ClP5i>\t< h-t I ni c \ 4 ENCLOSURE No. 0 25 ENCLOSURE No. 10 Keyplate K5 (front) page 47 Keyplate Kll (side) page 53 Panel D22 page 60 Transom TPl . page 65 Glass .... page 68 Frieze F4 page 79 Sill SI. page 87 Hardware .... page 88 Finish page 94 26 27 ENCLOSURE No. 11 Keyplate K5 Panel D5 . page 47 page 57 Transom TPl page 65 Glass . page 68 Frieze F3 . page 79 Pilaster P2 page 83 Sill SI. page 87 Hardware . page 88 Finish . page 94 28 ENCLOSURE No. 11 29 ENCLOSURE No. 12 Keyplate K5 .... page 47 Panel D28 .... page 61 Transom TP3 .... page 65 Glass . page 68 Cornice or Header, Same as Pilaster P2 page 83 Frieze F2 ..... page 79 Pilaster P2 .... page 83 Sill SI . page 87 Hardware. page 88 Finish. page 94 30 ENCLOSURE No. 12 ENCLOSURE No. 13 Keyplate K2 Panel Dll Glass . Jamb J1 Trim T4 Cornice C2 Sill SI. Hardware . Finish page 44 page 58 page 68 page 71 page 73 page 77 page 87 page 88 page 94 ENCLOSURE No. 13 ENCLOSURE No. 14 Keyplate K8 page 50 Panel D2 . page 57 Transom TP12 page 66 Glass . page 68 Jamb J1 page 71 Trim T12 . page 75 Frieze Fl page 79 Pilaster Pl5 page 85 Sill SI . page 87 Hardware . . page 88 Finish . . . . page 94 34 35 ENCLOSURE No. 15 Keyplate K7 ..... page 49 Panel—-Doors DIO .... page 58 Panel — Stationary D17 . page 59 Transom TP14 . page 67 Glass . page 68 Jamb J1.page 71 Trim T7 ...... page 74 Frieze F6.page 80 Frieze F9 ...... page 81 Pilaster P13.page 85 Pilaster P14 ..... page 85 Sill . page 87 Hardware page 88 Finish . . page 94 ENCLOSURE No. 16 Keyplate K3, Adapted to Double Hatchway .... page 45 Panel D14 .... page 59 Transom TP18 .... page 67 Glass . page 68 Jamb Jl . page 71 Trim Til, Omitting Ornament page 75 Frieze F5 ..... page 80 Pilaster PI 6 page 85 Sill SI . . page 87 Hardware . page 88 Finish, Grained to Match Oak page 94 38 39 ENCLOSURE No. 17 Keyplate K7 . page 49 Keyplate K10 . page 52 Panel DlC .... page 59 Transom. TP16 .... page 07 Glass . page 68 Jamb J2 . page 71 Trim Tl . page 73 Frieze FI, Omitting Discs . . page 79 Sill . page 87 Hardware . page 88 Finish . page 94 40 ENCLOSURE No. 17 41 SECTION TWO Keyplates Q HE application of the Keyplate to the hatchway condition is the initial step in selecting the design of enclosure. All typ es of enclosure plans and door arrangements are shown in the keyplates of this section. Dimensions giving spacing and clearances are indicated, all based on door thickness of lM inches. Where dimensions are not given for certain members, they can be varied to suit wall thick¬ nesses, type of design, etc. 42 VERTICAL SECTION VERTICAL SECTION WITHOUT TRANSOM WITH TRANSOM WITHOUT TRANSOM KEYPLATE Kl ONE-PANEL FRONT, SINGLE SLIDING DOOR Panels. Transoms . . . Glass . . . . page 56 . . . page 64 Jambs. Trims. Cornices. . . page 70 Friezes . . . page 72 Pilasters. . . page 76 Sills. Hardware . . . Finishes . . . . . . . page 88 . . . page 94 43 WITHOUT TRANSOM Panels . T ransoms Glass . KEYPLATE K2 TWO-PANEL FRONT, page 56 Jambs.page 70 page 64 Trims.page 72 page 68 Cornices.page 76 TWO-SPEED DOORS Friezes .page 78 Hardware Pilasters.page 82 Finishes . Sills.page 86 page 88 page 94 44 VERTICAL SECTION WITHOUT TRANSOM VERTICAL SECTION WITH TRANSOM KEYPLATE K3 TWO-PANEL ERONT, SINGLE SLIDING DOOR AND STATIONARY PANEL Panels . Jambs .... . . . . page 70 Friezes . . . . . . . page 78 H ard ware Transoms . . . . page 64 Trims .... . . . . page 72 Pilasters . . . . . . . page 82 Finishes . Glass . . . . page 68 Cornices . . . . . . . page 76 Sills. page 88 page 94 45 VERTICAL SECTION WITHOUT TRANSOM VERTICAL SECTION- WITH TRANSOM PLAN KEYPLATE K4 THREE-PANEL FRONT, TWO-SPEED DOORS AND STATIONARY PANEL Panels . page 56 Transoms . page 64 Glass . page 68 Jambs . page 70 Trims . page 72 Cornices . page 76 Friezes . page 78 Hardware Pilasters . page 82 Finishes . Sills . page 86 page 88 page 94 46 WITH TRANSOM VERTICAL SECTION VERTICAL SECTION WITHOUT TRANSOM WITH TRANSOM KEYPLATE K5 THREE-PANEL FRONT, SINGLE SLIDING DOOR AND TWO STATIONARY PANELS Panels . page 56 Transoms.page 64 Glass . page 68 Jambs . Trims . Cornices page 70 page 72 page 76 Friezes Pilasters Sills . . page 78 Hardware page 82 Finishes . page 86 page 88 page 94 VERTICAL SECTION WITHOUT TRANSOM VERTICAL SECTION WITH TRANSOM FOUR-PANEL FRONT, Panels. page 56 Jambs . Transoms. page 64 Trims . Class. page 68 Cornices KEYPLATE K6 TWO-SPEED DOORS AND TWO . page 70 Friezes . . page 72 Pilasters . . page 76 Sills . STATIONARY PANELS . page 78 Hardware.page 88 . page 82 Finishes.page 94 . page 86 48 WITH TRANSOM WITHOUT TRANSOM VERTICAL SECTION WITHOUT TRANSOM VERTICAL SECTION WITH TRANSOM KEYPLATE K7 FOUR-PANEL FRONT, CENTER OPENING DOORS AND TWO STATIONARY PANELS Panels . Jambs .... . . . . page 70 Friezes . . . Hardware . . . . . . page 88 Transoms . . . . . . page 64 Trims .... . . . . page 72 Pilasters . . . . . . . page 82 Finishes . . . . . . . page 94 Glass . Cornices . . . . . . . page 76 Sills . 49 MINIMUM 2-O' VERTICAL SECTION VERTICAL SECTION WITHOUT TRANSOM WITH TRANSOM WIDTH- o PLAN IvEYPLATE K8 FIVE-PANEL FRONT FOR TWO ELEVATORS, TWO PAIRS TWO-SPEED DOORS AND ONE STATIONARY PANEL T Panels. Jambs . . . . Friezes . . . Hardware . . . . . . page 88 Transoms . . . Glass. Trims .... Cornices . . . Pilasters . . . Sills. . . . . page 82 . . . . page 86 Finishes . . . . • • • page 94 50 KEYPLATE K9 THREE-PANEL FRONT, THREE-SPEED DOORS Panels .... Transoms . . Glass .... .... page 56 .... page 64 .... page 68 Jambs . . Trims . . Cornices . . page 70 . page 72 Friezes . . . Pilasters . . . Sills . . . . page 78 . . . page 82 . . . page 86 Hardware Finishes . —II ■— ■ 51 Panels.page 56 Transoms.page 64 Glass.page 68 CENTER OPENING FOUR FOLD DOORS Jambs . Trims . Cornices page 70 Friezes . page 78 page 72 Pilasters . page 82 .page 76 Sills . page 86 Hardware . page 88 Finishes . page 94 mor f WITH TRANSOM VERTICAL SECTION WITHOUT TRANSOM VERTICAL SECTION WITH TRANSOM KEYPLATE Kll LEVEL SIDE OR REAR Panels.page 56 Transoms.page 64 Glass . page 68 Jambs . page 70 Trims . page 72 Cornices . page 76 Friezes . page 78 Pilasters . page 82 Sills . page 86 Hardware . page 88 Finishes . page 94 5.‘5 WITH TRANSOM SWING DOOIl FOR PUSH BUTTON ELEVATOR Panels. . . . page 56 Jambs .... . . . . page 70 Friezes . . . . . . . page 78 Hardware Transoms . . . Trims . . . . . . . . page 72 Pilasters . . . . . . . page 82 Finishes . Glass. Cornices . . . Sills. 5 l SINGLE SLIDING DOOR FOR PUSH BUTTON ELEVATOR Panels . page 56 Transoms.page 64 Glass . page 6S Jambs . page 70 Trims . page 72 Cornices.page 76 Friezes . page 78 Pilasters . page 82 Sills.page 86 Hardware . page 88 Finishes . page 94 oo SECTION THREE Panels © HE designs in this section are adaptable to either stationary panels or doors, and can be made in any width or wainscot height. Seven feet has been adopted for standard height of door opening, but in special cases this can vary. The Tyler enclosure door panels are made of heavy gauge material, electrically welded into one piece, and reinforced to withstand the peculiar strains and stresses to which they are subjected. Tyler doors will not twist or warp. Perfect alignment and non-interference with other members is assured. 57 Design D4 Design D6 Design D7 Design D8 Design DIO Design Dll Design D9 Design D12 58 Design D17 Design D18 Design DIG Design D14 Design D15 59 61 Design D35 UiJ Design D34 Design D3G 63 SECTION FOUR Transom Panels 0 RANSOM panels add to the attractive¬ ness of elevator enclosures, balancing the design and producing correct proportion. They are also the means of transmitting light to the elevator shaft. In stores the transoms allow elevator passengers to see the merchan¬ dise displays. The panels illustrated are constructed of cold rolled steel, either flat in section, or molded. In selecting the transom design, consider¬ ation should be given to the style of door used. 64 Design TP3 " Design TP4 Design TPo L..! 1 1 ___ Design TP6 65 Design TP7 Design TP8 Design TP9 Design TPll Design TP12 Design TP13 Design TP14 Design TP15 Design TP16 Design TP17 Design TP18 67 SECTION FIVE Glass Q LASS and glazing should be included in the enclosure specifications. The usual method of setting glass does not provide a satisfactory cushion, and the putties and cements used cause unsightly seepage around the muntin bars or glass frames. The Tyler Company use a pure gum rubber channel for this purpose, assuring proper cushion and neat setting. The glass is held in place by continuous steel stops screwed to the panel frames and muntins. In the event of breakage, this type of setting makes reglazing very easy. The kinds of wire glass generally used for glazing enclosures and their relative degrees of transparency are illustrated on the opposite page. G8 SYENITE WIRE GLASS SINGLE PROCESS CHIPPED POLISHED WIRE GLASS (i!) SECTION SIX Jambs and Soffits © YLER Jambs are constructed of cold rolled steel and with absolutely smooth surfaces, assuring a perfect finish in enamel or plated effects. They are formed with offsets for the door bumpers and operating mechanism. Headers or soffits have housings for the hardware and are reinforced with heavy steel plate. All joints are electrically welded and no screws are visible. 70 71 SECTION SEVEN Trims © NY design of Trim, either plain or orna¬ mental, can be supplied. Those illus¬ trated in this section are standard and therefore can be furnished at less expense. Where profile permits, sections are in heavy gauge drawn steel with all ornament cast, as¬ suring clean, sharp detail, true to form. No screws or visible fastenings are used. 7 ;} Design T3. Width, 3 Inches Design T4. Width, 3% Inches Design T7. Width, 4% Inches Design T6. Width, 3^ Inches Design T8. Width, 5 Inches 74 /D D esign Til. Width, 5 Inches Design T12. Width, 3}/s Inches SECTION EIGHT Cornices Q HERE a more elaborate design is desired than can be procured with trims, Cornices or entablatures can be used. These are adaptable to any width opening, either at door height or above transom. In connection with pilasters, very effective combinations are possible. All ornamental portions are cast. Design Cl Design C2 Design C3 77 SECTION NINE Friezes © HE Frieze section is more generally used as the face member of hanger housing where transoms occur; however, same is frequently combined with trim members and headers to produce a more ornamental effect. 78 Design F3 Design F4 79 Design F5 Design F7 80 Design F9 Design FlO ====S==##==ii — ...- . . • V •, • .5$,-'"':. . %£yL ■*. - < ’, Design Fll Design F12 c i_-t=t ay 81 SECTION TEN Pilasters G HE Pilasters illustrated are variable in width unless the face dimension is given. The length and return dimensions are variable to suit all conditions. Double pilasters can be furnished with inter¬ vening panel if desired. 82 Design Pi Design P2 Design P3 Design P4 Design Po Design P6 Width (! Yi " tc. 83 Design P8 Design P9 Design PlO Design Pll Design P12 Width 4j^" Width 6^" Width 4j^" Width 6^" 84 Design P13 Width 4" Design P14 Width 4" Design P15 Design P16 Width 4%" Design P17 Width 6" Design P18 Width 43>2 ,/ 85 SECTION ELEVEN Sills and Facias O HE Sill is a very important part of an elevator enclosure front. The noise and difficult operation of elevator doors can often be traced to faulty sill construction. Tyler sills are cast solid and extra heavy in section, without the grooves for the door guides. The grooves are cut by machine to micrometer exactness, assuring absolute accu¬ racy in alignment and a perfect fit for the guides, eliminating any possibility of noise or binding. Sills have safety surfacing in the doorways. In cases where sills extend into the shaft, or where desired for finish, steel facias are •» used. These can be made full depth of floor construction. 8(1 f Design SI Design S3 Design S4 Design S2 87 SECTION TWELVE Hardware Q HE Han ger Equipment is vital to the satis¬ factory operation of the enclosure door. In the selection of hangers, the width and weight of door, also the type of operation, must be considered. The Tyler Ball Bearing Hanger and Silent Chain Device illustrated has proven most satisfactory. This Company uses, in connection with its elevator enclo¬ sures, only such types of hangers or operating equip¬ ment that have been found satisfactory by thorough test. All Tyler enclosures are equipped with dust-proof housings for all operating mechanism. Hinged cover plates give easy access for oiling and adjustment. The Tyler pull-down bar lock is most generally used and has been found to need less attention than other types. To assure closing of the elevator door, check equip¬ ment is advisable and is coming into general use. In the type of check illustrated two adjustments are obtainable — one regulating closing pressure, the other the cushion effect. Dimensions of space occupied by check are shown. Tyler equipment is designed to secure proper balance in check operation. 88 TWO-SPEED DOOR CENTER OPENING DOOR SINGLE SLIDING DOOR 89 STANDARD PULL-DOWN BAR LOCK PICK-UP LOCK PULL-DOWN BAR LOCK OPERATED FROM BOTH SIDES FOR PUSH-BUTTON ELEVATORS 90 ||^":' i l O f r • •> ■'V' •#*' ‘-V-v— - - * tei^i :.«V..»S Va&l* -, *£1 ; H fatSI HfflMii * ".'•» ’v {. ■ -t. Mm a }»{[• ?L. • K &V,‘V &- *?>$ fe w «, t V ' Mg »?• m»iI y & i 3K&-S •v** $*££ - 1 W" •»“’ ' '-^VA: Wi -Sf /v fev-' A> khho* I ;,Vv- isite ! - -.':■ !r. r -Vv l A'*??f/ m teH MPi i«V'4? r --'jS i' 1 ,¥< ■■■-- Hi 5. 'Jv 4j§ M v i;■ J.W • ». (1 . ' •' '«£».£ ■ •'. 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