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Intertek Testing Services3933 U.S. Rt. 11Cortland, NY 13045Phone: 607-753-6711Fax: 607-756-9891
Job No. 3013634 December 27,2001~o
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REPORT NO. 3013634-001
',. SOUND TRANSMISSION LOSS TESTSAND CLASSIFICATION OF SEVEN DOORS
RENDERED TO
THERMA TRU DOORS108 MUTZFIELD ROAD
BUTLER, IN 46721
INTRODUCTION
This report gives the results of Sound Transmission Loss tests and the determination of theSound Transmission Class on seven doors. The doors were selected and supplied by the clientand received at the laboratories on November 27, 2001. They appeared to be in a new, unusedcondition.
AUTHORIZATION
Purchase Order No. 20004575 from Therma Tru Doors.
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TEST METHOD
-" Each specimen was tested in accordance with the American Society for Testing and Materialsdesignation ASTM E90-99, "Standard Test Method for Laboratory Measurement of AirborneSound Transmission Loss of Building Partitions" and classified in accordance with the AmericanSociety for Testing and Mater~als designation ASTM E413-87 (Re-approved 1999, "Classificationfor Rating Sound Insulation" and ASTM Standard E1332-90 (Re-approved 1998) entitled,"Standard Classification for Determination of Outdoor-Indoor Transmission Class".
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An Independent organization testing for safety, performance, and certification.
All services undertaken subject to the following general policy: Reports are submitted for exclusive use of the clien1-sto whom they are addressed. Their significance is subject to the adequacy and representative character of the samplesand to the comprehensiveness of the tests, examinations or surveys made. No quotations from reports or use of ITS'name is permitted except as expressly authorized by ITS in writing.
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Report No. 3013634-001 Page 2 of 14
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GENERAL
The sound-insulating property of a partition element is expressed in terms of the soundtransmission loss. The procedure for determining this quantity is to mount (and perimeter seal)the test specimen as a partition between two reverberation rooms. Sound is introduced in oneof the rooms (the source room) and measurements are made of the noise reduction betweensource (10,000 cu. ft.) room and receiving room (16,640 cu.ft.). The rooms are so arranged andconstructed that the only significant sound transmission between them is through the testspecimen.
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The test opening is constructed such that it is approximately one inch larger in size than the testspecimen. The specimen is placed in the test opening on a half-inch bead of "DUX-SEAL", adense, non-hardening, clay-like material, to isolate it from the supporting base. The spacebetween the test specimen and the wall,opening is sealed on both sides employing the samesealing material. The test specimen is perimeter sealed (both sides) with the same materialbetween the two reverberation rooms.
The purpose of the Sound Transmission Class (STC) is to provide a single figure rating that can.be used for comparing the sound-insulating properties of partition elements used for generalbuildingdesign purposes. The higher the rating (STC)the greater the sound insulating propertiesof the partition.
The purpose of the Outdoor-Indoor Transmission (OITC) is to provide a single number ratingthatcan be used for comparing building facade designs, including walls, doors, windows andcombinationsthereof. This rating is designedto correlatewith subjective impressionsof the abilityof building elements to reduce the overall loudness of ground and air transportation noise. It isintended to be used as a rank ordering device.
DESCRIPTION OF TEST SPECIMENS
Each door was tested fully operational installed in a 5/4 kiln dried frame equipped with % inchstops and exteriorcasing brickmould. Gasketing/weatherstrippingwas jacketed thermoset closed-cell foam, press fit in kerfs at jamb stops in frames and extruded thermoplastic elastomer, finnedand chambered design, press-fit into bottom edge of doors.-"
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. Sample Door "A" Smooth-Star, 36 inches wide by 95 % inches high by 1 % inches thick - 6panel - 60 pounds. Faces: 1/16 inch minimum thickness, fiberglass-reinforced thermosetcomposite, surface lightly textured with 80-grit brushing. Color: White. Door Edges: Machinablekiln-dried pine, primed to match color of faces, lock edge reinforcedwith laminated veneer lumbercore, lockset area reinforced with solid blocking for hardware backup. Door bottom edge:moisture-proof and decay-proof composite. Core: foamed-in-place polyurethane, CFC-free,density 2.0 pcf minimum, K-factor of 0.14 for minimum thermal transmittance.
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Report No. 3013634-001 Page 3 of 14
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Sample Door "B" Smooth-Star Flush Glazed - 36 inches wide by 95 % inches high by 1 ~inches thick. 24 inches wide by 78 ~ inches high glass - 88 ~ pounds. Faces: 1/16 inchminimum thickness, fiberglass-reinforced thermoset composite, surface lightly textures with 80-gritbrushing. Color: White. Door edges: machinable kiln-dried pine, primed to match color of faces,lock edge reinforced with laminated veneer lumber core, lockset area reinforced with solidblocking for hardware backup. Door bottom edge: moisture-proof and decay-proof composite.Core: foamed-in-place polyurethane, ~CFC-free density 2.0 pet minimum, K-factor of 0.14 for
minimum thermal transmittance. Factory-glazed: perimeter molding flush with skin and made asintegral part of skin. Glass minimum 1/8 inch tempered, two thicknesses with sealed airspacebetween, air-space typically 3/8 inch.
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Sample Door "C" Fiber-Classic - 36 inches wide by 79 % inches high by 1 ~ inches thick - 6panel - 43 pounds. Faces: 1/16 inch minimum thickness, fiberglass - reinforced thermoset,composite,wood-grained in natural northern red oak patterns. Door edges: machinable kiln-driedpine, primed to match color of faces, lock edge reinforced with engineered lumber core, locksetarea reinforced with solid blocking for hardware backup. Door bottom edge: moisture-proof anddecay-proofcomposite. Core: foamed-in-placepolyurethane,CFC-free,density 2.0 pet minimum,K-factor of 0.14 for minimum thermal transmittance.
Sample Door "D" Fiber-Classic Flush Glazed - 36 inches wide by 79 % inches high by 1 ~inches thick - 26 inch wide by 63 % inch high glass - 68 pounds. Faces: 1/16 inch minimumthickness, fiberglass- reinforced thermoset composite, wood-grained in natural northern red oakpatterns. Door edges: machinable kiln-dried pine, primed to match color of faces, lock edgereinforced with engineered lumber core, lockset area reinforced with solid blocking for hardwarebackup. Door bottom edge: moisture-proof and decay-proof composite. Core: foamed-in-placepolyurethane, CFC-free, density 2.0 pet minimum, K-factor of 0.14 for minimum thermaltransmittance. Factory-glazed: perimeter moldings flush with skin and made as integral part ofskin. Glass minimum 1/8 inch tempered, two thicknesses with sealed airspace between air-spacetypically 3/8 inch.
Sample Door "E" Classic-Craft - 36 inches wide by 79 % inches high by 1 ~ inches thick - 6panel- 63 ~ pounds. Faces: 3/32 inch minimum thickness, molded from proprietary thermosetcomposite,wood-grained to duplicate hand-crafted red oak master. Door edges: machinablekiln-dried clear northernred oak, flush and square with door faces, lock edge reinforcedwith full-length3 ~ inch wide engineered lumber core. Door bottom edge: moisture-proof and decay-proofcomposite. Core: foamed-in-place polyurethane, CFC-free, density 2.0 pet minimum, K-factorof 0.14 for minimum thermal transmittance.
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Sample Door "F" Premium Insulated Steel- 36 inches wide by 79 % inches high by 1 ~ inchesthick - 6 panel - 50 ~ pounds. Faces: .021 inch minimum thickness, tension-leveled cold rolledsteel, zinc-coated, minimum coating weight 0.11 ounces/sf, conversion-coated to permit paintbond. Door edges: machinable kiln-dried pine, mechanically locked to door faces, four-sided withsolid blocking in full area of passage and deadbolt locksets. Door bottom edge: moisture-proofand decay-proof composite. Core: foamed-in-place polyurethane, CFC-free, density 2.0 petminimum, K-factor of 0.14 for minimum thermal transmittance. All door surfaces factory painted'in medium gloss white. ..
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Report No. 3013634-001 Page 4 of 14
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Sample Door "G" Smooth-Star HPC - 36 inches wide by 79 % inches high by f % inches thick- 6 panel- 86 'Y2pounds. Faces: 1/16 inch minimum thickness, fiberglass- reinforced thermosetcomposite, Surface lightly textured with 80-grit brushing. Color: white. Door edges: machinablekiln-dried pine, primed to match color of faces, lock edge reinforced with engineered lumber core,lockset area reinforced with solid blocking for hardware backup. Door bottom edge: moisture-proof and decay-proof composite. High Performance Core.
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.-The description of the test specimens was supplied by the client.
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PRECISION
.~For any pair of rooms and microphone system, the 95% confidence interval .0..TL, for transmissionloss must be less than the following. .
Range ofOne-Third Octave
Bands
Transmission LossUncertainty, dB
Required Actual
125 and 160200 and 250315 - 4000
321
<1.5<1.5<1
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Report No. 3013634-001 Page 5 of 14
RESULTS OF TESTS
1/3 Octave BandCenter
::FrequencyHz SoundTransmissionLossin dB
.Sample A Sample B Sample C Sample 0
80 14 14 11 14100 17 18 14 18125 16 19 15 19160 19 20 17 21200 21 21 18 22250 21 20 18 20315 24 19 20 19400 26 21 22 23500 27 23 23 26630 28 '24 24 27800 28 26 23 271000 25 29 22 281250 22 27 20 281600 21 26 19 262000 27 33 23 262500 35 36 28 313150 38 36 32 344000 39 33 35 325000 39 35 35 33
Sound Transmission Class 25 27 23 27Outdoor-Indoor Transmission Class 23 23 20 24
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Report No. 3013634-001 Page 6 of 14
RESULTS OF TESTS
PRECISION
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"'-For any pair of rooms and microphone system, the 95% confidence interval .6.TL, for transmissionlops must be less than the following.
Transmission Loss
Uncertainty, dBRequired Actual
Range ofOne-Third Octave
Bands
125 and 160200 and 250315 - 4000
321
<1.5<1.5<1
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1/3 Octave Band;:
Center;;
Frequency Hz Sound Transmission Loss in dB.. -
Sample E Sample F Sample G80 13 12 16100 16 16 19125 16 16 21160 20 19 23200 22 21 25250 22 21 25315 23 23 26400 25 24 27500 26 26 29630 28 26 29800 28 25 281000 29 24 291250 28 19 301600 22 22 302000 25 30 312500 29 33 333150 31 34 354000 34 35 365000 35 35 37
Sound Transmission Class 26 23 30Outdoor-Indoor Transmission Class 23 22 27
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Sound Transmission Loss
Sample "A"
SOUND TRANSMISSION LOSS - dB60
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FREQUENCY IN HERTZ
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Page 8 of 14
Sound Transmission Loss
Sample "B"
SOUND TRANSMISSION LOSS - dB60
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FREQUENCY IN HERTZ
Ct-Sound Transmission Loss #STC Contour)
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Page90f14Sound Transmission Loss
Sample "C"
SOUND TRANSMISSION LOSS - dB60
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FREQUENCY IN HERTZ
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Page10 of 14
Sound Transmission Loss
Sample "0"
SOUND TRANSMISSION LOSS - dB60
50 - - - - " - - - - " - - - - -' - - - - -' - - - - - '- - - - - c - - - - " - - - - " - - - - -' - - - - -' - - - - - '- - - - - c - - - - " - - - - -' - - - - -' - - - - -, , , , , , , , , ,
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FREQUENCY IN HERTZ
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Intertek Testing Services Page 11 of 14
Sound Transmission Loss
Sample "E"
SOUND TRANSMISSION LOSS - dB60
50 - - - -" - - - _.! - - - - -'- - - - -'- - - - - '- - - - - c - - - -" - - - _.! - - - - -'- - - - -'- - - - - '- - - - - c - - - -" - - - _.! - - - - -'- - - --
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Page 12 of 14
Sound Transmission Loss
Sample "F"
SOUND TRANSMISSION LOSS - dB60
50 - - - - 1 - - - - J - - - - -' - - - - -' - - - - - '- - - - - L - - - - 1 - - - - ~ - - - - -' - - - - -' - - - - - '- - - - - L - - - - 1 - - - - ~ - - - - -' - - - - -, , , , , , , , , , , , , , ,
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FREQUENCY IN HERTZ
GSound Transmission Loss #STC Contour)
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Report No. 3013634-001
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Page 13 of 14Sound Transmission Loss
Samole "G"
SOUND TRANSMISSION LOSS - dB60
50 - - - - 1 - - - - J - - - - -' - - - - -' - - - - - '- - - - - L - - - - 1 - - - - J - - - - -' - - - - -' - - - - - '- - - - - L - - - - 1 - - - - -' - - - - -' - - - - -" , , """"
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0 I630 1000 1250 1600 2000 2500 3150 4000100 125 160 200 250 315 400 500 800
FREQUENCY IN HERTZ
(-I-Sound Transmission Loss ,#STC Contour)
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Report No. 3013634-001 Page 14 of 14
REMARKS
1. Aging Period: None
2. Ambient Temperature: 72°F
3. Relative Humidity: 35%-
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CONCLUSION
The test method employed for this test has no pass-fail criteria; therefore, the evaluation of thetest results is left to the discretion of the client.
Date of Tests: December 14, 2001
Report Approved By:
~K.~James R. Kline, TechnicianAcoustical Testing
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