xenon-arc aging test chamber

338005.0 INR/Unit

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Product Details:

Gas Pressure 0.5 MPa (clean, dry compressed air)
Port Size Standard external exhaust port
Test Range UV, Visible, and IR spectra
Accuracy 0.5C (temperature), 2% RH (humidity)
Automation Grade Automatic
Response Time 1 second
Max Height 1650 mm
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xenon-arc aging test chamber Price And Quantity

Price 338005.0 INR/Unit
Minimum Order Quantity 1 Unit

Irradiance Intensity Adjustable up to 1200 W/m
Water Spray System Programmable nozzle with adjustable spray interval
Safety Devices Over-temperature, over-current, water leakage, and lamp failure protections
Inner Chamber Material SUS 304 stainless steel
Timer Range 09999 hours
Ambient Temperature for Operation +5C to +35C
Cooling System Integrated air cooling
Observation Window Double-layer tempered glass with lighting
Noise Level 65 dB(A)
Xenon Lamp Power 1.8 kW (air-cooled, long-life xenon arc lamp)

xenon-arc aging test chamber Product Specifications

Application Accelerated aging, color fastness, weather resistance
Number of Specimens up to 50 pieces
Test Speed Adjustable
Specimen Size 75 mm 150 mm (standard) or customized
Test Width 500 mm
Humidity 30%98% RH (controllable)
Measuring Range (Spectral matching) 290 nm 800 nm
Resolution 0.1C / 0.1% RH
Operating Voltage AC 220V 10%
Features Irradiance control, water spray, programmable cycles, safety interlock
Display Type Digital LCD display
Capacity 400 L
Mounting Type Floor-standing
Usage Laboratory, industrial testing
Machine Weight Approx. 400 kg
Interface Type RS232/USB
Equipment Type Xenon-Arc Aging Test Chamber
Temperature Ambient to 80C (programmable)
Test Range UV, Visible, and IR spectra
Accuracy 0.5C (temperature), 2% RH (humidity)
Power Supply AC 220V, 50/60Hz, Single Phase
Automation Grade Automatic
Frequency 50/60 Hz
Max Height 1650 mm
Response Time 1 second
Test Stroke 0-150 mm
Port Size Standard external exhaust port
Gas Pressure 0.5 MPa (clean, dry compressed air)
Control Mode Programmable touch screen controller

Irradiance Intensity Adjustable up to 1200 W/m
Water Spray System Programmable nozzle with adjustable spray interval
Safety Devices Over-temperature, over-current, water leakage, and lamp failure protections
Inner Chamber Material SUS 304 stainless steel
Timer Range 09999 hours
Ambient Temperature for Operation +5C to +35C
Cooling System Integrated air cooling
Observation Window Double-layer tempered glass with lighting
Noise Level 65 dB(A)
Xenon Lamp Power 1.8 kW (air-cooled, long-life xenon arc lamp)

xenon-arc aging test chamber Trade Information

Payment Terms Cash in Advance (CID)
Supply Ability 100 Unit Per Month
Delivery Time 7 Days
Main Domestic Market All India

Product Description

Test methods and parameters as per standard ASTM D 4355:

Duration	150h, 300h, 500h
Light Source	Xenon Arc
Filter	Daylight filters
Irradiated Intensity	0.350.02w/mat 340nm
Temperature of black panel	653
Relative humidity	50%-90%
Cycles
90min of light only at 653 and 50%5% relative humidity
30min of light plus water spray

Applicable industries: automotive manufacturing, coatings, plastics and rubber, textiles, building materials, aerospace, electronic components, outdoor products, etc

product overview

The xenon arc aging test chamber simulates multiple environmental factors such as full spectrum solar radiation, temperature, humidity, and rainfall using a high-precision xenon lamp light source to quickly evaluate the aging, fading, brittleness, and other properties of materials under long-term outdoor exposure. Help customers shorten their research and development cycle, optimize product quality, and comply with international testing standards such as ISO 4892 and ASTM G155.

Core advantages

1. Accurate environment simulation, highly reliable data

Full spectrum xenon lamp technology: using imported xenon lamp tubes, with a spectral range of 280-3000nm, accurately matching natural sunlight, and an error rate of less than 5%.

Multi factor collaborative control: temperature (RT~100 1 ), humidity (10%~98% RH 3%), irradiance (adjustable from 0.3~1.5 W/m ), spray cycle independent programming, simulating different global climate conditions.

Intelligent calibration system: Built in light sensor, automatically compensates for lamp attenuation, ensuring test consistency.

2. Efficient and energy-saving, reducing operating costs

Dual mode of air cooling and water cooling: reduces energy consumption by 30% compared to traditional equipment and supports 24/7 continuous operation.

Long life lamp design: The average service life is 2000 hours, reducing replacement costs by 40%.

3. Intelligent operation and data management

7-inch touch screen interface, supporting 100 sets of program storage, and one click access to test solutions.

Real time data curve display, USB/Ethernet interface export report, compatible with LIMS system.

Remote monitoring function (optional): Real time viewing of device status through PC or mobile devices.

Choosing a suitable xenon arc aging test chamber requires consideration of multiple factors to ensure that it can meet specific testing requirements and application scenarios. Here are some key factors and steps to help you make wise choices:

1. Determine testing standards and requirements

Industry standards: Different industries have different testing standards and requirements. For example, the automotive industry may need to follow SAE (Society of Automotive Engineers) standards, while the textile industry may need to follow AATCC (American Association of Textile Chemists and Dyers) standards. Understanding and determining the industry standards you are in is the first step in choosing a testing chamber.

Test parameters: Determine the environmental conditions you need to simulate, including light intensity, temperature, humidity, rainfall cycle, etc. Different testing standards have different requirements for these parameters.

2. Matching of light source type and spectrum

Light source type: Xenon arc lamps are commonly used light sources, but different models of xenon arc lamps may have different spectral outputs. Ensure that the light source of the selected test chamber can provide spectral output that highly matches the solar spectrum.

Spectral control: Some advanced models of test chambers can adjust the spectral output to simulate lighting conditions under different environmental conditions. Select a test chamber with appropriate spectral control capabilities based on your testing needs.

3. Temperature and humidity control

Temperature range: Determine whether the temperature control range of the test chamber meets your testing needs. The common temperature range is from 0 to 80 .

Humidity control: Humidity control is another important factor. Ensure that the test chamber can provide the required humidity range, typically between 20% and 98%.

4. Sample capacity and size

Sample capacity: Determine the number and size of samples that the test chamber can accommodate based on your testing needs. Different test chambers have different sample capacities and sizes. Choose the test chamber that can accommodate the required number of samples.

Sample rack design: The sample rack design of some test chambers can be easily replaced and adjusted to accommodate samples of different shapes and sizes. Select a test chamber with a suitable sample rack design based on the characteristics of your sample.

5. Control system and user interface

Control system: Advanced control systems can provide higher testing accuracy and stability. Choose a test chamber with a high-precision control system to ensure the reliability of the test results.

User interface: A user-friendly interface can simplify the operation process and improve work efficiency. Choose a test chamber with an intuitive user interface so that operators can easily set up and monitor it.

6. Security and Maintenance

Safety protection: The test chamber should be equipped with multiple safety protection devices, such as over temperature protection, overload protection, leakage protection, etc., to ensure operational safety.

Maintenance requirements: Understand the daily maintenance requirements and maintenance cycle of the test chamber. Choosing a test chamber that is easy to maintain can reduce maintenance time and costs.

7. Brand and after-sales service

Brand reputation: Choosing products from well-known brands can provide better quality assurance and after-sales service. Understand the reputation and user reviews of different brands, and choose brands with good reputation.

After sales service: Understand the supplier's after-sales service policy, including warranty period, repair service, and technical support. Choose a supplier that provides comprehensive after-sales service so that you can receive timely assistance when needed.

8. Budget and cost-effectiveness

Budget: Determine an acceptable price range based on your budget. There is a significant price difference between different models and brands of test chambers. Therefore, it is important to plan a reasonable budget and choose products with high cost-effectiveness.

Cost effectiveness: Not only should the price be considered, but also the performance, functionality, and after-sales service of the test box should be comprehensively considered. Choosing a cost-effective test chamber can not only meet testing needs but also achieve better investment returns.

Advanced Xenon Arc Lamp System

Utilizing a robust 1.8 kW air-cooled xenon lamp, this chamber simulates natural sunlight for comprehensive UV, visible, and IR exposure tests. Its long-life design reduces lamp replacements, maintaining consistent performance throughout extended test cycles while adhering to international test standards.

Programmable, Flexible Testing Cycles

Featuring a programmable touch screen controller and versatile timer (up to 9999 hours), this equipment enables custom test programs. Adjust test speed, irradiance, water spray intervals, temperature, and humidity, facilitating a wide range of industrial and research applications.

Superior Safety and Observation Features

Multiple safety devices protect the equipment and users from over-temperature, electrical faults, lamp failure, or water leakage. The observer window, fitted with illuminated double-layer tempered glass, allows real-time monitoring without disrupting ongoing tests.

FAQ's of xenon-arc aging test chamber:

Q: How does the Xenon-Arc Aging Test Chamber simulate real-world weathering conditions?

A: The chamber uses a 1.8 kW air-cooled xenon arc lamp and programmable cycles with adjustable irradiance, temperature, humidity, and water spray. This setup accurately reproduces the environmental effects of sunlight, rain, and humidity, allowing for accelerated aging and weather resistance testing.

Q: What types of materials and specimens can be tested in this chamber?

A: The chamber accommodates up to 50 specimens with standard sizes of 75 mm 150 mm, or customized dimensions. It is suitable for textiles, plastics, coatings, rubbers, and other industrial or laboratory materials needing accelerated exposure to light, heat, and moisture.

Q: When should I use the programmable water spray system during testing?

A: The water spray system is used to simulate rain, dew, or humidity cycles. It can be programmed with adjustable spray intervals to mimic various environmental conditions, helping evaluate a material's resistance to moisture and related degradation processes.

Q: Where should this test chamber be installed for optimal operation?

A: Install the chamber in a laboratory or industrial facility with ambient temperatures between +5C and +35C. Ensure access to an AC 220V power supply, a clean and dry compressed air source (0.5 MPa), and standard exhaust facilities for safe operation.

Q: What is the typical process for running an accelerated aging test with this chamber?

A: Begin by placing specimens in the chamber, then set desired parameters (irradiance, temperature, humidity, spray intervals) using the touch screen controller. The chamber executes the programmed cycle, exposing samples to controlled environmental stress over a defined period.

Q: How does the chamber benefit research and product quality assurance?

A: By enabling precise control over environmental variables, the chamber allows researchers and manufacturers to predict material durability and performance under various weather conditions, ultimately supporting product improvement and compliance with international testing standards.

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