Product Description
In order to attain the maximum satisfaction of our esteemed clients, we are engaged in offering the best in class LED Power Supply Aging Test Chamber Equipment. This equipment is well known among our clients who are situated across the nation. Professionals serving our vendors manufacture this equipment with the help of well tested components and sophisticated technology in adherence with industry set standards. We provide this LED Power Supply Aging Test Chamber Equipment to our clients at reasonable rates.
Advanced Control and AutomationFeaturing a PLC controller with a responsive touchscreen interface, users can easily configure, monitor, and automate aging cycles, ensuring high accuracy and repeatability in test results. The systems fully automatic operation reduces human intervention and maintains consistent test conditions, fulfilling the needs of demanding quality assurance protocols.
Robust Safety and ReliabilityThis chamber prioritizes the safety of both specimens and operators with integrated protections including over current, over temperature, leakage detection, and emergency stop. The high insulation resistance and overload protection further ensure secure, uninterrupted operations during intensive aging tests.
Flexible and Customizable TestingAccommodating up to 12 LED power supply specimens with customizable sizes and a wide test range up to 3000W, the chamber offers selectable constant current or voltage burn-in loads. Adjustable temperature (room to 60C), humidity (3095% RH), and test speed enable precise adaptation to various product requirements.
FAQs of LED Power Supply Aging Test Chamber Equipment:
Q: How does the LED Power Supply Aging Test Chamber ensure operator and device safety?
A: The chamber incorporates multiple safety features, including over current, over temperature, and leakage protection, as well as an emergency stop function. These mechanisms minimize the risk of equipment damage or personnel injury during testing.
Q: What is the process for conducting an aging test using this chamber?
A: To conduct an aging test, place the LED power supply specimens in the chamber, configure the burn-in load (constant current or voltage), set the desired temperature, humidity, and test cycles via the PLC touchscreen, and start the test. Data is automatically logged and can be exported for further analysis.
Q: When is this equipment typically used in the manufacturing workflow?
A: The aging test chamber is most commonly used after assembly and initial inspection, but before final packaging, to verify the reliability and longevity of LED power supplies under simulated operating conditions.
Q: Where can the test data be exported?
A: Users can export test data via USB or Ethernet connections. Optional RS232 interface support allows integration with external data management systems for streamlined documentation and analysis.
Q: What are the benefits of using this chamber for LED power supply testing?
A: Employing this chamber improves the reliability and quality of LED power supplies by identifying early failures under controlled conditions. Automated data logging and safety protections help enhance productivity, accuracy, and traceability during quality assessment.
Q: How does the chamber accommodate different specimen sizes and test requirements?
A: The system supports customized port and specimen sizes, and allows users to select test parameters such as current, voltage, temperature, and humidity. This flexibility ensures compatibility with a variety of LED power supply designs and testing protocols.