How can the Xenon lamp aging test chamber be used effectively

The Xenon lamp aging test chamber uses a xenon arc lamp, which can replicate the entire spectrum of sunlight and return as a destructive spectral wave in various environments. For scientific research, product development, and quality control, it can offer the appropriate simulation environment and rapid test. Choosing new materials, enhancing existing materials, or testing the longevity of a modified material composition can all be done in a Xenon lamp aging test chamber.

To monitor changes in materials exposed to the light, it can simulate various climatic conditions. According to ISO 4892-1, ISO 4892-3, GB/T16585-1996, GB14522-93, GB/T16422.3-97, D2565 ASTM D2565, and other pertinent standards, the Xenon lamp aging test chamber was created. This article will describe in detail what a xenon lamp aging test chamber is, its features, basic use and applications in addition to describing in detail how its system functions.

Xenon Lamp Aging Test Chamber | XD-80LS|
The aging test room for xenon lamps uses a xenon arc lamp, which can replicate the entire spectrum of sunlight and return as a destructive spectral wave in various environments. For scientific research, product development, and quality control, it can offer the appropriate simulation environment and rapid test.

Choosing new materials, enhancing existing materials, or testing the longevity of a modified material composition can all be done in a Xenon lamp aging test chamber. To monitor changes in materials exposed to the light, it can simulate various climatic conditions. According to ISO 4892-1, ISO 4892-3, GB/T16585-1996, GB14522-93, GB/T16422.3-97, D2565 ASTM D2565, and other pertinent standards, the Xenon lamp aging test chamber was created.

Xenon Lamp Aging Test Chamber XD 80LS AL1

A xenon arc lamp is used in the xenon lamp aging test room, which can mimic full spectrum sunshine and reappear destructive spectral waves in various environments. For scientific research, product development, and quality control, it can offer the necessary environment simulation and rapid test. Another name for it is “Sunlight Radiation Protection Test Device.” There are three different types of Xenon lamps, according to test standards and procedures: desktop Xenon lamps, water-cooled Xenon lamps, and air-cooled Xenon lamps (LP/SN-500) (TXE).

Test temperature, humidity, precision, and time make a difference. It is a crucial component in the series of aging test chambers. A xenon arc lamp is used in the xenon lamp aging test room, which can mimic full spectrum sunshine and reappear destructive spectral waves in various environments. It can be used to perform changing tests for choosing new materials, upgrading existing materials, or determining the durability following material changes.

It can give the appropriate environment simulation and expedited test for scientific research, product development, and quality control. It does a good job of simulating how materials react to sunlight under various environmental circumstances. Suggest using a desktop xenon lamp to get the same result if the test sample is little or insignificant.

Technical specifications for the water-cooled Xenon light climate test chamber•
• The XD-80LS model 800*800*800mm is the working size.
• RT+10°C to RT+80°C temperature range (Adjustable)
• The temperature deviates by 2°C and fluctuates by 0.5°C.
• 65 percent to 98 percent relative humidity; 3 percent humidity variation
• Wind velocity: 1.5 m/s 5-12 rpm for the sample rack (Adjustable)
• 0 minutes, 99 seconds of rain (Adjustable)
• Water-cooled lamp used as a source of xenon
• One PCS worth of Xenon lights
• 6000W Xenon Lamp Power
• Sample holder to lamp separation: 200 to 375 mm
• Illumination time: constantly adjustable 1.9999 h m
• High precision digital microcomputer integrated controller is used in the temperature control instrument; accuracy is 1°C (Display range)
• Precision: 0.1°C
• A PT100 platinum resistance thermometer serves as the temperature sensor.
• Method of Control: Heat Balance Temperature and Humidity
• The P.I.D+S.S.R system and channel coordinated control are used for temperature and humidity control.
• Features of the equipment include light, rain, temperature, humidity, wind, etc.
• Wavelength: 290–800 nm; 550w/m2 radiation intensity from a Xenon lamp

Technical specifications for an air-cooled xenon lamp climate test chamber
Some of these parameters include:
• Model: XD-150LF; 
• Working Dimensions (L*W*H): 600*760*500mm;
• temperature fluctuation: 0.5°C; temperature deviation: 2°C; and humidity range: 50-95% R•H(adjustable); humidity deviation: 2%
• One PC glass window filter
• Rainfall duration is 0–9999 minutes; the time between showers is 1–240 minutes.
• Rain water pressure: 0.12 to 15 MPA; Spray nozzle aperture: 0.8mm;
• Spray time: (Water spray time/no water spray time): 18 minutes/102 minutes or 12 minutes/48 minutes;
• Xenon lamp source: Air-cooled lamp;
• Quantity of Xenon lamps: 3 PCS;
• Xenon lamp power: 1.8KW/PC; Heating Power: 3KW; 
• Heating Power: 3KW;
• Humidification Power: 1.5KW;
• 230–280 mm is the distance between the sample holder and lamp.
• Wavelength: 290–800nm, 
• Continuously Adjustable Illumination Time: 1–9999hms, Square 
•Irradiance: 550W (Optional for Radiometer), 

Basic use and applications of LISUN Xenon Lamp
A xenon arc lamp is used in the xenon lamp aging test room, which can mimic full spectrum sunshine and reappear destructive spectral waves in various environments. For scientific research, product development, and quality control, it can offer the necessary environment simulation and rapid test. Another name for it is “Sunlight Radiation Protection Test Device.”

There are three different types of Xenon lamps, according to test standards and procedures: desktop Xenon lamps, water-cooled Xenon lamps, and air-cooled Xenon lamps (LP/SN-500) (TXE). Test temperature, humidity, precision, and time make a difference. It is a crucial component in the series of aging test chambers. A xenon arc lamp is used in the xenon lamp aging test room, which can mimic full spectrum sunshine and reappear destructive spectral waves in various environments.

1. It can be used to perform changing tests for choosing new materials, upgrading existing materials, or determining the durability following material changes.
2. It can give the appropriate environment simulation and expedited test for scientific research, product development, and quality control.
3. It does a good job of simulating how materials react to sunlight under various environmental circumstances.
4. Suggest using a desktop xenon lamp to get the same result if the test sample is little or insignificant.

With its sophisticated digital control systems, the Xenon lamp aging test chamber represents a major advancement in the incorporation of digital and optical technology into simple-to-use laboratory weathering instruments. Numerous OEMs in the plastics, paints & coatings, and textiles industries have approved The Series as the only platform to give precise, repeatable results for service life prediction. The Series has received certifications from CE, UL, CSA, ISO, and EN.

System description
Call in test chamber, control system, just refrigeration/humidification system, heating system, humidifying system, air duct system, raining system, and light illuminating system are all components of the Xenon lamp aging test chamber.

Test Chamber
1. An integrated structure is adopted by the chamber. The working area is in the top left part of the structure, the electrically regulated warm area is in the top right, and the compressor, refrigerators, the mechanical speed device for the sample holder, the xenon lamp condensate tank, pumps, and other devices are in the lower portion. It is simple to use the electrical control cabinet, which is situated on the chamber’s right side.

2. An international universal SUS304 stainless steel plate is used to construct the chambers inside wall.
The chamber’s insulation is made of polyurethane foam bed superfine glass fiber, which has an excellent insulation effect and prevents condensation and frost on the chamber’s exterior surface.
The chamber’s condensed water outflow is located at the bottom.

3. Door frames use environmentally friendly silicone rubber seals that can withstand extremes in temperature for an extended period of time.

4. A glass window is built into the front of the chamber for viewing the sample being analyzed. To prevent Zine André on the ice from hurting his eyes, the window has a protective coating.

External Chamber
High quality cold-rolled steel plate and CNC machining are used to create the external chamber. Its surface has been pickled and phosphate, then electrostatically sprayed.

Door and door buckle
1. The door ceiling uses double-refined silicon rubber, which is more dependable and won’t age or harden in extreme cold or heat.
2. The single door test chamber (embedded door handle with no reaction).
3. An observation glass, a device to prevent frost, and a lamp with a switch were all designed for the chamber entrance.
4. The observation window is made of antiradiation hollow glass and measures 25 cm wide by 30 cm high.

The electrical parts of the test chamber
1. The main power switch, which controls the entire circuit, is an empty pressure switch.
2. Safety precautions: When the following protection device is recognized, the control system shall immediately turn off the entire system and sound an alarm
• Overcurrent protection for the blower motor
• Overpressure or Overload protection for the refrigerato
• Overload or Short Circuit Protection for the heater
• Humidifier
• Working Room Overtemperature Protection
• Power Phase Shortage
• Leakage Protection

The working part of the test chamber
1. Compressor condensing system:
a. MAGIX registration system: The compressor, which is the heart of the refrigeration system, is used. A French TAIKANG fully closed compressor is used to ensure that the working room’s required pulling is met.

b. The MAGIX system is created and implemented using energy regulation technology, which is a kind of efficient way that can not only guarantee refrigeration functioning under normal conditions, but also can adjust the energy consumption of the refrigeration system and refrigerating capacity, making operation costs and fault rates of their refrigeration system fall to a more advantageous state.

c. The refrigeration evaporator, which is located inside the air duct interlayer on one side of the chamber and forcedly ventilated by a blower motor that can transfer heat quickly, is there.

d. Forced air cooling is the refrigeration system’s cooling technique.

e. R404a in the refrigeration system (environmental refrigerant)

2. Heating Part 
a. Direct internal heating is the heating technology.

b. Using a paint heating pipe made of military-grade stainless steel, whose consistent heating rate maintains a constant interior temperature. It has qualities like resistance to corrosion, high allow-temperature resistance, and no leakage former easy installation.

c. SR, or solid-state relay output control, has the benefits of being noiseless, dependable, long-lasting, powerful anti-interference, quick switching, low external interference, easy to use, and more.

2. Raining system
The water supply, connecting hose, and nozzle solenoid wall make up the majority of the training system.

FAQs
What are some of the safety protection devices that are a must when using the Xenon lamp aging test chamber?
Ground protection, circuit overload control, short circuit fuses, power overload short circuit breakers, water storage protection, and temperature protection are a few of these devices.

What are the major parts that formed a xenon lamp aging test chamber?
Test chamber, control system, refrigeration/humidification system, heating system, humidifying system, air duct system, rainfall system, and light illuminating system are all components of an ageing test chamber.
What are the required working conditions for the xenon lamp aging test chamber?

These include:
• the ambient temperature, which is 26 degrees Celsius.
• Power: 220 V + 10% 50HZ • Relative Humidity: 85% R.H.
• About 4 kW of total power
• Two hours after the temperature and humidity are constant, there is no load testing chamber.

Lisun Instruments Limited was found by LISUN GROUP in 2003. LISUN quality system has been strictly certified by ISO9001:2015. As a CIE Membership, LISUN products are designed based on CIE, IEC and other international or national standards. All products passed CE certificate and authenticated by the third party lab.

Our main products are Goniophotometer, Integrating Sphere, Spectroradiometer, Surge Generator, ESD Simulator Guns, EMI Receiver, EMC Test Equipment, Electrical Safety Tester, Environmental Chamber, Temperature Chamber, Climate Chamber, Thermal Chamber, Salt Spray Test, Dust Test Chamber, Waterproof Test, RoHS Test (EDXRF), Glow Wire Test and Needle Flame Test.

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