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E-mail
shjuyigs@163.com
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Phone
15021203562
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Address
Tingfeng Road, Zhujing Town, Jinshan District, Shanghai
Product Categories
- High voltage accelerated life testing machine
- high-low temperature chamber
- Xenon lamp weather resistant aging chamber
- Two box basket style high and low temperature impact box
- Salt dry wet composite salt spray test chamber
- Desktop constant temperature and humidity test chamber
- Three box high and low temperature impact test chamber
Shanghai Juyi Environmental Testing Equipment Co., Ltd
Air cooled xenon lamp weather resistance test chamber
NegotiableUpdate on 12/31
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Overview
Climate resistance testing is an important means of screening and optimizing product composition in scientific research and production processes, and it is also an important part of product quality inspection. Application materials such as coatings, plastics, aluminum-plastic panels, and automotive safety glass are required to undergo weather resistance testing according to product standards.
Product Details
Climate resistance testing is an important means of screening and optimizing product composition in scientific research and production processes, and it is also an important part of product quality inspection. Application materials such as coatings, plastics, aluminum-plastic panels, and automotive safety glass are required to undergo weather resistance testing according to product standards.
The main factors causing material aging are sunlight and humidity. The weather resistance test chamber can simulate the hazards caused by sunlight, rainwater, and dew. The weather resistance test chamber uses xenon lamps to simulate the effect of sunlight exposure, and uses condensed moisture to simulate rainwater and dew. The tested material is placed in a cyclic program of alternating light and moisture at a certain temperature for testing. It takes several days or weeks to reproduce the hazards that occur outdoors for months or even years. Artificial accelerated aging test data can help select new materials, modify existing materials, and evaluate how changes in formulations affect product durability.
The air-cooled xenon lamp weather resistance test chamber produced by our company has become a common choice in the field of light and weather resistance testing, providing sufficient technical reference and practical proof for related industries. This equipment is a test device that uses a long arc xenon lamp as a light source to simulate and enhance weather resistance and accelerate aging, in order to quickly obtain near atmospheric aging test results and evaluate the weather resistance of materials such as plastic rubber, paint coatings, textile printing and dyeing. The equipment meets relevant standards such as GB/T16422-2, ASTMD529, ISO4892-2, etc.
Structural characteristics of air-cooled xenon lamp weather resistance test chamber
1. Shower ventilation cooling device: The temperature ventilation cooling system of the test chamber is automatically controlled by a temperature controller.
2. Rain system: The rain system of the equipment consists of components such as water pump, time relay, nozzle, etc., and the spraying cycle can be adjusted.
3. Use fiber optic transmission to measure the radiation intensity of xenon lamps, avoiding measurement errors caused by temperature.
4. The cooling water for xenon lamps adopts a refrigeration unit, and the water can be recycled, reducing equipment operation and maintenance costs.
5. The sample holder rotates around the light source at a speed of 1r/min, and a blackboard thermometer BPT or a black standard thermometer BST is installed on the sample holder.
6. Timing device: In order to record the working time of each experiment, the equipment is equipped with a timer on the operation panel, which can control the equipment time. When the timer ends, the equipment will automatically shut down.
7. Protection device: In order to ensure the normal operation of the xenon arc lamp and prevent damage, this equipment is equipped with a protective device that, in addition to the xenon arc lamp ignition being interlocked with the cooling water on the circuit (i.e. the xenon arc lamp cannot be lit when the cooling water is not working), automatically extinguishes the xenon lamp and stops the entire machine from working if a cooling water fault occurs during operation.
8. Main materials of the air-cooled xenon lamp weather resistance test chamber:
1) Shell: Cold rolled sheet with spray painted paint (outer) and a thickness of 1.2mm.
2) Inner liner: SUS3042B stainless steel plate.
3) Sealing: Silicone rubber sealing strip.
4) Temperature and humidity controller.
5) Convection: Long axis motor.
6) Stainless steel sample holder, glass observation window, rotating structure of sample holder.
7) Equipment operation timing controller.
8) Blackboard thermometer BPT or black standard thermometer BST.
9. Filter.
10. Water purification treatment device.
11. Xenon lamp tube: Imported lamp tube is used.
Technical parameters of air-cooled xenon lamp weather resistance test chamber:
1. Temperature range: Room temperature 20 ℃～ 50 ℃± 0.5 ℃.
2. Resolution: 0.1 ℃ Temperature fluctuation: ± 0.5 ℃ Temperature uniformity: ± 2 ℃.
3. Humidity control in the test chamber: bright cycle: 30-95% RH, resolution: 0.1% RH; dark cycle: 30-95% RH, resolution: 0.1% RH. Humidity fluctuation: ± 3% R? H Humidity uniformity: ± 5% R? H.
4. The rainfall cycle is continuously adjustable from 0 to 9999 minutes.
5. Xenon lamp power 6KW (water-cooled full solar spectral long arc xenon lamp) sample rotating basket speed: ≥ 1r/min (stepless speed regulation).
6. Xenon lamp lifespan: 1500h; standard sample: 26 pieces of 200 * 60 (mm).
7. Heating power: 4.5KW.
8. Humidification power: 3KW.
9. Irradiance wavelength: (300-800nm) 550W/m2.
10. Nozzle water pressure: 78-127kpa1 meter noise: ≤ 80Db.
11. Light cycle from 0 minutes to 999:59 (h: min), with an accuracy of ± 1 minute; (requires time accumulation)
12. Spray cycle from 0 minutes to 999:59 (h: min), with an accuracy of ± 1 minute.
13. The turntable cycle is from 0 minutes to 999:59 (h: min), with an accuracy of ± 1 minute.
14. Irradiance control: Please select (340nm, 420nm, 300-400nm or 300-800nm band) when placing an order, with digital settings and closed-loop automatic compensation; Blackboard temperature range (BPT) 40-80 ℃± 0.1 ℃.
15. Test time control: 0min~10000h, accuracy ± 1min.
16. Equipped with a test hole with a diameter of 50mm, it can be used for external testing power or signal lines.
17. The internal circulating water requires a high-purity water flow rate of 0.5L/min.
18. Power supply 380V/± 10%, total power 16.5KW.
19. Safety protection: Lamp start-up protection, over temperature protection, phase loss protection, water and power outage protection, grounding protection, power overload short-circuit circuit breaker, voice alarm.
20. Industrial temperature control (refrigeration) system, multi-stage ultrasonic humidification or pure titanium resistance heating intelligent control system (optional).
21. Irradiance input: The detection and wireless transmission use light energy conversion technology to provide energy, without the need for a separate power source.
22. Blackboard thermometer (BPT), radiometer, and sample are tested at the same station (equidistant) to truly reflect the tested condition of the sample. The measured data is synchronously transmitted using wireless radio frequency technology.
23. Multiple operating modes (rain, alternating light and dark, rotation) can simulate real climate conditions.
24. All sample clamps can be timed separately, allowing for different samples to be tested on the same machine, facilitating testing and monitoring, reducing operating costs. The running time and separate timing can be protected against power outages to prevent accidental power outages.
A 25.10.4-inch ultra large color touch screen reduces button failures on the membrane panel, with multiple test monitoring modes (animation, numbers, charts) for easy and clear operation. The 32-bit controller controls for smoother operation.
The main factors causing material aging are sunlight and humidity. The weather resistance test chamber can simulate the hazards caused by sunlight, rainwater, and dew. The weather resistance test chamber uses xenon lamps to simulate the effect of sunlight exposure, and uses condensed moisture to simulate rainwater and dew. The tested material is placed in a cyclic program of alternating light and moisture at a certain temperature for testing. It takes several days or weeks to reproduce the hazards that occur outdoors for months or even years. Artificial accelerated aging test data can help select new materials, modify existing materials, and evaluate how changes in formulations affect product durability.
The air-cooled xenon lamp weather resistance test chamber produced by our company has become a common choice in the field of light and weather resistance testing, providing sufficient technical reference and practical proof for related industries. This equipment is a test device that uses a long arc xenon lamp as a light source to simulate and enhance weather resistance and accelerate aging, in order to quickly obtain near atmospheric aging test results and evaluate the weather resistance of materials such as plastic rubber, paint coatings, textile printing and dyeing. The equipment meets relevant standards such as GB/T16422-2, ASTMD529, ISO4892-2, etc.
Structural characteristics of air-cooled xenon lamp weather resistance test chamber
1. Shower ventilation cooling device: The temperature ventilation cooling system of the test chamber is automatically controlled by a temperature controller.
2. Rain system: The rain system of the equipment consists of components such as water pump, time relay, nozzle, etc., and the spraying cycle can be adjusted.
3. Use fiber optic transmission to measure the radiation intensity of xenon lamps, avoiding measurement errors caused by temperature.
4. The cooling water for xenon lamps adopts a refrigeration unit, and the water can be recycled, reducing equipment operation and maintenance costs.
5. The sample holder rotates around the light source at a speed of 1r/min, and a blackboard thermometer BPT or a black standard thermometer BST is installed on the sample holder.
6. Timing device: In order to record the working time of each experiment, the equipment is equipped with a timer on the operation panel, which can control the equipment time. When the timer ends, the equipment will automatically shut down.
7. Protection device: In order to ensure the normal operation of the xenon arc lamp and prevent damage, this equipment is equipped with a protective device that, in addition to the xenon arc lamp ignition being interlocked with the cooling water on the circuit (i.e. the xenon arc lamp cannot be lit when the cooling water is not working), automatically extinguishes the xenon lamp and stops the entire machine from working if a cooling water fault occurs during operation.
8. Main materials of the air-cooled xenon lamp weather resistance test chamber:
1) Shell: Cold rolled sheet with spray painted paint (outer) and a thickness of 1.2mm.
2) Inner liner: SUS3042B stainless steel plate.
3) Sealing: Silicone rubber sealing strip.
4) Temperature and humidity controller.
5) Convection: Long axis motor.
6) Stainless steel sample holder, glass observation window, rotating structure of sample holder.
7) Equipment operation timing controller.
8) Blackboard thermometer BPT or black standard thermometer BST.
9. Filter.
10. Water purification treatment device.
11. Xenon lamp tube: Imported lamp tube is used.
Technical parameters of air-cooled xenon lamp weather resistance test chamber:
1. Temperature range: Room temperature 20 ℃～ 50 ℃± 0.5 ℃.
2. Resolution: 0.1 ℃ Temperature fluctuation: ± 0.5 ℃ Temperature uniformity: ± 2 ℃.
3. Humidity control in the test chamber: bright cycle: 30-95% RH, resolution: 0.1% RH; dark cycle: 30-95% RH, resolution: 0.1% RH. Humidity fluctuation: ± 3% R? H Humidity uniformity: ± 5% R? H.
4. The rainfall cycle is continuously adjustable from 0 to 9999 minutes.
5. Xenon lamp power 6KW (water-cooled full solar spectral long arc xenon lamp) sample rotating basket speed: ≥ 1r/min (stepless speed regulation).
6. Xenon lamp lifespan: 1500h; standard sample: 26 pieces of 200 * 60 (mm).
7. Heating power: 4.5KW.
8. Humidification power: 3KW.
9. Irradiance wavelength: (300-800nm) 550W/m2.
10. Nozzle water pressure: 78-127kpa1 meter noise: ≤ 80Db.
11. Light cycle from 0 minutes to 999:59 (h: min), with an accuracy of ± 1 minute; (requires time accumulation)
12. Spray cycle from 0 minutes to 999:59 (h: min), with an accuracy of ± 1 minute.
13. The turntable cycle is from 0 minutes to 999:59 (h: min), with an accuracy of ± 1 minute.
14. Irradiance control: Please select (340nm, 420nm, 300-400nm or 300-800nm band) when placing an order, with digital settings and closed-loop automatic compensation; Blackboard temperature range (BPT) 40-80 ℃± 0.1 ℃.
15. Test time control: 0min~10000h, accuracy ± 1min.
16. Equipped with a test hole with a diameter of 50mm, it can be used for external testing power or signal lines.
17. The internal circulating water requires a high-purity water flow rate of 0.5L/min.
18. Power supply 380V/± 10%, total power 16.5KW.
19. Safety protection: Lamp start-up protection, over temperature protection, phase loss protection, water and power outage protection, grounding protection, power overload short-circuit circuit breaker, voice alarm.
20. Industrial temperature control (refrigeration) system, multi-stage ultrasonic humidification or pure titanium resistance heating intelligent control system (optional).
21. Irradiance input: The detection and wireless transmission use light energy conversion technology to provide energy, without the need for a separate power source.
22. Blackboard thermometer (BPT), radiometer, and sample are tested at the same station (equidistant) to truly reflect the tested condition of the sample. The measured data is synchronously transmitted using wireless radio frequency technology.
23. Multiple operating modes (rain, alternating light and dark, rotation) can simulate real climate conditions.
24. All sample clamps can be timed separately, allowing for different samples to be tested on the same machine, facilitating testing and monitoring, reducing operating costs. The running time and separate timing can be protected against power outages to prevent accidental power outages.
A 25.10.4-inch ultra large color touch screen reduces button failures on the membrane panel, with multiple test monitoring modes (animation, numbers, charts) for easy and clear operation. The 32-bit controller controls for smoother operation.
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