INDEX SECTION 17 - TRANSOM/SIDELIGHT FRAMES

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1 Elevations: Transom - Single Swing Transom - Double Swing Transom - With Fixed Mullion (Impost) Door Frame with Two Partial Sidelites Door Frame with Transom and Sidelites Door Frame with Transom and Spliced Sidelites Oversize Frame with Spliced Header Oversize Frame with Spliced Transom Transom, Sidelite and 90 Corners Round Arch Transom Frame Curved in Plan Typical Elevations Curved in Plan Key Properties Curved in Plan Calculations Curved in Plan Designs of Vertical Members thru Curved in Plan Anchoring of End Members Curved in Plan Field Connection (Oversize Units) Door Frame with Transom and Sidelites Construction: Corners Horizontal Bar Notching Intersecting Bar/Round Arch Transom Welded Assembly Butted Welded Connections Sill Welded Connection Mullion to Base Sill Removable Transom Bar Splined Connection Open Frame Section Splice Transom Splice Removable Mullion Corner - Head, Mullion Corner - Sill Glazing Provisions Glazing Provisions Profiles: See Section 8 and 11 INDEX SECTION 17 - TRANSOM/SIDELIGHT FRAMES Stick Sections: Plain Sticks Strike Jambs Hinge Jambs B Mullion C Mullion D Mullion Sill

2 TYPICAL ASSEMBLY SINGLE SWING DOOR FRAME WITH TRANSOM FOR GLAZING BEAD APPLICATION SEE PAGE DOUBLE RABBET PROFILE SHOWN, OTHER FRAME PROFILES SIMILAR

3 Ceco Door Products DISTRIBUTOR TECH DATA Distributor Tech Data TYPICAL ASSEMBLY DOUBLE SWING DOOR FRAME WITH TRANSOM FOR GLAZING BEAD APPLICATION SEE PAGE DOUBLE RABBET PROFILE SHOWN, OTHER FRAME PROFILES SIMILAR

4 TYPICAL ASSEMBLY DOOR FRAME WITH TRANSOM AND IMPOST FOR GLAZING BEAD APPLICATION SEE PAGE DOUBLE RABBET PROFILE SHOWN, OTHER FRAME PROFILES SIMILAR

5 Ceco Door Products DISTRIBUTOR TECH DATA Distributor Tech Data TYPICAL ASSEMBLY DOOR FRAME WITH PARTIAL SIDELITE(S) FOR GLAZING BEAD APPLICATION SEE PAGE SIDELITES MAY BE AT BOTH SIDES AS SHOWN OR EITHER SIDE. D or C MULLION WEB SHOWN REMOVED TO WRAP WALL

6 TYPICAL ASSEMBLY DOOR FRAME WITH TRANSOM AND SIDELITES FOR GLAZING BEAD APPLICATION SEE PAGE DOUBLE RABBET PROFILE SHOWN, OTHER FRAME PROFILES SIMILAR

7 Ceco Door Products DISTRIBUTOR TECH DATA Distributor Tech Data TYPICAL ASSEMBLY DOOR FRAME WITH TRANSOM AND SPLINED SIDELITES FOR GLAZING BEAD APPLICATION SEE PAGE (V6) " FACES ARE OPTIONAL AT SPLINED JAMBS TO MATCH 2" FACES ON OUTSIDE JAMBS DOUBLE RABBET FRAME SHOWN, SINGLE RABBET FRAME SIMILAR

8 TYPICAL ASSEMBLY OVERSIZE FRAME WITH SPLICED HEADER FOR GLAZING BEAD APPLICATION SEE PAGE DOUBLE RABBET PROFILE SHOWN, OTHER FRAME PROFILES SIMILAR

9 Ceco Door Products DISTRIBUTOR TECH DATA Distributor Tech Data TYPICAL ASSEMBLY OVERSIZE FRAME WITH SPLICED TRANSOM FOR GLAZING BEAD APPLICATION SEE PAGE UPPER UNIT SPLICE SPLICE SPLICE LOWER UNIT SPLICE THIS STYLE IS LIMITED TO DOUBLE RABBET FRAMES

10 TYPICAL ASSEMBLY DOOR FRAME WITH TRANSOM, SIDELITES AND 90 CORNERS FOR GLAZING BEAD APPLICATION SEE PAGE DOUBLE RABBET PROFILE SHOWN, OTHER FRAME PROFILES SIMILAR

11 Ceco Door Products DISTRIBUTOR TECH DATA Distributor Tech Data ROUND ARCH TRANSOM FRAME F FOR GLAZING APPLICATION SEE PAGE D E D A B ARCH RADIUS (A) RADIUS POINT OF ORIGIN (B) RADIUS POINT OF TERMINATION (C) ARCHED FRAME SECTION PROFILE (D) HEIGHT OF ARCH (E) WIDTH OF ARCH (F) BEAD REQUIREMENTS (G) OVERALL HEIGHT OF UNIT (H) OVERALL WIDTH OF UNIT (W) H IMPORTANT ALL DIMENSIONS WHERE ALPHA CHARACTERS ARE SHOWN MUST BE SUPPLIED WITH YOUR ORDER. W ROUND ARCH TRANSOM FRAME 1/2" DOUBLE RABBET PROFILE SHOWN OTHER FRAME PROFILES SIMILAR FACE OTHER ARCHED FRAMES Wagon Wheel Round Arch over Sidelites C G 3/8" 5/8" RABBET SOFFIT RABBET Fillet Basket Handle SECTION "D"

12 CURVED IN PLAN FRAMES SEGMENT CONSTRUCTION TYPICAL ELEVATIONS PLAN VIEW TYPICAL ELEVATIONS Page Page Page Page Page Page Option D (Jamb) Option A Option B PLAN VIEW TYPICAL ELEVATIONS Page Page Page Page Page Page Page Option D (Jamb) Option C The Following Pages List Information Required, Formats To Use, And Examples

13 C s (Outside) Ceco Door Products DISTRIBUTOR TECH DATA Distributor Tech Data CURVED IN PLAN FRAMES KEY PROPERTIES The segmented method maintains the use of flat glass versus "curved in plan" shape. Radius (R) Enclosed Angle ( ) Fig. 1 Major Chord Length (C) Segment Enclosed Angle ( ) s Inside Chord Length (Inside) C s Dashed line represents Arc Length (L) Segment Length Outside Chord Length The following information is important in determining Curved in Plan segment construction. This information is necessary in establishing segment lengths and any closure trim that may be required. 1. (R) = Radius taken to inside or outside of frame. 2. (C) = Major Chord Length (C = Chord Length s at Segment) 3. (L) = Arc Length 4. ( ) = Enclosed Angle ( s= Segment Enclosed Angle) Determining inside chord lengths are arrived at from the use of the following "properties of a circle" formulas. Note: Use of trigonometry tables or a calculator with trig functions is necessary. C = 2R sine ( /2) C s= 2R sine ( s/2) L = R These formulas will yield the inside chord length C (Inside) and overall s frame width or centerline to centerline dimension of vertical tubes depending on selected option A, B, or C. Using this result the segment length is determined by subtracting the predetermined 1" faces from the inside chord length. A similar calculation will solve for the outside chord length C s(outside) and when subtracting the previous solved segment length we now have determined the outside face dimensions of frame or tube

14 CURVED IN PLAN FRAMES CALCULATIONS EXAMPLE If there is a door opening occuring in the curved in plan opening it would receive the initial attention since most likely a standard size door opening width is being scheduled. Using the scheduled nominal door opening and working to the centerlines of each jamb will result in changes for the calculations at the remaining segment lengths for the adjacent units or lites. (Note: If a door opening is required, indicate swing and also which rabbet will be receiving glass in adjacent lites). We have prepared the schedule below with some typical radii and enclosed angles to show the relative dimensions of frame or tube faces that result based on 534 frames in a five lite wide configuration with all openings being equal in width. Fig.1 on illustrates this situation. Radii 20 ft. Enclosed Angle Inside Face 45 1" Frame Jambs Tube Sections Outside face Inside Face Outside face 1.45" 2" 2.90" 24 ft. 40 1" 1.40" 2" 2.80" 30 ft. 35 1" 1.35" 2" 2.71" 36 ft. 30 1" 1.30" 2" 2.60" 40 ft. 25 1" 1.25" 2" 2.50" 50 ft. 20 1" 1.20" 2" 2.40" Below are some sample calculations using data from the schedule above and instructions from Page Given: Enclosed Angle ( ) = 45 degrees = 45/5 segments = 9 degrees per segment Radius (R) = 20 ft. (240") Using C s= 2R sine (9/2) we get 2(240 in.) sine (4.5) C s= in. (inside chord length) The segment length is the inside chord length less the two 1" inside frame faces " - 2" = 35.66". (Segment Length) This length now will be used to determine outside frame face dimensions. 1" (Inside) 37.66" 35.66" To find the outside frame face dimensions we need to calculate the outside chord length Using the previous formula we get: C s= 2( frame depth) sine (4.5) = in. (outside chord length) To find the outside frame face dimension take the difference between the outside chord length and segment length and divide that by two. ( )/2 = 1.45 in. 1" 35.66" Fig " 38.56" (Outside) 1.45" Ceco offers four basic designs which result in a segmented appearance. In all cases the frames must be welded corner construction with horizontal members butted to verticals

15 Ceco Door Products DISTRIBUTOR TECH DATA Distributor Tech Data CURVED IN PLAN FRAMES DESIGN OF VERTICAL MEMBERS Inside Chord Length OPTION A Indicates the use of a frame section with either 1" or 2" faces at both front and back. When these frames are installed to follow the required arc, the resulting gap between frames is covered with special bent plates, screw attached. Segment Length 16 gage special bent plate by Ceco with #8 x 1/2" PHSMS 16" O.C. Outside Chord Length 1"

16 CURVED IN PLAN FRAMES DESIGN OF VERTICAL MEMBERS Inside Chord Length 1" OPTION B Illustrates individual frames but in this case they are provided with 1" faces on one side and a special face on the opposite side. The joining of the segmented frames can be accomplished by either splines or field tack welding and filler. Segment Length Special Face Outside Chord Length

17 Ceco Door Products DISTRIBUTOR TECH DATA Distributor Tech Data CURVED IN PLAN FRAMES DESIGN OF VERTICAL MEMBERS Inside Chord Length 1" 1" OPTION C Indicates a special vertical tube section with a 2" face on one side and a special face on the other side. Using this make-up and shop assembling multiple units to shipping size limits (10'-0" x 8'-0"), a field connection similar to that shown on is used for final field assemby. Segment Length Special Faces Outside Chord Length

18 CURVED IN PLAN FRAMES ANCHORING CONDITIONS OF END JAMBS OPTION D Illustrates a detail of a frame contour and anchoring condition at end jambs. This contour will be influenced by the wall makeup and anchor selection. Inside Chord Length 1" Segment Length Stud Anchor 5/8" Inside Chord Length 1" Segment Length Special Face Outside Chord Length Masonry Anchor Special Face Outside Chord Length

19 Ceco Door Products DISTRIBUTOR TECH DATA Distributor Tech Data FIELD CONNECTION OF OVERSIZE OPTION C FRAMES Notch horizontal members to clear stops of vertical members. OPEN FRAME SECTION (2) 1/8" Steel Channels CLOSED FRAME SECTION (4) #10 SMS at closed section. CTSK for exposed fastener (FHSMS opt.) when specified. Temporary Spreader If Required

20 KD BORRWED LIGHT

21 TYPICAL WELDED CORNER ASSEMBLIES Reference: This corner has a full and continuous backbend at the head and jambs. It can be used on frames that cap the wall. 1. Miter-saw the ends of the head and jambs at 45. (Note: The face dimensions of the head and jamb have to be equal.) 1a. Clamp the head and jamb at Weld the entire face-miter seam from the inside. Weld is to penetrate to exterior. 2a. Grind the exterior face and fill as necessary. 3. Dress the face-miter seam (exterior) and spot paint. HEAD 4a. If weld penetration occurs, file smooth. 5. Spot paint 2 4. Weld the entire web seam (including the seams between head and jamb rabbets, stops, and soffits) from the backside, with a continuous weld bead. JAMB 4 MITERED WELDED CORNER WELDING TYPE V-6 WEB SHOWN REMOVED FROM JAMB TO WRAP WALL CSF clips required (welded) 1. Cope head as shown. 2. Clamp header and jamb at 90. Weld both faces continuously. Note: CSF clips not required when splines are used. 3. Grind outside faces smooth and paint. BUTTED WELDED CORNER

22 Ceco Door Products DISTRIBUTOR TECH DATA Distributor Tech Data NOTCHED HORIZONTAL BAR NOTCH TO FIT STOP 1. COPE HORIZONTAL BARS AS SHOWN. 2. CUT VERTICAL MULLIONS TO REQ'D LENGTH. SEE PAGES and FOR ASSEMBLY

23 TRANSOM BAR ASSEMBLY AND ROUND ARCH TRANSOM ASSEMBLY TRANSOM JAM TRANSOM BAR WELDING TYPE V8 1. COPE TRANSOM BAR AS SHOWN ON PAGE CUT JAMB TO REQUIRED LENGTH. 3. WELD BOTH FACE SEAMS FROM THE OUTSIDE AND GRIND SMOOTH. 4. SPOT PAINT. TRANSOM BAR ASSEMBLY 1. WELD BOTH FACE SEAMS OF ARCH AND JAMBS FROM THE OUTSIDE AND GRIND SMOOTH. 2. SPOT PAINT. 3. TRANSOM ASSEMBLY INSTRUCTIONS SAME AS ABOVE ( V-8). TRANSOM BAR ARCH ROUND ARCH TRANSOM ASSEMBLY TRANSOM JAMB

24 Ceco Door Products DISTRIBUTOR TECH DATA Distributor Tech Data BUTTED, WELDED CONNECTIONS 1. COPE MULLION AS SHOWN ON PAGE CUT HEAD TO REQ'D LENGTH. 3. FIT MULLION TO HEAD AND CLAMP AT WELD BOTH FACE SEAMS FROM THE OUTSIDE AND GRIND SMOOTH. 5. WELD LENGTH OF BOTH STOP SEAMS FROM THROAT SIDE AND SPOT PAINT. WELDING TYPE V-8 1. COPE JAMB TOP AS SHOWN ABOVE. 2. CUT HORIZONTAL BAR AS SHOWN ON PAGE CLAMP TRANSOM BARS AND MULLIONS AT WELD BOTH FACE SEAMS FROM THE OUTSIDE AND GRIND SMOOTH. 5. SPOT PAINT. WELDING TYPE V

25 SIDELIGHT/BORROWED LIGHT SILL SECTION 1. COPE SILL AS SHOWN ON PAGE FIT SILL TO JAMB AND CLAMP AT WELD INSIDE STOP AND BOTH FACES PER V-6 4. SPOT PAINT. WELDING TYPE V6,V10 or V11 1. BORROWED LITE SILL COPED PER PAGE CLAMP SILL AT JAMB AT 90 AND TACKWELD INSIDE AT STOP. WELDING TYPE V-9 3. WELD BOTH FACE SEAMS FROM THE OUTSIDE AND GRIND SMOOTH. 4. SPOT PAINT. WEB SHOWN REMOVED TO CAP WALL

26 Ceco Door Products DISTRIBUTOR TECH DATA Distributor Tech Data MULLION TO SILL A FOR BASE SILLS 4" OR LESS: 1. COPE MULLION AS SHOWN ON PAGE CUT SILL TO REQUIRED LENGTH. 3. FIT MULLION TO SILL AT WELD BOTH FACE SEAMS FROM THE OUTSIDE AND GRIND SMOOTH. 5. SPOT PAINT. A SLFA ASSEMBLY COMPONENTS ASSEMBLY B COMPONENTS B FOR BASE SILLS OVER 4": 1. COPE BASE SILLS AS SHOWN ON PAGE CUT MULLION TO REQUIRED LENGTH. 3. FIT MULLION TO SILLS AT WELD BOTH FACE SEAMS FROM THE OUTSIDE AND GRIND SMOOTH. 5. SPOT PAINT

27 REMOVABLE TRANSOM BAR CONNECTION TBAN 434 1" TBPL 434 TBPL 534 ALTERNATE USE WHEN FRAME SOFFIT IS LESS THAN 2-1/4" CLIP SET BACK 5/8" 2" 1/4" - 20 X 1/2" RHMS 3-1/4" NOTCH NOTE - NOTCH VERTICAL FOR THIS APPLICATION ONLY CUT TRANSOM BAR TO REQUIRED LENGTH NOTCH JAMB AS SHOWN TBAN 534 WELD ANGLE CLIPS (4) TO TRANSOM BAR (OMIT ONE CLIP ASSEMBLY WHEN CLOSER CORNER BRACKET IS SCHEDULED) WELD REINFORCING PLATES TO INSIDE OF JAMB SOFFIT FIT TRANSOM BAR INTO NOTCHED JAMB AND TRANSFER DRILL THRU ANGLE CLIP INTO JAMB/PLATE (DRILL #7) TAP FOR 1/4-20 MS TBAN AND TBPL ARE 1/8" STEEL

28 Ceco Door Products DISTRIBUTOR TECH DATA Distributor Tech Data SPLINED CONNECTION THERE ARE CERTAIN TIMES WHEN IT BECOMES IMPRACTICAL TO MANUFACTURE A SIDELITE TRANSOM FRAME AS ONE UNIT. IT NORMALLY IS WHEN THE UNIT IS TOO LARGE FOR SHIPPING OR SO LARGE THAT HANDLING COULD CAUSE DAMAGE. WHEN A UNIT BECOMES TOO LARGE, IT IS A GOOD IDEA TO BREAK A FRAME DOWN INTO SEVERAL PARTS. YOU SHOULD CONSIDER SPLITTING FRAME WHEN SIZE EXCEEDS 8' x 8' FOR LOCAL DELIVERY AND 9' x 9' FOR "OVER ROAD" TRUCK. FOR EXAMPLE: 12' - 0" 6070 DOOR OPENING 9' - 0" SPLINE JOINT THE FRAME JAMB PIECES AT THE POINTS BEING SEPARATED WOULD OFTEN HAVE 1" FACES. THEY WOULD BE HELD TOGETHER BY USE OF THE SPLINES. THE "U" SHAPED PART OF THE SPLINE FITS OVER THE BACKBENDS OF THE FRAME SECTION AND ARE THEN DRIVEN INTO POSITION. FOUR SPLINES ARE USED ON OPENINGS UP TO 7'-6". FIVE SPLINES ON 7-6" TO 8'-0" AND SIX ON 8'-0" TO 10'-0" UNITS. THEY SHOULD BE LOCATED AT ABOUT 3" FROM EACH END AND SPACED EVERY 2 FEET

29 FRAME OPEN SECTION SPLICED CONNECTIONS SPLICED CONNECTION USING A SLEEVE 1. FIT CLOSER REINFORCEMENT HALFWAY INTO FRAME SECTION. 2. FIT OTHER FRAME SECTION TO BUTT JOINT. 3. TACKWELD REINFORCEMENT TO INSIDE OF FRAME RABBETS. 4. WELD FACES, GRIND SMOOTH AND PAINT. NOTE: THESE SPLICES SHOULD PREFERABLY OCCUR AT INTERCONNECTING JOINT OF TRANSOM BAR AND MULLION. SPLICED CONNECTION USING PLATES 1. FIT BACKING PLATES HALFWAY INTO ONE OF THE FRAME SECTIONS TO BE MATED, CLAMP INTO POSITION AND STITCHWELD INTO PLACE. 2. FIT THE OTHER FRAME SECTION TO BACKING PLATES, ALIGN CAREFULLY AND MATE THE TWO FRAME SECTIONS TOGETHER. CLAMP THE SECOND FRAME PIECE TO THE BACKING PLATE. STITCHWELD BOTH FRAME SECTIONS TO BACKING PLATES FROM THE INSIDE. 3. STITCHWELD (1" LONG) SEAM BETWEEN ADJOINING FRAME RABBETS FROM THE INSIDE. 4. TACKWELD BACKBENDS FROM THE INSIDE. 5. WELD THE SEAM BETWEEN ADJOINING FRAME FACES FROM THE OUTSIDE AND GRIND SMOOTH. 6. IF WEB SEAM IS NOT CONCEALED BY IMPOST, FILL THE LENGTH OF WEB SEAM FROM THE OUTSIDE AND GRIND SMOOTH. 10" DIM "A" 16 Gage steel Dim "A" = Face dim minus 3/16"

30 Ceco Door Products DISTRIBUTOR TECH DATA Distributor Tech Data SPLICED CONNECTION BOLTED FOR FIELD ASSEMBLY CTSK for exposed fastener (FHSMS optional) when specified OPEN FRAME SECTION CLOSED FRAME SECTION Complete upper frame section shipped in one unit Temporary Spreader If Required (4)#10 SMS at closed section 14 GA. STEEL CHANNEL SPLICE Notch stop at vertical member to clear stop of horizontal member (2)#10 SMS at open section (2) 1/8" STEEL CHANNELS Complete lower unit shipped in one unit 8'-2" 2'-10" splice splice splice 10'-0" 7'-2" EXAMPLE OF FIELD SPLICE

31 REMOVEABLE MULLION A MULLION MOUNTING BRACKET IS ATTACHED TO FRAME HEAD OF RABBETS BY MEANS OF (2) 3/8" PLUG WELDS (STD.) OR (4) #12 M.S. (OPT.) HINGE JAMB 1-3/4" TO SUIT MULLION 1-9/16" MIN. 3-9/16" MAX. 13/16" A 12 GA. STEEL (MIN.) HEAD MOUNTING BRACKET #12 x 1/2" FHMS AT (8) PLACES 1" MIN. 12 GA. STEEL REINFORCEMENT WELDED TO MULLION - TYPICAL HEAD CONNECTION SILL BRACKET IS FASTENED TO FLOOR BY CONTRACTOR...FASTENERS TO SUIT FLOOR NOT FURNISHED BY CECO INSIDE OUTSIDE 12 GA. STEEL MINIMUM SILL MOUNTING BRACKET SILL CONNECTION REMOVABLE MULLION FRAME HEAD FLOOR HINGE JAMB HINGE JAMB SLIDE MULLION INTO PLACE AND FASTEN TO MOUNTING BRACKETS W/ #12 FHMS FURNISHED STRIKE PREP SILL CONNECTION

32 Ceco Door Products DISTRIBUTOR TECH DATA Distributor Tech Data 90 CORNER CONNECTIONS AT TOP AND INTERMEDIATE POINTS COPED END HEAD CONNECTION AT TOP HORIZONTAL MULLION CONNECTION AT INTERMEDIATE POINT WELD COMPONENTS PER

33 90 CORNER CONNECTION OF IMPOST AT SILL CORNER IMPOST SILL BRACING STRAP WELD COMPONENTS PER

34 Ceco Door Products DISTRIBUTOR TECH DATA Distributor Tech Data GLAZING BEAD APPLICATIONS 1-15/16" RABBET 1 1 GLAZING MATERIAL 1 NOT BY CECO 2 GLAZING BEAD (VERTICAL and HORIZONTAL) 1-15/16" RABBET 3/8" POCKET 3/8" POCKET 2 2 DOUBLE RABBET FRAME SINGLE RABBET FRAME GLAZING BEAD APPLICATION 5/8" 5/8" 18 GA. GALVANIZED STEEL 1-15/16" RABBET 3 3/8" PANEL - 18 GA. GALV. STEEL FACE SHEETS W/ 5/16" CORRUGATED PAPER CORE #8-18 x 1 1/2" Phillips Oval Head TEK Screw PERFORATED AND DIMPLED HOLE 3 PANEL RETAINING BEADS (VERTICAL and HORIZONTAL) PANEL RETAINING BEAD APPLICATION "TGB" GLAZING BEAD STICK AVAILABLE IN 10'- 0" LENGTH, PRIME PAINTED

35 GLAZING BEAD DETAILS NOTE: CUT GLAZING BEADS SO DISTANCE FROM EACH END TO FIRST HOLES ARE EQUAL BUT NOT EXCEEDING 4-1/2". EQUAL 8" ON CENTERS EQUAL GLAZING BEAD STANDARD 1. Will be set hard against the inside soffit (unless it is single rabbet or requested differently) of the frame with one screw unless customer specifically indicates that the bead needs to be set with a pocket. 2. When bead is requested to be set, pocket size must be given. Horizontal pieces run from rabbet to rabbet. Vertical pieces will butt inside the two horizontal pieces. Bead will be attached using oval head TEK screws. 3. No hole will be spaced greater than 4-1/2" from the end of the bead. This standard reflects the procedure that will be used by Ceco Door when this product is being fabricated. Any deviation to this standard must be communicated at the time an order is placed with Ceco

36 DEPTH SERIES SU & SQ STICKS PLAIN 1, 2 AND 4 FACES DOUBLE RABBET PROFILE SHOWN - OTHER "SQ" PROFILES ARE AVAILABLE - STANDARD STOP IS 5/8" HIGH OTHER FACE DIMENSIONS ARE AVAILABLE FROM PRODUCTION 1" FACE SU (stock) 10' - 4" SQ or Special SU 10' - 0" 2" FACE DEPTH SU (stock) 10' - 4" SQ or Special SU 10' - 0" DEPTH SU (stock) 10' - 4" SQ or Special SU 10' - 0" 4" FACE

37 Ceco Door Products DISTRIBUTOR TECH DATA Distributor Tech Data SERIES SU AND SQ STICKS TRANSOM LOCK JAMBS 2 AND 1 FACES WITHOUT NOTCH 5/8" HIGH. OTHER FACE DIMENSIONS ARE PROFILES ARE AVAILABLE - STANDARD STOP IS DOUBLE RABBET PROFILE SHOWN - OTHER "SQ" AVAILABLE FROM PRODUCTION 41.81" 41.81" SU (stock) 10' - 4" SQ or Special SU 10' - 0" STRIKE C L SU (stock) 10' - 4" SQ or Special SU 10' - 0" STRIKE CL 2" FACE 1" FACE

38 SERIES SU & SQ STICKS TRANSOM HINGE JAMBS 2 AND 1 FACES WITHOUT NOTCH 2" FACE 1" FACE DOUBLE RABBET PROFILE SHOWN - OTHER "SQ" PROFILES ARE AVAILABLE - STANDARD STOP IS 5/8" HIGH. OTHER FACE DIMENSIONS ARE AVAILABLE FROM PRODUCTION 31" 31" 33" 6'-8" 7'-0" 7'-2" 6'-8" 7'-0" 7'-2" FOR 1-3/4" DOORS SU (stock) 10' - 4" SQ or Special SU 10' - 0" 33" 34" 34" 4-1/2" HIGH x.134" THICK TEMPLATE BUTT-HINGES. CONVERTIBLE FOR.180 THICKNESS. SU (stock) 10' - 4" SQ or Special SU 10' - 0" 31" 31" 33" 33" 34" 34" 9" 9" DEPTH DEPTH

39 Ceco Door Products DISTRIBUTOR TECH DATA Distributor Tech Data B MULLION PROFILE AND STICKS HAT SECTION FRAME SECTION SU (stock) 10' - 4" SQ or Special SU 10' - 0" 6" 6" DEPTH MULLION STICK 5/8" 1-15/16" 1. PLACE HAT SECTION IN THROAT OF FRAME. 2. 1" FILLET WELD SEAMS AT 6" CENTERS (STAGGERED). 3. GRIND WELDS SMOOTH AND PAINT. NOTE: WHEN ASSEMBLING THE "B" MULLION IN SIDELITE OF BORROWED OR TRANSOM FRAMES, THE EXPOSED SEAM SHOULD BE FILLED AND GROUND SMOOTH. 5/8" 1-15/16" DOOR RABBET "B" MULLION PROFILE

40 C MULLION PROFILE AND STICKS SU (stock) 10' - 4" MULLION STICK 5/8" 1-15/16" AVAILABLE WITH PREPARATIONS FOR 4-1/2" OR 5" HINGE OR ANSI 4-7/8" STRIKE. THIS PROFILE LIMITED TO THE FOLLOWING PROFILES ONLY: 4-3/4", 5-3/4", 6-3/4", 7-3/4" AND 8-3/4". 5/8" DEPTH "C" MULLION PROFILE

41 Ceco Door Products DISTRIBUTOR TECH DATA Distributor Tech Data D MULLION PROFILE AND STICKS SU (stock) 10' - 4" SQ or Special SU 10' - 0" MULLION STICK 5/8" 1-15/16" 5/8" "D" MULLION PROFILE

42 SERIES SU AND SQ FRAME SILL BASES DEPTH VARIES 3PC. CONSTRUCTION FOR FACES OVER 4" *WELDING TYPE V10 1-1/2" WIDE BRACING STRAP (16 GA.) WELD TO SILL O.C. AS REQUESTED 12" (STANDARD) OR TO SUIT (SPECIAL) SU & SQ 14 GA. GALV. STEEL STOCK LENGTH: 8'-4" PRIME PAINTED SHIPPED IN COMPONENT PIECES DEPTH VARIES 2PC. CONSTRUCTION FOR FACES OVER 4" 12" (STANDARD) OR TO SUIT (SPECIAL) *WELDING TYPE V10 SQ * SILLS 3" THRU 12" USE TYPE V10 WELD AT JAMB (SAME PROCEDURE AS TYPE V6 WELD. REFER TO )