Product Description
Outstanding functions
1. Set various load parameters and real-time monitor for parameters such as voltage, current and power by computer software
2. Be of five kinds of load modes such as CC, CV, CR, CP and LED
3. Support parallel connection of channels under any load modes and meet power extension of products
4. Support power cc from low voltage to high voltage and from low current to large current
5. Be of built-in over-temperature and smoke-alarming automatic protection device
6. Be of editable switch sequence and load conversion function
7. Cooperate with monitoring software of power burn-in, for application
8. Interface of multiple DC adapter plates can meet the demands for different output interface products
9. Be of optional multiple laminate structures at products zone and meet the requirements for more convenient operation of different products
10. Be of AC parameters measurement module and testing power input characteristics (optional)
11. Be of automatic voltage switching function (optional)
12. Be of temperature monitoring function at products zone (optional)
13. Be of PWM dimming function and two groups of logic control signal function(optional)
14. The model of E-load model can be selected.
15. Energy saving conversion efficiency over 85%
Reliable Performance for LED Power Supply TestingOur LED burn-in chamber combines durable construction with advanced control. Its microcomputer programmable control mode provides precise management over varied test parameters, enhancing repeatability and accuracy. With an adjustable load capacity up to 1000W and programmable temperature controls up to 80C, this chamber adapts easily to your specific testing requirements.
Automatic Cooling and Enhanced Safety FeaturesThis chamber utilizes an automatic fan cooling system, paired with overload, short circuit, and over-temperature protection for worry-free operation. Safety alarmsboth audio and visualnotify users immediately in case of fault or completion. These built-in features promote a secure environment while minimizing downtime and the risk of errors during rigorous testing cycles.
Versatile Data Management & Software IntegrationThe system supports real-time data logging and seamless export through interfaces including RS232, USB, and Ethernet. The dedicated PC software allows users to precisely set test parameters and download recorded data for comprehensive analysis. This connectivity ensures efficient workflow integration and full traceability of test results.
FAQs of LED power supply aging test/burn in chamber with led driver power supply manufacturers:
Q: How does the LED power supply aging/burn-in chamber enhance reliability testing?
A: The chamber subjects LED driver power supplies to programmable stress tests under constant current, voltage, or pulse modes, simulating real-world operating conditions. Advanced safety systems and real-time data logging provide reliable operation and accurate results, ensuring product quality and durability.
Q: What safety mechanisms are integrated in the chamber?
A: The equipment features automatic fan cooling, overload, short circuit, and over-temperature protection. In addition, audio and visual alarms immediately alert operators to any faults or when tests are completed, prioritizing safety and minimizing risks during operation.
Q: When should I use the burn-in chamber during LED driver manufacturing?
A: This system is ideally used in the final manufacturing stages to perform aging or burn-in tests. Running the supplies through stress conditions at this stage identifies potential defects before the products reach end users, ensuring only robust units are shipped.
Q: Where can data from the burn-in process be accessed or exported?
A: Data is logged in real-time and can be exported using integrated PC software via RS232, USB, or Ethernet interfaces. This allows you to review, archive, or analyze data as needed for quality control and traceability.
Q: What is the typical usage process for the chamber?
A: Users load up to 48 LED driver specimens, set desired test parameters (current, voltage, timer, temperature) via the software, and start the test. The system executes automatic cycles, records data, and provides alerts for faults or completion. Users can then export data for further evaluation.
Q: How does the programmable control benefit my testing procedures?
A: The microcomputer programmable control delivers precision and flexibility, allowing you to set custom test cycles, adjust speeds up to 60 cycles/min, and control test conditions for various sample types. This level of customization optimizes both performance verification and development studies.
Q: What warranty and support are provided for this equipment?
A: The chamber includes a standard 1-year manufacturer warranty, covering materials and workmanship. Technical support is available to help with installation, software setup, and any operational inquiries to ensure continuous and effective usage.