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TRUSS TYPE <br /> \ -.11d...••°-'........ _ .mil.. ..r \ \ <br /> < m I m I m a <br /> \ X100'+0" X100'+0" \ \ <br /> Standard Lower Chord Truss (SLC) Raised Lower Chord Truss (RLC) <br /> "A" = NOMINAL EAVE HEIGHT: . "A" = NOMINAL EAVE HEIGHT: <br /> "B" = TRUSS CLEARANCE AT HEEL AND CENTER: A,g "B" = TRUSS CLEARANCE AT HEEL: <br /> (Truss clearance = 1'-0" less than nominal eave height, in most (Truss clearance = 1'-0" less than nominal eave height, <br /> cases. If nested purlins are used, truss clearance will be increased in most cases. If nested purlins are used, truss clearance <br /> by 4".) will be increased by 4".) <br /> 2x8 TREATED PLANK <br /> "C" = TRUSS CLEARANCE AT CENTER: <br /> FINISHED yilli COLUMN (Truss clearance at the center of the building with on <br /> FLOOR RLC truss will be greater than the clearance at the heel.) <br /> CONCRETE FLOOR See page PL-6 in the price book for clearances. <br /> 100'+0" (MAY NOT BE PART OF CONTRACT) <br /> GRADE <br /> NOTE: CLEARANCE MAY BE REDUCED BY FINISHED FLOOR HEIGHT <br /> (STANDARD LOWER CHORD AND RAISED LOWER CHORD) <br /> OVERHEAD DOOR AND HEADROOM <br /> NOTE: <br /> If more than (1) height "D" = BOTTOM ELEVATION (B.E.) OF OVERHEAD DOOR: 100'+4" <br /> 11 of overhead door, use The bottom of all overhead doors (top of finished floor) are <br /> multiple Page 2 of recommended to be placed at 4" above the 100'+0" mark <br /> if ZRUSS C-100 Form. (100'+4"). In buildings without paved floors, B.E. of doors <br /> may be lower — eg. 100'+0". / <br /> TRUSS <br /> \L /o "E" = HEIGHT OF OVERHEAD DOOR: f <br /> ! ! °'° Overhead door height = the height of the overhead door <br /> d II �� - a° being placed in this building. <br /> w tl.- \¢ ? <br /> _ "F" = AVAILABLE HEADROOM: C./ <br /> Q Available headroom = the space available for overhead door <br /> c._) o tracks and openers. If a ceiling is installed, headroom will <br /> m a o a be reduced by about 1". Door headroom requirements must <br /> _ H o be confirmed with door supplier. <br /> Et w HEADROOM CALCULATION FORMULA: <br /> w= <br /> _ ("B") - ("D") - ("E") = ("F") <br /> TOP OF FINISHED ° o o (TRUSS CLEARANCE) — (B.E. OF OVERHEAD DOOR) — <br /> FLOOR 1..,_oo w (OVERHEAD DOOR HEIGHT) = (AVAILABLE HEADROOM) <br /> \°o <br /> 100'+0" _ ° g ° EXAMPLE: <br /> \°'it w (10'-0") — (4") — (8'-0") = (1'-8" OF AVAILABLE HEADROOM) <br /> i I w r <br /> o <br /> • ALL SLIDE DOOR SIZES ARE NOMINAL (NOM.) = <br /> STANDARD SLIDE DOOR ACTUAL WIDTH OF DOOR IS DETERMINED FROM OPENING WIDTH SLIDE DOOR OFF CORNER <br /> NOMINAL SLIDE DOOR WIDTH I NOMINAL SLIDE DOOR WIDTH <br /> 11111111111 111111111 . .-- <br /> CORNER <br /> 11•Mli <br /> I\,I IDE DOOR ro I SLID DOOR (�WID OPENING 1 WIDzOPENING ,' -- <br /> tl (UP TO 6 SS THAN '1'(UP TO 12" LESS THAN All <br /> X X <br /> NOM. DOOf2'J(41DTH). OM. DOOR WIDTH) <br /> • z. <br /> Slide door #1 nom. size: A (Ex: 20'x10') ,, <br /> Slide door width opening: (Ex: 19'-6") I Slide oor #3 no size: (Ex: 20'x10') <br /> Slide door height openi r SI' e door width ope ing: (Ex: 19') <br /> Slide door bottom el- ation: 100'+2" o Slide door height ope g: <br /> o w Slide door bottom elevation: 100'+2" <br /> 1 Slide door #2 nom. size: (Ex: 20'x10') n °o <br /> i <br /> Slide door width opening: (Ex: 19.-6") 1— Slide door #4 nom. size: (Ex: 20'x10') <br /> o J= <br /> Slide door height opening: I 'i "'= Slide door width opening: (Ex: 19') <br /> Slide door bottom elevation: 100'+2" Finished floor elevation A 100'+2" Slide door height opening: <br /> will reduce slide door r <br /> height opening. i , 100'+0" Slide door bottom 'on: 100'+ <br /> , <br /> /1,14) , .,• ; <br /> 1 <br /> DATE PURCHASER SIGNATURE SELLER SIGNATURE <br /> PAGE 2 of 2 NOTE: Details shown may not represent actual building construction. Form C-100 (Rev. 5/08) <br /> - _ ---- _ <br />