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Burn-in Equipment for LED Power Supply

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MOQ : 1 , , Millimeter

Burn-in Equipment for LED Power Supply Specification

Specimen Size
Varies, fits standard LED power supply modules

Accuracy
0.5%

Mounting Type
Floor-standing

Gas Pressure
0.5 MPa

Hardness
Industrial Grade Structure

Response Time
<1s

Max Height
1400 mm

Power Supply
AC 220V 10%, 50Hz

Resolution
0.01V, 0.01A

Port Size
Standard Interface

Interface Type
RS232, USB

Application
LED Power Supply Burn-in Testing

Temperature
Room Temperature to 80C

Operating Voltage
AC 220V

Display Type
Digital LCD

Number of Specimens
Up to 24 units

Humidity
30%-80% RH

Test Range
0-3000 W (LED power supply)

Automation Grade
Automatic

Features
Temperature and current monitoring, overheat protection, data logging

Frequency
50Hz

Measuring Range
0-100V/0-50A configurable

Usage
Batch LED power supply reliability test

Capacity
Multiple channels (configurable)

Machine Weight
120 kg

Test Speed
Adjustable, up to 60 cycles/min

Test Width
600 mm

Test Stroke
0~400 mm

Control Mode
PLC automatic control

Calibration Interval
12 months recommended

Compliance Standard
IEC, CE Certified

Insulation Resistance
>10 M

Maintenance
Tool-free front access panels

Safety Protection
Overload, Over-temperature, Short-circuit

Equipment Type
Burn-in Equipment

Timer Function
0-9999 min programmable

Noise Level
65 dB

Alarm Type
Audio and Visual

Cooling Method
Integrated Forced Air Cooling

Burn-in Mode
Constant Voltage / Constant Current / Dynamic Load

Test Software Compatibility
Windows-based Analysis Program

Data Output
USB / RS232 / Ethernet

Burn-in Equipment for LED Power Supply Trade Information

Minimum Order Quantity
1 , , Millimeter

Supply Ability
192 Millimeters Per Month

Delivery Time
20-25 Days

About Burn-in Equipment for LED Power Supply

Amidst our wide range of industrial machines, we are also engaged in providing a wide range of rugged designed Burn-in Equipment for LED Power Supply. This product is highly acknowledged for its long lasting performance among our clients. Apart from this, we provide our Burn-in Equipment for LED Power Supply in numerous specifications, in order to meet varied needs of clients. It supports power burn-in from low voltage to high voltage and from low current to large current.

Multiple Safety Features for Reliable Testing

This burn-in equipment integrates comprehensive safety mechanisms, such as overload, short-circuit, and over-temperature protections, ensuring your LED power supplies are tested under secure conditions. Both audio and visual alarms are incorporated to promptly alert operators to abnormal situations, further reducing operational risks.

Highly Versatile and Configurable Operation

Supporting both constant voltage and constant current burn-in modes, as well as dynamic load testing, the system is adaptable for varied LED power supply modules. Adjustable measuring ranges and programmable test durations make it suitable for a wide spectrum of testing scenarios and requirements.

User-Friendly Design and Data Management

The equipment leverages PLC automatic control for streamlined operation and efficiency. Convenient tool-free front access panels simplify regular maintenance. Digital LCD displays, precise monitoring functions, and multi-channel data output (USB, RS232, Ethernet) enable real-time data tracking and easy integration with Windows-based analysis software.

FAQs of Burn-in Equipment for LED Power Supply:

Q: How does the burn-in equipment ensure the safety of tested LED power supplies?

A: The equipment incorporates several safety protections, including overload, over-temperature, and short-circuit safeguards. Both audio and visual alarms provide immediate notification of abnormal conditions, ensuring quick responses and minimizing damage risk during the testing process.

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

A: Operators first install up to 24 LED power supply specimens into the equipment, selecting the desired burn-in mode (constant voltage, constant current, or dynamic load). Parameters such as timer, measuring range, and test speed can be programmed via the digital LCD interface. The system then automatically controls and monitors the test cycle until completion.

Q: When should the equipment be calibrated for optimal accuracy?

A: Regular calibration is recommended every 12 months to maintain measurement accuracy within 0.5%. This calibration ensures reliable and consistent results throughout the equipments operational lifespan.

Q: Where can the data from burn-in tests be accessed and exported?

A: Test data can be exported and accessed via USB, RS232, or Ethernet interfaces. The system is compatible with Windows-based analysis programs, allowing for seamless data tracking, logging, and further analysis.

Q: What benefits does the integrated forced air cooling system provide?

A: The integrated forced air cooling maintains stable internal temperatures during prolonged test cycles, protecting both the tested specimens and the equipment itself from overheat-related issuescritical for consistent testing at room temperature up to 80C.

Q: How easy is it to maintain and service the equipment?

A: Maintenance is streamlined with tool-free front access panels, enabling quick checks and servicing without the need for special equipment. This design reduces downtime and enhances operational efficiency.

Q: What are the main advantages of using this equipment for LED power supply manufacturers or exporters in China?

A: Manufacturers and exporters benefit from reliable high-speed batch testing, broad compatibility, automated control, robust safety features, and compliance with international standards (IEC, CE). This enhances product reliability and ensures confidence in exported LED power supply units.

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