of wood wndw's include: 2) float glass, most common produced in US, also called annealed glass is made by: 3) heat-strengthened glass is produced by: | 1) fixed sash, double hung, casement, horiz. pivoted, either awning or hopper types, can be sliding too 2) pouring molten glass on a bed of molten tin & allowing to cool to form a smooth, flat surface 3) heating glass to 1100degF & slowly cooling it to get 2x strength of float glass |
| 1) where is heat-strengthened glass typ used? 2) tempered glass is produced by subjecting float glass to: | 1) where the surface is subject to solar-induced thermal stresses & cyclic wind-loading 2) a special heat treatment in which it is heated to 1150degF & then quickly cooled; the process sets up compressive stresses on edges & tensile stresses inside to make it 4x strength of float gl |
| 1) laminated glass consists of: 2) what is laminated glass used for? | 1) 2 or more pieces of glass bonded together by an interlayer of polyvinyl butyral resin; when broken it holds shards together 2) can be bullet resistant, prvd high security against breakage, considered safety glazing like tempered, ctrl sound b/c can be as thk as 3" |
| 1) tinted glass absorbs: 2) what is the purpose of tinted glass? | 1) heat, so it shouldn't be used where portions of it are in direct sun & oth's in shade b/c differential expansion & contraction will crack the glass 2) to reduce the solar transmittance of the glass (reduces heat gain & loss but also visible light) |
| 1) low-iron glass has a reduced amt of: 2) reflective glass is clear or tinted glass coated w/ an extremely thin layer of: 3) insulating glass is fab.'d of 2 or 3 sheets of: | 1) iron oxide (typ green tint), which gives it excellent clarity & light transmission, & color rendition 2) metal or metallic oxide placed on inside of ext. lite of glass to reflect solar radiation 3) glass separated by a sealed air space, much lower U-value than single pane, good for areas w/ heat loss issues |
| 1) wire glass has a mesh of wire embedded in middle & is primarily used for: 2) spandrel glass is an opaque strip of glass that: 3) low-emissivity (low-e) glass selectively reflects & transmits: | 1) fire-rated assemblies 45min or less, but not as strong as oth. glasses & isn't considered safety glass 2) conceals the floor & clg struct. in curtain wall const., typ has insulation behind 3) certain wavelengths of the electromagnetic spectrum; a thin coating of mtl or mtl oxide is on surface |
| 1) low-e glass works by transmitting what thru but not: 2) in cold climates, low-e glass admits solar heat gain during the day & at night: 3) in summer ^, low e-glass reflects: 4) in warm climates, low-e glass can be combined with what & why | 1) visible light & shortwave solar radiation, but reflects long-wave heat radiation from air & warm objects 2) prevents built-up heat from escaping 3) ambient long-wave infrared heat away 4) tinted or reflective glass to prevent even more heat coming into bldg |
| 1) low-e glass is used in insulated units where the film is placed on: 2) what is a more effective fab. method than this ^? *see ch12 or p28-20 for a few more energy efficient glazing types such as electrochromic glazing | 1) the int. surface of the inside lite to reflect bldg heat back to inside before crossing the air gap 2) suspending a thin layer of film in the center of air gap, creating 2 air spaces; more efficient than coating on glass |
| 1-4) in add. to wire glass, what are the oth. types of fire-rated glazing? | 1) clear ceramic glass w/ 3hr rating but not safety glass 2) tempered fire-protective glass w/ 30min rating & is safety glass 3) 2 or 3 layers of tempered glass w/ clear polymer gel btwn, w/ 30/60/90min ratings 4) glass block, but needs local testing & AHJ approval |
| 1) Fig 28.17 explanation of wndw installation of glass in framing 2) in all glazing installations, glass should be placed on semirigid setting blocks of neoprene or oth elastomeric mat. b/c: 3) why is the "bite" & "face" dim on a wndw frame important? | 2) it prevents direct contact btwn the glass & frame & allow both to expand, contract, & move w/out putting excessive stress on the glass 3) b/c glass is subject to wind loading & deflects, effectively pulling out of the frame |
| 1) specifically, why is the "bite" dimension on a wndw frame important? Fig28.17b 2) the acrylic foam structural glazing tape is | 1) it must be sufficiently deep to hold glass in place 2) a 2 sided, pressure-sensitive, closed-cell acrylic foam used to bind a wid variety of dissimilar mat.'s; it's a foam tape to attach glass to framing |
| 1) the req.'d thkns of ext. glass depends on: 2) for glass used in fire-resistance rated partitions, IBC differentiates btwn: | 1) the size of the glazed unit & wind loading, tables in bldg codes give min thkns & max areas based on float glass w/ factor adjustments off this base for oth types 2) fire-protection-rated glazing & fire-resistance-rated glazing |
| 1) fire-protection-rated glazing is: | 1) 1/4" thk wired glass in steel frames or oth types of glazing that meet the req.'s of NFPA 257; 45min rating; limited to 1hr fire-rated partition or barrier, can't exceed 9sqft, etc, etc |
| 1) fire-resistance-rated glazing is: | 1) is glass or oth glazing mat. that has been tested as part of a fire-resistance-rated wall assembly according to ASTM E119; rating can be up to 1.5hrs but must have same rating as partition, no size req.'s |
| 1) per IBC, fire-rated glazing is labeled by manuf. to have a D, H, or T followed by rating in minutes, they represent: 2) a designation of OH means the glazing is appropriate for: | 1) D means the glazing is for use in doors & has been tested to NFPA 252, H means the glazing meets the hose stream test, T means it meets the temp rise req.'s 2) fire wndw openings (wndw, sidelite, transom) & tested to NFPA 257 for both fire protection & hose stream req.'s |
| 1) a designation of W means the glazing is appropriate for: 2) ex, what does label D-H-W-90 mean? 3) safety glazing is considered to be: | 1) use as a wall & is tested to ASTM E119, including all the fire, hose stream, & temp rise req.'s 2) glazing is ok for use in a door or as a wall, meets hose stream req.'s, been tested for 90 min rating 3) tempered or laminated glass meeting req.'s of 16 CFR 1201 |
| 1) areas safety glazing is req.'d includes: 2) a curtain wall is an ext wall system attached to the struct. framework of a bldg that: 3) what are the 2 system types of curtain walls? | 1) any glass door, shower & bath enclosures, see Fig 28.18 2) carries no load oth. than its own eight & wind loading that it transfers to the struct. (tech. can be made of anything) 3) stick systems (Fig 28.19) & unitized systems |
| 1) unit systems are premanuf. in factory with: 2) in both stick & unit systems (__) are attached to (__) at ea. floor 3) vert. mullions can be adjusted in 3 dimensions to: 4) b/c there is always a gap btwn the bldg structure & back of spandrel, what is prvd.'d? | 1) glass & spandrel panels already installed, so attached to bldg in one piece & installed from inside w/out need for scaffolding or extensive hoist work 2) vert. mullions / floor or beams 3) acct for bldg tolerances & get it perfectly plumb 4) safing insulation as a firestop btwn ea. floor |
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