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LED Power Supply Burn in Test Cabinet Equipment LED Power Supply Burn in Test Cabinet Equipment LED Power Supply Burn in Test Cabinet Equipment LED Power Supply Burn in Test Cabinet Equipment

LED Power Supply Burn in Test Cabinet Equipment

Product Details:

  • Measuring Range Voltage, Current, Burn-In Time
  • Hardness Industrial cabinet grade
  • Number of Specimens 8~40 units (Configurable by tray)
  • Test Range LED Driver Power Supply; Current: 0.5A - 20A; Voltage: 5V - 220V
  • Accuracy 1%
  • Interface Type RS232/USB (Data output optional)
  • Temperature Room Temperature to 80C (Adjustable)
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LED Power Supply Burn in Test Cabinet Equipment Price And Quantity

  • 1 , , Millimeter

LED Power Supply Burn in Test Cabinet Equipment Product Specifications

  • 0.01A / 0.1V
  • AC 220V/110V 10%
  • Digital Touchscreen Interface
  • Power supply burn-in/aging test, electrical endurance, quality control
  • 1800mm
  • Floor-standing
  • Temperature & over-current protection, auto alarm, programmable timer, modular rack system, forced cooling
  • 30% ~ 85% RH
  • Electrical endurance and burn-in test for LED power supplies
  • Approx. 1000 mm
  • LCD Digital Display
  • AC 220V, 50Hz
  • 50Hz / 60Hz
  • Timed and continuous operation selectable
  • Room Temperature to 80C (Adjustable)
  • Up to 500mm
  • Semi-Automatic
  • Approx. 450 kg
  • 1%
  • RS232/USB (Data output optional)
  • LED Driver Power Supply; Current: 0.5A - 20A; Voltage: 5V - 220V
  • Voltage, Current, Burn-In Time
  • 8~40 units (Configurable by tray)
  • Industrial cabinet grade
  • Adjustable
  • 1 second
  • 0.4 - 0.6 MPa (if required for airflow cooling type)
  • Up to 40 power supplies per batch
  • Customized (Standard: 6 mm, 8 mm)

LED Power Supply Burn in Test Cabinet Equipment Trade Information

  • 192-240 , , Millimeter Per Month
  • 20-25 Days

Product Description

 

We feel proud to announce ourselves as the leading name engaged in offering of LED Power Supply Burn in Test Cabinet Equipment. This product is manufactured by our adept engineers utilizing prime grade components and progressive technology in adherence to set industrial norms. While manufacturing this equipment, we lay special emphasis on high performance and overall quality of the LED Power Supply Burn in Test Cabinet Equipment by making some practical tests.



Comprehensive Burn-In and Aging Tests

This cabinet supports both timed and continuous operation modes, enabling precise and flexible burn-in testing of LED driver power supplies. With configurable trays, it can handle various voltages (5V220V), currents (0.5A20A), and unit sizes, making it versatile for diverse production needs. The digital touchscreen ensures simple control of temperature, test duration, and other critical parameters.


Advanced Safety and Control Features

Safety is prioritized with comprehensive protection against overtemperature, overload, overcurrent, short circuits, and leakage. Real-time monitoring is accessible through a digital LCD display and per-channel LED status indicators. Alarms (buzzer/light) promptly notify operators of any irregularities, while forced cooling and industrial-grade construction guarantee reliable, long-lasting operation.


User-Friendly Data Management

Data logging options, including USB download and online monitoring via RS232/USB, streamline test reporting and traceability. Programmable timers, rapid response time (1 second), and high measurement accuracy (1%) ensure consistent test results. The ergonomic floor-standing design with heavy-duty, lockable casters makes positioning and operation convenient in any laboratory or manufacturing environment.

FAQs of LED Power Supply Burn in Test Cabinet Equipment:


Q: How does the integrated air heating and forced air cooling system improve the burn-in testing process?

A: The integrated air heating enables precise temperature control up to 80C, while the forced air cooling system rapidly dissipates heat, ensuring uniform conditions throughout the chamber. This dual system supports stable, consistent burn-in tests essential for evaluating the reliability of LED power supplies under controlled thermal stress.

Q: What benefits does the programmable timer range provide during LED power supply tests?

A: With a flexible timer that ranges from 1 minute to 999 hours, the unit can perform both short-duration and extended endurance tests. This allows users to replicate real-life conditions and adapt the test profile according to individual batch or product requirements, further supporting quality control and certification needs.

Q: When should operators engage the data logging and online monitoring functions?

A: Operators should use data logging and online monitoring during every batch test to capture comprehensive voltage, current, and temperature information. These features aid in maintaining accurate records of each testing session and are invaluable for quality audits, traceability, and ongoing product improvement.

Q: Where can this equipment be optimally installed and used?

A: This floor-standing, lockable, heavy-duty cabinet is best installed in production lines, quality control laboratories, or testing facilities. Its industrial-grade hardness and low ambient noise level ( 65dB) make it suitable for a wide range of environments within electronic manufacturing plants or specialized test centers.

Q: What is the process for testing multiple specimens, and how many can be tested simultaneously?

A: Specimens are mounted on configurable trays inside the cabinet, allowing up to 40 power supplies to be tested in one batch. Each channel offers visual LED status indicators and programmable test conditions. The modular rack system accommodates various specimen sizes and ensures simultaneous, accurate monitoring for every unit.

Q: How does the safety protection mechanism work during operation?

A: The cabinet automatically monitors for overtemperature, overload, overcurrent, short circuit, and leakage conditions. If any issue is detected, alarms (buzzer and light indicator) are activated, and the system intervenes to prevent damage or hazards, thereby safeguarding both the tested units and operators.

Q: What are the main usage scenarios and benefits of this equipment for exporters and manufacturers?

A: Designed for burn-in/aging tests and quality control of LED power supplies, this semi-automatic cabinet helps identify failures before shipment. Exporters and manufacturers benefit from reliable, programmable testing, comprehensive data documentation, optimal test conditions, and robust safety featuresall of which enhance product reliability and customer satisfaction.

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