These standards describes the methods for testing the performance of 6% Luer lock fittings including assembly, leak tightness, stress cracking, and separation force. High precision reference fittings are assembled to the fitting under test by simultaneously applying a specified axial force and application torque. Mecmesin’s Helixa can be used to assemble the fittings as specified for subsequent testing as appropriate.
Using the relevant precision reference fitting, the Helixa is used to apply the defined torque and axial load. The correctly assembled joint can then be tested for leak tightness, separation force, or resistance to overriding as required.
Relevant gender reference fittings.
Standards masses to provide a constant axial force as required by the relevant standard.
The Helixa can be programmed to apply an application torque as specified in the standard. Masses can be added to the carrier tray to provide a constant download as the fittings are assembled. If required, individual or batch identity can be entered for traceability purposes. Pre-programed tests can be selected on the touch screen console, and are conducted automatically. All results are stored in the system, and they can also be exported to a house data-logging or SPC system. Printed or .pdf reports are also available
Helix precision torque testing system with Intelligent Torque cell
/precision-torque-test-systems
Please refer to the latest official test standard for more detailed information. This overview is intended to provide a basic understanding of the test procedure and suitable equipment to meet the standard.
