LED Power Supply Aging Test-Burn in Chamber

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LED Power Supply Aging Test-Burn in Chamber

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MOQ : 1 , , Millimeter

LED Power Supply Aging Test-Burn in Chamber Specification

Gas Pressure
0.4~0.8 MPa (for cooling/air-based models)

Measuring Range
0-500V, 0-10A (per channel)

Mounting Type
Floor-standing

Application
Aging and reliability test for LED power supplies

Response Time
<1 second

Equipment Type
LED Power Supply Aging/Burn-in Chamber

Resolution
0.1V/0.01A

Number of Specimens
Up to 40 units per batch

Specimen Size
Customizable slots for multiple dimensions

Hardness
N/A (not applicable)

Power Supply
220V AC, 50/60Hz

Accuracy
1%

Frequency
50/60Hz

Operating Voltage
220V / 110V AC optional

Port Size
Standard (customizable as per requirement)

Max Height
1350 mm

Test Range
0-200W LED Power Supply

Features
Overload protection, programmable parameters, temperature/humidity control

Automation Grade
Automatic

Display Type
Digital LCD/LED display

Temperature
Ambient to 70C (programmable)

Interface Type
RS-232/USB interface for data output

Humidity
30% to 90% RH (adjustable)

Usage
LED driver power aging, endurance, and burn-in testing

Capacity
40-60 pieces per cycle

Machine Weight
Approx. 250 kg

Test Speed
Variable, up to 60 cycles/min

Test Width
600 mm

Test Stroke
400 mm

Control Mode
Microprocessor-based, Automatic

Service Access
Front/rear maintenance doors

Compliance
CE, ISO, and other standard certifications

Data Logging
Built-in data acquisition and recording

Optional Remote Monitoring
Ethernet/Wi-Fi enabled module

External Chamber Dimensions
1100 x 900 x 1800 mm

Internal Chamber Dimensions
850 x 700 x 1200 mm

Safety Systems
Over-temperature, over-current, leak detection

Air Flow Type
Forced air circulation

Operating Environment
Indoor, dust-free, ventilated area

Cooling System
Optional air or water cooling depending on model

Lighting Fixture Type
Universal, compatible with most LED driver outputs

Input Channel Configuration
Independent programmable channels for each specimen

Alarm Type
Audible and visual alarm on fault

Chamber Material
Powder-coated steel, stainless steel inner

Burn-in Time Configuration
Programmable 0-9999h per test

LED Power Supply Aging Test-Burn in Chamber Trade Information

Minimum Order Quantity
1 , , Millimeter

Supply Ability
192 Millimeters Per Month

Delivery Time
20-25 Days

About LED Power Supply Aging Test-Burn in Chamber

With huge technical knowledge and industrial experience, we are engaged in offering a wide array of LED Power Supply Aging Test-Burn in Chamber. This product is manufactured by our skilled engineers utilizing the finest quality components and advanced technology. Renowned for their brilliant features like robust design, zero maintenance and high performance, the offered LED Power Supply Aging Test-Burn in Chamber is widely acknowledged by our clients from every nook & corner of the country. Also, we provide the entire range at the market leading prices.

Comprehensive Testing with Advanced Automation

This burn-in chamber supports variable test cycles and programmable durations up to 9999 hours, providing unparalleled flexibility for endurance and stress testing of LED power supplies. Independent channels and universal fixture compatibility make it suitable for most LED driver outputs, ensuring your quality assurance process is both thorough and efficient.

Reliable Safety and Data Control

Equipped with over-temperature, over-current protection, and leak detectors, the chamber prioritizes device integrity and operator safety. Its built-in data logging and exportable digital interface make it easy to monitor parameters, generate reports, and maintain compliance with CE and ISO standards, all while supporting remote access via Ethernet or Wi-Fi.

FAQs of LED Power Supply Aging Test-Burn in Chamber:

Q: How does the forced air circulation in the LED power supply aging chamber improve test accuracy?

A: The forced air circulation ensures uniform temperature and humidity distribution throughout the chamber, eliminating hot spots and ensuring that each specimen experiences consistent testing conditions, which directly improves reliability and accuracy of the aging and burn-in results.

Q: What types of LED power supplies are compatible with this burn-in chamber?

A: Thanks to its universal lighting fixture and customizable specimen slots, the chamber is compatible with most types of LED driver outputs and power supplies within the 0-200W range, making it adaptable for varied testing requirements.

Q: Where should the LED power supply burn-in chamber be installed for optimal performance?

A: The chamber is designed for indoor use in a dust-free, well-ventilated area. This environment helps maintain testing integrity, prevents contamination, and ensures the chambers cooling and safety systems operate effectively.

Q: What is the process for conducting a burn-in test using this chamber?

A: Users load up to 40 LED power supplies into the chambers customizable slots, configure individual channels and test parameters via the digital interface, and initiate the programmed aging cycle. Data is logged automatically, and any fault triggers both audible and visual alarms.

Q: What are the benefits of the chambers data logging and remote monitoring features?

A: The built-in data acquisition system records test parameters for each specimen in real time. With Ethernet or Wi-Fi enabled remote monitoring, users can oversee test progress and retrieve data without being physically present, enhancing efficiency and traceability.

Q: When should you utilize the automatic safety systems of the chamber?

A: Automatic safety systems such as over-temperature, over-current, and leak detection operate continuously during testing. These safeguards activate immediately upon detecting any fault, minimizing risk and protecting both equipment and test specimens.

Q: How can test results from the chamber be exported for further analysis?

A: Test results can be exported using the RS-232 or USB interface. These outputs allow users to transfer data to external devices or computers for comprehensive analysis, record-keeping, or quality assurance reporting.

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