Brief: In this video, we provide a brief case-style overview of the IEC62196-1 Charging Gun Mechanical Strength Flexing Testing Apparatus. You will see how this specialized equipment performs mechanical load flexing tests on vehicle charging connectors, demonstrating practical benefits and typical results for ensuring product durability and compliance with international standards.
Related Product Features:
Compliant with IEC62196-1:2022 and IEC60309-1:2012 standards for mechanical load flexing tests.
PLC control with a 7-inch color touch interface for intuitive parameter setup and operation.
Servo motor drive ensures precise control of flexing angles from 0 to 360 degrees.
Allows preset configuration of flexing rate (0-60 cycles/min) and cycles (up to 999,999).
Mechanical clamping system with adjustable positions for secure sample holding.
Equipped with multiple load weights (20N to 180N) to simulate various mechanical stresses.
Features high-precision digital display, measurement, and six-digit memory settings.
Includes a multi-function modular fixture system and rotating center centering tool for accurate testing.
FAQs:
What standards does this flexing testing apparatus comply with?
The apparatus is engineered in compliance with IEC62196-1:2022 clause 26.4 table 14 and IEC60309-1:2012 clause 24.4 figure 9, ensuring it meets international requirements for testing vehicle plugs, socket-outlets, and couplers.
How is the flexing angle controlled and adjusted?
The flexing angle is precisely controlled by a servo motor and can be freely adjusted from 0 to 360 degrees, with a default setting of 90 degrees (45 degrees on either side of vertical) for standardized testing.
Can the test parameters be customized for different samples?
Yes, all test parameters including flexing angle, speed (0-60 cycles/min), and cycle count (0-999,999) can be preset via the 7-inch touch screen interface, allowing customization for various testing requirements.
What types of loads can be applied during the test?
The apparatus supports multiple load weights including 20N, 25N, 50N, 75N, 100N, 120N, 140N, and 180N, enabling simulation of different mechanical stresses on the charging connectors.