Page 92 - Andersen Windows & Patio Doors 2017-18 100 Series Product Guide for Professionals

PRODUCT PERFORMANCE

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Andersen Window and Patio Door Altitude Limits PREFORMANCE STANDARDS HALLMARK CERTIFICATION
The chart below gives the altitude limit in feet for 100 Series products. If the installation of a given Smaller windows are most affected by altitude changes. An increase in altitude results in a decrease The Window and Door Manufacturers Association (WDMA), the American Architectural The Window and Door Manufacturers Association (WDMA) sponsored Hallmark Certification
product is at an altitude greater than that shown in this chart, a capillary breather tube must be in atmospheric pressure. A sealed insulating glass unit attempts to combat this change by increasing Manufacturers Association (AAMA) and the Canadian Standards Association (CSA) jointly release Program provides manufacturers with certification to the AAMA/WDMA/CSA 101/I.S.2/A440-11
ordered. Be aware that the use of a capillary breather tube eliminates argon gas blend fill and will its volume to reduce its pressure. One way to increase its volume is by glass deflection. A smaller the North American Fenestration Standard/Specification for Windows, Doors and Skylights Standard and is designed to provide builders, architects, specifiers and consumers with an
result in a slightly lower thermal performance (approximately 0.02 increase in window U-Factor). window is stiffer and does not deflect as much as a larger window; therefore, it cannot relieve (NAFS-11) where "-11" refers to the most recent publication year of 2011. NAFS is also referred to
For NFRC certified total unit performance on units with capillary breather tubes for higher altitude the pressure as readily. Thus, the load applied to the glass is greater, resulting in a greater risk for easily recognizable means of identifying products that have been manufactured and tested
applications, please visit andersenwindows.com/nfrc. breakage. Another way the window tries to increase its volume is by increasing the edge area; i.e. as AAMA/WDMA/CSA 101/I.S.2/A440, which is how the International Code Council (ICC) lists this in accordance with NAFS (AAMA/WDMA/CSA 101/I.S.2/A440) industry standards and other
The use of dual-pane insulating glass at altitudes higher than its rating will result in severe glass the seal area. The increased pressure applied to the edge seal load for a smaller window is therefore standard in the 2012 and 2015 International Residential Code (IRC) and International Building applicable performance standards. Conformance is determined by periodic in-plant
distortion, increased glass breakage potential, and a risk for seal failure. greater, increasing the chance for seal failure. Code (IBC) as the means to indicate the window, door or skylights design pressure rating used to inspections by a third-party administrator. Inspections include auditing licensee quality
determine compliance to the jobsite design pressure requirements. control procedures and processes, and a review to confirm products are manufactured in
Andersen ® Product 3,000 4,000 5,000 6,000 7,000 8,000 9,000 10,000 A product only achieves a “Performance Grade” or “PG” rating when it complies with all of the accordance with the appropriate performance standards. Periodic testing of representative
1620 1650 2020 2050 2660 2626 2656 3056 3030
100 Series 1626 1656 2026 2056 2630 3026 3060 3036 NAFS performance requirements such as ease of operation, air infiltration resistance, resistance to product constructions and components by an independent testing laboratory is also required.
Casement Windows 1630 1660 2030 2060 2636 3040 When all of the program requirements are met, the licensee is authorized to use the
1636 2036 2620 2640 3046 water penetration and resistance to forced entry, etc.. A “Design Pressure Rating” or “DP” rating
1640 2040 3020 2646 3050 only depicts the design and structural load performance. WDMA Hallmark registered logo on their Certification Label as a means of identifying
1646 2046 2650
Performance Classes products and their performance ratings.
1616 2016 4016 2020 3020 2626 4026 3030
100 Series 1620 2616 2026 3620 2630 3630 The NAFS Standard/Specification defines requirements for four performance classes. Performance Products successfully obtaining Hallmark Certification will be labeled with a 3-part code,
Awning Windows 1626 3016 2030 4020 3026 4030
1630 3616 2620 3626 classes are designated R, LC, CW, and AW. This classification system provides for several levels which includes performance class, performance grade and size tested. In addition to this
1620 1626 1666 3030 2036 2076 2640 2646 3646 3050 3056 3660 of performance. Product selection is always based on the performance and building code mandatory requirement you are allowed to list the design pressure on a separate line.
100 Series 2020 1630 1670 3626 2040 2636 3040 2650 4046 3650 3060 3666 requirements of the particular project.
Single-Hung Windows 2620 1636 1676 3630 2046 3036 3640 2656 4050 3066 3670
3020 1640 2026 4026 2050 3636 4040 2660 3070 3676 Elements of Performance Grade (PG) Designations
3620 1646 2030 4030 2056 4036 2666 3076 4060
4020 1650 2626 2060 2670 3656 4066 In order to qualify for a given performance grade (PG), test specimens need to pass all required Andersen Corporation
1656 2630 2066 2676 4056 4070 100 SERIES CASEMENT WINDOW
1660 3026 2070 3046 4076 performance tests for the following, in addition to all required auxiliary (durability) and applicable Hallmark Certified Manufacturer stipulates certification as indicated below.
2010 2056 4016 2620 3020 3620 3626 4626 4030 4630 5630 5036 5636 6040 material/component tests (not shown here) for the applicable product type and desired www.wdma.com
100 Series 2016 2060 4610 2626 3026 4020 3630 5026 4036 4636 6030 5040 5640 6046 performance class: STANDARD RATING
Gliding Windows - XO/OX 2020 2610 4616 2630 3030 4620 3636 5626 4040 4640 5046 5646 AAMA/WDMA/CSA 101/I.S.2/A440-11 CLASS LC (1) – PG40 (2) – SIZE TESTED 71.5 X 71.5 in. (3)
(active-stationary or 2026 2616 5010 2636 3036 5020 3640 6026 4046 4646 5050 5650 (a) Operating force (if applicable): Maximum operating force vary by product type and DP+40/-45 (4)
stationary-active) 2030 3010 5016 2640 3040 5620 3646 4050 4650 5056 6036 performance class.
2036 3016 5610 2646 3046 6020 3650 4056 4656 5656 6050 AAMA/WDMA/CSA 101/I.S.2/A440-08 CLASS LC (1) – PG40 (2) – SIZE TESTED 71.5 X 71.5 in. (3)
2040 3610 5616 2650 3050 3656 4060 4660 5660 6056 (b) Air leakage resistance: Tested in accordance with ASTM E283 at a test pressure of 1.57 psf. DP+40/-45 (4)
2046 3616 6010 2656 3056 3660 5030 6060
2050 4010 6016 2660 3060 4026 5060 Allowable air infiltration for R, LC and CW class designations is 0.3 cubic feet per minute per (1) – Performance Class
2
5016 6020 6036 8020 7040 8040 7640 8636 8646 9050 12056 10056 square foot of frame (cfm/ft ).
100 Series 5020 6026 6040 8620 7046 7646 8640 8650 9056 12060 11060 (c) Water penetration resistance: Tested in accordance with ASTM E547 with the specified test (2) – Performance Grade
Gliding Windows - XOX 5026 6030 6046 9020 7050 7650 9026 8656 9060 12036
(active-stationary-active) 5030 7016 6050 10020 7056 7656 9030 8660 10060 12040 pressure applied per NAFS-11. Test consists of four cycles. Each cycle consists of five minutes (3) – Size Tested
5036 7616 6056 11020 7060 7660 9036 10030 11030 12046
5040 8016 6060 12020 7626 8046 9040 10036 11036 with pressure applied and one minute with the pressure released, during which the water spray is (4) – Design Pressure
5046 8616 7020 7630 8050 9046 10040 11040 continuously applied. Water spray shall be uniformly applied at a constant rate of 5 U.S. gal/ft • hr.
2
5050 9016 7026 7636 8056 10026 10046 11046 In the example above, the performance class is LC, the performance grade (PG) is 40 pounds
5056 10016 7030 8026 8060 11026 10050 11050 (d) Uniform load deflection test: Tested in accordance with ASTM E330 for both positive per square foot (psf) and the size tested is 71.5" x 71.5". What this means to the specifier is,
5060 11016 7036 8030 8626 12026 11056 12030 and negative pressure (pressure defined by NAFS-11) with the load maintained for a period of
6016 12016 7620 8036 8630 12050 based on the performance grade chart, the laboratory tested air infiltration was less than
2
2
1010 5610 1616 2060 7016 2626 3030 3636 4040 5066 6646 10 seconds. The test specimen shall be evaluated for deflection during each load, for permanent 0.3 cfm/ft (test pressure is always 1.57 psf and the allowable airflow is 0.3 cfm/ft ), the
100 Series 1016 6010 1620 2066 7020 2630 3036 3640 4046 5070 6650 damage after each load and for any effects on the normal operation of the specimen. Starting product tested successfully resisted a laboratory water penetration test at a test pressure
Picture, Transom & 1020 6610 1626 2070 7616 2636 3040 3646 4050 5076 6656
Specialty Windows 1026 7010 1630 2076 7620 2640 3046 3650 4056 5080 6660 with the 2008 version of NAFS, design pressure (DP) will only represent the "uniform load of 6.0 psf, the product tested successfully withstood a laboratory positive test pressure of
1030 7610 1636 2080 8016 2646 3050 3656 4060 5640 7040
1036 8010 1640 2616 8020 2650 3056 3660 4066 5646 7046 deflection test". 60 psf, a laboratory negative test pressure of 67 psf and the product tested passed the
1040 1646 2620 2656 3060 3666 4070 5650 7050 (e) Uniform load structural test: Tested in accordance with ASTM E330 for both positive and laboratory requirements for operational force and forced entry resistance. Based on this
1046 1650 3016 2660 3066 3670 4076 5656 7056
1050 1656 3020 2666 3070 3676 4080 5660 7060 negative pressure (pressure defined by NAFS-11) with the load maintained for a period of 10 test, all products smaller in both width and height can be labeled with this product
1056 1660 3616 2670 3076 3680 4640 5666 7640 seconds. After loads are removed there shall be no permanent deformation in excess of 0.4%
1060 1666 3620 2676 3080 4036 4646 5670 7646 performance rating.
1066 1670 4016 2680 3630 4636 4650 5676 7650 of its span and no damage to the unit, which would make it inoperable.
1070 1676 4020 3026 4030 5036 4656 5680 7656 (f) Forced-entry resistance (if applicable): Tested in accordance with ASTM F588 (windows),
1076 1680 4616 3626 4630 5636 4660 6040 7660 IMPORTANT
1080 2016 4620 4026 5030 6036 4666 6046 8040 F476 (swinging doors) and F842 (sliding doors) at a performance level 10 rating.
1610 2020 5016 4626 5630 6636 4670 6050 8046 Building codes prescribe design pressure based on a variety of criteria (i.e. windspeed
2010 2026 5020 5026 6030 7036 4676 6055 8050 Performance Grades (PG) & Corresponding Test Pressures (psf)
2610 2030 5616 5626 6630 7636 4680 6060 8056 zone, building height, building type, jobsite exposure, etc.). Design pressures derived from
3010 2036 5620 6026 7030 8036 5040 6066 8060 Performance Maximum Water Penetration Performance Grade (PG) test requirements should be used to determine compliance to
3610 2040 6016 6626 7630 5046 6070 Class/ Air Infiltration Allowable Air Resistance Test Design Pressure Structual Test
4010 2046 6020 7026 8030 5050 6076 Performance Test Pressure Infiltration/ Pressure Pressure building code required design pressures. Structural test pressures, which are tested at
4610 2050 6616 7626 5056 6080 Grade Exfiltration Rate 1.5 times the design pressure, should not be used for determining design pressure code
5010 2056 6620 8026 5060 6640 R LC Pa psf L/s·m 2 cfm/ft 2 Pa psf Pa psf Pa psf
5068 6068 8068 15 - 75 1.57 1.5 0.30 140 2.92 720 15.04 1080 22.56 compliance. In the example above, a PG 40 performance grade rating, which passes a
100 Series
Gliding Patio Doors 50611 60611 80611 20 - 75 1.57 1.5 0.30 150 3.13 960 20.05 1440 30.08 40 psf design pressure, should be used for determining code compliance, not the structural
5080 6080 8080 25 25 75 1.57 1.5 0.30 180 3.76 1200 25.06 1800 37.59 test pressure of 60 psf.
1368 1668 2068 2668 3068 4068 30 30 75 1.57 1.5 0.30 220 4.59 1440 30.08 2160 45.11
100 Series 35 35 75 1.57 1.5 0.30 260 5.43 1680 35.09 2520 52.63
Patio Door Sidelights 13611 16611 20611 26611 30611 40611 If you need further details about how Andersen® products perform to this standard,
1380 1680 2080 2680 3080 4080 40 40 75 1.57 1.5 0.30 290 6.06 1920 40.10 2880 60.15
45 45 75 1.57 1.5 0.30 330 6.89 2160 45.11 3240 67.67 contact your Andersen supplier.
1313 2016 5013 2020
100 Series 1316 2613 5016 2620 50 50 75 1.57 1.5 0.30 360 7.52 2400 50.13 3600 75.19 If you need further information about the AAMA/WDMA/CSA 101/I.S.2/A440-11 standard
400
1.57
1.5
0.30
2640
55.14
3960
8.35
82.71
75
55
55
Patio Door Transoms 1320 2616 6013 3020 60 60 75 1.57 1.5 0.30 440 9.19 2880 60.15 4320 90.23 or the Hallmark Certification Program please contact: WDMA, 330 N. Wabash Avenue
1613 3013 6016 4020
1616 3016 8013 5020 65 65 75 1.57 1.5 0.30 470 9.82 3120 65.16 4680 97.74 Suite 2000, Chicago, IL 60611 Phone: 312-673-4828 Web: wdma.com
1620 4013 8016 6020 70 70 75 1.57 1.5 0.30 510 10.65 3360 70.18 5040 105.26
2013 4016 8020 75 75 75 1.57 1.5 0.30 540 11.28 3600 75.19 5400 112.78 Where designated, Andersen products are tested, certified and labeled to the requirements
80 80 75 1.57 1.5 0.30 580 12.11 3840 80.20 5760 120.30
• Deflection of glass will occur on units with larger glass areas. 85 85 75 1.57 1.5 0.30 580 12.11 4080 85.21 6120 127.82 of the Hallmark Certification Program. Actual performance may vary based on variations
• Altitude limits for patio doors shown in two-panel configurations. These limits also qualify for same size panels used in single panel configurations. 90 90 75 1.57 1.5 0.30 580 12.11 4320 90.23 6480 135.34 in manufacturing, shipping, installation, environmental conditions and conditions of use.
• Contact your Andersen supplier for altitude limits for custom-size windows and doors. 95 95 75 1.57 1.5 0.30 580 12.11 4560 95.24 6840 142.86
• For NFRC ratings of units with capillary breather tubes, please visit andersenwindow.com. 100 100 75 1.57 1.5 0.30 580 12.11 4800 100.25 7200 150.38
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