Constant Temperature and Humidity Power Burn-in Test System

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Constant Temperature and Humidity Power Burn-in Test System

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MOQ : 1 , , Millimeter

Constant Temperature and Humidity Power Burn-in Test System Specification

Test Range
Customized as per specimen

Gas Pressure
0.20.8 MPa

Accuracy
0.3C, 2% RH

Temperature
Room temp. +10C to 150C

Port Size
1/2 inch

Display Type
Digital LCD Touch Display

Hardness
Chamber insulation: 60 mm PU foam

Measuring Range
0150C (Temperature), 30%98% RH (Humidity)

Application
Electrical component power burn-in and reliability testing

Features
Stainless steel chamber, auto alarm, overheat & overcurrent protection, programmable profiles

Mounting Type
Floor Standing

Max Height
1850 mm

Number of Specimens
Up to 56 units/batch

Equipment Type
Constant Temperature & Humidity Power Burn-in Test System

Interface Type
RS485, USB, Ethernet

Humidity
30%98% RH, programmable

Response Time
3 minutes

Operating Voltage
220V AC

Frequency
50/60 Hz

Resolution
0.1C / 0.1% RH

Automation Grade
Fully Automatic

Specimen Size
Max. 400300300 mm

Power Supply
AC 220V, 50/60 Hz

Usage
Continuous burn-in life testing for electronic/electrical specimens

Capacity
6080 kW

Machine Weight
Approx. 500 kg

Test Speed
Variable, up to 1 cycle/min

Test Width
600 mm

Test Stroke
0120 mm adjustable

Control Mode
Programmable PLC and Touchscreen

Outer Chamber Material
Powder-coated Cold-rolled Steel

Timing Range
19999 mins programmable

Data Storage
Built-in memory with USB export

Noise Level
65 dB

Ambient Temperature
+5C to +35C (operating environment)

Caster Wheels
Heavy-duty, lockable for mobility

Safety Protection
Over-temperature, over-current, leakage, alarm system

Heating Method
PID-controlled electric heater

Door Type
Single, front-open with observation window

Cooling Method
Air-cooled or water-cooled (optional)

Chamber Volume
600 liters

Inner Chamber Material
Stainless Steel SUS#304

Constant Temperature and Humidity Power Burn-in Test System Trade Information

Minimum Order Quantity
1 , , Millimeter

Supply Ability
192 Millimeters Per Month

Delivery Time
20-25 Days

About Constant Temperature and Humidity Power Burn-in Test System

Under precious guidance of our skilled professionals, we are engaged in offering a quality approved Constant Temperature and Humidity Power Burn-in Test System to our customers. Owing to long service life and precise design, the offered product is widely demanded in the market. In addition to this, our quality experts perform a series of quality tests on this Constant Temperature and Humidity Power Burn-in Test System in order to make flawless delivery from our end. It support parallel connection of channels under any load modes and meet power extension of products

Advanced Testing for Maximum Reliability

Engineered for durability and adaptability, this system ensures components are rigorously tested under precisely controlled temperature and humidity conditions. The large observation window, programmable profiles, and digital LCD touchscreen deliver a user-friendly and efficient experience, making it indispensable for research, quality assurance, and manufacturing environments.

Robust Construction and Safety Assurance

Built with a high-grade stainless steel inner chamber and powder-coated outer shell, the system offers both strength and longevity. Comprehensive safety featuresincluding over-temperature, over-current, and leakage alarmsprotect both specimens and operators, while automatic shut-off mechanisms add peace of mind during prolonged test cycles.

User-Centric Controls and Data Management

The intuitive PLC touchscreen interface, built-in memory, and support for USB, RS485, and Ethernet facilitate seamless data monitoring and export. Programmable cycle profiles allow precise customization, while heavy-duty casters ensure easy mobility within laboratory or production settings.

FAQs of Constant Temperature and Humidity Power Burn-in Test System:

Q: How does the Constant Temperature and Humidity Power Burn-in Test System ensure reliable testing conditions?

A: This system uses programmable PLC controls and PID-regulated electric heaters to precisely set temperature (from room temp. +10C to 150C) and humidity (30%98% RH). The air- or water-cooled cooling options, along with advanced sensors and 0.3C/2% RH accuracy, guarantee stable and repeatable test environments for every specimen batch.

Q: What types of specimens can be tested and what is the maximum batch size?

A: The system is designed for electrical and electronic components, accommodating up to 56 specimens per batch. Each specimen can be as large as 400300300 mm, making it suitable for a wide range of power devices and assemblies.

Q: When should I use the built-in data storage and USB export features?

A: Utilize the built-in memory and USB export for archiving test results, performing data analysis, or sharing reports with quality assurance teams. Data can be downloaded after each test cycle or during long-term reliability studies to ensure proper record-keeping and traceability.

Q: Where is the suitable environment to operate the test system?

A: Operate the system in environments where the ambient temperature remains between +5C and +35C. The floor-standing design with lockable, heavy-duty caster wheels allows placement in laboratories, manufacturing areas, and research facilities as needed.

Q: What is the process for programming and starting a burn-in test?

A: Simply select or customize your desired temperature and humidity profiles using the digital LCD touchscreen interface, set the timing (from 19999 minutes), load up to 56 specimens into the chamber, and start the test. All parameters are monitored and controlled automatically, including safety alarms and data logging.

Q: How does the system protect my equipment and specimens during operation?

A: Integrated safety features such as over-temperature, over-current, and leakage detection with automatic shut-off and alarms ensure that your specimens and equipment are safeguarded throughout testing. The insulated chamber (60 mm PU foam) minimizes heat loss, further boosting operational safety.

Q: What are the main benefits of using this burn-in test system for electrical component testing?

A: This system delivers highly accurate, programmable, and repeatable environmental testing in a robust platform. Key benefits include automation, high capacity, versatile specimen handling, digital data export, enhanced safety, and mobility, making it ideal for quality assurance and reliability validation in export-focused manufacturing operations.

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