Brief: Take a focused look at the specifications and what they mean in practice. This video provides a detailed walkthrough of the IEC 60669-1:2007 Plugs Socket-outlets Switches Endurance Test Equipment, demonstrating how it performs mechanical and electrical endurance testing on various electrical accessories. You'll see the servo motor-driven mechanisms in action, learn about the programmable parameters via the touch screen interface, and understand how the equipment evaluates making/breaking capacity and normal operating life according to international standards.
Related Product Features:
Tests plugs, socket-outlets, switches, and appliance couplers for mechanical and electrical endurance according to IEC standards.
Features two workstations with linear synchronous stations for efficient parallel testing capabilities.
Utilizes servo motor drive with precision ball screw and synchronous belt transmission for accurate movement control.
Offers programmable parameters including linear stroke, make time, test speed, and cycle count via 7-inch touch screen.
Equipped with a three-axis adjustable fixture compatible with various switch types and plug/socket configurations.
Performs comprehensive tests including making/breaking capacity and normal operation endurance evaluations.
Built with an integrated frame structure and PLC intelligent control system for stable and reliable operation.
Accommodates specimens from various countries, making it suitable for international compliance testing.
FAQs:
What international standards does this endurance test equipment comply with?
The equipment is designed to test according to multiple international standards including IEC 60884-1:2006 for plugs and socket-outlets, IEC 61058-1:2008 for appliance switches, IEC 60669-1:2007 for household switches, and IEC 60320-1:2007 for appliance couplers.
What types of electrical accessories can be tested with this equipment?
This equipment accommodates various electrical accessories including plugs, socket-outlets, appliance couplers, and different switch types such as push-button, toggle, rocker, and rotary switches from multiple countries.
How is the testing process controlled and monitored?
Testing is controlled through a 7-inch color touch screen interface with PLC intelligent control system, allowing operators to program parameters like stroke distance, make time, test speed, and cycle count while monitoring the entire process digitally.
What specific tests can this equipment perform?
The equipment can conduct multiple endurance tests including switch making and breaking capacity tests, normal operation endurance tests for switches, plugs, sockets, and appliance couplers, evaluating mechanical wear resistance and electrical fatigue performance.