Network of Weathering

Transcription

1 Atlas Material Testing Technology LLC (p) (f) mts.com Specifications and features of products, services and the standards they meet are subject to change without notice. Atlas Material Testing Technology GmbH (p) (f) mts.com Atlas Weathering Services Group (p) (f) Atlas Material Testing Technology LLC All rights reserved. Printed in the USA. Pub. No BV Pub. No Network of Weathering P R O D U C T S & S E R V I C E S E x p e r i e n c e. T h e A t l a s D i f f e r e n c e.

2 Table of Contents About Atlas Light Quality Corporate Overview...3 Network of Weathering...4 What Light is Right?...5 Xenon and Metal Halide Filter Combination Charts...6 Spectral Power Distribution Charts Ci Series Weather-Ometers Weather-Ometer Weather-Ometer Weather-Ometer Fade-Ometer Xenotest Beta Xenotest Alpha Xenotest 150 S SUNTEST XLS/XLS+ and CPS/CPS UV SC600 & SC2000 Solar Simulation Chambers Instrument Comparison Chart Specimen Holders KHS SolarConstant...30 VIEEW Lab Corrosion Testing Equipment CCX Advanced Cyclic Corrosion Cabinet BCX Basic Cyclic Corrosion Cabinet SF Traditional Salt Fog (Spray) and Humidity Cabinet SF Walk-in Corrosion Exposure Cabinet Benchmark Exposure Sites Atlas Worldwide Exposure Network...37 Laboratory Accelerated Weathering Services...38 Static Exposure Testing Direct Weathering Open-Backed Exposures Backed Exposures Black Box Exposures Scab Tests Indirect Weathering...40 Under Glass and Black Box Under Glass Exposures EMMAQUA Automotive Exposure Testing IP/DP Box CTH-Glas Trac SAE J576 Static Exposure Complete Vehicle Testing Special Measurements Sun Tracking Carousel Evaluation Services Additional Services Temperature Recording Radiometer Measurement & Calibration Specimen Preparation & Mounting Component Testing Panels and Samples Natural and Accelerated Weathering

3 About Atlas Consultative Services About Atlas Partnering with customers, Atlas weathering experts provide individual consultation to: Natural Weathering A Global Leader in Weathering Testing Services and Technology For more than 85 years, Atlas has pioneered innovations in the way companies test the durability of their products. This catalog represents the breadth and depth of our commitment to excellence in materials durability testing. From the advanced technology of our accelerated weathering equipment to the consultative services of our expert laboratory staff, our approach to the market is clear: Evaluate material performance and product quality goals, identify global standards requirements or build customized, manufacturer-specific test programs Establish test programs criteria necessary to achieve product lifecycle goals Educate manufacturers on basic and advanced weathering techniques in classroom settings around the world or in their own labs Natural weathering provides confirmation of and correlation to accelerated weathering tests and protection from costly liability issues. Services include: Static Exposure Testing Automotive Exposure Testing EMMAQUA Testing Provide our customers with sophisticated technology and advanced testing solutions to determine how long their products will last. As a result, they will reach their ultimate goals a quality product, a competitive edge, a faster time to market. The Atlas Vision Shaping the future of the materials testing world in partnership with our customers. The Atlas Mission Advance the technology of material testing through: Our industry expertise Involvement in international standards development Partnership with our customers Provision of world class products and services Atlas Network of Weathering Products and Services To create an effective materials durability testing program, Atlas has developed a comprehensive network of weathering solutions. Atlas consultative services provide the experience of industry-leading technicians and engineers to help establish test program criteria. Our accelerated and natural weathering capabilities allow testing of materials along every step of the product development cycle from small samples of materials, to complete product components, to entire end products. Atlas analytical equipment and services provides the last critical step in any test program, the final analysis of material degradation. Worldwide Technical Service One of the benefits of working with the global leader in weathering is the availability of highly-trained, experienced technical service staff. Just about anywhere you are in the world, there is an Atlas technical services representative nearby. Accelerated Weathering Accelerated weathering simulates and accelerates effects natural elements have on materials, aiding in service life prediction and a faster time to market. Services include: Artificial Light Sources for Weathering and Fading Xenon Fluorescent/UV Metal Halide Corrosion Equipment Laboratory Services Analysis Analysis provides detection, measurement and classification of material degradation. Services include: Visual Analysis Digital Image Analysis Thermal Analysis Optical Property Analysis Window Energy Analysis Physical Property Analysis 3 4

4 Light Quality Xenon and Metal Halide Filter Combination Charts Light Quality What Light is Right? To help our xenon arc and metal halide lamps even more closely match your end-use environment, Atlas offers a variety of filter combinations. Inner Filter System Outer Test Conditions Irradiance Ranges W/m nm nm nm 340 nm 420 nm Sunlight Average Miami Sunlight 26º South Direct. Xenon Arc Lamp As used in an Atlas Weather-Ometer with CIRA inner filter and soda lime outer filter. UVA-340 Fluorescent Lamp Commonly used in the Atlas UV2000. Metal Halide As used in the SolarClimatic 600 and 2000 systems equipped with MHG (Metal Halide Global) lamps. Sunshine Carbon Arc As used in an Atlas Weather-Ometer with Corex D filters. Choosing the right light is one of the first steps in creating an accurate and reliable weathering test program. Atlas accelerated weathering instruments offer a variety of light sources to simulate the effects of natural sunlight. We will work with you to select a light source with the spectral power distribution closest to your end-use environment, ensuring the most reliable and accurate results. Relative Irradiance Sunlight vs. Artificial Light Sources A Comparison of Relative Spectral Power Distribution Ci Series Ci Series Ci Series Ci Series Ci Series Ci Series Alpha Alpha Alpha Alpha/Beta Alpha/Beta Alpha/Beta Alpha/150 S + Alpha/150 S + SUNTEST SUNTEST SUNTEST SUNTEST SC600/2000 SC600/2000 Type S Boro Type S Boro Quartz CIRA CIRA HL Filter CIRA Quartz 4 Infrared + 3 Window Glass Filter System 16H Window Glass Suprax Cylinder XENOCHROME 320 XENOCHROME Infrared 6 Infrared + UV Window Window Glass Special UV Glass Solar Standard ID 65 + Window Glass Indoor Flat Outdoor Flat Type S Boro Soda Lime Type S Boro Type S Boro Soda Lime HL Filter Soda Lime + Float Glass in Auxiliary Lantern Type S Boro nm long pass filter in Auxiliary Lantern Suprax Suprax Suprax Window Glass + XENOCHROME 300 Suprax Suprax Suprax Suprax Coated Quartz Coated Quartz Coated Quartz Coated Quartz Sunlight Peak Natural Daylight Standard Common combination for weathering tests Most common combination for weathering tests behind window glass Weathering tests with somewhat more and shorter UV than sunlight Weathering tests requiring full spectrum match and/or cooler test temperatures Weathering tests requiring a precise match for solar cut-on, full spectrum match, and/or cooler test temperatures Lightfastness tests for automotive interior materials to meet ISO 105-B06 and VDA Lightfastness tests for automotive interior materials to meet GMW 3414TM Lightfastness tests for automotive interior materials to meet Ford DVM 0067 Simulation of solar radiation behind window glass at higher temperatures Simulation of solar radiation behind window glass for AATCC Method 16 Simulation of solar radiation behind window glass for testing materials at higher temperatures Lightfastness tests for automotive interior materials to meet GMW 3414TM Simulation of solar radiation behind window glass Simulation of outdoor solar radiation according to CIE publication No. 85, Table 4 Simulation of solar radiation behind window glass Simulation of outdoor solar radiation needed for older standard requirements Simulation of solar radiation behind window glass Simulation of solar radiation outdoors Simulation of solar radiation outdoors at optimized UV intensity (commonly used for testing of sunscreens - COLIPA) Exposure behind 6 mm window glass (commonly used for testing of pharmaceuticals) Simulation of solar radiation behind window glass Simulation of solar radiation outdoors Average Miami Sunlight at 26 S Defined for Horizontal Plane in CIE Publication No. 85, Table 4 Min Max Min Max Min Max Min Max Min Max Min Max Min. 40 Max. 140 Min. 40 Max. 140 Min. 40 Max Min. 40/35 Max. 180/100 Min. 40/45 Max. 220/120 Min. 40/30 Max. 140/70 Min. 40/30 Max. 140/70 Min. 250 Max. 765 Min. 250 Max. 765 Min. 250 Max. 765 Min. 250 Max. 765 Min. 750 Max. 1250/1000 Min. 900 Max. 1500/ Wavelength (nm) 1 Irradiance ranges are representative of those in the Ci Series. Values for each instrument will vary. Please contact your local Atlas representative for details. 6

5 Light Quality Light Quality Spectral Power Distribution Charts The charts below are representative Spectral Power Distribution (SPD) graphs of our accelerated weathering light sources as compared to sunlight. A variety of filter combinations are available for our Xenon and Metal Halide light sources (see page 6), which can help alter the SPD to provide the closest match to your end-use environments. Irradiance (W/m 2 /nm) Filtered Metal Halide vs. Sunlight Filtered Metal Halide CIE85 T Wavelength (nm) Filtered Xenon vs. Sunlight Filtered Metal Halide Behind Window Glass vs. Sunlight Behind Window Glass Filtered Xenon Sunlight Irradiance (W/m 2 /nm) Wavelength (nm) Irradiance (W/m 2 /nm) Wavelength (nm) Filtered Metal Halide Behind Window Glass CIE85 T4 Behind Window Glass Filtered Xenon Behind Window Glass Sunlight Behind Window Glass Filtered Xenon Behind Window Glass vs. Sunlight Behind Window Glass Irradiance (W/m 2 /nm) Wavelength (nm) Irradiance (W/m 2 /nm) EMMAQUA vs. Sunlight Wavelength (nm) Concentration Factor EMMAQUA Target Board Ave. Miami Sunlight 26 S Direct Concentration Factor nm (avg-5.6) Linear Concentration Factor nm (avg=5.6) Xenon with Interior Automotive Filters vs. Sunlight Behind Automotive Side Glass Fluorescent UV Lamps vs. Sunlight Xenon with Interior Automotive Filters Sunlight Behind Automotive Side Glass Irradiance (W/m 2 /nm) Wavelength (nm) Irradiance (W/m 2 /nm) Wavelength (nm) UVA 340 nm UVA 351 nm UVB 313 nm Sunlight 7 8

6 The Ci Series Weather-Ometers State-of-the-Art Digital Control for Reliable Accelerated Weathering Testing The Ci Series represents a significant advancement in applying digital and optical technologies in a laboratory weathering instrument. Controlled Irradiance (Ci) Xenon Arc Systems deliver constant levels of irradiance and precise temperature and humidity control, helping to establish new standards of performance for accuracy, reproducibility and repeatability. Ci Series Features and Benefits Rotating rack maximizes exposure uniformity over all specimens Narrow band (340 nm or 420 nm) or broad band ( nm) irradiance control with optional monitoring at a second wavelength to meet global test requirements Controlled irradiance up to 2 sun levels for higher acceleration rates based on your test requirements Programmable stepped changes in irradiance set points and other test conditions to meet any user defined test program or cycle Common Applications Automotive Coatings, Fabrics and Plastics Unmatched Repeatability and Reproducibility Innovations in airflow, irradiance control and control systems dramatically reduce variability in test parameters, providing new levels of uniformity for temperature, humidity and light exposure. Reliable Replication of Full Spectrum Sunlight The Ci Series uses the most advanced water-cooled xenon arc lamps to deliver constant amounts of radiant exposure test after test. Easily interchangeable glass filters tailor the xenon light spectrum to match sunlight conditions in a sample s end use environment. Black Panel Thermometer or Black Standard Thermometer controls and monitors temperature at specimen level to ensure test repeatability from one test to the next Simultaneous, automatic control of both chamber temperature and Black Panel Temperature closely simulates your material s end use temperature conditions test after test VibraSonic humidity control accurately replicates user selectable humidity levels to meet stringent global test requirements Smart Damper tightly controls test chamber temperature and humidity levels and compensates for changes in ambient laboratory conditions for more accurate and repeatable tests SmartLight Monitor verifies that proper interference filters are installed prior to operation, avoiding costly testing errors Water purity meter signals when water quality falls below set point Paints, Coatings and Pigments Packaging Photovoltaics User-Friendly Operating Convenience Touch screen interface allows operator to select from preset test programs or enter custom test programs. The microprocessor provides simplified test setup, improved diagnostics and automated calibration. The Power and Capacity to Meet Your Needs Weather-Ometer Our largest capacity, most powerful accelerated weathering instrument. Features a W water-cooled xenon arc lamp and a total exposure area of cm 2. Plastics Textiles, including Industrial and Geotextiles Faster, Easier Servicing Reduces Downtime Full front access to controls and test chamber, user-serviceable components, diagnostic screens, automatic lamp calibration and improved component life significantly reduce maintenance time and cost, improving long-term reliability. Weather-Ometer Capable of meeting global test specifications in a mid-size, accelerated weathering instrument. Features a 6500 W watercooled xenon arc lamp and a total exposure area of 6500 cm 2. 9 Meets Global Weathering and Lightfastness Test Requirements The Ci Series meets a wide variety of international standards, as well as numerous manufacturer-specific test methods for the determination of material durability. Weather-Ometer and Fade-Ometer Affordable xenon arc weathering testing with all the benefits of the Ci Series in an economical, compact instrument. The Weather-Ometer tests for material weatherability, while the Fade-Ometer accurately tests textiles for lightfastness. Both feature a 4500 W water-cooled xenon arc lamp and a total exposure area of 2188 cm 2. Window Profiles 10

7 The Ci Series meets or exceeds the following industry standards: Ci Series Weather-Ometer Features Fade-Ometer Positive alignment, quick disconnect xenon lamp system W 6500 W 4500 W 4500 W AATCC TM 16 TM 169 ASTM G151 G155 D6695 Ford DVM 0067 MA GME GMW 3414 ISO 105-B B B JASO M 346 MIL STD 810 F Renault D SAE J1885 J1960 VDA VW PV 1211 PV 1303 PV 3929 PV 3930 Stainless steel, specimen rack capacity cm cm cm cm 2 irradiance control at 340 nm or 420 nm or nm Multilingual touch screen LCD display of test parameters and set points, on rack Black Panel Temperature control chamber temperature control blower speed control test time countdown in kj/m 2 Water purity meter and only and Fade-Ometer only Excludes the Fade-Ometer Fade-Ometer only This is a sample of global standards that can be met by the Ci Series. Smart Damper Calibration xenon reference lamp VibraSonic humidification system humidity control Temperature and Humidity Control Direct readout of relative humidity (%RH) LCD diagnostic message display Control Panel Touch Screen interface allows operator to select from preset test programs or enter custom test programs. Blower Light Monitor Uniform Airflow Smart Damper System Chamber Ceiling Rack Spray Specimen Spray Xenon Lamp Main power disconnect switch and power indicator Data collector ring Instrument footprint (including access area) in cm 180 x x x x 240 Water Purity/ARO system Chamber air refrigeration Lamp cooling refrigeration LiquiAir xenon lamp cooling system 11 Test Chamber The features our largest capacity chamber, with a total rack exposure area of cm 2 on a three-tiered, stainless steel rack. Relative Humidity [%] Ci Black Panel Temperature [ºC] Operable ranges of humidity control at various Black Panel Temperatures (under normal laboratory conditions). Six channel recorder Data acquisition software package with serial interface Dual Black Panel/Black Standard Temperature measurement Multiple rack mounted temperature sensors Monitoring of second wavelength CE compliance package Standard Optional Specific Utility Requirements and Specifications for each instrument can be found on page 26, SPD graphs on pages 7-8, Filter Combinations on page 6 and Specimen Holders on pages

8 Xenotest Beta Versatile, Compact Design Without Compromising Sample Capacity The Xenotest Beta offers fast, reliable answers to product weatherability questions. By incorporating a variety of optional features, the Beta can meet virtually all global weathering and lightfastness test requirements. Xenotest Beta Features Air-cooled xenon lamps (3) 2800 W Specimen rack capacity 4000 cm 2 XENOSENSIV sensors for measuring and controlling irradiance in the wavelength band nm and Black Standard Temperature at sample holder level Temperature control selectable by test chamber or Black Standard Temperature or both simultaneously Common Applications Automotive Coatings, Fabrics and Plastics Xenotest Beta Features and Benefits Programmable user interface provides clear operating instructions, ongoing program monitoring, and storage of up to 10 test programs for ease-of-use Non-aging XENOCHROME filter systems decrease cost of operation Air volume control to influence the temperature difference between test chamber and Black Standard Temperature Ultrasonic humidification system Rain spray system Microprocessor control Parameter check User-guided operation by alphanumerical four-line display Paints, Coatings and Pigments Packaging Simultaneous, automatic control of both chamber temperature and Black Standard Temperature closely simulates your material s end-use temperature conditions test after test Serial interface RS232 CE compliant XENOSENSIV (Master sensor) Microprocessor Control Allows for easy operation, program control and monitoring. XENOSENSIV sensor combines accurate control of irradiance and Black Standard Temperature to mirror on-rack exposure conditions The Xenotest Beta meets or exceeds the following industry standards: XenoCal irradiance calibration sensor Rack spray system Thermoprinter XenoCal BST Black Standard Thermometer XenoCal WST White Standard Thermometer Serial interface RS485 Standard Optional Textiles Plastics 13 Test Chamber Features three high-performance, air-cooled, xenon arc lamps and a specimen rack capacity of 4000 cm 2. AATCC TM 16 TM 169 ASTM G151 G155 D6695 GME GMW 3414 ISO 105-B B B JASO M 346 MIL STD 810 F RAL GZ 716/1 SAE J2019 J2212 VDA VW PV 1303 PV 3929 PV 3930 This is a sample of global standards that can be met by this instrument. Specific Utility Requirements and Specifications for this instrument can be found on page 26, SPD graphs on pages 7-8, Filter Combinations on page 6 and Specimen Holders on page 29. Temperature and Humidity Control Relative Humidity [%] Fan speed 2000 rpm Test Chamber Temperature [ C] Operable ranges of humidity control at various test chamber temperatures (under normal laboratory conditions). Window Profiles 14

9 Xenotest Alpha Advanced Light Exposure and Weathering Instrument The Xenotest Alpha provides reproducible and repeatable test results of lightfastness and weatherability using an air-cooled xenon arc light source. Xenotest Alpha Features Air-cooled xenon lamp 2200 W Specimen rack capacity (turning mode) 1320 cm 2 XENOSENSIV sensors for measuring and controlling irradiance in the wavelength band nm and Black Standard Temperature at sample holder level Temperature control selectable by test chamber or Black Standard Temperature or both simultaneously Common Applications Automotive Coatings, Fabrics and Plastics Xenotest Alpha Features and Benefits Programmable user interface provides clear operating instructions, ongoing program monitoring, and storage of up to 10 test programs for ease-of-use Omega-shaped xenon lamp guarantees constant irradiance of up to 3 sun levels while eliminating an undesired increase in infrared radiation Non-aging XENOCHROME filter systems decrease cost of operation Air volume control to influence the temperature difference between test chamber and Black Standard Temperature Ultrasonic humidification system Rain spray system Microprocessor control Parameter check User-guided operation by alphanumerical four-line display Turning or non-turning mode (programmable) Paints, Coatings and Pigments Packaging 15 Test Chamber Features a high-performance, air-cooled, xenon arc lamp and a specimen rack capacity of 1320 cm 2. XenoCal Black Standard Thermometer Provides calibration of Black Standard Temperature. Simultaneous, automatic control of both chamber temperature and Black Standard Temperature closely simulates your material s end-use temperature conditions test after test XENOSENSIV sensor combines accurate control of irradiance and Black Standard Temperature to mirror on-rack exposure conditions The Xenotest Alpha meets or exceeds the following industry standards: AATCC TM 16 TM 169 ASTM G151 G155 D6695 GME GMW 3414 ISO 105-B B B JASO M 346 Marks & Spencer C9 C9A MIL STD 810 F SAE J2019 J2212 VDA VW PV 1303 PV 3929 PV 3930 This is a sample of global standards that can be met by this instrument. Serial interface RS232 CE compliant XENOSENSIV (Master sensor) XenoCal irradiance calibration sensor Thermoprinter XenoCal BST Black Standard Thermometer XenoCal WST White Standard Thermometer Serial interface RS485 Standard Optional Specific Utility Requirements and Specifications for this instrument can be found on page 26, SPD graphs on pages 7-8, Filter Combinations on page 6 and Specimen Holders on page 29. Temperature and Humidity Control Relative Humidity [%] Fan speed 2000 rpm Test Chamber Temperature [ C] Operable ranges of humidity control at various test chamber temperatures (under normal laboratory conditions). Plastics Textiles, including Industrial and Geotextiles Pharmaceuticals Printing Inks 16

10 Xenotest 150 S+ Compact, Easy-To-Use Xenon Arc Testing a Standard of the Textile Industry The Xenotest 150 S+ combines the latest in weathering testing technology, economical testing, optimum reproducibility and good correlation to natural weathering, to deliver an instrument that has helped set the standard in textiles material durability testing. Xenotest 150 S+ Features Air-cooled xenon lamp 2200 W Specimen rack capacity (turning mode) 1320 cm 2 Measurement and control of test chamber temperature Measurement and control of test chamber humidity Air volume control to influence the temperature difference between test chamber and Black Standard Temperature Test chamber heating device Common Applications Automotive Coatings, Fabrics and Plastics Xenotest 150 S+ Features and Benefits Programmable user interface provides clear operating instructions, ongoing program monitoring and storage of up to 10 test programs for ease-of-use Omega-shaped lamp guarantees constant radiation for excellent correlation to existing test data Generous power reserve of the xenon lamp ensures longer lamp life even when switching from non-turning to turning mode Basic, functional design keeps the instrument affordable and economical Ultrasonic humidification system Sample spray system Integrated water reservoir Microprocessor control Parameter check User-guided operation by alphanumerical four-line display Serial interface RS232 Turning and non-turning mode CE compliant XenoCal UV sensor Thermoprinter Paints, Coatings and Pigments Packaging Photovoltaics XenoCal BST Black Standard Thermometer Test Chamber Features a high-performance, air-cooled, xenon arc lamp and a specimen rack capacity of 1320 cm 2. XenoCal Black Standard Thermometer Periodic measurement of Black Standard Temperature during weathering test. The Xenotest 150 S+ meets or exceeds the following industry standards: AATCC TM 16 TM 169 ASTM G151 G155 D6695 ISO 105-B B JASO M 346 Marks & Spencer C9 C9A This is a sample of global standards that can be met by this instrument. Black Panel Thermometer XenoCal WST White Standard Thermometer Serial interface RS485 Standard Optional Specific Utility Requirements and Specifications for this instrument can be found on pages 26, SPD graphs on pages 7-8, Filter Combinations on page 6 and Specimen Holders on page 29. Temperature and Humidity Control Relative Humidity [%] Fan speed 2000 rpm Textiles, including Industrial and Geotextiles Plastics Printing Inks Test Chamber Temperature [ C] Operable ranges of humidity control at various test chamber temperatures (under normal laboratory conditions). 18

11 Suntest XLS+ Suntest CPS+ SUNTEST XLS/XLS+ SUNTEST CPS/CPS+ Xenon Arc Light in an Affordable, Tabletop Instrument The SUNTEST is an indispensable tool for screening new materials for lightfastness and weatherability. Several models are available to meet your specific testing needs. The XLS models provide larger capacity than the CPS; the + designation on both models indicates the addition of a microprocessor, which provides additional control of test parameters. SUNTEST Series Features and Benefits Sophisticated reflector system provides uniform irradiance on the sample plane to maximize the exposure area Reflective mirror system optimizes radiation output shortening test times Customized filter systems to match specific conditions in a sample s end use environment including pharmaceutical and other photostability applications SUNTEST Features XLS XLS+ CPS CPS+ Air-cooled xenon lamp 2200 W 2200 W 1100 W 1100 W Exposure area 980 cm cm cm cm 2 Measurement and control of irradiance between 300 nm and 800 nm Irradiance adjustable from 250 W/m 2 to 765 W/m 2 Infinitely variable irradiance via control knob Irradiance display Measuring, control and display of Black Standard Temperature Measuring and display of test chamber temperature Microprocessor-based control interface Two-line display of current program and test parameters Common Applications CDs and DVDs Packaging Cosmetics RS232 serial interface for continuous data logging Pharmaceuticals Test Chamber The flat sample tray allows a wide variety of shapes and consistencies of materials and products to be exposed to xenon radiation. Microprocessor Control Advanced control and measurement of test parameters. Program steps are easily entered via a 16-function keypad. The SUNTEST XLS/XLS+ and CPS/CPS+ meet the following industry standards: ASTM D3424 D5071 D6695 G151 G155 EPA/ASTM E896 ICH Guideline Q1B ISO Qualicoat RILEM DBS This is a sample of global standards that can be met by these instruments. CE compliant Water immersion unit SunCool chiller Water-cooled sample table Standard Optional Specific Utility Requirements and Specifications for this instrument can be found on page 26, SPD graphs on pages 7-8 and Filter Combinations on page 6. Printing Inks Textiles and Geotextiles Other applications: Agrochemicals Building Sealants Dental Materials Powder Coatings 19 20

12 UV2000 The Most Affordable, Easy-To-Use Fluorescent Weathering Device With Controlled Irradiance Available The UV2000 is the perfect screening device for testing the effects of the sun s ultraviolet energy on materials easily and affordably. Innovative design features improve test reproducibility and lower operating costs while testing a variety of materials for their reaction to UV light, temperature and moisture. UV2000 Features Fluorescent lamps (8) SmartLight irradiance control Touch screen display Black Panel Temperature Control Door safety and over-temperature shutoff, and low water level alarm CE compliance package Hand-held, wireless irradiance calibrator 40 W (12) water spray nozzles Common Applications Geotextiles Paints, Coatings and Pigments UV2000 Series Features and Benefits Power Supply Revolutionary new power supply increases bulb life, allowing the bulbs to be changed less frequently and eliminating the need for bulb rotation. Black Panel Calibrator Standard Optional Specific Utility Requirements and Specifications for this instrument can be found on page 26 and SPD graphs on pages 7-8. Plastics Irradiance Control SmartLight monitors offer complete irradiance control. Light sensors reside outside the test chamber, so irradiance control is not affected by chamber temperature, ensuring repeatability and reproducibility. Test Specimen UV Lamp Photovoltaics Irradiance Calibration Hand-held, wireless irradiance calibrator makes calibration fast and easy. Irradiance Control Features SmartLight monitor for complete irradiance control. Irradiance Calibration The optional wireless irradiance calibrator connects to the UV2000 without opening the door or interrupting the test cycle and automatically detects the type of lamp used. The UV2000 meets or exceeds the following industry standards: ASTM D4329 D499 D4587 D5208 G154 G53 BS 2782 ECCA T10 EN 534 ISO JIS D0205 pren SAE J2020 Water Vapor Condensate Chamber Design Water Heating Element For rapid weathering, a heated reservoir below the test chamber produces water vapor that rises to the upper chamber where specimens will be exposed to UV radiation and uniform wetting at 100% relative humidity. Wood Coatings Other applications: Adhesives Automotive Exteriors Textiles 21 This is a sample of global standards that can be met by this instrument. 22

13 23 SC2000 Features a 3400 liter test chamber capacity. SC600 Features a 600 liter test chamber capacity. SC600 & SC2000 Solar Simulation Chambers Accelerated Weathering of Whole Components and Finished Products The SC series use metal halide light sources to achieve an accelerated simulation of indoor and outdoor weathering. The large test chamber is ideal for testing components with large surface areas such as airbag units, wheel covers, safety helmets and even entire instrument panels. SolarClimatic Features and Benefits A well-proven test chamber design offers two test capacities allowing testing of components with large surface areas Easily accessible communications and control units guarantee ease-of-use for the operator High performance program functions allow the design of very flexible test specifications to match the customer s individual testing needs The SC series meets or exceeds the following industry standards: BMW PrV 306 DIN IEC ISO MIL STD 810 F VW PV 1211 This is a sample of global standards that can be met by these instruments. Temperature and Humidity Control Relative Humidity [%] with irradiance without irradiance Test Chamber Temperature [ºC] Operable ranges of humidity control at various test chamber temperatures (under normal laboratory conditions). Features SC600 SC2000 Metal halide lamp 2500 W Metal halide lamps (2) 4000 W Test chamber capacity (liter) Spectral distribution according to CIE No. 85, Table 4 (base) and DIN , Table 1, Column 2/4 (shares) Easy-to-use touch screen Climate, with or without irradiation Control and display of irradiance, chamber temperature, humidity and dew point Programmable heat-up and cool-down speed Swivelling operator panel Operator panel integrated into control module on the front side Microprocessor control CE Compliant Insulated cover, to expand temperature range to 40 C to C Misting equipment, to expand climate possibilities UV sensors: nm / nm Control of Black Standard Temperature Black Standard Thermometer SolarTest sensor: nm RS422/485 interface Printer: 6-color, programmable SIMPATI software Standard Optional Specific Utility Requirements and Specifications for this instrument can be found on page 26, SPD graphs on pages 7-8 and Filter Combinations on page 6. Common Applications Automotive 3D Plastic Components Electronics Photovoltaics Window Units Chemicals MilAero Roofing Accelerated Weathering Instrumentation Comparison Chart This chart compares the various features, specifications and utility requirements of Atlas laboratory accelerated weathering instruments. For more information, please refer to the individual product pages or call your local

14 Weather-Ometer Weather-Ometer Weather-Ometer Fade-Ometer Xenotest Beta Xenotest Alpha Xenotest 150 S+ Suntest XLS/XLS+ Suntest CPS/CPS+ UV2000 Solar Climatic 2000 Solar Climatic 600 Light Source Minimum Guaranteed Lamp Life (at one sun level) Filters Irradiance Control Light Monitor Humidity Control (RH) Humidity Range Temperature Control Black Panel or Black Standard Temperature Range Simultaneous Control of BPT or BST and Chamber Temperature Dual BPT/BST Control Specimen Rack Type Total Exposure Area Specimen Holders Electric HVAC - MJ/h (BTU/h) (Max.) Compressed Air Pressure Water Flowrate Humidification Specimen Spray Rack Spray Physical Dimension (WxDxH) Footprint Floor Weight W Water-Cooled Xenon Arc Lamp 1200 Hours Interchangeable Inner and Outer (see page 6 for a complete list) single point control at 340 nm or 420 nm or nm; optional monitoring at 2nd point SmartLight Monitor Light Cycle: 10-75% (Dependent on Temp) Dark Cycle: Up to 100% BPT C; BST C Standard Optional 3 Tier cm 2 (1705 in 2 ) See Pages /480V, 3 Phase, 3 Wire, 50/60 Hz, 60 A; or 400 V, 3 Phase, 50 Hz, 65 A MJ/h (60870 BTU/h, 800 CFM) 0.11 m 3 /min (4 CFM 552 kpa (80 psi) kpa (20-50 psi) Deionized Water 0.2 liter/min. Deionized Water 0.2 liter/min. Deionized Water 0.2 liter/min. 160 cm x 130 cm x 198 cm 180 cm x 302 cm including access area 936 kg (2060 lb) AATCC TM 16 TM 169 ASTM G151 G155 D6695 Ford DVM 0067 MA GME GMW 3414 ISO JASO M 346 MIL STD 810 F SAE J1885 J1960 VDA VW PV 1211 PV 1303 PV 3929 PV W Water-Cooled Xenon Arc Lamp 1200 Hours Interchangeable Inner and Outer (see page 6 for a complete list) single point control at 340 nm or 420 nm or nm; optional monitoring at 2nd point SmartLight Monitor Light Cycle: 10-75% (Dependent on Temp) Dark Cycle: Up to 100% BPT C; BST C Standard Optional 3 Tier 6500 cm 2 (1008 in 2 ) See Pages /250V, 3 Phase, 3 Wire, 50/60 Hz, 52 A; or 200/250V, 3 Phase, 4 Wire, 50 Hz, 42 A MJ/h (39203 BTU/h, 450 CFM) 0.11 m 3 /min (4 CFM 552 kpa (80 psi) kpa (20-50 psi) Deionized Water 0.2 liter/min. Deionized Water 0.2 liter/min. Deionized Water 0.2 liter/min. 127 cm x 102 cm x 198 cm 148 cm x 274 cm including access area 700 kg (1540 lb) AATCC TM 16 TM 169 ASTM G151 G155 D6695 Ford DVM 0067 MA GME GMW 3414 ISO JASO M 346 MIL STD 810 F SAE J1885 J1960 VDA VW PV 1211 PV 1303 PV 3929 PV W Water-Cooled Xenon Arc Lamp 1200 Hours Interchangeable Inner and Outer (see page 6 for a complete list) single point control at 340 nm or 420 nm or nm; optional monitoring at 2nd point SmartLight Monitor Light Cycle: 10-75% (Dependent on Temp) Dark Cycle: Up to 100% BPT C; BST C Standard Optional Single Tier 2188 cm 2 (339 in 2 ) See Pages /250V, 1 or 3 Phase, 50/60 Hz, 47/57 A; or 400/230V, 3 Phase, 4 Wire, 50 Hz, 38 A MJ/h (24703 BTU/h, 275 CFM) 0.11 m 3 /min (4 CFM 552 kpa (80 psi) kpa (20-50 psi) Deionized Water 0.12 liter/min. Deionized Water 0.07 liter/min. Deionized Water 0.07 liter/min. 95 cm x 84 cm x 183 cm 115 cm x 240 cm including access area 404 kg (890 lb) AATCC TM 16 TM 169 ASTM G151 G155 D6695 GME ISO 105-B B B JASO M 346 VDA VW PV 1211 PV 1303 PV 3929 PV W Water-Cooled Xenon Arc Lamp 1200 Hours Interchangeable Inner and Outer (see page 6 for a complete list) single point control at 340 nm or 420 nm or nm; optional monitoring at 2nd point SmartLight Monitor Light Cycle: 10-75% (Dependent on Temp) BPT C; BST C Standard Optional Single Tier 2188 cm 2 (339 in 2 ) See Pages /250V, 1 or 3 Phase, 50/60 Hz, 47/57 A; or 400/230V, 3 Phase, 4 Wire, 50 Hz, 38 A MJ/h (24703 BTU/h, 275 CFM) 0.11 m 3 /min (4 CFM 552 kpa (80 psi) kpa (20-50 psi) Deionized Water 0.12 liter/min. 95 cm x 84 cm x 183 cm 115 cm x 240 cm including access area 404 kg (890 lb) AATCC TM 16 ASTM G151 G155 D6695 GME ISO 105-B B JASO M 346 Renault D VDA VW PV 1211 PV 1303 PV x 2800 W Air-Cooled Xenon Arc Lamps 1500 Hours Interchangeable Inner and Outer (see page 6 for a complete list) control at nm Xenosensiv 10-95% BST C Standard (BST) Single or 2 Tier 4000 cm 2 (620 in 2 ) See Page V ±10%, 50/60 Hz (3, N, PE) AC CEE (32 A, 5 pole 6h) MJ/h (41000 BTU/h) Deionized Water 0.07 liter/min Deionized Water 0.7 liter/min Deionized Water 0.7 liter/min 90 cm x 120 cm x 180 cm 290 cm x 320 cm including service area 400 kg (882 lb) AATCC TM 16 TM 169 ASTM G151 G155 D6695 GME GMW 3414 ISO 105-B B B JASO M 346 MIL STD 810 F RAL GZ 716/1 SAE J2019 J2212 VDA VW PV 1303 PV 3929 PV W Air-Cooled Xenon Arc Lamp 1500 Hours Interchangeable Inner and Outer (see page 6 for a complete list) control at nm Xenosensiv 10-95% BST C Standard (BST) Single Tier 1320 cm 2 (205 in 2 ) See Page V ±10%, 50/60 Hz (1, N, PE) AC or (2, PE) AC CEE (32 A, 5 pole 6h) MJ/h (17061 BTU/h) Deionized Water liter/min. Deionized Water 0.7 liter/min. 90 cm x 78 cm x 180 cm 290 cm x 280 cm including service area 280 kg (615 lb) AATCC TM 16 TM 169 ASTM G151 G155 D6695 GME GMW 3414 ISO 105-B B B JASO M 346 Marks & Spencer C9/C9A MIL STD 810 F SAE J2019 J2212 VDA VW PV 1303 PV 3929 PV W Air-Cooled Xenon Arc Lamp 1500 Hours Interchangeable Inner and Outer (see page 6 for a complete list) ( control of lamp power) (optional Xenocal UV sensor) 10-95% BST C ( control of chamber temperature only) Single Tier 1320 cm 2 (205 in 2 ) See Page V±10%, 50/60 Hz (1, N, PE) AC or (2, PE) AC CEE (32 A, 3 pole 6h) MJ/h (17061 BTU/h) Deionized Water liter/min. Deionized Water 0.7 liter/min. 90 cm x 78 cm x 180 cm 290 cm x 280 cm including service area 280 kg (615 lb) AATCC TM 16 TM 169 ASTM G151 G155 D6695 ISO 105 B B04 JASO M 346 Marks & Spencer C9 C9A 2200 W Air-Cooled Xenon Arc Lamp 1500 Hours Auxiliary Filter System (see page 6 for a complete list) control at nm XLS+: built-in photodiode BST C (XLS+: Monitoring of chamber temperature only) Flat Tray 980 cm 2 (152 in 2 ) V, 50/60 Hz (1, N, PE); CEE (32 A, 3 pole 6h) MJ/h (10578 BTU/h) Optional Immersion 93 cm x 50 cm x 48.5 cm 150 cm x 170 cm 80 kg (176 lb) ASTM D3424 D5071 G151 G155 D6695 EPA/ ASTM E896 ICH Guideline Q1B ISO RILEM DBS Qualicoat 1100 W Air-Cooled Xenon Arc Lamp 1500 Hours Auxiliary Filter System (see page 6 for a complete list) control at nm CPS+: built-in photodiode BST C (CPS+: Monitoring of chamber temperature only) Flat Tray 560 cm 2 (86 in 2 ) V, 50/60 Hz (1, N, PE); CEE (16 A, 3 pole 6h) MJ/h (7166 BTU/h) Optional Immersion 78 cm x 35 cm x 35 cm 100 cm x 95 cm 29 kg (64 lb) ASTM D3424 D5071 G151 G155 D6695 EPA/ ASTM E896 ICH Guideline Q1B ISO RILEM DBS Qualicoat 8 x 40 W Fluorescent Lamps Standard at 340 nm or 420 nm 4 SmartLight Monitors ±2 C BPT C 2 vertical exposure areas 5175 cm 2 (828 in 2 ) (23) 7.5 cm x 30 cm; or (15) 10 cm x 30 cm 120V, 1 Phase, 50/60 Hz, 12 A; or 230V, 1 Phase, 50/60 Hz, 8 A 193 kpa (28 psi) Deionized Water 7.2 liter/min. 135 cm x 51 cm x 155 cm 135 cm x 51 cm 129 kg (285 lb) ASTM D4329 D499 D G154 G53 BS 2782 ECCA T10 EN 534 ISO JIS D0205 pren SAE J x 4000 W Metal Halide lamps Outdoor/Indoor (see page 6 for a complete list) Adjustable irradiance from W/m 2 ( nm) 10-80% with irradiation; 10-90% without irradiation (chamber) (automatic control of chamber temperature only; BST optional) Customer Built cm 2 (2232 in 2 ) Chamber Volume: cm x 115 cm x 151 cm 400V ±10% (3, N, PE) AC, 50 Hz (60 Hz version or other voltages on request) Industrial Water 350 cm x 145 cm x 270 cm 475 cm x 280 cm 1550 kg (3418 lb) BMW PrV 306 DIN IEC ISO MIL STD 810 F VW PV W Metal Halide Lamp Outdoor/Indoor (see page 6 for a complete list) Adjustable irradiance from W/m 2 ( nm) 10-80% with irradiation; 10-90% without irradiation (chamber) (automatic control of chamber temperature only; BST optional) Customer Built 3600 cm 2 (558 in 2 ) Chamber Volume: 80 cm x 80 cm x 96.5 cm 400V ±10% (3, N, PE) AC, 50 Hz (60 Hz version or other voltages on request) Deionized Water cm x cm x 250 cm 165 cm x 350 cm 675 kg (1488 lb) BMW PrV 306 DIN IEC ISO MIL STD 810 F VW PV

15 Specimen Holders Specimen Holders Holder Type Description Applications Maximum Size mm (in) WxHxD Exposure Size mm (in) WxH Instrument Rack Capacity Rack Capacity Instrument Exposure Size mm (in) WxH Maximum Size mm (in) WxHxD Applications Description Holder Type SL-3T Single exposure window with spring clip back General purpose holder for exposure of thin specimens Textiles, plastic film, automotive interior 68 x 144 x 5 (2.7 x 5.7 x 0.2) 50 x 119 (2.0 x 4.7) Full exposure 101 x 152 x 12 (4.0 x 6.0 x 0.5) Coatings, rigid plastic, wood Holds 4 x 6 panels for exposure tests of coatings Panel Holder SL-3T with Glass Single exposure window with glass and adjustable back CD-3T Three exposure windows with spring clip back CD-3T with Glass Three exposure windows with glass, spring clip back Exposure through secondary filter to closely simulate end-use environment General purpose holder with three exposure windows for thin specimens Exposure through secondary filter to closely simulate end-use environment Textiles, paper, plastic film, carpet, automotive interior Textiles, paper, plastic film, automotive interior Textiles, paper, plastic film, wood, automotive interior 68 x 144 x 12 (2.7 x 5.7 x 0.5) 68 x 144 x 5 (2.7 x 5.7 x 0.2) 68 x 144 x 12 (2.7 x 5.7 x 0.5) 50 x 119 (2.0 x 4.7) 3 windows: 50 x 38 (2.0 x 1.5) 3 windows: 50 x 38 (2.0 x 1.5) Full exposure 120 x 120 (4.7 x 4.7) Full exposure 76 x 125 (3.0 x 4.9) 76 x 152 x 12 (3.0 x 6.0 x 0.50) 127 x 127 x 7 (5.0 x 5.0 x 0.3) 68 x 102 x 42 (2.7 x 4.0 x 1.6) 77 x 144 x 4 (3.0 x 5.6 x 0.1) Coatings, rigid plastic, wood Rigid plastic, roofing material, solar panels, wood Bottles, labels, printing inks, adhesives, liquids, pills Plastics Holds 3 x 6 panels for exposure tests of coatings Holds large, self supporting material for exposure Holds small bottles or test tubes for exposure of packaging and pharmaceuticals Holds vertical specimen bars Panel Holder Solar Panel Holder Adjustable Bottle Holder Drop-in Specimen Bar Holder TC-3T Thick carpet, hinged with support Non-compressing exposure of thick, non-rigid materials Carpet, foam, foam-backed materials 68 x 144 x 12 (2.7 x 5.7 x 0.5) 58 x 66 (2.3 x 2.6) x 123 (2.8 x 4.8) 85 x 145 x 4 (3.7 x 5.7 x 0.2) Plastics Holds an 85 mm tensile bar Tensile Bar Holder with Spring Clip Back WPTC-3T Single window opening to expose wallpaper or thick carpeting Carpet, foam, foam-backed materials, patterned materials 146 x 165 x 12 (5.7 x 6.5 x 0.5) 129 x 99 (5.1 x 3.9) Full exposure 56 x 137 x 3 (2.2 x 5.4 x 0.1) Maximum Plastics Holds specimens of varying sizes and shapes: bars, discs Adjustable Specimen Holder TEX-3T with Mask Single exposure window with mask, adjustable Reference Chip Polystyrene reference chip holder Holder with masked exposure and adjustable back to allow for thick sample Holds a single chip of polystyrene automotive reference material Textiles, foam, foam-backed materials Polystyrene reference chips 43 x 132 x 12 (1.7 x 5.2 x 0.5) 71 x 121 x 4 (2.8 x 4.8 x 0.1) 33 x 101 (1.3 x 4.0) 71 x 91 (2.8 x 3.6) x 138 (1.5 x 5.4) 86 x 101 (3.45 x 4.0) 50 x 151 x 3.8 (2.0 x 5.9 x 0.1) 101 x 101 x 9.4 (4 x 4 x 0.3) 35 mm slides, rigid discs, plaques Automotive or building glass Holds 50 x 50 mm slides for exposure Holds varying widths of glass attaching at top and bottom for exposure Slide Holder Glass Holder This chart is a representative sample of specimen holders available for a variety of Atlas instruments. For specific information about specimen holders that best meet your needs, please contact your local 27 28

16 Holder Type Description Applications Maximum Size mm (in) Specimen Holders Exposure Size mm (in) Instrument Rack Capacity KHS SolarConstant Custom-Designed Solar Simulation Systems Regular Specimen Holder Specimen Holder for Thick Specimens Specimen Holder for Blue Scale Holds specimen up to 3 mm thick Holds specimen up to 15 mm thick Holder for Blue Scale fabric during weathering tests Textiles, plastics, coatings, paper Carpets, foam, foam-backed materials, thick panels Blue Scale fabric 135 x 45 (5.3 x 1.8) 135 x 45 (5.3 x 1.8) 135 x 45 (5.3 x 1.8) 121 x 35 (4.8 x 1.4) 121 x 35 (4.8 x 1.4) Xenotest Alpha Xenotest 150 S+ Xenotest Alpha Xenotest 150 S+ Xenotest Alpha Xenotest 150 S only 1 needed (replaces one holder) K.H. Steuernagel SolarConstant solar simulation systems are custom-designed, whole-car chambers that use a series of highly-coordinated metal halide lights to provide effective solar energy to meet the demanding testing needs of the automotive industry. A Proven Light Source The SolarConstant system uses a special metal halide global (MHG) lamp and glass filters to create a spectral distribution very close to natural sunlight. The combination of lamp, reflectors and filter offers high irradiance efficiency and superior spatial uniformity critical for component and vehicle testing. Standard Specimen Holder (including back plate) Special Specimen Holder, 3 Segments Holds specimen up to 10 mm thick Holds 3 specimens up to 10 mm thick, fixed by a back plate and a cover mask Textiles, plastics, coatings, paper, window profiles Textiles, plastics, coatings, paper 310 x 80 (12.2 x 3.2) 100 x 68 (3.9 x 2.7) 295 x 70 (11.6 x 2.8) 90 x 58 (3.5 x 2.3) Xenotest Beta Xenotest Beta Optimal Performance Power Supply To achieve the best performance, an electronic power supply (EPS-Modul) drives the lamp with square-wave current. This reduces modulation of radiation to less than +/-1%, controls intensity and offers a stabilized power output even when incoming power varies. In addition, it provides the lamp optimal operation conditions, extending the lamp life. Special Specimen Holder, 2 Segments Specimen Holder for Blue Scale (Special holder kit, 2 Segments) Holds 2 specimens up to 10 mm thick, fixed by 2 cover masks Holds Blue Scale fabric for weathering tests This chart is a representative sample of specimen holders available for a variety of Atlas instruments. For specific information about specimen holders that best meet your needs, please contact your local Textiles, plastics, coatings, paper Blue Scale fabric 135 x 45 (5.3 x 1.8) 135 x 45 (5.3 x 1.8) 121 x 35 (4.8 x 1.4) Xenotest Beta Xenotest Beta 28 only 1 needed (replaces one holder) Automated Positioning and Control System To effectively simulate various natural solar conditions, a mechanical positioning system is used. This enables motorized movement of the solar array within all axes for easy adaptation to various test configurations or to simulate natural solar day or seasonal solar cycles. The control can be manual pushbutton or integrated into the PC-based SolarSoft system control program. SolarSoft provides automated control of radiation, along with effective simulation of various sun positions in the sky. Positioning systems are often unique to the application and test facility. KHS will work with you to define the SolarConstant mounting system that will work best for your application. KHS provides SolarConstant systems specifically designed to comply with established test methods, such as: 29 USA Customized Solutions KHS solar simulation systems are custom-made to meet your testing objectives. The SolarConstant systems are modular in nature and offer a large variety of configurations, allowing for system design flexibility. With the use of various size radiation units, EPS-Moduls, radiation unit mounting systems and the flexibility of SolarSoft, KHS will design a cost-effective solution to fulfill your solar simulation requirements. DIN EPA MIL-STD 810 SAE This is a sample of global standards that can be met by this system. For information on additional or specific standards, contact your local 30

17 VIEEW Breakthrough, Computer-Aided Image Analysis of Surface Defects, Texture and Appearance VIEEW is a digital imaging analyzer that evaluates, qualifies and quantifies material surface defects, texture and appearance at the click of a mouse. Using innovative computer-aided optical technology, VIEEW captures, stores and processes images of tested samples and classifies the result according to international and industry standards or your own specifications. VIEEW Features Standard direct and diffuse lighting system Black and white CCD video camera (752 x 568 pixels) with apochromatic objective lenses VIEEW software, including: VIEEW Control module VIEEW Image capture module VIEEW Basics a4i Analysis Archiving software a4i Docu a4i Word Report Common Applications VIEEW is widely used for surface evaluations in the paint and coating industries to detect: Stone chipping: Clear Coat Layer Reproducible Results, Every Time Because VIEEW combines human capability with the precision of computer-controlled hardware and intelligent software, analysis is completed without subjective visual evaluations. This ensures results are consistent every time and with every user. Expandable Capabilities Grow with Your Needs VIEEW s intelligent software is designed to be modular and expandable. As your testing needs grow, independent software modules can be added to expand the system with new applications to the existing knowledge base. VIEEW meets or exceeds the following industry standards: Computer system including: 19" Monitor Windows OS Keyboard, mouse and network adapter CD-R writer CE Compliant VIEEW software modules: Chipping analysis Corrosion analysis Gray Level/Texture analysis Particle analysis a4i Interactive measurement a4i ProCollage image table tool Additional VIEEW software licenses (network solution) for image archive and analysis Stone chipping: Below Clear Coat Layer Gray Level Analysis (scratch, mar and surface textures) ASTM D1654 A and B Cross Hatch (in preparation) DIN EN DIN draft EN ISO draft draft SAE J400 Stone Chipping (in preparation) Calibration set (geometric) Calibration set (geometric with certificate) Fully automated X/Y sample stage 150 x 220 mm scan area 230V or 110V Printer Corrosion Analysis (Filiform) Application Software All basic and customer-specific software features are factory installed; turn the system on and start analyzing. This is a sample of global standards that can be met by this instrument. Designer art worktable, incl. cable rail and computer rack Standard Optional Dimensions (without computer/monitor) W x D x H: 340 x 640 x 280 mm 31 32

18 CCX Lab Corrosion Testing Equipment Innovative Laboratory Corrosion Testing Manufacturers routinely test components, assemblies, randomly selected production pieces and finished goods for corrosion resistance. Governments and consumer advocacy groups perform corrosion tests to determine value, consumer safety, efficiency, contractual and regulatory compliance, and military specifications. Tests are usually designed to replicate the worst case environmental conditions that cause corrosion, providing data to assess probability of material degradation in the real world. Most environmental conditions can be replicated in Atlas laboratory corrosion testing cabinets. Features CCX BCX SF SF Walk-In Full safety system Corrosion-resistant construction Large solution reservoirs Transparent cover 1 Low water cut-off protection Gas Injection Direct solution spray Recorders or datalogging External condensation collection Air-assisted cover lifters Timers Standard Optional 1 Excludes CCX/BCX Common Applications Appliances Electronics/ Telecommunications Automotive SF BCX CCX Advanced Cyclic Corrosion Cabinet Performs advanced cyclic corrosion tests, as well as basic cyclic tests and traditional salt fog (spray) and humidity tests. Test Capacity: litres true volume BCX Basic Cyclic Corrosion Cabinet Performs basic cyclic corrosion tests, as well as traditional salt fog (spray) and humidity tests. Test Capacity: litres true volume SF Traditional Salt Fog (Spray) and Humidity Cabinet Performs traditional salt fog (spray) and humidity tests. Test Capacity: litres true volume SF Walk-in Corrosion Exposure Cabinet Performs traditional salt fog (spray) and humidity tests or basic cyclic tests, for oversize samples and assembled components. Test Capacity: litres true volume SF ABNT NBR ASTM B117 B368 B380 D1735 D2247 DIN Ford BI GM 4465P ISO JIS Z2371 TIA/EIA A Other Water Fog Acetic Acid CASS Corrodcote BCX All SF standards plus: ASTM G85 (Annexes 1, 2, 5) D5894 IEC part 2 ISO part 1 VDA Other Direct Spray Wet/Dry Cyclic Prohesion Gas Injection CCX All SF and BCX standards plus: ASTM G85 (Annexes 3, 4) Ford BI GM 9540P JASO M609 Nissan CCT I, II, III, IV SAE J2334 Other Immersion Controlled/Adjustable RH Gas Injection High/Low Temperature Paints and Coatings Marine Craft Steel Structures Other applications: Architectural Fasteners Military 33 SF Walk-in This is a sample of global standards that can be met by these cabinets. 34

19 35 Natural & Accelerated Weathering Services South Florida Central Arizona Benchmark Exposure Sites World s Largest Network of Natural Weathering Facilities The climates of southern Florida and central Arizona are recognized as global benchmarks for natural weathering environments. The warm, humid, subtropical environment of our outdoor test sites in Miami and the intense sun and arid climate of our site in Phoenix are some of the harshest climates to which your products can be exposed. Often the best natural weathering test scenario requires testing in a variety of climates. For that reason, Atlas offers the world s largest network of outdoor weathering test facilities with over 25 sites worldwide. Atlas Weathering Services Group (AWSG) - South Florida AWSG has two main sites in southern Florida. South Florida Test Service (SFTS), AWSG s main Miami site, continues to pioneer natural exposure testing. Located approximately 33 km (20 mi) northwest of downtown Miami and 27 km (17 mi) from the ocean, in a rural, unpolluted environment, SFTS provides clients with more than 65 years of experience in weathering. This 22-acre site is used by companies worldwide for exposure testing of paints, coatings, textiles, plastics and other various products. The second Florida site, SFTS Everglades Test Site, is located 56 km (35 mi) southwest of Miami International Airport and 16 km (10 mi) from the ocean. Its remote, natural setting assures the site of high annual total sunlight, ultraviolet radiation and humidity levels characteristic of this subtropical region. The Everglades Test Site is focused on testing of special projects such as full car enclosures, test houses and automotive component evaluation, as well as handling standard outdoor exposure tests. Atlas Weathering Services Group (AWSG) - Central Arizona Arizona, like Florida, possesses high levels of solar radiation and elevated temperatures. However, unlike Florida, Arizona has an arid climate that can have a distinct effect on materials durability. Atlas Weathering Services Group s Arizona desert site, DSET Laboratories, is located approximately 50 km (30 mi) north of metropolitan Phoenix in an unpolluted environment. Since 1948, DSET has offered desert exposure testing suitable for materials used in a wide range of industries, including automotive, construction and consumer products. State-of-the-Art Weather Data Tracking and Reporting Both our Florida and Arizona sites offer the latest technology in weather reporting instrumentation, such as total solar (Ultraviolet, Visible and Infrared), total UV and narrow-band UV radiometers and pyrheliometers. Instruments for monitoring ambient temperature and humidity, rainfall, total wet-time and wind speed are also employed. All instruments are directly traceable to national and international standards, including the World Radiometric Reference (WRR) and the National Institute of and Technology (NIST). Reporting Reporting of testing results and test status can be customized and delivered in electronic or printed formats. Electronic delivery of reports include:.pdf.dbf.xls.txt Quality Accreditation Atlas primary Arizona and Florida facilities are accepted and accredited test laboratories by the following: ISO/IEC Atlas has always been focused on being the quality leader in the weathering industry. As a result, Atlas was the first weathering organization to receive accreditation to ISO/IEC 17025, General Requirements for the Competence of Testing and Calibration Laboratories. AMECA Atlas laboratory facilities and personnel are fully accredited by the Automotive Manufacturers Equipment Compliance Agency, Inc. (AMECA), for compliance with all AMECA laboratory requirements. For more detailed information about accreditation at any of our outdoor sites, contact your local Natural & Accelerated Weathering Services Test Site Data Florida Arizona SFTS DSET Latitude: 25 52' N 33 54' N Longitude: 80 27' E 112 8' E Elevation: 3 m 610 m Avg. High Temperature Summer: 34 C 39 C (93 F) (102 F) Winter: 26 C 20 C (79 F) (68 F) Avg. Relative Humidity: 78% 37% Total Rain: 1685 mm 255 mm Total UV nm: 280 MJ/m MJ/m 2 Total Radiant Energy nm: 6588 MJ/m MJ/m 2 Average Monthly UV and Total Radiant Energy (MJ/m 2 ) 26 South 34 South (Miami) (Phoenix) Month UV Total UV Total January February March April May June July August September October November December Annually

20 Natural & Accelerated Weathering Services Atlas Worldwide Exposure Network Laboratory Accelerated Weathering Services Natural & Accelerated Weathering Services Atlas offers outdoor weathering sites worldwide to ensure factors from a variety of climates are considered, addressing specific markets or regions around the world. For example, the Atlas site in Sanary Sur Mer, France, is the benchmark for the European climate, our site in Hoek van Holland (North Sea Corrosion Test Center) represents the corrosive marine environment of western Europe, and the Atlas site in Jacksonville, Florida, provides representative exposures to acid rain and other environmental pollutants. World s Largest Network of Independent Weathering Testing Laboratories Atlas Weathering Services Group (AWSG), at its South Florida Test Service site in Miami, Florida, operates one of the largest networks of ISO/IEC accredited accelerated weathering testing laboratories in the world. With sister laboratories in Germany, France, The Netherlands and the United Kingdom, AWSG s indoor exposure laboratories offer artificial accelerated weathering tests and a variety of other environmental test programs, all designed to accurately simulate true end-use conditions and meet global weathering standards. Complete Testing Facilities 37 Annual Climatological Data* Prescott, Arizona 34 39' N ' W Phoenix, Arizona 33 54' N ' W Chicago, Illinois 41 47' N 87 45' W Louisville, Kentucky 38 11' N 85 44' W Naples, Florida 26 09' N 81 47' W Jacksonville, Florida 30 29' N 81 42' W Miami, Florida 25 52' N 80 27' W Ottawa, Canada 45 20' N 75 41' W Cartagena, Colombia 01 24' N 75 30' E Hoek van Holland, The Netherlands 51 57' N 04 10' E Sanary, France (Bandol) 43 08' N 05 49' E Lochem, The Netherlands 52 30' N 06 30' E Sochi, Russia 43 27' N 39 57' E Dharan, Saudi Arabia 26 32' N 50 13' E Singapore (Changi Airport) 01 22' N ' E Hainan, China ' N ' E Guangzhou, China ' N ' E Miyakojima, Okinawa 24 44' N ' E Choshi, Japan 35 43' N ' E Melbourne, Australia 37 49' S ' E Townsville, Australia 19 15' S ' E Latitude Longitude Elevation (m) Avg.Ambient RH (%) Avg. Ambient Temp ( C) * Extracted from published data or measured at test site. 1 Other sites in China are also available, please contact your local Atlas representative for more information. Rainfall (mm) Total Radiant Energy (MJ/m 2 ) Our network of laboratories provides a comprehensive array of Atlas accelerated laboratory weathering and evaluation equipment, including: CCX Advanced Cyclic Corrosion Cabinet CDMCA Enclosed Carbon Arc Weather-Ometer Fade-Ometer Weather-Ometer Weather-Ometer Weather-Ometer Ci35A Weather-Ometer Ci65A Weather-Ometer CXWA Sunshine Carbon Arc Weather-Ometer HPUV Indoor Actinic Exposure System SolarClimatic Solar Simulation Chamber SUNTEST CPS+ SUNTEST XLS+ UVCON UV Condensation Weathering Device UV2000 UV Condensation Weathering Device VIEEW Digital Image Analyzer Xenotest 150 S+ Xenotest Alpha Xenotest Beta Xenotest 1200 LM Our network of laboratory accelerated weathering testing and evaluation services is ready to test your products to a variety of global testing standards, including: AATCC 16 (Option E) 177 ASTM D2565 D4674 D4355 D6695 G Federal Test Method 191 (Methods 5660, 5671, 5804) Ford DVM-0067-MA GM GMW-3414 ISO 105-A B B B06 Military Mil Std 810 F (Method 505.4) Nissan NES M0 135 SAE J1885 J1960 J2020 PV VDA To find out more details about test programs to meet these or other specific test standards, contact your local 38

21 Natural & Accelerated Weathering Services Open-Backed Exposures Static Exposure Testing Direct Weathering Atlas outdoor exposure laboratories offer a variety of direct weathering options to meet international and manufacturerspecific test programs and to simulate end-use conditions. Open-Backed Exposures Allows for majority of specimen material to be exposed to circulation of ambient air Racks specifically angled to best replicate end-use conditions Exposures for a variety of sizes from small, coupon-sized samples, to window assemblies and automotive components, to entire vehicles Backed Exposures Specimens are mounted to substrate, typically 12 mm ( 1 2") exterior-grade plywood, to simulate end-use environment by insulating back sides of specimens and increasing sample temperature Racks specifically angled to best replicate end-use conditions Black Box Exposures Simulates air heat-sink characteristics of automobile bodies and increases sample temperature Black painted, metal box Panels on exposure cover the open top of the box and reach temperatures comparable to those of hoods, roofs and deck lids of automobiles parked in direct sunlight Scab Tests Scab tests on coated metal automotive panels are commonly performed to evaluate the cosmetic corrosion that might occur in coated metal panels that have been damaged and exposed to highly salted environments, such as road salt or coastal areas. This test is performed in accordance with ASTM D Standard Practice for Salt-Accelerated Outdoor Cosmetic Corrosion Testing of Organic Coatings on Automotive Sheet Steel. This practice defines the procedure for preparing, exposing and applying a 5% sodium chloride solution at specified intervals to promote corrosion. Indirect Weathering Atlas outdoor exposure laboratories offer a variety of indirect weathering options to meet international and manufacturerspecific test programs for materials that are typically not exposed to all outdoor conditions. Under Glass and Black Box Under Glass Exposures Provides exposure to natural sunlight through glass Determines colorfastness/durability characteristics of materials such as: drapes, carpeting, upholstery and automotive interior materials Specimens are typically placed behind 3 mm thick, single-strength window glass Natural & Accelerated Weathering Services Common Applications: Open-Backed Exposure, Black Box Exposure, Under Glass and Black Box Under Glass Paints and Coatings Plastic and Metal Signs Plastic Lenses (such as taillight assemblies and automotive coatings) Other Applications: Glass Free-Films Coil Coatings Backed Exposure Automotive Moldings Backed Exposures Black Box Exposures Fixed or Variable Angle/ Open-Backed or Backed Black Box AATCC 111 B ASTM D1006, D1014, D1435, D4141 A & B D3679, D4726, G7 G7 FLTM BI GM 3619M, 9163P, 9163P 9327P, 9758P ISO 105-B03, 877, Part 2, 8565 SAE J576, J1976 J1976 Single-strength window glass absorbs radiation below 310 nm and transmits 77% of UV radiation and 85% of visible light Additional tempered, tinted or laminated glass available to match end-use application Under Glass Black Box Under Glass AATCC Method 16 C 111D ASTM G24 Method A G24 Method B FLTM BI BI GM 4349M ISO 105-B Roofing Membranes Polyvinyl Chloride (PVC) Siding 39 This is a sample of global standards that can be met by these services. This is a sample of global standards that can be met by these services. 40

22 41 Natural & Accelerated Weathering Services Schematic of EMMAQUA Air Tunnel 2. Air Blower 3. Mirror 4. Rotation, Azimuth Direction 5. Rotation, Elevation Direction 6. Water Spray Nozzles Microprocessor Control Box 8. Solar Cells/ Shadow Hat 9. Specimen Protection Door 10. Door Release Mechanism EMMAQUA (Equatorial Mount with Mirrors for Acceleration, with Water [AQUA]) Weathering with Sunlight in a Fraction of the Time EMMAQUA employs 10 highly-reflective mirrors and a sun-tracking system to concentrate sunlight onto test specimens. The result is natural weathering testing in a fraction of the time. In addition, you get the closest correlation to end-use conditions because samples are exposed to the full spectrum of natural sunlight. Test Apparatus DSET Laboratories pioneered the development of the EMMAQUA outdoor accelerated test methods in the early sixties. The method employs Fresnel reflecting solar concentrators that use ten flat mirrors to uniformly focus natural sunlight onto specimens mounted in the target plane. High quality, first-surface mirrors provide an intensity of approximately eight total suns with the spectral balance of natural sunlight in terms of ultraviolet integrity. The target board, located at the focal line of the mirrors, lies along a wind tunnel along which a deflector directs cooling air across the specimens. A nozzle assembly sprays the specimens with deionized water in accordance with established schedules to simulate subtropical, semi-humid and temperate regions. Night time spray cycles can be used to keep samples moist during the non-tracking portion of the test to provide the total time of wetness typically encountered in subtropical regions. Features Microprocessor Control Programmable Cycles Dual Axis Tracking Thermal Shocks Night Time Dew SKY RADIATION FLAT MIRRORS Patented Temperature Control AIR DEFLECTOR SUN MIRROR BED AIR TUNNEL (END VIEW) TARGET BOARD TEST SPECIMEN CENTER OF GRAVITY & ROTATION Average Annual Ultraviolet Radiant Exposure Atlas recommends the exposure of test specimens on an EMMAQUA based on accumulated doses of ultraviolet radiation measured in MJ/m 2. The duration can be based on Arizona or Florida equivalents. The UV radiation must be measured as direct beam to avoid errors in evaluating the exposure duration. FLORIDA Location Radiant Energy MJ/m 2 UV ARIZONA Location Radiant Energy MJ/m 2 UV Sample Specifications Target board size: 13 cm x 143 cm (5" x 55") Recommended sample sizes: 5 cm x 13 cm (2" x 5") 7.5 cm x 13 cm (3" x 5") Maximum thickness: 13 mm (0.5") Specifying the EMMAQUA Method EMMAQUA meets or exceeds the following industry standards: ASTM D3841 D4141 D4364 D5722 E1596 G90 SAE J576 J1961 Ford ESB-M16J14-A WSS-M28P1-B1 ISO 877 ANSI/NSF 54 JIS Z 2381 MIL T-22085D EMMA EMMA UG (Under Glass) EMMAQUA / EMMAQUA+ (Cycle 1 of ASTM G90) EMMAQUA NTW (Night Time Wetting, i.e., Cycle 3) EMMAQUA Soak/Freeze/Thaw Cycle This is a sample of global standards that can be met by this equipment. Natural & Accelerated Weathering Services Common Applications Adhesives Packaging Plastics Other Applications: Agricultural Films Building Materials Elastomers Automotive Exteriors Paints and Coatings Roofing Glass (Arch. & Auto) Sealants 42

23 Natural & Accelerated Weathering Services Automotive Exposure Testing Comprehensive Vehicle Testing, from Samples to Components, to Complete Vehicles IP/DP (Instrument Panel/Door Panel) Box Under glass weathering method to determine durability and/or colorfastness of materials used for automotive interiors CTH-Glas Trac CTH-Glas Trac (Controlled Temperature and Humidity, Under Glass, Sun Tracking) determines the durability of automotive interior materials Incorporates temperature and humidity control in an outdoor weathering chamber covered with automotive side window glass Glass cover is interchangeable with various windshield types to provide flexibility in product development Natural & Accelerated Weathering Services Cabinet is designed to accommodate nonstandard specimen sizes such as complete automotive assemblies, as well as standard 10 x 15 cm (4" x 6") samples 51 angle, azimuth tracking, sealed, temperature-limiting boxes 45 angle, south facing, non-tracking, sealed, temperature-limiting boxes are also available two-axis tracking system maintains chamber at normal incidence to the sun for maximum solar irradiance, simulating automotive interior conditions and accelerating exposure to produce the fading of sensitive materials in shorter test times Standard Sample Size: 10 x 15 cm (4" x 6") Common Applications: Air Bag Covers Other Applications: Carpet/Hat Trays Door Panels Fabrics Glove Boxes Headliners Headrests Consoles Instrument Panels Pillar Materials Seat Belts Seat Cushions Steering Wheels IP/DP Box Linear axial fan directs airflow over test specimens, limiting interior box temperature. Fan is turned off when temperature falls 3 C (5 F) below a set point Humidity provided via optional water tray Can be customized with client-provided windshield or side window glass to evaluate effects of different types of glass on automotive interior components Color and gloss measurements and visual inspections are performed at intervals according to applicable test standards Maximum sample size: 560 x 1730 x 690 mm Exposure testing is conducted to meet or exceed the following industry standards: IP/DP Box GM 2617M 7454M 7455M 9538P Ford DVM 0020 This is a sample of global standards that can be met by this service. Exposure testing is conducted to meet or exceed the following industry standards: CTH Glas-Trac AATCC Method 181 Ford ESB-M4D483-A1 and A2 WSB-M4D740-A2 WSB-M98D22-B WSB-M62J33-A2 WSB-M98D18-B1 SAE J2230 This is a sample of global standards that can be met by this service. SAE J576 Static Exposure AWSG offers a packaged program for those needing to meet the requirements of SAE J576 and Federal Motor Vehicle Safety Standard for plastic lens material. Automotive plastic lens materials undergo 3 years static weathering in Florida and Arizona, along with special inspection and optical property measurements CTH-Glas Trac Common Applications: Seat Belts Other Applications: Air Bag Covers Carpet/Hat Trays Consoles Door Panels Glove Boxes Headliners Fabrics Headrests Instrument Panels Pillar Materials Seat Cushions Steering Wheels 43 Evaluations include color bleeding, crazing, cracking, delamination, surface deterioration, haze, luminous transmittance and chromaticity coordinates 44

24 Natural & Accelerated Weathering Services Complete Vehicle Testing In addition to providing full service testing of individual automotive interior/exterior components, Atlas also provides facilities for evaluating complete vehicles. Florida and Arizona facilities evaluate material durability of complete vehicles and compatibility of vehicle components Provides test conditions that match exact end-use conditions and full confidence of material s weathering performance Shielded exposure compounds available for test confidentiality Typical vehicle exposure programs include the following services: Exposure of vehicle(s) in Florida and/or Arizona Monthly visual inspection Monthly washes and vacuuming Temperature studies Evaluation Services Analytical Services to Complete Any Testing Program Atlas offers a wide range of evaluation and measurement services for your specimens during and after the weathering process. Evaluation services are available at many Atlas global weathering facilities. To find Atlas evaluation services for your company s needs, contact your local Photography Services Photography is available to complement our evaluation services. Images of specimen degradation can be taken via digital or 35 mm and provided via prints, , disk or CD-ROM. Videotaping of services is also available. Natural & Accelerated Weathering Services Comprehensive reports (including photos) Special Measurements Peak or continuous component temperature measurements UV light deposition on interior or exterior materials Thermal comfort analysis of new design automotive windows Dimensional stability of plastic body parts Sun Tracking Carousel Only Atlas offers complete vehicle sun tracking carousel devices Carousels utilize a follow-the-sun tracking system that maintains direct exposure on specific locations of test vehicles throughout the day Visual Evaluation A variety of visual assessment services are available for rating degradation phenomena on specimens associated with the weathering process. Evaluation services are conducted to meet the global standards listed below. Instrumental Optical Properties The measurement of color and evaluation of other optical properties are often chosen as the principal technique for quantifying material degradation resulting from natural and accelerated exposure tests. Evaluation Services Common Applications Evaluation Services are used by a variety of industries for a variety of applications, including: Automotive Interior, Exterior Materials and Components Sun Tracking Carousel Provides data for peak component temperatures in the shortest possible time Coating Adhesion ASTM D3359 GM 9071P Blistering ASTM D714 ISO Chalking ASTM D4214 ISO Checking ASTM D660 ISO Cracking ASTM D661 ISO Erosion ASTM D662 Mildew ASTM D3274 Grey Scale Evaluation AATCC Evaluation Procedure 1 ASTM D2616 DIN EN A02 ISO 105 A02 Building Products Other applications: Construction Materials Paints and Coatings Plastics 45 This is a sample of global standards that can be met by these evaluations. 46

25 47 Natural & Accelerated Weathering Services Color Measurement Chalking Evaluation Color Measurement Spectrophotometric color measurements are provided on three types of instrumentation. The HunterLab UltraScan measures both transmittance and reflectance, specular included and excluded, in a sphere geometery. The HunterLab LabScan measures reflectance in a 0º/45º geometery. The HunterLab MiniScan is a portable instrument for field evaluation that measures reflectance, specular included only. Color scales include CIE L*a*b*, HunterLab, CIE XYZ, CMC and Yellowness and Whiteness indices. Illuminants include D65, C, A and F among others; 2º and 10º observer are available. Gloss Measurements Atlas uses bench-top and portable BYK Gardner glossmeters for both laboratory and field measurements at 20º, 60º, 75º and 85º. Distinctness-of-Reflected Image (DOI) DOI is the sharpness with which object outlines are reflected by a surface. This measurement is predominantly used by automotive and architectural coatings manufacturers to characterize a desired appearance for the end product. Atlas laboratories use the latest technology and equipment to make DOI measurements, including wide and narrow angle haze measurements. Spectrophotometry Absolute or relative spectral measurements as a function of incident angle are available through Atlas laboratory services. Instrumentation includes the Beckman 5240 spectrophotometer equipped with specially designed integrating spheres, and a Beckman Acculab 10 IR spectrophotometer. Data for UV-VIS-NIR measurements include report and one normalization (e.g., solar transmittance or reflectance, color, chromaticity, etc.). Transmission Haze and Clarity Atlas uses a BYK Gardner Haze-Gard Model 4725 to measure haze, total transmittance and clarity. The instrument measures total and diffuse transmittance to a 2º observer to illuminant C. Emittance Emittance measurements are performed using a Gier-Dunkle DB-100 IR reflectometer, emissometer which measures wavelength range of microns, and a specially modified Beckman Acculab 10 IR Spectrophotometer with a wavelength range of microns for spectral emittance. VIEEW VIEEW (Video Image Enhanced Evaluation of Weathering) is a digital imaging analyzer that evaluates, qualifies and quantifies flat material surface defects in the click of a mouse. Using high-end, computer-aided optical technology, VIEEW captures, stores and processes images of tested samples and classifies the result according to international and industrial standards. VIEEW analyzes weathering degradation to surface materials, including: Stone chipping Corrosion (Filiform and Creep) Gray Level Analysis (including scratch, mar and surface textures) Window Energy Analysis Shading Coefficient and U-Value Analysis Determining the Shading Coefficient (SC) for a window system provides important marketing and technical data for that system. The SC, along with the U-Value of a particular fenestration, permits the designer to perform heat gain and heat loss calculations, important in today s competitive marketplace. A Shading Coefficient is the ratio of solar heat gain through a glazing system to the solar heat gain through a single lite of double-strength sheet glass, when both are tested under a specific set of conditions. The U-Value is the total heat transfer coefficient in a window system. SC and winter and summer U-Values are calculated using methods based on the ASHRAE Handbook of Fundamentals Calculations can only be performed on smooth surface window systems Measurements required are thermal emittance, transmittance and reflectance of each window surface Window Energy Analysis Window Energy Analysis is conducted to meet or exceed the following industry standards: NFRC ASTM E903 Natural & Accelerated Weathering Services Emittance Measurement Evaluation : Instrumental Optical Properties evaluations are conducted to meet or exceed the following industry standards: Color ASTM E308 D2244 E313 SAE J1545 DIN 6174 ISO 7724 Gloss ASTM D523 ISO 2813 DIN DOI ASTM E430 Spectrophotometry ASTM E 903 E 308 Emittance ASTM E 408 Transmission Haze and Clarity ASTM D1003 VIEEW This is a sample of global standards that can be met by these services. For information on additional or specific standards, contact your local 48

26 Natural & Accelerated Weathering Services Additional Services Temperature Recording Temperature data on all types of materials in most configurations can be provided. Temperature monitoring programs can be provided for single and multiple specimens under any type of exposure, as well as for large assemblies such as complete vehicles. Service types are defined as: Non-recording (Manual) - measurements taken with a hand-held digital thermometer at specified points during the day Specimen Preparation & Mounting The following information provides general guidelines for the types and sizes of specimen preparation and mounting required for most of our outdoor services. Customized preparation and mounting is available for some services; talk to an Atlas representative about your specific testing needs. Pictorial Definition of Panel 6.35 mm MAXIMUM PANEL THICKNESS Natural & Accelerated Weathering Services Component Testing In addition to standard specimen preparation and mounting, Atlas offers specialized services custom designed to allow performance evaluation of critical components or entire products. Continuously recording () - measurements taken with a programmed data acquisition system 63 mm MASK Radiometer Measurement & Calibration Atlas offers solar radiometer outdoor calibration service directly traceable to the World Radiometric Reference (WRR) or National Institute of and Technology (NIST). These radiometers include pyranometers and pyrheliometers, which measure total sunlight and total or narrow-band ultraviolet radiometers. 305 mm PANEL 6.35 mm MAXIMUM PANEL THICKNESS Pyrheliometers Calibrations include: Transfer of calibration from reference to field radiometers Transfer of calibration from reference pyrheliometers to field pyrheliometers. 51 mm MASK 228 mm PANEL Radiometer Rack Various instruments are used to monitor solar radiation, temperature and other parameters of weathering. Black and White Panels Radiometer Measurement & Calibration are performed to meet or exceed the following industry standards: ASTM E824 E816 G130 ISO/IEC mm MAXIMUM PANEL THICKNESS 38 mm MASK 45 Pyranometer 152 mm PANEL 49 50

27 Natural & Accelerated Weathering Services Mounting Techniques Natural & Accelerated Weathering Services Special Glass Mounting Techniques EMMA/EMMAQUA Open-Backed Exposure Can also be used in static weathering SAE J576 Disc Open-Backed Exposure Exposed Edge Aluminum Channel 13 cm Max Sample Aluminum Channel Sample Sample Glass Laminate Sample Spacer (Backside) Aluminum Channel Aluminum Channel EMMA/EMMAQUA Backed Exposure Solid Plywood or Screen Mesh Backed Exposure Open-Backed Exposure Attachment Hardware Panels and Samples 13 cm Max Sample Plywood Backing Sample Glass Laminate Sample A panel is defined as any flat specimen up to 305 mm (12") along one edge. Panels must be sufficiently rigid to be self-supporting and mounted without special handling in a standard panel rack equipped with a mask. All panel racks are equipped with masks pre-set to either 150 mm (6"), 230 mm (9") or 305 mm (12"). All specimens outside the panel definition shall be considered samples. One sample is defined as any specimen measuring up to 305 mm x 305 mm (12" x 12"). Cost estimates for larger specimens are available through a client services representative. For additional information contact your local Open-Backed and Backed Exposure Rack (Harrison style rack) Clamp Panel Aluminum Angle Plywood Open-Backed and Backed Exposure Rack (AWSG style rack) Mask Clamp Sample Mesh 5 cm x 5 cm Wood (Slotted) Panel Sample Clamp Mask Plywood Backing Clamp Plywood Backing 51 52

28 Product Index Product Index A G Advanced Cyclic Corrosion Cabinet Gloss Measurement...47 Specimen Preparation & Mounting...50 B Automotive Exposure Testing Backed Exposures...39 Basic Cyclic Corrosion Cabinet Benchmark Exposure Sites I Indirect Weathering...40 Instrument Comparison Chart Instrumental Optical Properties...46 IP/DP Box...43 Spectral Power Distribution Charts (SPDs)...5, 7-8 Spectrophotometry...47 Static Exposure Testing Sun Tracking Carousel...45 SUNTEST XLS/XLS+ and CPS/CPS C Black Box Exposures...39 Black Box Under Glass Exposures...40 Fade-Ometer Weather-Ometer Weather-Ometer K L KHS SolarConstant...30 Laboratory Accelerated Weathering Services...38 Light Sources...5 T U Temperature Recording...49 Traditional Salt Fog (Spray) and Humidity Cabinet Transmission Haze and Clarity...47 Under Glass Exposures...40 Weather-Ometer N UV Color Measurement...47 Complete Vehicle Testing...45 Component Testing...50 CTH-Glas Trac...44 O Network of Weathering Open-Backed Exposures...39 V VIEEW , 48 Visual Evaluation...46 D E F Direct Weathering Distinctness-of-Reflected Image (DOI)...47 Emittance...48 EMMAQUA Evaluation Services Filter Combination Charts...6 P R S Panels and Samples...51 Photography Services...46 Radiometer Measurement & Calibration...49 SAE J576 Static Exposure...44 SC2000 Solar Simulation Chamber SC600 Solar Simulation Chamber Scab Tests...40 W X Walk-in Corrosion Exposure Cabinet Window Energy Analysis...48 Worldwide Exposure Network...37 Xenotest 150 S Xenotest Alpha Xenotest Beta Specimen Holders