Bs En Iso 4762 Din 912 Socket

Socket head cap screws, steel. ISO 4762 / DIN 912. (fully threaded). Zinc plated, baked (hydrogen embrittlement relieved). 1-32 Length ls d k s SOCKET HEAD CAP SCREWS # 912 - DIN & ISO DIMENSIONS Ref:DIN 912 - 1983 ISO/ 4762 - 1989 Dimensions in mm. THREAD DIAMETER M1.6 M2 M2.5 M3 M4.

Hexagon socket head cap screws Executive summary Requirements for the characteristics of hexagon socket head cap screws. Abstract This International Standard specifies the characteristics of hexagon socket head cap screws with coarse pitch thread from M1.6 up to and including M64 and product grade A.

The approximate masses of screw is given in Annex A of this standard. If, in special cases, specifications other than those listed in this International Standard are required, they should be selected from existing International Standards, e.g ISO 261, ISO 888, ISO 898-1, ISO 965-2. ISO 3506-1, ISO 8839 and ISO 4759-1. History and related standards This International Standard supersedes BS EN ISO 4762:1998 which is withdrawn. This standard includes the following cross references: ISO 225, ISO 965-3, ISO 3269, ISO 4042, ISO 4753, ISO 6157-1, ISO 6157-3, ISO 8992, ISO 10683 and ISO 23429.

Redirection Request is not available in this context Server Error in '/' Application. Request is not available in this context Description: An unhandled exception occurred during the execution of the current web request. Please review the stack trace for more information about the error and where it originated in the code. Exception Details: System.Web.HttpException: Request is not available in this context Source Error: The source code that generated this unhandled exception can only be shown when compiled in debug mode. To enable this, please follow one of the below steps, then request the URL: 1.

Add a 'Debug=true' directive at the top of the file that generated the error. Example: <%@ Page Language='C#' Debug='true'%>or: 2) Add the following section to the configuration file of your application: Note that this second technique will cause all files within a given application to be compiled in debug mode. Bytecc Landesk Me 850 Manual. The first technique will cause only that particular file to be compiled in debug mode. Important: Running applications in debug mode does incur a memory/performance overhead.

You should make sure that an application has debugging disabled before deploying into production scenario.