solar radiation xenon lamp test chamber

548005.0 INR/Unit

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Product Details:

Display Type 7-inch LCD Color Touchscreen
Number of Specimens Up to 12 pieces
Specimen Size 150 x 70 mm (standard, customizable)
Temperature RT+10C to 80C (Programmable)
Measuring Range 0~1200 W/m Xenon light irradiance
Humidity 30%~98% RH (Programmable)
Port Size Standard 100 mm diameter (customizable)
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solar radiation xenon lamp test chamber Price And Quantity

Minimum Order Quantity 1 Unit
Price 548005.0 INR/Unit

Filter System UV/IR Filters, Borosilicate Glass
Lamp Type Air-cooled Xenon Arc Lamp (Imported, 1.8~2.2 kW)
Door Type Sealed, Transparent Observation Window
Data Recording Built-in memory with USB export
Inner Chamber Material SUS 304 Stainless Steel
Adjustable Parameters Irradiance, Temperature, Humidity, Test Duration
Cooling Mode Water / Air Cooled
External Chamber Material High-grade Stainless Steel
Safety Devices Leakage Protection, Over-temperature cutoff, Overload Protection
Timing Device Programmable (0~9999 min)
Irradiance Uniformity 5% Across Test Area
Lamp Life 1500 Hours (typical)

solar radiation xenon lamp test chamber Product Specifications

Application UV Exposure, Weather Resistance, Aging Test, Color Fastness Evaluation
Response Time Instant (Temperature/humidity sensors)
Gas Pressure 0.4~0.7 MPa (for optional air-cooling or gas inlet)
Test Speed Adjustable (Typically 1.5-10 min/cycle)
Resolution 0.1C (Temperature), 1 W/m (Irradiance)
Control Mode Touch Screen Controller / PLC
Automation Grade Automatic
Operating Voltage 380V AC
Equipment Type Solar Radiation Xenon Lamp Test Chamber
Machine Weight Approx. 500 kg
Interface Type RS232/USB Data Output
Accuracy 3% (irradiance), 0.5C (temperature)
Hardness Robust Stainless Steel Construction
Power Supply AC 380V, 50Hz, 3 Phase
Usage Laboratory/Industrial Material Testing
Measuring Range 0~1200 W/m Xenon light irradiance
Specimen Size 150 x 70 mm (standard, customizable)
Temperature RT+10C to 80C (Programmable)
Number of Specimens Up to 12 pieces
Display Type 7-inch LCD Color Touchscreen
Capacity 225 Liters
Features Programmable Cycles, Alarm System, Test Curve Record, Safety Protection, Uniform Irradiance
Test Stroke Full Chamber Length
Mounting Type Floor Stand
Test Range Solar Radiation, Temperature, Humidity
Frequency 50 Hz
Max Height 1.7 m
Humidity 30%~98% RH (Programmable)
Port Size Standard 100 mm diameter (customizable)
Test Width 400 mm

Filter System UV/IR Filters, Borosilicate Glass
Lamp Type Air-cooled Xenon Arc Lamp (Imported, 1.8~2.2 kW)
Door Type Sealed, Transparent Observation Window
Data Recording Built-in memory with USB export
Inner Chamber Material SUS 304 Stainless Steel
Adjustable Parameters Irradiance, Temperature, Humidity, Test Duration
Cooling Mode Water / Air Cooled
External Chamber Material High-grade Stainless Steel
Safety Devices Leakage Protection, Over-temperature cutoff, Overload Protection
Timing Device Programmable (0~9999 min)
Irradiance Uniformity 5% Across Test Area
Lamp Life 1500 Hours (typical)

solar radiation xenon lamp test chamber Trade Information

Payment Terms Cash in Advance (CID)
Supply Ability 100 Unit Per Month
Delivery Time 5 Days
Main Domestic Market All India

Product Description

The solar radiation xenon lamp test chamber (also known as the xenon arc lamp aging test chamber) is a device commonly used to accelerate the simulation of solar radiation, mainly used to test the aging of materials, coatings, plastics, rubber, etc. under natural light irradiation. This device simulates ultraviolet, visible, and infrared rays in sunlight through xenon arc lamps, simulates the radiation effects in outdoor environments, and evaluates the weather resistance and aging degree of materials.

Main functions:

Simulate natural sunlight:

The xenon arc lamp test chamber simulates the radiation of ultraviolet (UV), visible light (VIS), and infrared (IR) in sunlight through a high-intensity xenon arc lamp source, which can accelerate the material aging process and enable the test samples to obtain the same lighting effect as in the natural environment for several months or even years in a relatively short period of time.

Accelerated aging test:

By illuminating the sample with a xenon arc lamp, the test chamber can simulate changes in natural environmental factors such as sunlight, rain, humidity, and temperature, helping to analyze the changes of different materials (such as coatings, plastics, rubber, etc.) under long-term sunlight exposure, including fading, cracking, aging, peeling, brittleness, and other phenomena.

Temperature and humidity control:

The test chamber is equipped with a temperature and humidity control system, which simulates a humid and hot environment and enhances the comprehensiveness of testing. Temperature and humidity can usually be adjusted to simulate different climatic conditions.

High precision radiation monitoring:

Equipped with a radiometer or ultraviolet sensor, it can monitor radiation intensity in real time to ensure the accuracy of experimental data. Users can set specific irradiance values as needed, control light intensity and time, and conduct precise testing.

Automation and Data Recording:

Test chambers are usually equipped with PLC control systems and touch screens, allowing users to easily set up programs, monitor processes, and record experimental data. The data recording function can automatically save key parameters such as temperature, humidity, irradiance, and test time.

Main configuration and features:

Xenon arc lamp light source:

Xenon arc lamp is an efficient light source that can produce a spectrum close to natural sunlight. Usually, xenon arc lamps have multiple power options such as 500W and 1000W. The higher the power, the stronger the simulated radiation intensity, and the faster and more accurate the test results.

UV simulation:

Xenon arc lamps are mainly used to simulate ultraviolet radiation. The influence of ultraviolet radiation in the UVB, UVA and other bands on materials is an important factor in accelerating aging, so controlling the intensity of UV is the key to testing.

Temperature and humidity control system:

Temperature and humidity are important factors that cannot be ignored during the testing process. The xenon lamp test chamber is equipped with a precise temperature and humidity control system, which can simulate different climatic environments such as high temperature and humidity, dry and cold conditions.

Sample rack and space:

Sample racks are usually adjustable structures to accommodate samples of different sizes and shapes. The internal space design of the box can meet the requirements of testing multiple samples simultaneously, ensuring uniform lighting.

Automatic alarm and security protection:

Advanced xenon lamp test chambers are usually equipped with automatic alarm functions. In case of overheating, high temperature, abnormal radiation intensity, etc. of the lamp tube, the alarm system will be triggered to protect the safe operation of the equipment.

Optional spray system:

The spray system is used to simulate the impact of rain or water mist, further accelerate the aging of materials, and test the durability of coatings, plastics, etc. in wet environments.

Applicable industries:

Materials and Chemical Industry:

Used to test the durability, fading, aging, strength and other properties of various materials (such as plastics, rubber, coatings, etc.) under sunlight exposure.

Automotive industry:

Test the weather resistance of automotive components (such as exterior parts, plastic interiors, headlights, etc.) in UV and high temperature environments.

Electronic industry:

Used to test the radiation resistance of electronic components, ensuring that they will not degrade or malfunction when exposed to sunlight for a long time.

Construction and Coatings Industry:

Test the durability of building materials and coatings in outdoor environments to ensure that they do not fade or break under different weather conditions.

Textile industry:

Test the color fastness and aging degree of textiles (such as curtains, carpets, etc.) under sunlight exposure.

Selection suggestion:

Select power according to testing requirements:

If rapid accelerated aging testing is required, high-power xenon arc lamps (such as 1000W) can be selected; If there are few samples or low requirements for testing time, a lower power xenon arc lamp (such as 500W) can be chosen.

Choose the appropriate sample capacity:

Select appropriate box capacity according to experimental requirements. Larger enclosures are suitable for large-scale batch testing, while smaller equipment is suitable for laboratory or small-scale production use.

Considering the precision of temperature and humidity control:

If special climate conditions need to be simulated, it is necessary to ensure that the test chamber has a high-precision temperature and humidity control system when purchasing, which can accurately adjust and record experimental data.

Whether spray system is required:

If the performance of the test material in a humid environment is critical, equipment with a spray system can be selected.

Automation level and data recording:

High end equipment usually has stronger automation control capabilities and can record key data during experimental processes, making it suitable for enterprises and laboratories that require long-term testing.

Standard Features

Model	DR-H301
Internal dimension (WxDxH)	500600500mm
External dimension (WxDxH)	100010001750mm
Temperature range	RT+10~ 60 (suggest to use 402)
Temperature Fluctuation	1
Ozone concentration	50~1000 pphm, adjustable
Ozone concentration deviation	10%
Sample holder	SUS#304 stainless steel
Temperature controller	Programmable touch screen controller
Ozone concentration analysis	Concentration analysis meter
Ozone generator	High pressure silence discharge type
Protection system	Leakage, short circuit, over temperature, over heat
Test criteria	ASTM D1149, ISO 1431, JIS K6259...

Comprehensive Material Durability Testing

This solar radiation xenon lamp test chamber provides a precise environment for assessing material performance against solar and climatic stresses. With a broad range of adjustable parameters-including irradiance, temperature, and humidity-it assists researchers and manufacturers in predicting product lifespan and quality under accelerated aging conditions.

User-Friendly & Automated Operation

Equipped with a 7-inch LCD color touchscreen and programmable PLC controls, this chamber ensures easy operation and monitoring. Automated cycles, built-in memory with USB export, and immediate response sensors streamline the testing process and data handling, catering to modern laboratory and industrial requirements.

Robust, Safe, and Reliable

Constructed with premium stainless steel inside and out, the chamber features multiple safety mechanisms such as leakage protection, over-temperature cutoff, and overload protection. A sealed, transparent observation window allows real-time inspection, while uniform irradiance (5%) guarantees test repeatability.

FAQ's of solar radiation xenon lamp test chamber:

Q: How is the uniformity of irradiance maintained across the test area?

A: The test chamber uses a precisely engineered lamp housing and filter system to achieve irradiance uniformity within 5% throughout the entire test area. This ensures all specimens experience consistent exposure, leading to reliable and reproducible test results.

Q: What is the process for setting up and initiating a test cycle?

A: To begin testing, users load up to 12 specimens (standard size 150 x 70 mm) into the chamber. Using the touchscreen PLC controller, parameters such as irradiance, temperature, humidity, and test duration can be programmed. The chamber automates the cycle, monitors conditions in real-time, and records data for reporting and analysis.

Q: When should the xenon arc lamp be replaced?

A: The imported air-cooled xenon arc lamp typically has a lifespan of 1500 hours. Replacement is recommended once this threshold is approached, or if there is a decline in test performance, ensuring test accuracy and continued safety.

Q: Where can this test chamber be installed and used?

A: Thanks to its floor-standing design and robust construction, the test chamber is suitable for use in laboratory and industrial environments. Its automation and safety features make it ideal for material testing, research, and quality control facilities.

Q: What are the main safety devices included in the chamber?

A: The chamber incorporates leakage protection, over-temperature automatic cutoff, and overload protection to safeguard both users and specimens. Alarms promptly notify operators of any operational issues, ensuring a safe testing environment at all times.

Q: How does the chamber facilitate data recording and exporting?

A: The chamber's built-in memory logs test curves and results, which can be exported easily via a USB interface. Users can access continuous performance records for detailed reporting, analysis, and compliance documentation.

Q: What benefits does this xenon lamp test chamber offer compared to traditional testing methods?

A: With programmable cycles, high accuracy (3% irradiance, 0.5C temperature), and the ability to simulate a range of solar radiation conditions, the chamber significantly accelerates weathering tests. This shortens development cycles and enhances the reliability of material performance predictions under realistic environmental stresses.

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