THE J.G.WILSON CORPORATION NEW YORK CITY Established I876 WILS O N • ROLLING STEEL DOORS PATENTED NEW ADDRESS • ooo EAST 38 th STREET NEW YORK CITY Established 1876 ROLLING STEEL DOORS ;■ PATENTED ^ THE J.G.VVILSON‘cORPORAXION ./ , NEW YORK CITY THE J. G. WILSON CORPORATION 11 EAST 36tli STREET, NEW YORK CITY FACTORY: NORFOLK, VA. Catalog No. 35 AVERY LfBPJRY COLUIVIBIA U.'ilVERSITY X AVERY LIBRARY COLUMBIA UNIVERSITY COPYRIGHT 1923 BY THE J. G. WILSON CORPORATION NEW YORK CITY DESIGNED BY STEUERMAN SERVICE, NEW YORK INDEX WILSON STANDARD DOORS WILSON UNDERWRITER LABELED DOORS Types PAGE Carbarn. . 19 Core-oven. . 14 Craneway . 15 Driveway . . . . 11, 12, 13 Fresh-air inlet .... . 10 Railroad track . 8, 11, 12, 13 Shipping platform . . . 10, 16 Window. . 10 Operation Crank . 7, 13 Chain.7, 11, 12 Motor. 8, 15 Self-coiling (non-gear) 7, 10 Through wall . . .7, 12, 13 Construction Bottom bars . . . . . 39 Brackets .... . . 7, 37 Chain catches . . . . . 38 Gears . . . 7, 37 Grooves .... . . . 39 Construction page Hoods.10 to 19 Idlers .38 Locking devices .... 38 Locks.38 Posts (hinged) . . 15, 16, 39 Posts (sliding) .... 17, 39 Shafts.37 Slats. 9 Slidebolts.38 Springs.37 Trolley wire devices . . 19 Wicket doors.18 Dimensions Bottom bars .39 Coils.42 Grooves.39, 42 Posts.39 Recesses.42 Standard spacing of bolts for grooves.37 Specifications. 6 Types PAGE Automatic, 22 to 29, 32 to 31, 36, 37 Corridor.21 to 25 Elevator.21 to 25 Exterior.30 to 36 Fire wall.26 to 29 Gravity closing .... 36 Non-automatic, 21, 30, 31, 33, 34, 35 Room.21 to 25 Stairway.21 to 25 Vertical shaft . . . 21 to 25 Window.32, 36 Ojieration Chain.35 Crank . 24, 25, 29, 33, 34 Gravity closing .... 36 Self-coiling (non-gear) 21, 22, 23, 26, 27, 28, 30, 31, 32, 36 Construction Automatic device. action of.20 Bailie plates.37 Construction page Bottom bars .39 Brackets.7, 37 Fire stops.9, 37 Gears .7, 37 Governors, centrifugal . 26 Gravity closing .... 36 Grooves.39 Hoods.21 to 37 Shafts.37 Springs.37 Dimensions Bottom bars .39 Coils. 13 Grooves.39, 43 Recesses.43 Standard spacing of bolts for grooves.37 Underwriters’ limitations, 6, 21 to 36 Wall inserts.37 Specifications .... 6, 20 Certificate of Ap[)roval 6,20 page . 40, 41 44 to 71 Ordering Instructions Photographs .... Other \^41son Products HMi— THE J. G. WILSON CORPORATION 11 EAST 36th STREET, NEW YORK CITY Atlanta. Ga. Boston, Mass. Buffalo, N. Y Chicago, III. Philadelphia, Pa. Pittsburgh, Pa. St. Louis, Mo. Washington, D. C Cleveland, Ohio Dallas, Tex. Los Angeles, Cal, BILLINGS. MONT. BUTTE. MONT. CHARLOTTE. N. C. CINCINNATI. OHIO COLUMBUS, OHIO DAYTON, OHIO DENVER,COLO. FT. WORTH. TEXAS GREENVILLE, S. C. HONOLULU. T. H. HOUSTON, TEXAS KANSAS CITY, MO. MINNEAPOLIS, MINN NEW ORLEANS, LA. NORFOLK. VA. PHOENIX, ARIZ. PORTLAND, ORE PUEBLO, COLO. RICHMOND, VA. ROCHESTER, N. SALT LAKE CITY, UTAH SAN ANTONIO, TEXAS SAN DIEGO, CAL. SAN FRANCISCO. CAL. SCRANTON, PA. SEATTLE, WASH. SPOKANE, WASH. SYRACUSE. N. Y. TOLEDO, OHIO WILKES-BARRE, PA, HE first Wilson Rolling Steel Doors were installed in 1876. The manner in which they met a definite industrial need won them immediate recog¬ nition. It has been the constant study of our organization during all these widen the scope of their usefulness and to improve upon their quality and serviceability. Today they are in successful use in railroad buildings, warehouses, piers, and industrial plants throughout the country and in foreign lands. The remarkable durability of Wilson Rolling Steel Doors is shown by the fact that installations made many years ago are still rendering satisfactory service. They offer maximum fire resistance and discourage theft. Overhead and out of the way—they afford maximum useful floor space. They are easily operated. All gears are protected against exposure to the elements. The slats are inter¬ locking ; in case of serious damage new ones can be readily inserted and the damage quickly repaired. It is advisable to make provision for rolling doors at the time the plans of the building are being considered. Our advice, suggestions and preliminary plans are placed freely at the disposal of the architect, engineer, contractor or owner. For conditions not covered herein, or for other information, address the nearest of our offices listed on the opposite page. years, to THE J. G. WILSON CORPORATION PAGE 6 Established 1876^, JC WllSOM COUKWATTCM A Construction of Wilson Rolling Steel Doors Wilson Standard Doors For methods of application and operation see pages 10 to 10 CURTAIN—made up of slats of open-hearth or copper-bearing steel, electro-galvanized with .3 of an ounce of spelter per square foot of surface. Wilson slats have malleable iron end locks to prevent lateral movement and to provide a wearing surface on both sides- Illustrated page 9. Bottom reinforced by a galvanized angle. Unless otherwise specified, slats of the following gauges are used: For openings up to 12' 6" wide—22 U. S. Standard gauge From 12' 6" to 18' wide— 20 U. S. Standard gauge From 18' to 30' wide— 18 U. S. Standard gauge SHAFTS—Commercial black iron pipe of sufficient diameter to carry the load, each end fitted with collar bearings and with self- lubricating bushings. Shaft journals are of malleable iron. Illustrated page 37. SPRINGS—Helical type, inside of shaft, of sufficient strength to counterbalance weight of curtain at any point, with a factor of safety of 25% in excess of the actual weight of the curtain. Illustrated page 37. GROOVES—Special channel thick, depth not less than 23^^", Doors over 14' wide fitted with Wilson Safety Grooves and Anchors, securely bolted to budding with suitable bolts. Illus¬ trated page 39. BRACKETS—Gray cast iron, enclosed type, not less than thick¬ ness of web, flanges of ample strength for securing to building by not less than one through bolt, other bolts expansion type 4" X Yi'. GEARS—Gray cast iron, machine moulded pitch, 1" face, simple or compound depending on weight of curtain. Journals cold rolled steel studs riveted into web of bracket. AU parts effec¬ tively protected from weather and accessible for lubrication. HOODS—No. 24 gauge standard galvanized copper-bearing steel sheets. Where wider than 10 feet made in sections with rein¬ forcing braces at joints. Flashed into building where exposed to weather. MOTOR OPERATED DOORS—Illustrated pages 8 and 15. Wilson Underwriter Labeled Doors For methods of application and operation see pages 21 to 36 FOR OPENINGS IN VERTICAL SHAFTS (ELEVATORS AND STAIRWAYS), CORRIDORS OR ROOM PARTITIONS— Illustrated pages 21 to 25. Types 21 to 26 inclusive, according to construction of opening, i.e., on face of wall or between jambs. Curtains of No. 2 or No. 2 Jr. interlocking slats No. 20 U. S. Standard gauge, open-hearth or copper-bearing steel, electro- galvanized with .3 of an ounce of spelter per square foot of surface. Manually or mechanically operated. Automatic or non-automatic. Area of wall opening not to exceed 80 square feet, neither width nor height to exceed 12 feet. FOR OPENINGS IN FIRE WALLS—Illustrated pages 26 to 29. Types 31 to 35 inclusive, according to construction of openings, i.e., on face of wall or between jambs. Curtains of No. 2 or No. 2 Jr. interlocking slats. No. 16 U. S. Standard gauge, open- hearth or copper bearing steel, electro-galvanized with .3 of an ounce of spelter per square foot of surface, manually or mechan¬ ically operated, automatic. Area of wall opening not to exceed 80 square feet, neither width nor height to exceed 12 feet; two doors per opening. FOR OPENINGS IN EXTERIOR WALLS—Illustrated pages 30 to 36. Types 41 to 51 inclusive, according to construction of openings, i.e., on face of wall or between jambs. Curtains of little No. 4 interlocking slats. No. 22 U. S. Standard gauge, open- hearth or copper-bearing steel, electro-galvanized with .3 of an ounce of spelter per square foot of surface; manually or mechan¬ ically operated, automatic or non-automatic. Area of wall open¬ ing not to exceed 100 square feet, neither width nor height to exceed 12 feet. If any of the above doors are too large to bear the Underwriters’ label, the entire matter is submitted to their inspector and a certi¬ ficate of approval may be issued. Ectabllehed ld 76 ^ <. na jcwiisoM cownuaroN s IIMMIIItlilMiilllMMIIMIIIIIIIItlll IMMIIIIIIIIIIIIIIIMIIIIIII Type S.C. 11—Manually op¬ erated, self coiling, face of wall Type S.C. 22—Manually op¬ erated, self coiling, between jambs Type C.G.O. 11—Mechani¬ cally operated, chain gear, through wall Type K.G. 11—Mechanically oper¬ ated, crank gear, face of wall, oper¬ ated from one or both sides PAGE 7 Type C.G. 11—Mechanically operated, chain gear, face of wall Type C.G. 22—Mechanically operated, chain gear, between jambs Methods of Operation Types S.C. 11 and S.C. 22 are usually employed for open¬ ings containing 80 square feet or less. With this method doors are raised and lowered by a handle on the bottom bar. Types C.G. 11, C.G. 22 and K.G. 11 are usually used for openings between 80 and 300 square feet in area. Type C.G.O. 11 is used where door is mounted on the ex¬ terior and operated from the interior. Usually used on openings between 80 and 300 square feet in area. All geared doors can be fm'nished with right or left hand operation. PAGE 8 III! IMMIMIIIIMIIMMIIMil DOOBS-PARTmONS-BUNDS J ^ WABDRODES •’ \k;JHEaCVVllS0NC0RPCTIA7T0N A REDUCTION! GEAR ■HOUSING MOTOR ^ 7; DRIVING ( SPROCKET MAGNETIC i BRAKE LIMIT SWITCH BOXES TRAVELING NUT SHAFT TO OPERATE LIMITS EMERGENCY HAND CHAIN OPERATION TYPE M.O. 11 Usually used for large doors such as craneway openings, railroad track entrances, etc. Equipped with Wilson motor units Nos. 1,2 orS,depend¬ ing on size of door. Units consist of motor, reduction gears, solenoid brake, limit and starting switches and emergency hand chain. Motor is directly connected to reduction gears by means of flexible coupling; transmission of power from reduction gear to door shaft is accomplished by means of roller chain, affording minimum strain on curtain in start¬ ing and stopping. Limit switches control travel of door in either direction. Illustration shows standard equipment, including start¬ ing switch of the enclosed safety type, externally operated. When the door is to be opened the handle of the starting switch is raised, the limit switches stopping the motor when the door reaches the top of the opening. To close the door the position of the handle is reversed and the door stops at the sill by action of the limit switches. No further attention is necessary. To stop door at any point between head and sill bring switch handle into a neutral or horizontal position and the door stops. By means of remote control equipment, door may be operated from an ofBce, superintendent’s desk, or other convenient place. No wiring or conduit is supplied. Apply for details. ■ Established 1876 ^ f \.. OOORS'PAimnONS'BLlNDS Af WARDRODES ^7 N^IME ^JJiSOmMWRAtlON^' lllllllllllllllllllli ll•llnlllllMllltnlltMlllllllnlllllillll•llllllMlMll•lllll iiiiiiiiiiitiiitiiiiiiiiMitiiitiiiiiiiiiiiiiiiiiiiliiiiiiiiiiniiiiiiiiiii PAGE 9 Hi" 4 slat, side exposed to weather Big 4 slat, side not exposed to weather Little 4 slat, side exposed to weather Little 4 slat, side not exposed to weather No. 2 slat, side exposed to weather No. 2 slat, side not exposed to weather No. 2 Junior slat, side exposed to weather No. 2 Junior slat, side not ex¬ posed to weather Slats Big 4 slats are used on Wilson Standard doors for openings wider than 10'. They are so designed that there is an equal amount of tnetal on both sides of a vertical line drawn through the center of the interlock¬ ing joints, thereby distributing fric¬ tion in the grooves equally—an ex¬ clusive Wilson feature. The slats are Zy%' wide and Ihe deep corruga¬ tions J/s ", provide the greatest rigid¬ ity, are so designed as to protect the joints from abra.sion and present the same appearance on both sides. This slat is made in Nos. 22, 20, 18 and 16 U. S. Standard gauges. Little 4 slats are similar to the Big 4, except in depth of corruga¬ tion which is 5^", and are used on openings up to 10' in width and for W ilson Underwriter labeled doors for exterior openings. They are made in Nos. 22 and 20 U. S. Stand¬ ard gauges. No. 2 slats are used on Wilson Underwriter labeled doors for ver¬ tical shaft, corridor and room open¬ ings (of 20 gauge steel) and for lire wall openings (of 16 gauge steel). No. 2 Junior slats are similar to the No. 2 and are used on doors for openings where coil space is limited- They are made in Nos. 22 and 20 U. S. Standard gauges. All Wilson slats are made of open-hearth or copper bearing steel, electro-galvanized with .3 of an ounce of spelter per square toot of surtace. Wilson slats have malleable iron endlocks to prevent lateral movement, and to provide a wearing surface on both sides. Little 4, No. 2, and No. 2 Junior slats have these shields so shaped as to prevent smoke and flame from passing through grooves. PAGE 10 ......Ill till.Mill llllllllllllllll•llllllll■lllllll■lllll■'l■■■l■■■*""*"""**"l'""*'*"'""""**’""'"*"""""" f umo^. t-. DOORS'PAATTTIONS'BLINDS : WARDDOOES ■<. Tw jcvflisoN cotmuinoN^ Section—Type S.C. 11 Section—Type S.C. 22 i'.l.. . --J rr Plan—Type S.C. 11 Plan—Type S.C. 22 Wilson Standard Doors Type S.C. 11—Non-geared door, coil and grooves on face of wall, giving clear height and width. Manually oper¬ ated by handle on bottom bar. Specify Wilson S.C. 11. Type S.C. 22—Non-geared door, coil beneath lintel and grooves between jambs. Manually operated by handle on bottom bar. Specify Wilson S.C. 22. These types usually used on openings of 80 square feet in area or less, such as shipping platforms, fresh air inlets, etc. For details and dimensions, see page 42. Wilson Underwriter Labeled Doors illuslraled on pages 21 io 36. Wilson Standard Doors Type C. G. 11 —Chain-geared door. Coil and grooves on face of wall, giving clear height and width. Mechanically operated by endless chain. Specify Wilson C.G. 11. Type C.G. 22—Chain-geared door, coil beneath lintel and grooves between jambs. Mechanically operated by endless chain. Specify Wilson C.G. 22. These types usually used on openings of 80 to 300 square feet in area, such as driveways, railroad track openings, etc. Gearing can be placed at either right or left hand side of opening, and its ratio will be such as to insure easy and sufficiently rapid operation. For details and dimensions, see page 42. Plan—Type C.G. 22 Wilson Underwriter Labeled Doors illustraled on pages 21 to 36. iiiiiiiiiiiiiiiiiiiiiitiiiiiiMiiiiiiiiniininiiiiiiiMiiiii null iiiitniiMiiiiiiiiniiiii iiiiiMiitiniiiiiiiiiiiiiiiii PAGE 12 Elevation—Exterior of Wall Plan Section Wilson Standard Doors Type C. G. O. 11—Chain-geared door operated through wall. Coil and grooves on face of wall, giving clear height and width; mechanically operated by endless chain on opposite side of wall. The through wall shaft may be located at bottom of coil where necessary, instead of top as shown. Specify Wilson C.G.O. 11. Usually used where door is mounted on the exterior and operated from the interior. For doors between 80 and 300 square feet in area such as driveways, railroad track openings, etc. Details and dimensions for this type furnished on application. Wilson Underwriter Labeled Doors illustrated on pages 21 to 36. ■ E*tabU«hed l87fe^ PAGE 13 ..MiMIIMII.1111111 • 1111 • 1111M11111 tl ■ 111111II11 III 111111111M1111111111111111111111111111111111111111M11111111111111M M1111MIIM III Itl 1111111M1111MIMI Milt IIIII111 III 11III llll I till ■ MI Mtlltl I If 11 Itt Elevation Plan Section Wilson Standard Doors Type K.G. 11—Crank-geared door. Coil and grooves on face of wall, giving clear height and width. Mechanically operated by crank on one or both sides of wall. Sjrecify Wilson K.G. 11. Usually used on openings of 80 to 300 square feet in area, such as driveways, railroad track openings, etc. For details and dimensions, see page 12. Wilson Underwriter Labeled Doors illuslraled on pages 21 to 36. PAGE II ........I.mil........ 11 ii i m 11 ..in iiii i ii 111 ........in.inn.nnnnnn...inn. (•. DOORS-PARTmONS-BLINDS t \ WARDROBES JG WIISOH COUORATTON X • WtW TOM CTTT Section—Type 12. Showing coil nioimted on top of oven Wilson Standard Doors FOR CORE OVENS Type II (Core-oven door)—coil and grooves on face of wall, giving clear height and width. Coil is placed one foot above lintel. Grooves provided with slotted holes to allow for expansion. Edges of slats provided with “lire stops” preventing escape of heat. IMechanically operated by endless chain. Specify Wilson Core Oven Type 11. Type 12 (Core-oven door)—IVith coil placed on top of oven, used as an alternate to Type 11. With the exception of the location of coils, both constructions are similar. Specify Wilson Core Oven Type 12. It is well to indicate the temperature to be maintained in the oven. See page TO for photo¬ graphs of similar installations. Details and dimensions for this type fur¬ nished on application. Wilson Underwriter Labeled Doors illuslraled on pages 21 lo^36. Section—Type 11 f ^ DOOIIS'I>AmTnONS-Bt.lNOS / WAitOnoOES j. THE JCWIISOK COSmUATtON v HTW TOW CITY tiniiiitnnilitttninniiiiiiiiiiiiiiiiiiiifiiiiiiiiiiiiiiitiiiiiiiitintiiMi PAGE If) ....I..........11 III I itti nil III . . . . . . Above —Elevation—doors partly raised Belotv —Plan—showing motor unit for doors, also for posts and flaps Section ■n Plan — showing groove fastened to masonry Section through hinged post Crane-way Doors Motor-Operated Construction shown consists of three doors with liinged posts separating them and hinged flaps at sides to close the si)ace above the crane rail. Doors are operated simul¬ taneously by one motor unit, illustrated on page !i, posts and flaps by a separate motor unit, giving clear opening for crane to pass through as shown at right. The posts and flaps are locked and unlocked auto¬ matically by action of the motor unit. Posts and flaps have grooved edges to receive doors, and below them, stationary grooves are fastened to masonry. Entire construction is supporteil by trusses and beams. It is nece.ssary to provide proper support in accord¬ ance with details which we will be glad to submit. See page 69 for photographs of similar installations. PAGE 16 111111111 iiiiiiiiniiiiiiii illlllllllllllMniMII ' Established lfl7^ ?. THE J.C VVllSOH CORTOHAIION A Movable Posts—Hinged Type For very wide openings or where only a portion of the opening is to be used. Posts are made up of plate and channel to form double groove. When in a closed position posts are locked to floor with bolt as shown. Doors can be operated independently of each other. This construction is often more convenient than using one large door. When doors are raised the posts are swung parallel to ceiling by means of rope and puUeys. They can also be made to swing obliquely or in the same plane as the door. (See pages 64 and 65.) Apply for details. k DOORS'PARTmONS'BLINDS .'Jf '• WARDItODCS •7/ j^THE J&WILSOM COafOMIIOH ^ llliniMMIMMI IMIIMII PAGE 17 ..IIIIM11M MIMI i 1111 i III i i .I.I.III It IIIIII.ItlllMM Elevation Plan—post in position - - Plan showing post moved to side of opening giving clear width Section through center of opening Elevation and Section Post operated by endless chain and gearing. See page 70 for photograph of similar installation Movable Posts—Sliding Type For very wide and high openings or where .swinging posts are not suitable. I’hey are made up of angles, plates and I-heam forming double grooves and carried by trolley on overhead I-beam track. When in closed position they are bolted to floor. When doors are raised, posts are drawn to side of opening, giving clear width and height. Posts can also be moved by endless chain gearing, instead of by hand, as illustrated at lower right side. Apply for details. PAGE 18 ....nun.nniinnnnni nnnnnni.... nnnnnni.... f i- DOORS'PARTmoKS - BLINDS % WARDROBES JCWllSON CORPOHATION A KrwTOWteinr View showing rolling steel door partially raised with frame and wicket door at right side of opening partially swung back. Pusey & Jones plant, Wilmington, Del. Wicket Door Made up of angle iron frame and wicket door hinged to groove at side. Wicket Door made up of slats. Frame acts as a groove on outer edge, door is provided with lock and handles. Before the rolling door is raised the frame and wicket door are swung back against wall. Standard size is 2' wide and 5' high. Wicket Door may be located either at right or left side of opening as you face the coil, the curtain coiling toward you. In ordering always indicate location. Elevation and Plan Details and dimensions furnished on application. Construction used on brick lintel PAGE 19 i-J Construction used on steel lintel Trolley Wire Devices Used in connection with rolling steel doors on electric railway car barns. The purpose of the devices is to provide a guide for the trolley wheel for passage through the oi)ening. View at right demonstrates how bottom bar of door automat¬ ically closes the gap through which the door passes when lowered. Current is carried from inside to outside of building by wire passing through the wall. The devices are insulated from the trolley wire. Details and dimensions furnished on application. PAGE 20 Established 1876 ^. DOORS'PARTrnoNS'Bt.INDS WARonOOES •' NkjJHE JCWILSON CORTOKAIION A Wilson Underwriter Labeled Doors On the following pages will be found illustrations of Wilson Types 21 to 51, inclusive, doors approved and labeled by tbe Under¬ writers’ Laboratories, Inc. These doors have been tested by the Underwriters and are made in accordance with their regulations evolved as a result of these tests. The special features to which attention is directed are baffle plates in the hood and “fire-stops” on the edges of the slats (see page 37) which prevent smoke and flame from passing through the opening. Where required the doors are equipped with automatic device, which at a temperature of approximately 160 degrees causes the doors to close by fusing of one of two links, located at tbe head or side of the opening, and near the ceiling. On fusing of the link, the shaft is given suflicient impetus to force the curtain down and it closes easily on the sill and can be raised without difficulty. The automatic device can easily be reset and a new link inserted without removing the hood or dismantling the door. Where occa¬ sion requires a governor to control the speed of the curtain can be furnished (see page 26). Bottom bars and grooves are provided with slotted holes and fusible washers allowing for expansion due to heat and preventing buckling of door or grooves. Bottom of groove is placed above sill for the same purpose. The Underwriters’ requirements are that brackets and grooves be either fastened to wall by through bolts or to iron inserts furnished and installed by others (see page 37 for size and spacing). Tbis is subject to modification by local board ruling. Brackets and grooves may be recessed or not, according to requirements, that is to say, clear height and width of opening may be obtained by providing proper recesses (see page 43 for clearances necessary). The doors may be manually operated by handle on the bottom bar or mechanically by chain or crank gearing, depending upon the type and application (see following pages). On page 6 are given the limitations, types of slats, etc. for various types of openings and on page 43 are given clearances for all the vai’ious types. For conditions or constructions not shown we will be glad to advise or prepare special details. If any door is too large to bear the Underwriters’ label, the entire matter is submitted to their inspector and a certificate of approval may be issued. IIIIMMIIIMinillllll lllltlMMMMI IIIBI IIIMIIIIIIIIItllKIMMIMIIIIIIIIII DOORS - PARTmONS'BUNDS V WARDROBES SijTHl JG WIISON CORrOHARON ^ IIMMMMMtMIMtIltllllllliilllMIMI PAGE 21 Elevation—Type 21 Section—Ty'pe 21 Section—Type 22 Plan—Type 21 I’lan—Type 22 Brackets and grooves not recessed Brackets and grooves recessed If brackets are not recessed wider grooves are necessary, reducing clear opening in width. Wilson Underwriter Labeled Doors Type 21—For openings in Vertical Shafts, corridors and room partitions. Non-Autoinatic. Coil and grooves on face of wall giving clear height and width. Coil enclosed in plain D-shaped sheet metal hood. Manually operated by handle on bottom bar. Specify Wilson Underwriter Type 21. Type 22—Similar in construction to Type 21, but coil and grooves placed between jambs, recessed if necessary. Coil enclosed in plain square sheet metal casing. Specify Wilson Underwriter Type 22. ceeding 80 square feet in area, neither height nor width to exceed 12 feet. Note —This door is non-automatic. Consult local board for approval before ordering. For automatic doors see pages 22 to 25. For details and dimensions, see page 13. Underwriters’ LimTATioNS—Wall openings not ex¬ PAGE 22 IIIIIIIIIIIIIIIIIMMIIMMIllllllKllllllllillllll Established l 87 b“ ._ 1:. DOORS'PAllTTTIONS'SLINDS : '• WARDnoDES •' 'vTHt aaVfllSON CORPOSATIOH X Section Wilson Underwriter Labeled Doors Type 23—For openings in vertical shafts, cor¬ ridor and room partitions. Automatic closing by fusing of a link. On fusing of the link the shaft is given sufficient impetus to force the curtain clown and it closes easily on the sill. Door can be raised without difficulty after closing and automatic device reset and new link inserted without removing the hood or dismantling the door. Coil and grooves on face of wall, giving clear height and width. Manually operated by handle on bottom bar. Coil enclosed by plain D-shaped sheet metal hood. Specify Wilson Underwriter Type 23. Underwriters’ Limitations —Wall openings not ex¬ ceeding 80 square feet in area, neither height nor width to exceed 12 feet. For details and dimensions, see page 43. Plan Wilson Underwriter Labeled Doors Type 24—For openings in vertical shafts, corridor and room partitions. Automatic closing by fusing of a link. On fusing of the link the shaft is given sufficient impetus to force the curtain down and it closes easily on the sill. Door can be raised without difficulty after closing and automatic device reset and new link inserted without removing the hood or dismantling the door. Coil and grooves placed within the opening. Manually operated by handle on bottom bar. Coil enclosed in plain square sheet metal casir Type 24. Underwriters’ Limit.vtions —Wall openings not neither width nor height to exceed 12 feet. For details and dimensions, see page 43. P.-tGE 2.3 Elevation Brackets are not re¬ cessed, wider grooves are necessary, reducing clear opening in width, as shown below. Plan [g. Specify Wilson Underwriter exceeding 80 square feet in area, liilMIIMI I •••til II Mil till Ml lltl I IMIllllMMMMtIIMMMMIMtIIIIMMIMII PAGE 2t IMIMMIIMMIIlfMIIMIMIIIIIMIIMMIMIIIIIIIMlMIMMIIIIIIMIMMIMliillll Section—Automatic end Wilson Underwriter Labeled Doors Section—Operating end Type 25—For openings in vertieal shafts, corridor and room partitions. Automatic closing by fusing of a link. On fusing of the link the shaft is given sufTicient im¬ petus to force the curtain down and it closes easily on the sill. Door can be raised without dilhculty after closing and automatic device reset and new link inserted without re¬ moving the hood or dismantling the door. Coil and grooves on face of wall, giving clear height and width. Mechanically operated from either side of wall by crank gearing. Coil enclosed by plain D-shaped sheet metal hood. Specify Wilson Underwriter Type 25. Underwriters’ Limitations —Wall openings not ex¬ ceeding 80 square feet in area, neither width nor height to exceed 12 feet. For details and dimensions, see page 1.3. Established 1876^ ^ DOOItS'PAItTmONS'Bl.lNDS t WARDROCES <. THE JCAVllSON O llllltllSIllMiniMIMillltllllMitlllllllllllllllMlllllMIMMMII PAGE 25 ....I • M 111 M M III M M I M 11* I Mil I ItttI II.III III Mil I III! 111111 III 11 III Mil 11II111II .. 1111111111111II111 Ml 11 Mil III lllt•••■l III. Section At automatic end Elevation Showing brackets recessed Plan showing grooves recessed Section—Operating end, brackets and grooves recessed Section and Plan— Operating end, brackets and grooves not recessed Wilson Underwriter Labeled Doors Type 26—For openings in vertical shafts, corridor and room partitions. Automatic closing by fusing of a link. On fusing of the link the shaft is given sufficient im¬ petus to force the curtain down and it closes easily on the sill. Door can be raised without difficulty after closing, and the automatic device reset and new fusible link inserted without removing the hood or dismantling the door. Coil and grooves placed below the lintel and between jambs as shown at right, or recessed as shown at left, giving clear width. Coil enclosed in plain square sheet metal casing. Mechanically operated by crank gearing from either side of wall. Specify Wilson Underwriter Type 26. Underwriters’ Limitations —Wall openings not ex¬ ceeding 80 square feet in area, neither width nor height to exceed 12 feet. For details and dimensions, see page 13. : » /< ''' ^x ’.TA • . PAGE 26 . .. II 1111 1 1 II 1111 11 111 .. 11 1 11 1 11 111 11 11 III 1 1 M M 1 1M M 1 11 Ml II1 11 1 1 1111 11 1 Ml 1 1 1 lltM I til 11 1 M11IIM11M11 III I IttI 1 1 11111 1 111 ■ M M Ml M Mtl M M11M MI It MI ■ MIM MM I MM Mill Mill I Itll I ■ I tl 11II1111M111II1111 1 1 It 11 tl II 111 1 1 11 1 MI .lillMMI lir ^. . Elevation Plan Section—Both doors equipped with automatic device (left) and centrifugal governor (right) Wilson Underwriter Labeled Doors 'ryi)o 31—For openings in lire walls. Double doors required. Automatic closing by fusing of the links. On fusing of the links the shafts are given sufficient impetus to force the curtains down and they close easily on the sill. Doors can be raised without difficulty after closing and the automatic device reset and new fusible link in¬ serted without removing the hoods or dismantling the doors. Doors can be so arranged that fusing of one link will close both. This is accomplished by passing chain holding links, through the wall. Coils and grooves on face of wall, giving clear height and width. Coils enclosed in plain D-shaped sheet metal hoods. Manually operated by handle on bottom bar. Specify Wilson Underwriter Type 31. Underwriters’ Limitations —Wall openings not to ex- (Tied 80 square feet in area, neither width nor height to exceed 12 feet. Centrifugal governor may be furnished if desired, to con¬ trol the speed of curtain. It is revolved by the curtain shaft and when the speed of curtain becomes excessive the arms are forced outward and expand an inner brake band and by the friction induced the speed of the curtain is controlled. It is operative only when door closes automatically and offers no resistance to normal operation by hand. For details and dimensions, see page 13. PAGE 27 Type 32—For openings in fire walls. Double doors required. Automatic closing by fusing of a link which closes both doors. On fusing of the link the shafts are given sullicient impetus to force the curtains down and they close easily on the sill. Doors can be raised without diffi¬ culty after closing, and the automatic device reset and new Elevation Plan fusible link inserted without removing the hood or dis mantling the doors. Coils and grooves recessed, giving clear width. Usually used where wall thickness will not permit of coils being placed side by side as in Type 33 shown on ne.xt page. Coils enclosed in plain square sheet metal casing. Section Wilson Underwriter Labeled Doors Manually operated by handle on the bottom bar. Specify Wilson Underwriter Type 32. Undekwiuters’ Limit.-vtions —Wall openings not to ex¬ ceed 80 square feet in area, neither width nor height to exceed 12 feet. For details and dimensions, see page 13. PAGE 28 lillMIIMIIIIMIllintIMIIMIINIMIMIIMIIIIMIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIItlllllltlllllfllllllMIIMIIillllil Established 1676 ^ 1^. OOORS'PAimnOMS'BLINOS V WARDRODES '^TME JCWIISOM COtroHAnON A Wilson Underwriter Labeled Doors Type 33—For openings in fire walls. Double doors re¬ quired. Automatic closing by fusing of a link which closes both doors. On fusing of the link the shafts are given sulli- cient impetus to force the curtains down and they close easily on the sill. Doors can be raised without difficulty after closing, and the automatic device reset and new fusible link inserted without removing the hood or dis¬ mantling the doors. Coils and grooves recessed, giving clear width. Coils enclosed in plain square sheet metal casing. Manually operated by handle on the bottom bar. Specify Wilson Underwriter Type 33. Underwriters’ Limitations —Wall openings not ex¬ ceeding 80 square feet in area, neither width nor height to exceed 12 feet. For details and dimensions, see page 43. Illllilll mill iiiiiiii tiiiiiiinii miiMiiiii PAGE 29 Wilson Underwriter Labeled Doors Type 34—For openings in fire walls. Double doors re¬ quired. Automatic closing by fusing of a link which closes both doors. On fusing of the link the shafts are given sufficient impetus to force the curtains down and they close easily on the .sill. Doors can be raised without diffi¬ culty after closing, and the automatic device reset and new fusible link inserted without removing the hoods or dis¬ mantling the doors. Coils and grooves on face of wall, giving clear height and width. Coils enclosed in plain D-shaped sheet metal hoods. Simultaneously operated from either side of wall by crank gearing. Specify Wilson Underwriter Type 34. Type 35—Similar to Type 34. except coils and grooves are recessed. Specify Wilson Underwriter Type 35. Underwriters’ Limit.4tions—^^' all openings not to exceed 80 square feet in area, neither width nor height to exceed 12 feet. For details and dimensions, see page 43. PAGE 30 DOORS'PAAnTTONS'BUKDa J WARDIIODES s,THt aC-VAlSON COarOMIKW A Elevation Section I Wilson Underwriter Labeled Doors Type 11—For openings in exterior walls. Non-auto¬ matic. Coil and grooves on face of wall, giving clear height and width. Coil enclosed in plain D-shaped sheet metal hood. Manually operated by handle on bottom bar. Specify W ilson Underwriter Type 41. Undehwhiters’ Limitations —W all openings not to ex¬ ceed 100 square feet in area, neither width nor height to e.xceed 12 feet. For details and dimensions, see page 43. PAGE 31 Established I 87 b / ^ OOORS'PAirrmONS'BLINDS .'7 Elevation—Showing brackets and grooves recessed Plan—Showing grooves recessed Section—Brackets and grooves recessed Elevation, Section and Plan—Brackets and grooves not recessed If bracket sand grooves are not recessed wider grooves are necessary, reducing clear opening in width Wilson Underwriter Labeled Doors Type 42—For openings in exterior walls. i\on- aiitoniatic. Coil and grooves within the opening as shown at the right, or recessed as shown at left. Coil enclosed in plain square sheet metal casing. Manually operated by handle on bottom bar. .Specify Wilson Underwriter Type 12. UrvoERWRiTERs’ LiMiT.xTioNS—Wall Openings not to exceed 100 square feet in area, neither width nor height to exceed 12 feet. For details and dimensions, see page 13. Sec lion Window-opening—I’ype 11 Wilson Underwriter Labeled Doors I ype 43—For openings in exterior walls (shown at rigtit). Automatic closing by fusing of a link. On fusing of the link the shaft is given sufficient impetus to force the curtain down and it Elevation—Type 44 Plan—Type 44 Plan—Type 41 Section—Type 43 Plan—Type 43 closes easily on the sill. Door can be raised without difficulty after closing, and the automatic devuce reset and new fusible link inserted without removing the hood or disman¬ tling the door. Usually used on window openings, with a fusible link both on the outside and inside. Coil and grooves on face of wall, giving clear daylight opening. Coil enclosed in plain D-shaped sheet metal hood. Manually operated by handle on bottom bar. Specify Wilson Underwriter Type 43. Type 44—Similar to Type 43 except that coil and grooves are placed within the opening. Coil enclosed in plain D-shaped or square sheet metal hood, according to construction. Specify Wilson Under¬ writer Type 11. UNDEnwRiTEBs’ LIMITATIONS —Wall Openings not to ex¬ ceed 100 square feet, neither width nor height to exceed 12 feet. For details and dimensions, see page 43. PAGE 3^ Established 167b ' t DOORS'PARTmoNS'BtlNDS WARDROOES -A <, THE aCWtlSON COSPOMTION jjj' -- ^ Elevation—Type 45 Plan—Type 45 Wilson Underwriter Labeled Doors Section—Type 15 Type 45—For openings in exterior walls. Non- automatic. Coil and grooves on face of wall, giving clear width and height. Coil enclosed by plain D-shaped sheet metal hood. Mechanically operated from either side of wall by crank gearing. Specify Wilson Underwriter Type 45. Type 47—Same construction as Type 15 but automatic closing by fusing of a link. On fusing of the link the shaft is given sufficient impetus to force the curtain down and it closes easily on the sill. Door can be raised without difficulty after closing, and the automatic device reset and new fusible link in.serted without removing the hood or dismantling the door. Specify Wilson Underwriter Type 47. Underwriters’ Limitations —Wall openings not to e.x- ceed 100 square feet in area, neither width nor height to exceed 12 feet. For details and dimensions, see page 13. PAGE 31 Wilson Underwriter Labeled Doors Section Type 48—For openings in exterior walls. Automatic closing by fusing of a link. On fusing of the link the shaft is given sufficient impetus to force the curtain down and it closes easily on the sill. Door can be raised without difficulty after closing, and the automatic device reset and new fusible link inserted without removing the hood or dis¬ mantling the door. Coil and grooves recessed, giving clear width. Coil en¬ closed in plain square sheet metal casing. Mechanically operated from either side of wall by crank gearing. Specify Wilson Underwriter Type 48. Type 46 not shown. Same construction as Type 48 but automatic closing device omitG'd. Specify Wilson Under¬ writer Type 46. Underwriters’ Limit.xtions —Wall openings not to ex¬ ceed 100 square feet in area, neither width nor height to exceed 12 feet. For details and dimensions, see page 13. /^^Establlsh«d PAGE 35 Wilson Underwriter Labeled Doors Type 49—For openings in exterior walls. Non-automatic. Mechanically operated by chain gearing. Specify Wilson Underwriter Type 19. Coil and grooves on face of wall, giving clear width and height. Coil enclosed in UNDEnwniTERs’ Limit.xtions —W all openings not to exceed 100 .square feet in area, plain D-shaped sheet metal hood. neither width nor height to exceed 12 feet. For details and dimensions, see page 1,3. PAGE 36 lllllMlIIIIIIIIM avby UDRARY UNIVERSITY Section—Type 50 Elevation—Type 50 Section—Type 51 Itlevation—Type 51 Plan—Type 51 Wilson Underwriter Labeled Shutters — For Window Openings I'ype 50—Gravity closing type. Automatic closing on fusing of a link. Shutter can be raised without difficulty after closing and automatic device reset and new fusible link inserted from inside the building without removing the hood or dismantling the shutter. 'I’he lever of the automatic device is held in position by a chain passing through the wall to the interior and hooked at a convenient point. Shutter can be released instantly by unhooking the chain which closes it independently of the action of the auto¬ matic device. This affords immediate protection against fire in an adjoining building. Shutter can be tested in the same manner and easily reset by hooking the chain and raising the shutter. Coil and grooves on face of wall giving clear daylight opening. Coil enclo.sed in plain D-shaped sheet metal hood. Manually operated by handle on bottom bar. Specify Wilson Underwriter Type 50. Type 51—Same construction as Type 50 but coil re¬ cessed under the lintel and grooves placed between jambs. Specify Wilson Underwriter Type 51. Underwriters’ Limitations —Wall openings not to ex¬ ceed 100 square feet in area, neither width nor height to exceed 12 feet. For details and dimensions, see page 43. \ OOORS'PARTtnoNS'BLINDS WARDnODES THE JC VVIISOH COBP0KAT10N A HIW TOM cir ■ PAGE 37 Shafts, Grooves, Baffle Plates, Wall Inserts SHAFTS STANDARD SPACING OF BOLTS FOR GROOVES I, U D ' -" - I II i ii ii .ii i ii i iipualiiiiuuimm For self-coiling doors—Wilson Standard or Non-automatic Underwriter Labeled Doors For mechanically operated doors, W ilson Standard or Non-automatic Underwriter Labeled Doors For self-coiling automatic Underwriter Labeled Doors For mechanically operated automatic Underwriter Labeled Doors Underwriter Labeled Door showing ballle plate in hood and fire-stops on edges of slats, preventing smoke and flame from passing through the opening Elevation Section Standard Spacing of wall in¬ serts for Underwriter Labeled Doors , i'/2"xV'4"fldt Wall inserts for brackets ya'i - - 3 '/2 ’ —^ 2 'A 4'A' ' - 4" .. Wall inserts for grooves PAGE 38 Fig. 1 Fig. 3 'Established lS7b^, DOORS'PARTmONS-BUNDS ^ WARDnoOES '^THE JCWIISON COWOtAIlON^ Fig. 4 Fig. 5 Locking Devices and Idlers Fig. 1 shows standard slide bolt, usually used on interior of building. Fig. 2 shows standard slide bolt and hasp for use with padlock, usually used on interior of building. Padlocks are not furnished. Fig. 3 shows standard slide bolt on interior of building and locked on the exterior by padlock. It can be operated from either side. Padlocks are not furnished. Fig. 4 shows standard idler around which endless chain passes. Used to prevent chain from swaying. Fig. 5 shows standard chain catch for holding operating chain. A padlock can be used with it if necessary. U) i in (0 1 CM CM UP CD CD CD m -3V , 10 CD I CM CM 1 P- 25-B 26-B 25-BB 26-BB SAFETY GROOVES For Doors Over 14' - 0" Wide 31-A Showing Slat and Malleable Anchor I M I K-3=/,5-y| 31-S UNDERWRITER LABELED DOOR GROOVES 18 Used with No. 31 Grooves 19 POSTS 22 (Used with No.26 Grooves) 23 29 30 BOTTOM BARS T” n Standard Door Grooves, 25-A, 25-S, 25-B, 23-BB, 25-P, 13 and 2 1 are used willi Little 4. No. 2 and No. 2 Junior Slats. Nos. 26-A, 26-S, 26-B, 26-BB, 26-P, 13 and 24 are used with Big 4 Slats. Nos. 15, 31-A, 31-S, 31-B and 31-P and 31-PI are used with Big 4 Slats. Underwriter Labeled Door Grooves Nos. 27, 28, 29 and 30 are used on interior openings up to 8 feet wide and on exterior openings up to 10 feet wide. Nos. 5. 6, 18 and 22 are used on interior openings between 8 and 10 feet wide and on exterior openings between 10 and 12 feet wide. Nos. 7, 8, 19 and 23 are used for interior openings between 10 and 12 feet wide. Grooves and bottom bars are usually in tbickness. See tables on pages 42 and 43 showing where each type is used. PAGE 40 i|ti nil IMIIII iniMiiitiiiiiiiiiiiiii c.&(dc>usin«a 10/0 *i ?; DOOnS'PARTmoNS'DLlNDS V WASDRODES THE JCWlLSOHCOBroHATlOH \ W Plan No. 1 Plan No. 2 Plan No. 3 Plan No. 4 Plan No. 5 Plan No. 6 Plan No. 7 I’lan No. 8 Plan No. 9 Fron+Eleva+ion Nos.l,2,5 8c7 Fron+ Eleva+ion No.3 Front Eleva+ion Nos.4,6&8 II Typical sections, plans and elevations to be followed when ordering. See instructions on opposite page. iiiiiiiiniiiiiiiiiiiiiii iiniiinniiiinininiiiiiiiiiiiiiiiiiiniiiiiiniiiiiiiii Established f It JC WIISON CORPOWiTIOH , HIWTOUKCITV iiiiiiiiiiMiiiiMiiiMiiiiiniiiMniiiinMiiniiniiiniiiii iiiiii PAOE II Instructions for Ordering That our rolling steel doors may be made exactly in accordance with your requirements, it is necessary to give us the following infor¬ mation: (Send sketches showing conditions as you would see them facing the door, the curtain coiling toward you). 1. Type of door—whether Wilson Standard or Underwriter Labeled. 2. Method of operation, whether manually or mechanically operated, and whether mechanical operation is desired on right or left side. Give type and number. See pages 7 and 8. 3. Gauge of steel. Slats and gauges used for different types of doors are illustrated on page 9. 4. Side of door exposed to weather (if any), whether on side on which the coil is located or on opposite side. 5. Location of coil (see opposite page), mention section number. (Give construction of lintel, its shape and size.) 6. Location of grooves (see opposite page), mention plan number. (Give construction of jambs, their shape and size, including jamb guards, if any.) (Give construction of columns (if any) separating openings, their shape and size.) 7. State whether wicket door is required or not and give its location, whether on right or left-hand side. The exact measurements we require are as follows (see opposite page): W— Width, both at top and bottom of opening. H— Height, at both sides of opening. If floor slopes state how much and in which direction. A-B— Coil space available. T— Thickness of wall and material of which it is made. G and L—Sizes of jamb guards and whether flush or projecting, both sides of opening. D— Space available for grooves, both sides of opening. E— Depth of coil recess on both sides of opening. C— Depth of recess for grooves, both .sides of opening. F— Distance between top of opening and available coil space. For applications other than those shown, for example, where the coil and grooves may be of separate section and plan (coil as shown on Section 3 and grooves as shown on Plan 2), indicate section and plan number for both. PAGE 42 Wilson Standard Doors—Dimensions of Coils and Grooves ... ' Established 1876^^ JC WILSON COU’OUTION KtWWHJlCITV w D Groove Usetl If I.ITTLK No. I Sl.\T See l^ige 9 No. 2 Jh. Slat See Page 9 A B A B y {)" 5 >4" (V 0" 11" 1IH" 12" 12'2" y 0" 514 " Eillier 25A. 25S 7' 0" 1 1" li'A" 12" 12^2" y 0" 514 " or 25P, tieperiding 8' 0" ir>" 15!4" 1 0 " I2K." 6' 0" 5M" on construction 9' 0" 15" 151 / 2 " 13" nyo" 7' 0" 5M" of wall 10' 0" 13" 15^" 13" v-iA" 8' 0" 5M" See F’a^c 39 1 1' 0" 16" lf>H" 13" 13 >- 2 " 9' 0" 10' 0" 5H" 5 >4" 12' 0" 18" 18K" 1 1" 141 w D (iroove Used II laTTLIi No. 1 Slat See Pttge 9 No. 2 Jn. Slat See Page 9 A B A B 3' 0" m" 6' 0" 13" \■^A" 12" 121/2" •1' 0" 3«" Either 25B or 7' 0" 14" 1 UT," 12" 12)4" 5' 0" ■iVa" 25BB, depending 8' 0" 11" 1 m" 13" 13)4" 6' 0" m" on construction 9' 0" 13" I5!4" 13" 131 ^" 7' 0" ■iVa" of wall 10' 0" 15" 1514 " 13" 13)4" 8 ' 0 " 3K" See I'age 39 11 ' 0 " 15" 15)4" 13" 13)4" 9' 0" 10 ' 0 " S-H" 3-H" 12 ' 0 " 16" 16 >4" 1 1" HA" Littli-: ^o 2 Jh. No. 4 Slat Slat w C 1) i: (iroove Used 11 See l*age 9 JSee Pttge 9 A B A B 3' 0" 2" 5 >4" 5 4" 6' 0" 13" 13)4" 12" 12' 2 " 4' 0" 5 4" 5 >4" 26A. 26S or 7' 0" 11" 144" 12" 124" 5' 0" o" 5‘4" 54" 26P. depending 8' 0" 14" 144" 13" 134" 6' 0" 2" 1)4" 54" on construction 9' 0" 1 5" 154" 13" 134" 7' 0" 2" 54" 54" of wall 10' 0" 15" 154" 13" 13)4" 8' 0" 2" 54" 54" See Page 39 11' 0" 15" 154" 13" 134" 9' 0" 1 0' 0" 0 " 54" 54" 12' 0" 16" 164" 1 V" 144" (^liain-(ieared Doors—Type C.(f. II—See I’age 11 F D W Chain-Geared Doors—Tyjte C.(i.22—See Pa^re 11 Overjill dimension of crank harulle is 16}^'' Crank-Geared Doors—Type K.G. 11—See Pujre Id w D E Groove llsed Big 1 Slvt— See Page 9 n A B 6' 0" 54" 64" 26A, 26S or 26P 8' 0" 16" 16^" 8' 0" 54" 64" deitending on 10' 0" 16" 164" 10' 0" 54" 64" construction of , 12' 0" 18" i»4" 12' 0" 54" 64" wall. See Page 39 14' 0" 19" 194" 14' 0" 54" 74" 16' 0" 21" 214" 16' 0" 54" 74" 3IA, 31S or 31 P 18' 0" 22" 224" 18' 0" 54" 74" depending on 20' 0" 23" 234" 20' 0" 54" 74" construct ion ot 22' 0" 24" 244" 22' 0" 54" 74" wall 24' 0" 25" 254" 24' 0" 54" 74" See Page 39 26' 0" 26" 264" 28' 0" 27" 271 - 2 " w D D> Groove Used Big 4 Slat— -See Page 9 II A B 6' 0" 34" 54 " 26B or 26BB for D and 8' 0" 15" 154" 8' 0" 34" 54" 24 or 13 for D> depend- 10' 0" 16" 164" 10' 0" 34" 54" ing on conslriiclion of 12' 0" 17" 174" 12' 0" 34" 54" wall. See Page 39 1 4' 0" 18" IK 4" 14' 0" 3>46" 54" 16' 0" 19" 194" 16' 0" 3 >4." 31B for D and 15 18' 0" 21" 214" 18' 0" 3>)4" 54" tor D‘ depending 20' 0" 00 // 20' 0" 3'4c" 54" on construction of 22' 0" 23" 23H" 22' 0" 3>46" 54" wall 24' 0" 24" 24''.>" 24' 0" 3“,16" 54" See Page 39 26' 0" 25" 254” 2y 0" 26" 26 U" W D K (iroove Us(;d Rig 4 Slat—S t?e l*t»ge 9 II A B 6' 0" 53 / 4 " 64" 26A, 26S or 26!>, 8' 0" 16" ! 6 '-^" 8' 0" 54" 64" depentling on 1 0' 0" 16" 164" 10' 0" 5M" 6 4" const ruction of 12' 0" 18" i«4" 12' 0" 5)i" 63-8" wall. See Page 39 14' 0" 19" 19 4" 14' 0" 54" 74" 16' 0" 21" 214" 16' 0" 54" 74" 31A, 3IS or 31P. 18' 0" 00 " 221-*;" 18' 0" ;)4" 74" depending on 20' 0" 23" 23 4" 20' 0" 54" 74" construction of 22' 0" 2 t" 21 '/;" 22' 0" 54" 74" wall 24' 0" 05 " 254" 24' 0" 54" 74" See Page 39 26' 0" 26" 264" 28' 0" 27'' 27 Note —To provide for clear opening in height, add 'lyf to dimension B for clearance of bottom bar. PAGE 43 Established 1876^^^ Wilson Underwriter Labeled Doors—Dimensions of Coils and Grooves Still-Coiling Doors—Typos 21, 23, 11, -13 and 50 single doors—See Pages 21, 22, 30, 32 and 36 31, double doors, one on each side of opening—See Page 26 St'lf-Coiling Doors—Types 22. 24. 42. 44 and 51 single doors—See Pages 21. 23, 31, 32 and 36 4’ypes 32 & 33 double doors, one on each side of opening—See Pages 27 & 28 w D !■: Groove Used 11 No. 2 Slat For interior openings Little No. 4 Slat For exterior open'gs only A B A H 6' 0" 6" 6" 7' 0" 15" 15^2" 16" leys" r 0 " 6" 6" 8' 0" 16" 16^2" 16" i6y2" 8' 0" 6" 6" Nos. 5. 6, 7, 8, 27 9' 0" 17" 17JX" 18" ISM" 9' 0" 6" 6" or 28, depending 10' 0" 18" 18M" 18" 18M" 10' 0" 5J/2" 61^" on construction U' 0" 18" 18^" 19" 19M" 11' 0" (>yi" ol wall 12' 0" 19" 19K" 19" 19M" 12' 0" 6J^" 6IX" See Page 39 13' 0" 20" 20M" 20" 20M" 13' 0" 6V;" 64^" 14' 0" 20" 20K" 20" 20M" 14' 0" 6W' 6‘X" W' C E Groove Used H No. 2 Slat For interior o])enings Little No. 4 Slat For exterior open'gs only A B A B 6' 0" 6" 6" 7' 0" 15" 15M" 15" 15M" 7' 0" 2" 6" 6" Nos. 5, 6, 7, 8, 8' 0" 15" 15M" 16" 16M" 8' 0" 2" 6" 6" 18, 19, 22, 23, 9' 0" 15" 15M" 16" 164^0" 9' 0" 2" 6" 6" 27, 28, 29, or 10' 0" 17" 17M" 18" 18M" 10' 0" 2" 6K" 6M" 30. depending 11' 0" 17" 17M" 19" 19M" 11' 0" 2" ftH" 6H" on construction 12' 0" 18" 18M" 19" 19M" 12' 0" 2" 6M" 61/," of wall 13' 0" 19" 19M" 20" 20M" 13' 0" 2" 6M" See I’age 39 14' 0" 19" 19M" 20" 20 / 2 " 1 4' 0" 2" 614" 6U" Crank-Geared Doors—Types 25, 45, and 47 single doors—See Pages 24 and 33—Chain Geared Doors,Type 49,See Page 35 Type 34 double doors, one on each side of opening—See Page 29 w D K Groove Used II No. 2 Slat For interior openings Little No. 4 Slat For exterior open’gs only A B A B 6' 0" 6" 6" 7' 0" 15" I 3 M" 16" 1634" 7' 0" 6" 6" Nos. 5, 6, 7 8' 0" 16" 16M" 16" 1634" 8' 0" 6" 6" 8, 27 or 28 9' 0" 17" 17M" 18" 11134 " 9' 0" 6" 6" depending on 10' 0" 18" 1«M" 18" 1834" 10' 0" 6M" 6M" cons! ruction 11' 0" 18" 111 / 2 " 19" 1934" I I' 0" 6/" 6/," of wall 12' 0" 19" I9M" 19" 1934" 12' 0" 6/," 6/," See Page 39 13' 0" 20" 2()M" 20" 20 / 2 " 13' 0" 14' 0" 6/2" 6M" 6 / 2 " 64^" 14' 0" 20" 20 M" 20" 2034 " Crank-Geared Doors—Type 26, single doors—See Page 25 Overall dimension of crank handle is 16K" Crank-Geared Doors—Types 26,46 and 48, single doors—See Pages 25 and 34 Type 35. double doors, one on each side of opening—See Page 29 w D and Groove Used II No. 2 Slat F or interior openings Litfle No. 4 Slat F or exterior openings only A B A B 6' 0" 6" 7' 0" 15" 1534" 15" 15 / 2 " 7' 0" 6" Nos. 18, 19, 22. 23, 8' 0" 15" 1534" 16" 1634" 8' 0" 6" 29 or 30. 9' 0" 15" 1534" 16" 16>^" 9' 0" 6" depending on 10' 0" 17" 1734" 18" 10' 0" 634" construction II' 0" 17" 1734" 19" 1934" 11' 0" 634" of wall 12' 0" 18" 1834" 19" 1934" 12' 0" 634" See Page 39 13' 0" 19" 1934" 20" 2034" 13' 0" 14' 0" 634" 634" 14' 0" 19" 1934" 20" 2034" \v c Cl D E Groove Used n No. 2 Slat For interior openings Little No. 4 Slat For exterior openings only A B A B 6 ' 0 " 2 " 9" 6 " 6 " 7' 0" 15" 151 / 0 " 15" 15/2" 7 / (j// 2 " 9" 6 " 6 " Nos. 5, 6 7, 8 , 8 ' 0 " 15" 15M" 16" 1634" 8 ' 0 " 2 " 9" 6 " 6 " 27 or 28, 9' 0" 15" 1534" 16" 1634" 9' 0" 2 " 9" 6 " 6 " depending on 10 ' 0 " 17" 1734" 18" 183-2" 10 ' 0 " 2 " 9" 6 H" 634" construction 11 ' 0 " 17" 1734" 19" 19*^" 11 ' 0 " 2 " 9" 6 /," 6 H" of wall 12 ' 0 " 18" 1834" 19" 1934" 12 ' 0 " 2 " 9" 6 /," 6 H" See Page 39 13' 0 " 19" 19'4" 20 " 203 - 2 " 13' 0" 2 " 9" 6/" 634" 14' 0" 19" 1934" 20" 2034 " 14' 0" 9 " 9" 61^" 6W' Note— To provide for clear opening in height, add 2 ]/ 2 " to dimension B for clearance of bot¬ tom bar. Sixty-eight Wilson Doors 6' x 8' are installed in this warehouse. By placing them close together all parts of the building are readily reached when shipping or receiving freight, facilitating distribution and relieving congestion. Doors shown are Wilson Type S.C. 11, see page 10 Transformer Station Georgia Railway & Power Co., Atlanta, Ga. Car Barn Georgia Railway & Power Co., Atlanta. Ga. Substation New York & Queens Electric Light and Power Co., Flushing, L. I. Shops Seaboard Air Line Railway Co., Atlanta, Ga. Wilson doors are made to fit any size opening and can be operated singly or in groups. Doors shown are Wilson Type C.G. H, see page 11 f PAGE 46 ..... iiiiiiiii ?. DOORS'PARtrnONS'BLINDS .) '■ WARDRODCS '•...IHE 4C.W11S0M CORPORATION A Freight Slied Detroit & Cleveland Navigation Co., Buffalo, N. Y. Warehouses Southern Railway Co., Atlanta, Ga. For freight sheds, loading platforms, etc., Wilson doors can be placed close together when necessary, alfording use of practically one large opening or part of it as conditions vary. Doors shown are Wilson Type C.G. il, see page 11 .................... „„„. . . . ..... PACE 17 ■ ■■llllltlltlllMIIIIIKIIMnilllM T. & N. O. R. R. Co.—Southern Pacific System, Houston, Tex. tiErrwii-jii]|^ i|,i| : Power Plant Store Department American Railw'ay Express Co., Richmond, Va, Rell Street Terminal Seattle, Wash. Union Station St. Paul, Minn, Wilson doors coil up and out of the way, affording maxinunn useful floor space ordinarily required for sliding or swinging doors. Doors shown are Wilson Type C.G. il, see page II Freight Station Richmond, Fredericksburg & Potomac R.R. Co. Richmond, Va. Freight Station Phila. «& Reading Ry. Co. Bethlehem, Pa. Shops L. S. & M. S. R.R. Collinwood, Ohio Freight Station Philadelphia «& Reading Ry. Co., Philadelphia, Pa. Railroads find Wilson doors most satisfactory for use in their various build¬ ings as they are of substantial construction and economically maintained. Doors shown are Wilson Type C.G. 11, see page 11 llllltllll 11111111111111111111 lllllllllltllllMI PAGE 49 Shed Southern Railway Co., Richmond, Va. Outbound Freight Shed Pennsylvania Railroad Co. East Liberty, Pittsburgh, Pa. Car Earn United Railways, Detroit, Mich, ncton >*£5 ’ SiVtSS ftCAOtMt MEAUE fttst kv TAS’ fWSWs? r fRtiOrtr SEP-Vict Freight House Pennsylvania Railroad Co., Euffalo, N. Y. Freight Shed Washington, Baltimore & Annapolis Railway Co., Baltimore, Md. There is no better way of using every bit of available floor space than by using Wilson doors, they roll up and out of the way. Doors shown are Wilson Type C.G. 11, see page 11 U. S. Army Transport Service Dock Ft. Mason, Cal. Pier 35 San Francisco Flarbor, Cal. Pier 35 San Francisco Harbor, Cal. Municipal Docks Warehouse Miami, Fla. For exposed openings such as shown, Wilson Doors equipped with safety grooves and anchors (see page 39) are furnished. They have been found to withstand winds of gale velocity. Doors shown are Wilson Type C.G. 11, see page 11 Established 187b ', THE JCVVIlSON CORTOtlATION ^ N5<<,_ KtWTOWCtTT PAGE 51 iiiiiMintiiiiiiiiiiiMnnininiiiiiiiiiiitiiiiiiiiiitiiiiiitniiiiiniiiiiMiiiiiiiiiniitiiiiiiiiiiiiiiiiiiiiiiiiiiliiliiiiiiiiiiiiiiiiiiiiiiiMiiiiiMMiiiiiiiiiiiiiniiiiiiititiMiiiMtiMiiiniinitiiiiiiiiiitiitiiiiiiiiiniiiniiitiMiiiiiiiiiiiMiiiliiliMiiiiiiitiiiMiiiiiiiiMMliiiiiiitMiiiitiiniiiiiiiiiiiii Exterior View—Pier 33, San Francisco, Cal. U. S. Army Base, Pier 3, Brooklyn, N. Y. ,•* ** s Interior View—Pier 33, San Francisco, Cal. Union Pacific Dock, Seattle, Wash. A resisting power of 1,000 lbs. per square foot in an 18-foot span makes W ilson doors equipped with safety grooves and anchors (see page 39) ideal for pier use. Doors shown are Wilson Type C.G. li, see page li 52 IIIMII IIIIIIIIIIIIIIIIIIIMIIIIIIIIIIIIItill III Established l87b^, ^ DOORS'PAimnoMS 'BLINDS t WARDROBES VTHE JCVgllSON COBKHArKM^ Laird Schober Co., Philadelphia, Pa. Monarch Warehouse, Kansas City, Mo. Wilson Standard Door, Type C.G. 11, on e.xterior, see page 11 Wilson Lfnderwriter Labeled Door, Type 23. on interior elevator shaft opening, see page 22 Wilson doors are readily adaptable where openings are close together and floor space is valuable. They require practically no wall or floor space. Driveway doors shown are Wilson Type C.G. it, see page H ..in...in inn inn ......innnnnnnnni.nnnnnninnn.nnninn.nnniinninnnn.. PAGE 53 nniiinininnininiiiiininiiinMi Warehouse Chatfield-Woods Building, Pittsburgh, Pa. Corrigan Building, Kansas City, Mo. Wilson Underwriter Labeled Doors, Type 23, on elevator shaft openings—See page 22 The diversified uses to which Wilson doors may be put are illustrated in the above photographs, where they are shown on a railroad track entrance, driveway, loading platform and elevator shaft openings. PAGE 51 10/0 o A DOORS'PARTTTTONS'BLIMDS .• ^ WARDROBES '&JHE j,G.wiiso>J coarowtnoN a Virginia Wharf & Storage Co. Norfolk, Va. Texas Company, Atlanta, Ga. Vacuum Oil Co., Cambridge, Mass. Warehouse Cleveland Builders Supply & Brick Company Cleveland, Ohio Armour & Company Miami, Fla. Warehouse Hammond Packing Co., East Liberty, Pittsburgh, Pa. AJl sorts of warehouses are equipped with Wilson doors; where they cannot be placed on the interior, they are located on the exterior and every foot of available lloor space is utilized. Doors shown are Wilson Type (1.(1. II, .see page 11 Barker liros., Los Angeles, Cal. Haiimierniill I’aper Co.. I^rie. I’a. Door equipped with W ilson inolor nnil and safety grooves and anchors See pages li and l!9 111 jilaces w here doors are given llie hardest usage, Wilson doors liave stood the test lieetuise of their sulistantial construetion. l^etters from hundreds of satislied users are proof of this. PAGE 56 IMIlMMMIIItlltllMIIMMIMIMMIKII Established 1876^. DOORS'PAATITtOMS'BLINDS WAROnOOES '^IHEJ.CWltSOMCO*n)IIAITON v NJjj.. —— ->« Pioneer Truck Company, San Diego, Cal, Bunte Bros., Chicago, III. One of 36 Wilson Underwriter Labeled Doors, Type 23, see page 22 Bunte Bros., Chicago, Ill. One of 36 \\ ilson Underwriter Labeled Doors, Type 23, see page 22 Montgomery, Ward & Co., Portland, Ore. Door operated by motor from elevator car Arizona Storage & Distributing Co. Phoenix, Ariz. Keystone Warehouse Co., Buffalo, N.Y. Coils on exterior and interior of building W. L. Macatee & Sons, Houston, Tex, Being fireproof and burglar proof, Wilson doors are ideal for use in warehouses. io/o *> ?■ DOOBS-PARTmONS'BLISO* .! WARPRODES " IE aCWILSOM CORrOEAnOH A llllliliilll niiiiiniiiiii 111 • 11111111 •• 111 • 11111111111111M III 11111111111M111M111 lllltlllllllllllllMII PAGE 57 Paris Medicine Co., St. Louis, Mo. (Door raised) Opening equipped with wicket door and stationary slats on side of main door American Tobacco Co., Ltd Richmond, Va. Paris Medicine Co., St. Louis, Mo. (Door lowered) Note bottom bar beveled to conform to slope of floor The Di.vie Terminal Co. Cincinnati, Ohio ilill M. Augenblick & Bros., Inc., Newark, N. J. Doors on driveway openings, operated by separate Wilson Motor units. See page 8 John A. Roebling’s Sons Co., Los Angeles, Cal. Door for opening No. 9 equipped with wicket door. See page 18 As illustrated above Wilson doors can be used on all sorts of openings, large or small. They may be raised and lowered by hand, chain or crank gearing, or motor operated. PACxE 58 J. Rubin & Sons, Long Island City, N. Y. The Siininons Company, Richmond, Va. Established 187b . f. DOORS-PARTmONS-BLlNDS ; ^ WARDROBES '&IH£ JC.WllSON CORFORATON A Armour «& Company, Billings, Mont. Equipped with Wilson Safety groov'es and anchors. See page 39 d'he Cincinnati Builders Supply Co., Cimannati, O. Wilson doors for large openings as above are equipped with gearing which insures rapid and easy operation by one man, see page 11 ’■'Established 1876 • f \ k DOORS'PAirrmONS-BLINDS AT PAGE 59 ... American Can Co., Brooklyn, N. Y. McCormick & Co., Baltimore, Md. Door at extreme right equipped with wicket door. See page 18 Ford Motor Co., Kearney, N. J. Motor operated door, 32' wide x 21' 6" high, equipped with Wilson safety grooves and anchors. See pages 8 and 39 Great Western Mfg. Co., Amarillo, Texas No matter what size an opening is, a Wilson door can be made to fit it. Small doors are operated manually or mechanically, large doors by motor. PAGE 60 IIIIIIMIIIIIIIIIIIIIMIMMIIIMIIII IIIIIIIIIIIIIMI ■ Established 1876^ DOORS'PARTTnOKS'Bl.:ND5 ; WARDRODES '^.THE AC WIISON CORPORAnOH A Oliver Chilled Plow Co., South Bend, Ind. Railroad track opening at opposite end of building Oliver Chilled Plow Co., South Bend, Ind. Railroad track opening at one end of building Topeka Steam Boiler Works, Topeka, Kan. American Can Co., Philadelphia, Pa. For narrow, high openings, or those that are wide and low, specially designed Wilson doors are made and equipped to suit the requirements of frequent or infrequent operation. t- OOORS-PABTmoNS-BLIMDS ; ' WARDROBES vIHE aC-WllSON CORTORAIION ^ ^ llllllllllllllll nil iiiiiiiiiiiiiiiMiiiiiniiiiiii iiiiiiiniiiiiiiiMi l•lllMlllllllll iMIllMIIMIIIIMIIIilinillllillll PAGE 61 Lawrence Ice Cream Co., Chicago, Ill. View' from exterior Lawrence Ice Cream Co., Chicago, Ill. View from interior American Sugar Refining Co., Baltimore. Md. Eleven Wilson Automatic Closing Rolling Doors 21' high installed in this plant. Doors equipped with centrifugal governors to control speed. See page 26 S. B. & B. W. Fleisher, Philadelphia, Pa. On driveway openings the coils are placed above the lintel and the grooves are set back from the jambs, affording unobstructed passage. PAGE 62 IMIMIIMIIIIIIMIIIIIIIMMlillllllllllMI IIIIIIMIIIMillilliillllMMIIIIIIIilllMIIMIIIMIIMIIIliilllillltllilllMIIMMIIIIMIMIIIMniMMIIMIIilllllilll Dunlop Tire & Rubber Co., Buffalo, N. Y. Craneway Doors, see page 15 //.- Established jvTW JCW1150H COWnAnON X Bethlehem Steel Co., Bethlehem, Pa. Los Angeles Gas & Electric Corporation Los Angeles, Cal. Greene Paper Co., Providence, R. 1. Coils on interior and exterior Where conditions do not permit of coils being placed on the interior, they can be located on the exterior and operated from the op¬ posite side (see pages 12 and 13). This does not affect the appearance of the doors as Wilson slats look the same on both sides. Mini llllllllllll PAGE 63 Chapman-Sacks Corporation, Atlanta, Ga. By nationally known industries and under all sorts of conditions Wilson doors have been found satisfactory. Doors shown are Wilson Type C,G. //, see poge 11 By using Wilson doors with hinged posts as shown above (seepage 16), or sliding posts, shown on page 17, the entire side of a building may be thrown open. The doors and posts are operated by Wilson motor units (see page 8). ^Eftabhfihed 1876^ ^ DOORS'PAjrrmOKS'BUNOS i WARDROBES k, THE JCWIISON CDRTOUJION ji McwnuictTr .. * ...... . . . . ......... PAGE 65 ....Ill..... These photographs illustrate an opening 350 feet wide and 22 feet high which is opened 'or closed in four minutes. Doors and posts are operated in groups by Wilson Motor units (see page' 8), posts swing obliquely in same plane as the doors and do not require clearance space inside the building. PAGE 66 MItllllllllllllMIIMIMIMMIMMtIII Established l 67 b ^.. DOORS'PARTITIONS'BLIMPS WARDR00C8 aCVAlSON COtWtMtOM ^ Exterior View 4 Interior View Gun Sheds Fort Benjamin Harrison Indianapolis, Ind. ^ U. S. Post Office, Philadelphia, Pa. U. S. Post Office, Portland, Ore. Rigid U. S. Government specifications are met without difficulty by Wilson doors. They have been supplied to all departments of the government throughout the country. Doors shown are Wilson Type C.G. 11, see page 11 ^ Establlehed 1876^^ PAGE 67 ........1.mil*......................... cs^iaDiisnea JO/D f Grand Central Garage, Los Angeles, Cal. Bottom bars of doors beveled to conform to slope of floor Metropolitan Coal Co., Brookline, Alass. San Diego Consolidated Gas & Electric Co. San Diego, Cal. Garage of Edw. B. Guenther San Antonio, Texas For large or small garages, Wilson doors can be supplied to operate singly or in groups by hand or motor. Each door can be equipped with slide bolts and separate padlock for individual protection. PAGE 68 IIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIIMIIIIIIIIIi llltlllltllMlllinill lllllillllllllltllllllllllllllllllllllllllllllllllllllllllllllllMMMlIIIIIIIIIIIIIIIIMIMIIItllll IMIIIIIII inilllllllll) mill IIMIIItlllllll Mill Hill III lllllllllllllllltlllllll Garage Texas Co., Chicago, III. One door equipped with wicket door See page 18 Arrowhead Springs Water Co, Los Angeles, Cal. Alayflower Stores Providence, R. I. Opening divided by hinged post, see page 16. Bottom bars of doors beveled to con¬ form to slope of floor Standard Oil Co., Miimeapolis, Minn. Mack Truck Co., Los Angeles, Cal. Wilson doors can be made for large or small openings, placed close together or divided by hinged posts Wicket doors can be placed for convenient entrance or exit, avoiding the necessity of operating the rolling door, >^^^^^tablished K ^^,,,,,1111111111.Ill I Hill 11 ■■•■I ..nil I .. null.. iiiiinmiiiiiiiiiiiimiiiiiiiiniiiniiiniinniiiiiiiiiiiiiiiiiiiimii ..Illlllllllllllll PAGE 69 Pacific Mutual Life Building, Los Angeles, Cal. Double automatic doors on vaults Automatic Distribution Sub-station San Antonio Public Service Co. San Antonio, Texas Note screens below doors for ventilation John B. Morris Foundry Co. Cincinnati, Ohio Craneway door See page 15 Llewelyn Iron Works Los Angeles, Cal. Core-oven doors, Wilson Type 11 see page 11 Southwestern Insane Asylum San Antonio, Texas Pusey & Jones, Wilmington, Del. Craneway doors, see page 15 For all sorts of unusual conditions as illustrated above, Wilson doors have been found to meet the need. Our engineering department is equipped to solve all unusual problems. PAGE 70 iniiiiiiiisiiittniiiiiii iiiiiiiiinii Eastern Junior HirIi School, Norfolk, Va. Motor operated doors, Wilson Type M.0.11, dividing gymnasium, equipped with sliding posts operated by chain. See pages 8 and 17 andard Foundry Co., Buffalo, N. Y Core-oven door, Wilson Type 11 See page 11 Lhnua Foundry, Elmira, N. Y. Core-oven doors, Wilson Type 11 See page 14 Industrial Arts Building, High School, Phoeni.v, Ariz. There is liardly a door prolilem that cannot lie solved by using Wilson doors; as illustrated above, they can be used to divide a gyinnasimn in a school, or jiiotect its exterior openings. On core ovens they have been found to meet the requirements by retaining the heat. t DOOBS'PARTTriONS'BLINDS .• “* WARDnODES jJW JGWIISOM COUVUADON A ftWWMfTTV PAGE 71 B. Altman & Co., New York City, N. Y. Tiffany & Co., New York City, N. Y. Wilson doors blend with any architectural treatment, whether plain or ornamental, as illustrated above, at the same time affording ample protection against fire and theft. PAGE 72 . .. Ill III I iiiiii III 11 III Ml I III mil iiiiiii I nil III I III inn in nil I III! iiM IIII III mil III 11 III I III lit...... Other Wilson Products J. DOORS-PAirnTIONS-BUNDS ; WAAOnoOES THE JCVVIlSON COBTORATIOH J ' MIW TOM CJTT Diffuselite Blinds Vertical Rolling Partitions Rolling Front W'ardrobes Venetian Awning Blinds Disappearing Door \\ ardrobes Horizontal Rolling Partitions A catalogue describing any of the above products Avill be forwarded on request.