What is BS EN 4057-401 – Loop tensile strength for cable ties about?
Aerospace components need to meet the highest quality standards to endure the extreme conditions that they are subjected to. BS EN 4057 series discusses cable ties for aerospace applications. Cable ties are designed to secure wire bundles and harness components quickly without slipping. BS EN 4057-401 specifies the procedure to determine the force to failure of cable ties for harnesses for aerospace applications. BS EN 4057-401 shall be used together with BS EN 4057-100.
Who is BS EN 4057-401 – Loop tensile strength for cable ties for?
BS EN 4057-401 on loop tensile strength for cable ties is useful for:
- The aerospace and aeronautical industry
- The military
- Airplane manufacturers
- Manufacturers and suppliers of aerospace components
- Manufacturers and suppliers of cable ties
- Product design engineers/innovation teams
- Quality control/testing personnel
- Aerospace and aeronautical engineers
- Procurement teams
Why should you use BS EN 4057-401 – Loop tensile strength for cable ties?
The traditional measure of the mechanical ability of a cable tie to remain locked around a bundle of wires or cables is its loop tensile strength. BS EN 4057-401 helps to determine the amount of weight a cable tie can hold safely without breaking. BS EN 4057-401 provides details on the tensile tester and the split mandrel. Diagrams illustrate the tensile strength test fixture.
BS EN 4057-401 contains details on the test procedure and testing requirement.
Using BS EN 4057-401 guidelines contributes to simple operation, short installation time and low power consumption for aerospace applications. BS EN 4057-401 guidelines help you to design and manufacture or source high-quality cables that can withstand a variety of temperatures and are long-lasting.
BS EN 4057-401 ensures the reliability of the aerospace equipment. This contributes to the safety of those on board.
