xenon arc lamp acceleration aging test chamber

478005.0 INR/Unit

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Product Details:

Power Supply AC 220V/50Hz
Mounting Type Floor-standing
Humidity 30% RH to 98% RH
Operating Voltage AC 220V 10%, 50/60Hz
Display Type Digital Color Touchscreen Display
Automation Grade Fully Automatic
Response Time <5 seconds
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xenon arc lamp acceleration aging test chamber Price And Quantity

Price 478005.0 INR/Unit
Minimum Order Quantity 1 Unit

Programmable Cycles Up to 20 user-defined test profiles
Sample Holder Material Aluminum Alloy / Stainless Steel
Irradiance Control 340nm, 420nm selectable, fully adjustable
Test Chamber Material 304 Stainless Steel, corrosion-resistant
Lamp Lifetime 1500 hours (typical)
Water Spray System Programmable Spray Intervals / Deionized Water System
Internal Lighting Integrated for easy specimen observation
Noise Level <65 dB(A)
Cooling System Air and Water Cooling Dual System
Data Storage Onboard and USB Export
Safety Features Overload/Overtemperature/Lamp Failure Alarm
Xenon Lamp Power 2.5 kW (Air-cooled type)
Light Filter Type Optical Glass and Borosilicate Filters

xenon arc lamp acceleration aging test chamber Product Specifications

Power Supply AC 220V/50Hz
Capacity 340 Liters
Operating Voltage AC 220V 10%, 50/60Hz
Mounting Type Floor-standing
Humidity 30% RH to 98% RH
Application Weathering and Light Fastness Testing
Test Range UV, Visible, and IR Light Simulation
Response Time <5 seconds
Automation Grade Fully Automatic
Control Mode Programmable Touch Screen Control
Display Type Digital Color Touchscreen Display
Temperature Room Temperature to 80C (3C)
Specimen Size 75 mm x 150 mm (Standard Panel Size)
Interface Type RS232/USB
Resolution 0.1C, 1% RH
Features Programmable, Over-temperature protection, Automatic water supply
Equipment Type Xenon Arc Lamp Acceleration Aging Test Chamber
Test Width 50 mm to 300 mm (customizable)
Accuracy 0.1C (Temperature), 2% RH (Humidity)
Machine Weight Approx. 350 kg
Number of Specimens 1 to 24 (Adjustable Racks)
Test Stroke Customized as per requirement
Max Height 1650 mm
Gas Pressure 0.5 - 0.8 MPa (Air)
Usage Accelerated Weathering, Aging, and Durability Testing
Measuring Range 0-100% Transmission, 300-800nm Wavelength
Frequency 50/60 Hz
Test Speed Adjustable
Port Size Standard inlet port 1/2 inch

Programmable Cycles Up to 20 user-defined test profiles
Sample Holder Material Aluminum Alloy / Stainless Steel
Irradiance Control 340nm, 420nm selectable, fully adjustable
Test Chamber Material 304 Stainless Steel, corrosion-resistant
Lamp Lifetime 1500 hours (typical)
Water Spray System Programmable Spray Intervals / Deionized Water System
Internal Lighting Integrated for easy specimen observation
Noise Level <65 dB(A)
Cooling System Air and Water Cooling Dual System
Data Storage Onboard and USB Export
Safety Features Overload/Overtemperature/Lamp Failure Alarm
Xenon Lamp Power 2.5 kW (Air-cooled type)
Light Filter Type Optical Glass and Borosilicate Filters

xenon arc lamp acceleration aging test chamber Trade Information

Payment Terms Cash in Advance (CID)
Supply Ability 90 Unit Per Month
Delivery Time 5 Days
Main Domestic Market All India

Product Description

Standard Features

Model	HD-E801
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...

Xenon arc lamp accelerated aging test chamber is a device used to simulate and enhance the weathering and accelerated photo aging of materials, widely used in various fields such as automobiles, coatings, rubber, plastics, pigments, adhesives, fabrics, etc. The following is a detailed guide for product selection and equipment configuration of xenon arc lamp accelerated aging test chamber:

1 Clarify experimental requirements

When choosing a xenon lamp aging test chamber, the first step is to clarify the experimental requirements, including:

1. Types and sizes of test samples: Different industries and materials have different requirements for the aging test chamber, such as electrical and electronic products, automotive parts, plastics, rubber, coatings, paints, etc.

2. Required light intensity range: Select the appropriate light intensity range according to the testing requirements.

3. Accuracy of temperature and humidity control: High precision temperature and humidity control is an important guarantee for ensuring the accuracy of test results.

4. Test cycle and frequency: Determine the test cycle and frequency according to the experimental requirements.

2 Understand technical indicators

The technical indicators of the xenon lamp aging test chamber are an important basis for evaluating its performance. The following are some key technical indicators:

1. Light source: Xenon lamp is the core component of the test chamber, and its power and stability directly affect the accuracy of the test results. Usually, the power of the light source ranges from several hundred watts to several thousand watts, and the selection should be based on experimental requirements.

2. Light intensity: Light intensity is a key parameter for simulating natural environmental lighting conditions. The xenon lamp aging test chamber can provide adjustable light intensity to meet the testing needs of different materials.

3. Temperature and humidity control: The test chamber should have automatic temperature and humidity control systems that can accurately control the test environment.

4. Irradiance control: For experiments that require precise control of irradiance, the test chamber should have an automatic irradiance adjustment function to ensure consistency in testing conditions.

5. Studio size: The studio size should be determined based on the size and quantity of the test samples to ensure that the samples can be fully exposed to light and temperature and humidity environments.

3 Equipment configuration

The equipment configuration of xenon lamp aging test chamber usually includes:

1. Light source system: Xenon arc lamp is used as the light source to simulate the full sunlight spectrum and provide adjustable light intensity.

2. Control system: Equipped with an automatic control system that can accurately control temperature, humidity, light intensity, and irradiance.

3. Sample rack: Design appropriate studio sizes and sample racks based on the size and quantity of the test samples.

4. Data recording and analysis system: used to record and analyze test data to ensure the accuracy and repeatability of test results

Xenon Lamp Weathering Test Chamber, Xenon Lamp Aging Test Chamber Special December Hot List - Instruments Xenon lamp weather resistance test chamber, xenon lamp aging test

When determining the working chamber size of the xenon arc lamp accelerated aging test chamber, the following key factors need to be considered:

1. Size and quantity of test samples

Sample size: Measure the size of the largest sample you will be testing to ensure that the studio can accommodate these samples.

Sample quantity: Determine the number of samples to be placed in each test to ensure that all samples can be tested simultaneously.

2. Design of sample rack

Sample rack size: Design sample racks based on the size and quantity of the samples to ensure that each sample has sufficient space for uniform lighting and thermal radiation.

Sample rack layers: If a large number of samples need to be tested, a multi-layer sample rack design can be considered to improve space utilization.

3. Uniformity of illumination and thermal radiation

Uniformity of lighting: Ensure uniform lighting in the studio to avoid inaccurate test results caused by uneven lighting.

Uniformity of thermal radiation: Ensure uniform thermal radiation within the studio to avoid local overheating or overcooling.

4. Overall dimensions of the equipment and laboratory space

Equipment size: Consider the overall space of the laboratory to ensure that the installation of the equipment does not affect other operations in the laboratory.

Ventilation and heat dissipation: Ensure that the equipment has sufficient ventilation and heat dissipation space to ensure its normal operation.

5. Testing standards and specifications

Industry standards: Refer to relevant industry standards and specifications to ensure that the studio size meets the standard requirements.

Specific testing requirements: Adjust the studio size based on specific testing requirements such as temperature, humidity, light intensity, etc.

6. Recommendations from equipment manufacturers

Manufacturer's Guide: Refer to the guidelines and recommendations provided by equipment manufacturers, who typically have recommended sizes based on experience and test data.

Actual steps:

1. Measurement and recording: Measure the size of the largest sample and record the number of samples required for testing.

2. Design sample rack: Design sample racks based on sample size and quantity.

3. Calculate space requirements: Calculate the required internal space of the studio to ensure uniformity of lighting and thermal radiation.

4. Consider laboratory space: Measure the available space in the laboratory to ensure that equipment installation does not affect other operations.

5. Consult with manufacturers: Communicate with equipment manufacturers to obtain professional advice and recommended sizes

Advanced Irradiance and Climate Control

Achieve highly accurate simulation of natural weathering conditions with selectable and fully adjustable irradiance at 340nm and 420nm. The chamber maintains consistent humidity (30-98% RH) and temperature (ambient to 80C), ensuring precise testing environments for a diverse range of materials. It also supports programmable water spray intervals using a deionized water system.

Superior Durability and User-Centric Design

Built from 304 stainless steel and featuring optic glass and borosilicate filters, the chamber offers robust corrosion resistance and longevity. The design emphasizes user convenience with integrated specimen lighting, adjustable racks to accommodate 1-24 specimens, and a color touchscreen for easy parameter control and monitoring.

Comprehensive Data Management and Safety

Effortlessly store and export test results with onboard memory and USB connectivity. Multiple safety features, including overload, overtemperature, and lamp failure alarms, provide dependable operation and sample protection, ensuring uninterrupted accelerated aging tests.

FAQ's of xenon arc lamp acceleration aging test chamber:

Q: How does the xenon arc lamp accelerate material aging in the test chamber?

A: The chamber uses a powerful 2.5 kW xenon arc lamp to emit UV, visible, and IR light, effectively simulating sunlight exposure. By controlling irradiance, temperature, humidity, and water spray, the chamber accelerates weathering, predicting long-term durability in a condensed timeframe.

Q: What materials are suitable for testing in this chamber, and how many samples can be accommodated at once?

A: This chamber is suitable for paints, coatings, plastics, textiles, automotive parts, and more. It accommodates between 1 to 24 specimens using adjustable racks, making it versatile for various laboratory and industrial testing needs.

Q: When should I use the deionized water spray feature during testing?

A: The programmable deionized water spray is used to mimic natural rainfall or dew formation, exposing specimens to cycles of wet and dry conditions. This feature is essential for assessing moisture-related durability and is customizable according to test protocols.

Q: Where is the control interface located, and what features does it offer?

A: The programmable color touchscreen control interface is positioned on the front panel of the chamber for easy access. It allows users to set and monitor test parameters such as irradiance, humidity, temperature, test cycles, and enables data export via USB.

Q: What are the process steps for setting up an aging test in the xenon arc chamber?

A: To begin testing, install the specimens on the adjustable aluminum alloy/stainless steel racks, configure test parameters using the touchscreen, select the required filters, and start the programmed test cycle. The chamber automatically maintains conditions and records all data for later analysis.

Q: How does the chamber ensure user and specimen safety during operation?

A: The chamber incorporates overload, overtemperature, and lamp failure alarms, along with an automatic water supply and dual cooling system, to protect users and ensure consistent operation without damaging samples.

Q: What benefits do fully adjustable and programmable cycles provide for accelerated aging tests?

A: Customizable test profiles, with up to 20 user-defined cycles, allow simulation of real-world weathering scenarios. This flexibility delivers comprehensive and repeatable material evaluations, speeding up research and quality control processes.

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