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紫光线老化测试箱产品用途：
紫外线是导致几乎所有暴露于户外的材料发生降解的主要原因。Q8老化试验机模拟太阳光中的紫外线部分，UVA-340灯管可*模拟太阳光的短波段。它特别适用于比较不同种类聚合物和稳定剂之间的性能差异。它是用于材料相关性研究的的灯管。
紫光线老化测试箱产品介绍：
紫外光与阳光模拟
紫外光是造成户外产品光降解作用的主要因素。Q8的荧光紫外灯可模拟阳光中zui重要的短波紫外光，再现光照引起的材料物理性能的老化。根据不同的测试条件，有几种不同的紫外灯管可供选择。
Q8灯管
UVA-340灯管. UVA-340 灯管可*地模拟太阳光中的短波紫外光，即从365 纳米到太阳光截止点 295 纳米的波长范围。
UVB-313灯管. UVB-313 灯管发出的短波紫外光比通常照射在地球表面的太阳紫外线强烈，从而可以zui大程度的加速材料老化。然而，该灯管可能会对某些材料造成不符合实际的破坏。UVB-313 灯管主要用于质量控制和研究开发，或对耐候性*的材料运行测试。
Q8 潮湿模拟
Q8提供两种潮湿模拟方法。应用zui多的是冷凝方法，它是模拟户外潮湿侵蚀的方法。所有的Q8型号都可运行冷凝循环。因为有些应用条件也要求使用水喷淋以达到实际的效果，所以有些Q8型号既可运行冷凝循环又可运行水喷淋循环。
冷凝
在很多户外环境中，材料每天的潮湿时间可长达12小时。研究表明造成这种户外潮湿的主要因素是露水，而不是雨水。Q8通过*的冷凝功能来模拟户外的潮湿侵蚀。在冷凝循环中，通过加热试验机底部水盘来产生水蒸汽。热的水蒸汽使试验箱在较高温度下保持*相对湿度。 在Q8的设计中，试样实际上构成试验箱的侧壁，试样的背面暴露在实验室室内空气中。室内空气的冷却作用导致试样表面温度比水蒸汽温度低几度，从而保证水蒸汽会连续不断地在样品表面凝结。这种冷凝水是很稳定的纯净蒸馏水。
水喷淋
在某些实际应用条件下，例如阳光下，聚集的热量由于突降的阵雨而迅速消散时，材料的温度就会发生急剧变化，产生热冲击，这种热冲击对于许多材料而言是一种考验。Q8的水喷淋可以模拟热冲击和/或应力腐蚀。
氙灯耐候试验箱产品特点：
| 产品特色： | a.无段调整UV灯灯管输出照度 |
| | b.世界*UV灯灯管照度衰减自动抵补调整，免去手动校正与使用校正灯管。 |
| | c.USB随身碟接口记录多轨温湿度电压电流曲线文件（7轨物理量记录）。 |
| | d.具备伺服加湿系统，有效控制测试区光源发热负载。 |
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| e.灯管降温用水其水质、水温侦测。 |
| | f.UV灯灯管自行研发设计掌握关键技术。 |
| | g. 在短短的几天或几周内，Q8可再现在几个月甚至几年的户外使用所出现的破坏。 |
| 规范要求： | a.满足规范要求，试验结束方式可单选或复选[照射累积时间]与[照射累积量]。 |
| | b.雨淋水温符合规范要求可设定。 |
| | c.符合ISO、ASTM、 DIN、JIS、SAE、BS、ANSI、GM、U.S.GOVT等标准和国标。 |
| 安全保护： | a.试验结束待测品回常温保护机制 |
| | b.试验机台具备35点内外安全保护侦测（内部14点，外部31点） |
| 控制器创新： | a.动态实时变化程序编辑曲线 |
| | b.温湿度设定条件防呆保护 |
| | c.机台重新来电试验曲线不中断 |
| | d.AI（人工智能）+Fuzzy（模糊控制）技术 |
| | e.繁简体中文、英文三种画面语系切换 |
| | f.控制系统实时显示多轨温湿度电压电流试验曲线[温度、湿度、黑球温度、水温、 |
控制器：
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技术规格：
| 型号 Model | UV3 | UV2 | UV1 |
| UV 照射 Exposure | ● | ● | ● |
| 冷凝 Condensation | ● | ● | ● |
| 光照控制 Irradiancs Control | ● | ● | |
| 可调光线 Adjustable irradiance | ● | ● | |
| 喷水 Water Spray | ● | | |
| 热冲击 Thermal Shock | ● | | |
| 自动侦路 Self-diagnostics | ● | ● | ● |
| 灯泡数量 Lamp Q'ty | 紫外线灯管 8 支，备品 4 支 Ultravloiet lamp 6pcs, spares 4 pcs | ||
| 记录器 Recorder | 选配 （Optional） | ||
| 辐射计 CR-10 Calibration Radiometer | 选配 （Optional） | ||
| UV 温度 Temp | | ||
| 冷凝温度 Condensation Temp | | ||
| 测试容量 Test Capacity | 48pcs 片/se spray（ 75 x 50pcs片/basic （ 75 x | ||
| 水凉及耗量 Water | 蒸馏水每分钟 蒸馏水每日 8 公升 | ||
| 体积 Dimension（W x D x H） | 137 x 53 x | ||
| 重量 Weight | | ||
| 电源 Power | 1 ψ ， 120V/60Hz, | ||
相关测试方法：:
| | · ISO 4892-1 Plastics- Methods of exposure to laboratory light sources-Part 1: General Guidance · ASTM G-151, Standard Practice for Exposing Nonmetallic Materials in Accelerated Test Devices that Use Laboratory Light Sources · ASTM G-154, Standard Practice for Operating Fluorescent Light Apparatus for UV Exposure of Non-Metallic Materials · British Standard BS 2782: Part 5, Method 540B （Methods of Exposure to Lab Light Sources） · SAE J2020, Accelerated Exp. of Automotive Exterior Materials Using a Fluorescent UV/Condensation Apparatus · JIS D 0205, Test Method of Weatherability for Automotive Parts （ · GB/T 16422.1，塑料实验室光源暴露试验方法 第1部分：总则 |
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| | · ISO 11507, Paints & varnishes-Exposure of coatings to artificial weathering-Exposure to fluorescent UV and water · ISO 20340, Paints & varnishes –Performance requirements for protective paint systems for offshore and · ASTM D-3794, Standard Guide for Testing Coil Coatings · ASTM D-4587, Standard Practice for Light/Water Exposure of Paint · US Government, FED-STD-141B · US Govt., Federal Specification TT-E-489H, Enamel, Alkyd, Gloss, Low VOC Content · US Govt., Federal Specification TT-E-527D, Enamel, Alkyd, Lusterless, Low VOC Content · US Govt., Federal Specification TT-E · US Govt., Federal Specification TT-P-19D Paint, Latex, Acrylic Emulsion, Ext. Wood & Masonry · NACE Standard TM-01-84 Procedures for Screening Atmospheric Surfaced coatings · GM · GM 9125P Laboratory Accelerated Exposure of Automotive Material · Korean Standard M5982-1990, Test Method for Accelerated Weathering · Spanish Std, UNE 104-281-88 Accelerated Testing of Paints and Adhesives with Fluorescent UV Lamps · Israeli Standard No. 330, Steel Windows · Israeli Standard No. 385, Plastic Windows · Israeli Standard No. 935, Road Marking Paint · Israeli Standard No. 1086, Aluminum Windows · NISSAN M0007, Fluorescent UV/Condensation Test · JIS K · MS 133: Part F16, Methods of Test for Paints and Varnishes: Part F16: Exposure of Coatings to Artificial Weathering- Exposure to Fluorescent UV and Water （ISO 11507） · NBR-15.380 Paints for buildings–Methods for performance evaluation of paints for non-industrial buildings – Resistance to UV irradiation/water vapor condensation, by accelerated test · prEN 927-6 Paints & varnishes–Coating materials and coating systems for exterior wood – Pt. 6: Exposure of wood coatings to artificial weathering using fluorescent UV and water · GB/T 12967.4，铝及铝合金阳极氧化 着色阳极 氧化膜耐紫外光性能的测定 |
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| | · AATCC Test Method 186, Weather Resistance: UV Light and Moisture Exposure · ACFFA Test Method for Colorfastness of Vinyl Coated Polyester Fabrics |
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| | · ASTM F1945, Lightfastness of Ink Jet Prints Exposed to Indoor Fluorescent Lighting |
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| 橡胶 | |
| | ? GB/T 16585，硫化橡胶人工气候老化（荧光紫外灯）试验方法 |
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| 电工电子产品 | |
| | ? GB/T 19394，光伏（PV）组件紫外试验 |
| type the link here | |
| | · ASTM C 1501, Standard Test Method For Color Stability of Building Construction Sealants as Determined byLaboratory Accelerated Weathering Procedures · ASTM C-1184, Specification for Structural Silicone Sealants · ASTM C-1442, Standard Practice for Conducting Tests on Sealants Using Artificial Weathering Apparatus · ASTM D-904, Standard Practice for Exposure of Adhesive Specimens to Artificial Light · ASTM D-5215, Standard Test Method for Instrumental Evaluation of Staining of Vinyl Flooring by Adhesives · American Plywood Assn., Approval Procedures for Synthetic Patching Materials, Section 6 · Spanish Std, UNE 104-281-88 Accelerated Testing of Paints and Adhesives with Fluorescent UV Lamps |
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| | · ISO 4892 Plastics - Methods of Exposure to Laboratory Light Sources-Part 3: Fluorescent UV Lamps · DIN 53 384, Testing of plastics, Artificial Weathering and Exposure to Artificial Light · Spanish Standard UNE 53.104 （Stability of Plastics Materials Exposed to Simulated Sunlight） · Israeli Standard No. 385, Plastic Windows · JIS K 7350, Plastics - Methods of Exposure to Laboratory Light Sources-Part 3: Fluorescent UV Lamps · ASTM D-1248, Standard Specification for Polyethylene Plastics Extrusion Materials for Wire and Cable · ASTM D-4329, Standard Practice for Light/Water Exposure of Plastics · ASTM D-4674, Test Method for Accelerated Testing for Color Stability of Plastics Exposed to Indoor · ASTM D-5208, Standard Practice for Exposure of Photodegradable Plastics · ASTM D-6662, Standard Specification for Plastic Lumber Decking Boards · ANSI C57.12.28 Specification for Accelerated Weathering of Padmounted Equipment Enclosure Integrity · ANSI, A14.5 Specification for Accelerated Weathering of Portable Reinforced Plastic Ladders · · · GB/T 18950，橡胶和塑料软管 静态下耐紫外线性能测定 · GB/T 16422.3，塑料实验室光源暴露试验方法 第3部分：荧光紫外灯 |
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| | · ASTM D-4799, Test Method for Accelerated Weathering of Bituminous Roofing Materials · ASTM D-4811, Standard Specification for Nonvulcanized Rubber Sheet Used as Roof Flashing · ASTM D-3105, List of Test Methods for Elastomeric and Plastomeric Roofing & Waterproofing · ASTM D-4434, Standard Specification for PVC Sheet Roofing · ASTM D-5019, Standard Specification for Reinforced Non-Vulcanized Polymeric Sheet Used in Roofing Membrane · ANSI/RMA IPR-1-1990 Req. for Non-Reinforced Black EPDM Sheet for Roofing Membrane · ANSI/RMA IPR-2-1990 Req. for Fabric-Reinforced Black EPDM Sheet for Roofing Membrane · ANSI/RMA IPR-5-1990 Req. for Non-Reinforced Non-Black EPDM Sheet for Roofing Membrane · ANSI/RMA IPR-6-1990 Req. for Fabric-Reinforced Non-Black EPDM Sheet for Roofing Membrane · British Standard BS 903: Part A54 Annex A & D, Methods of Testing Vulcanized Rubber · CGSB-37.54-M, Canadian General Standards Board Spec. for PVC Roofing & Waterproofing Membrane · DIN EN 534, Corrugated bitumen sheets · EOTA TR 010, Exposure procedure for artificial weathering · RMA Specification for Reinforced Non-Vulcanized Chlorosulfonated Polyethylene Sheet for Roofing Membrane |
