Homepage  
Search
find:
search for:
   
 
Site Navigation
News / Publications
Jobs
Service
   Add this page to Google Bookmarks
   Add this page to Mister Wong
   Add this page to del.icio.us
 
   Yale Security Inc.  5500 Series Cylindrical Locksets  

5500 Series Cylindrical Locksets - Page 2

 

 

A member of the Yale Security Group

CONSTRUCTION FEATURES

5400 / 5500

 

Quality Construction

The 5400 Lockset mechanism is constructed of heavy gauge cold rolled steel; all parts are zinc-plated and dichromated to assure maximum protection from rust or corrosion. It is recommended for use under normal climactic and environmental conditions.

The 5500 Lockset mechanism is constructed of heavy-gauge stainless steel throughout. This series is recommended for installations in a highly corrosive environment or facilities requiring non-magnetic qualities.

All knobs, roses and other exposed parts are brass, bronze, or stainless steel in specified designs or finishes.

Guardbolt: Deadlocks the latchbolt of locking functions to resist attempts to slip the latchbolt with a thin piece of material like a plastic credit card.

Front Plate: Wrought brass, bronze or stainless steel. Standard bevel 1/8" in 2". Flat, full radius, or rabbeted to order.

Knobs: Selection of 3 knob designs fulfills most decorative requirements. All knobs designs fulfills most decorative requirements. All knobs are forged and reinforced or solid.

Lead Shielded Locksets: These are intended to reduce emission of harmful rays through the door. Two 1/8" thick lead backup washers under each rose are furnished. Lead plug inserts are supplied in the knob spindles where lockset function permits. For maximum projection, plain knob operation is recommended on at least one side and preferably on at least one side and preferably on both sides. To order, specify "Lead Shielded".

Door Thickness: Adjustable for doors 1-3/8" (35mm) to 2" (51mm). Can be supplied by special order for doors over 2" (51mm) up to 2-1/4" (57mm) by using special roses. For doors under 1-3/8" (35mm) to 1-1/4" (32mm) by adding special spacer rings. These roses and rings are limited to certain designs and must be specified  on the order if other than standard 1-3/8" (35mm) to 2" (51mm) thickness.

Cases: 2-1/16" (52mm) diameter. All functions furnished in one standard size lock case.

Latchbolt: Standard; 1/2" (13mm) throw, deadlocking or plain. 5/8" (16mm) and 3/4" (19mm) throw, deadlocking or plain, to order. All latch units are interchangeable.

Strike: Standard; 1-1/4" (32mm) curved  lip, wrought box supplied. 1" (25mm), 1-1/2" (38mm), 1-3/4" (44mm) and 2' (51mm) curved lips to order, wrought box supplied.

Backset: Standard 2-3/4" (70mm). 3-3/4" (95mm), extension links for 5" (127mm), 6" (152mm), 7" (178mm), 8" (203mm) 18" (457mm), 19" (483mm), and up to 42" (1.06m) backset are available.

Front: Standard, Bevel 1/8" (3mm) in 2" (51mm). Flat front, to order, NOTE: Latch front must be flush with door edge.

Reversibility: For either right or left-hand doors swinging in or out.

Installation: Uniform, regardless of function or trim style. The latch unit requires a 1" (25mm) hole in edge of door and the lockset requires 2-1/8" (54mm) hole through the door.

Screws for Front: Phillips, flat head No.8-8-32 x 3/4" (19mm) combo screw, for both wood and metal doors.

Screws for Strikes: Phillips, flathead No. 8-8-32 x 3/4" (19mm) (except, 497, 497B, and 499 require Phillips flat head No. 12-12-24 x 1" (25MM) combo screw for both wood and metal frames).

*Request for Information / Request a Catalog
 
 
 
To request more information from Yale Security Inc., please complete the form below.
 
*Name:    
*Email:    
Company:    
*Company type:    
Phone:    
*Address:    
*Request:    
    (* = Mandatory field) 
Please add me to the mailing list for the free monthly e-Newsletter AECnews.  
     






Printable version Bookmark this page Notify a colleague or friend about this pageHome | Terms of Use | Privacy Statement | Link to AECinfo
AECinfo is a member of Docu Group, the world's largest building products information network.



Copyright © 1996–2008 AECinfo.com