ECIA - EIA-364-35
TP-35B Insert Rentention Test Procedure for Electrical Connectors
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| Organization: | ECIA |
| Publication Date: | 1 December 1998 |
| Status: | inactive |
| Page Count: | 12 |
scope:
This standard establishes a method to determine the ability of an insert to withstand axial forces in electrical connectors.
Object
The object of this test is to detail a standard method to determine the adequacy of the insert retaining system and the strength of the insert material in electrical connectors. This test establishes the ability of the connector to withstand the axial load of the combined contact engaging and separating forces.
Document History
May 25, 2023
TP-35D Insert Retention Test Procedure for Electrical Connectors
This standard establishes a method to determine the ability of an insert to withstand axial forces in electrical connectors.
Object
The object of this test is to detail a standard method to...
April 1, 2012
TP-35C Insert Retention Test Procedure for Electrical Connectors
This standard establishes a method to determine the ability of an insert to withstand axial forces in electrical connectors.
April 1, 2012
TP-35C INSERT RETENTION TEST PROCEDURE FOR ELECTRICAL CONNECTORS
This standard establishes a method to determine the ability of an insert to withstand axial forces in electrical connectors.
Object
The object of this test is to detail a standard method to...
December 1, 1998
TP-35B Insert Rentention Test Procedure for Electrical Connectors
This standard establishes a method to determine the ability of an insert to withstand axial forces in electrical connectors.
EIA-364-35
December 1, 1998
TP-35B Insert Rentention Test Procedure for Electrical Connectors
This standard establishes a method to determine the ability of an insert to withstand axial forces in electrical connectors.
Object
The object of this test is to detail a standard method to...
September 1, 1983
TP-35A Insert Retention Test Procedure for Electrical Connectors
OBJECT The object of this test is to detail a standard method to assess the ability of the insertion retaining system to withstand the axial mechanical stresses likely to be encountered during normal...