ࡱ> a )Ubjbjjj ;?b?bKBl!l!l!l!l!!!!8!<!!;""(""",$,$,$];_;_;_;_;_;_;$=v@;l!{%,$,${%{%;l!l!""4;!)!)!){%l!"l!":!){%];!)!)7/9"0δPE&g8&:;0;8BA&$BA$/9BAl!G9H,$0\$"!)~$$,$,$,$;;'*,$,$,$;{%{%{%{%BA,$,$,$,$,$,$,$,$,$B 2 : SECTION 102239 VERTICALLY-FOLDING ACOUSTICAL PARTITIONS GENERAL RELATED DOCUMENTS Drawings and general provisions of the Contract, including General and Supplementary Conditions and Division01 Specification Sections, apply to this Section. SUMMARY Section Includes: Automatic vertically-folding acoustical partitions. Related Sections: Division05 Section Structural Steel for main support beam for lifting machinery and miscellaneous support steel. Division05 Section Metal Fabrications for miscellaneous support items. Division10 Section Operable Panel Partitions for horizontally operating acoustical partitions. Division26 sections for electrical power, wiring, connections including disconnect switches at each motor location. DEFINITIONS NIC: Noise isolation class. NRC: Noise reduction coefficient. NVLAP: National Voluntary Laboratory Accreditation Program. STC: Sound transmission class. SYSTEM DESCRIPTION AND PERFORMANCE REQUIREMENTS Delegated Design: Design vertically-operable panel partitions, including comprehensive engineering analysis by a qualified professional engineer, using performance requirements and design criteria indicated. Automatic Vertically-Folding Acoustical Partition, referred to as vertically-operable partition, shall refer specifically to acoustical partitions that, when in the down position (closed) are hard, rigid, flat, plumb walls, made of a grid of rectangular acoustical panels, and when are lifted (opened), fold upward (vertically) without the use of any manual labor, in a manner similar to an accordion, into a pocket in the ceiling, between roof joists, or up between built in bulkheads. In the down (closed) position, the wall shall be comprised of two vertical planes of acoustical panels, separated by an acoustical air space. The vertically-operable partition shall open and close in a manner similar to an accordion, in that wall panels fold and unfold at the exact same time, at the exact same rate. Walls that rely on the sequential folding of acoustical panels or acoustical panel sets are not acceptable. Compact Drive System: The motor assembly is mounted directly above the centre line of the vertically-operable partition. Support steel is only required at one location. Used for walls up to 36-0 (11,000mm) finished ceiling. The vertically-operable partition shall be opened and closed using two spring return, 3position key switches wired in series. Simultaneously turning the keys from the off position shall cause the wall to move in the designated direction up or down. When hand pressure is removed, the wall shall immediately stop. The vertically-operable partition shall stop in a quick and positive fashion without coasting. As a normal part of the operation, it shall be possible to partially open or close the wall, stop it and then reverse the operation. There shall be 2 key switches per vertically-operable partition, located on opposite sides of the wall at opposite ends of the wall, wired in series. From a fully open position, the wall shall be able to go through its entire cycle of closing and opening without any manual intervention. When the vertically-operable partition is being lowered (closed) it shall come automatically to rest once it has reached the fully down (closed) position. When the vertically-operable partition is being lifted (opened) it shall come automatically to rest once it has reached the fully up (open) position. The vertically-operable partition shall automatically and acoustically seal against the floor without the need for any manual intervention. The floor seals shall leave a joint between the floor and the bottom acoustical panels of not more than approximately 2inches (51mm). The vertically-operable partition shall automatically and acoustically seal against the two end walls without the need for any manual intervention. The end seals shall act in such a way as not to come into contact with the end walls while the vertically-operable partition is in motion. The end seals shall leave a joint between the acoustical panels and the end walls of no more than approximately 1inch (25mm). Seals that rub or brush against the end walls are not acceptable. Once the wall reaches the full down position, the end seals shall activate automatically. The key switch must be held for the duration of the operation. Provide multiwall enable connector and limit switch to ensure the vertically-operable partition will not operate until the horizontally operating partitions are moved a sufficient distance away from the vertically-operable partition. The vertically-operable partition shall automatically and acoustically seal against the ceiling without any manual intervention. The top seals shall leave a joint between the top acoustical panels and the ceiling of the pocket of not more than approximately 2inches (51mm). The vertically-operable partition shall open and close at a constant nominal speed of approximately 5 to 10 vertical feet per minute (1.5 to 3 meters per minute). When the vertically-operable partition is being lowered (closed), it shall stop if the leading (bottom) edge comes into firm contact with any object between it and the floor. The regular operation of the wall shall resume once the key switch has been released and the direction of the wall has been reversed and the obstruction removed. The vertically-operable partition shall be visibly flat and rigid in the down (closed) position. There shall be no exposed hinges, brackets, screws, and no part of the mechanical system shall be visible when the vertically-operable partition is in the down (closed) position. Panel edges shall be right angled, with a minimum radius not more than 1/16inch (1.6mm). Panels shall be rectangular, nominally of the same size, unless requested otherwise by the architect. Joints between panel, vertical and horizontal, shall be no more than approximately 1/2inch (12.7mm) wide. For vertically-operable partitions using the Compact Drive System, the vertically-operable partition shall stack in the up (open) position into a space no greater than 65inches (1.65 mm) wide. The vertically-operable partition shall have a stacking height ratio in the range of 1:5 to 1:10, depending on the height of the wall. Each acoustical panel shall be individually removable using only a screw driver. No special tools or equipment shall be required. The removal of a single acoustical panel shall not affect, dislocate or cause the removal of any adjacent panels or other acoustical panels. The vertically-operable partition shall be mechanically operable with a few of the acoustical panels removed from one, or both sides of the vertically-operable partition. The vertically-operable partition shall not weigh more than 8 lbs per square foot (39.1 kg per square meter), not including the lifting equipment and the architectural finish on the acoustical panels. A completely functioning vertically-operable partition, tested in full accordance and compliance with ASTME90-90 shall achieve a Laboratory Sound Transmission Class all (STC) rating of not less than 51. The vertically-operable partition shall be designed to have a design life of at least 10,000 complete closed to opened to closed cycles. SUBMITTALS Submit manufacturers technical data for each type of vertically-operable partition specified herein. Submit shop drawings showing complete layout of vertically-operable partition system based on field verified dimensions. The drawings shall include dimensional relationship to adjoining work including horizontally-folding operable panel partitions. Include details indicating materials, finishes, tolerances, and methods of attachment to building steel and electrical requirements. Wiring Diagrams: For power, signal, and control wiring. Delegated-Design Submittal: For vertically-operable partitions indicated to comply with performance requirements, including analysis data and calculations signed and sealed by the qualified professional engineer responsible for their preparation. Submit certified test reports evidencing compliance to acoustical STC requirements as specified herein. Operation and Maintenance Data: For operable panel partitions to include in maintenance manuals. In addition to items specified in Division01 Section "Operation and Maintenance Data," include the following: Panel finish facings and finishes for exposed trim and accessories. Include precautions for cleaning materials and methods that could be detrimental to finishes and performance. Seals, hardware, track, carriers, and other operating components. Electric operator. QUALITY ASSURANCE Provide independent test reports indicating compliance with the requirements and design specified herein. Installer Qualifications: An experienced installer who is certified in writing by the operable panel partition manufacturer as qualified to install the manufacturer's partition systems for work similar in material, design, and extent to that indicated for this Project. The vertically-operable partition must be manufactured by a certified ISO-9001-2008 company or an equivalent quality control system. Preinstallation Conference: Conduct conference at Project site. Review methods and procedures related to operable panel partitions including, but not limited to, the following: Review structural load limitations. Review and finalize construction schedule and verify availability of materials, Installer's personnel, equipment, and facilities needed to make progress and avoid delays. Review required certifying procedures. Review coordination with horizontally-operable partitions including installation and operation of multi-wall enabling connection and limit switch. PROJECT CONDITIONS Field Measurements: Verify vertically-operable partition openings and storage arrangements by field measurements before fabrication and indicate measurements on Shop Drawings. Coordinate fabrication schedule with construction progress to avoid delaying the Work. DELIVERY, STORAGE, AND HANDLING Protectively package and sequence panels in order for installation. Clearly mark packages and panels with numbering system used on Shop Drawings. Do not use permanent markings on panels. WARRANTY The vertically-operable partition shall be warranted free from defects in material and workmanship for a period of 2 years or 5,000cycles and the parts only will be free from defect for a period of 10years or 5,000cycles, whichever occurs first from date of shipment. Parts and labor required to maintain the vertically-operable partition and part subject to normal wear and tear are not covered under the warranty and are the owners responsibility. MAINTENANCE SERVICE Initial Maintenance Service: Beginning at Substantial Completion, provide 2years full maintenance service by skilled employees of operable panel Installer. Include monthly preventive maintenance, repair or replacement of worn or defective components, lubrication, cleaning, and adjusting as required for proper operation. Provide parts and supplies same as those used in the manufacture and installation of original equipment. Perform maintenance, including emergency callback service, during normal working hours. Continuing Maintenance Proposal: Provide a continuing maintenance proposal from Installer to Owner, in the form of a standard 3year maintenance agreement, starting on date initial maintenance service is concluded. State services, obligations, conditions, and terms for agreement period and for future renewal options. PRODUCTS MANUFACTURERS AND PRODUCTS Acceptable Manufacturer: Railtech Ltd. of Baie dUrfe (Montral), Qubec, Canada and Railtech Composites Inc., Plattsburgh, New York, USA; www.skyfold.com. Acceptable Product: Skyfold Classic Custom Powerlift Partitions. Substitutions: Refer to Division01 Section Substitution Procedures. MATERIALS Acoustical Panels Acoustical panels shall be faced with steel that is compatible with a wide variety of architectural finishes such as paint, vinyl, specialty metals, wood veneer, etc. Acoustical panels, together with sound insulation, shall be made of non-combustible or fire-treated materials. Acoustical panels shall be fabricated to satisfy the rigidity criteria when the vertically-operable partition is down (closed) and to ensure that there is no interference between panels when the wall is in motion. Acoustical panels shall be architecturally flat with no bowing, oil canning, warping, waviness or any other surface deformation and discontinuity. Acoustical panels shall have the finish of the architects choice, provided that the finish has been approved by the vertically-operable partition manufacturer to ensure compatibility with the wall panels. The following criteria must be met: Maximum weight of material: .111 lbs/ft Maximum thickness of material: 1/8inch. No brittle materials. Finishes are railroaded onto the panels. Applied horizontally along the panel length. Finish: Refer to Interior Finish Legend. Folding Mechanism The hanging, folding and extension mechanism shall be made from structural grade aluminum extrusions and structural shapes, in order to minimize the weight of the system. Wear surfaces, such as bushings, spacers, pins, discs, bearings, and sleeves shall be designed to function quietly and with minimum wear, over the 10,000cycle design life of the vertically-operable partition. The hangers, which fasten the lifting mechanism to the support steel, shall be fabricated from steel and shall be welded or bolted to the support steel supplied by others. Lifting Equipment The lifting equipment shall be sized properly so that it can open and close the wall effectively over the 10,000 cycle design life of the wall, at the minimum design speed. The lifting mechanism shall be designed to function smoothly, quietly and safely. Use ball bearings. In no circumstance shall chain or belt drive systems be acceptable. There shall be a wire rope cable for every set of lifting mechanisms. This cable shall be of 6 x 31 construction aircraft cable and shall be made of galvanized steel. The diameter of the cables shall be sized so that they shall be able to hold the entire weight of the wall, with the appropriate safety factor. The cable wraps on yoyo drums with 2 safety wraps and multiple layers of cable. The line shaft, sized to deliver the required torque with minimum deflection, shall support and rotate the cable drums. Flange bearings shall be used for the drive system, located immediately on both sides of the drum assembly. The power drive shall be sized to deliver sufficient amount of torque to safely and effectively raise and lower the vertically-operable partition over its design life. The lifting equipment shall use the latest in industry standards in thermal protection, overload protection, quick acting fuses, etc., in order to ensure the safety and reliability of the system. Safety Equipment The vertically-operable partition shall employ an electromagnetic type of brake which shall activate firmly, without hesitation, when power is lost to the system. This brake shall have a minimum retarding torque rating equal to 200percent of the power drive full load torque. A manual break release lever is supplied on the motor. The vertically-operable partition shall employ a dynamic brake, distinct and separate from the brake above, in order to lower the wall at a controlled speed of no more than approximately 150percent of the normal down speed, in the case of a catastrophic failure in the power train. Alternately, the vertically-operable partition shall employ a brake, distinct and separate from the brake above, in order to completely halt the downward motion of the wall in the case of a catastrophic failure in the power train. The vertically-operable partition shall employ electrical or other limit switches in order to stop the wall at its up and down travel limits. The vertically-operable partition shall employ an over torque detector in order to sense a jam in the system and to act as an over travel limit in the up direction should the primary limit switch fail to act. This over torque sensor shall be mechanical, using the motors torque arm in its over torque detection. The entire length of the bottom edge of the vertically-operable partition shall be equipped with a continuous pressure sensing strip which shall cut power to the lifting equipment and shall activate the brake, if the sensing edge comes in firm contact with an object, before the wall is in the full down (closed) position. The power shall remain cut to the lifting equipment until the key switch has been released or the direction of the wall has been reversed and the obstruction is removed. MULTI-WALL OPERATION Enable Connector: System to prevent movement of vertical partition. LCD display. Closed contact required for vertical operation. Contact Rating: 24vdc. Basis of Design: Skyfold; R833478 Multiwall Enable Connector. Limit Switch: Interlocking limit switch to ensure proper operating sequence for two intersecting electrically operated partitions. FABRICATION Factory assemble components, assemblies and systems into the largest possible assemblies in order to minimize the amount of assembly on site. EXAMINATION EXAMINATION Inspect the relevant aspects of the site such as the evenness of the floor, walls, structural steel ensuring: The floor underneath the vertically-operable partition along its axis, is flat to within plus or minus 1/4inch (6mm) over the entire length of an vertically-operable partition. The peak to valley undulation of plus or minus 1/4inch (6mm) shall not be closer together than 24inches (610mm) and a peak to valley undulation of plus or minus 1/8inch (3mm) shall not be closer than 12inches (305mm). Support steel above the vertically-operable partition along its axis is parallel to the floor within plus or minus 1/2inch (12.7mm) for the entire length of the vertically-operable partition. This includes loaded deflection. The beam must also be parallel to the centre line of the wall within plus 1/8inch (3mm), left to right. The fixed walls at either end of the vertically-operable partition shall be within plus 1/4inch (6mm) from plumb vertical. The fixed walls at either end of the vertically-operable partition shall be flat to within plus 0inch to minus 1/4inch (6mm). Confirm in writing any deviations from these tolerances. Do not proceed until these conditions are made good. Carry out appropriate field measurements before manufacturing any components or assemblies. INSTALLATION Install vertically-operable partitions in accordance with the manufacturers printed instructions. Install multiwall enabling connector and limit switches in accordance with manufacturers instructions and coordinated with horizontally operated partitions. ADJUSTING AND CLEANING Adjust and fine-tune the vertically-operable partitions to ensure that seals are operating and sealing properly and that walls are in correct and smooth operation. Clean up any dirt, oil, grime, etc., that may have found its way onto the acoustical panels. END OF SECTION 10 22 39 FOR MDACC USE ONLY. DELETE THIS PAGE BEFORE ISSUING DOCUMENTS. document revision history IssueDateRevision DescriptionAuthor20190301Original IssuanceRev. 1.Rev. 2Rev. 3 Rev. 4 Rev. 5      MD ANDERSON Project No. XXXXXXMD Anderson PROJECT NAMEA/E Name Issue Description A/E Project No.Month 00, 0000 鶹ӳ VERTICALLY FOLDING ACOUSTIC PARTITIONSMD Anderson Cancer Center10 22 39 MS 20190301 PAGE 9 of  NUMPAGES 9    %09:;CU A B z   A s %z$ABFcȿ򔍔xqxxqx hh%S hh hhiA hh6 hh0 hhbB h|1h|1h|1 hhG)hhG)0J.hhbB0J.hh00J.hh0J- hi0J-hhO0J-hh00J-hhL0J- hh0 hhL,;CUB T  t  3 o  gdMXgdMXgdMX $*$a$gdMX$$*$a$gdMX $a$gdMXgdMX 6Gx[i; !>"##^$i$$gdMXgdMXgdMX $gdMXc%&HeEFPm|!%&*+p &:^cdij*01?\  !!"<"B"_" #=#####^$M&& hhM` hhRC hhCq^ hhF* hh hh%S hhbBO$M&&}''(j))));*I++,,N-u-.."/B/$$*$a$gdMX $*$a$gdMXgdMX $*$a$gdMX  `@gdMXgdMXgdMX&}'')))) *;*I+M+j++-../0 0'0y0{0000000>1[11#595F5G555l6m6Q7l7777 8}99::A:B:K:::::(;);;;<8<Q<n<,>->򺳬ֳֳݳݳֳ hhr hXhM hhM hhG) hhx hhvd hh. hh hh%S hhbB hhM` hhRC hhVAB//011133#5,5G55&6m6w66077u89gdMXgdMX $a$gdMX $*$a$gdMX$$*$a$gdMXgdMX $gdMX $*$a$gdMX99#:L:b::::;p<=.==>? @@@A[BlBCEHFG $$gdMX $gdMXgdMXgdMXgdMX->>>cAApBBCCSC[CCCCCD"DvD~DDE=EBEEELFiFGGnIJvKKKKKKKCLELULkLmLoLLLLLMMMMFMSMWM\M_M`MMMMMMMM NNNNNNN2O7O:O?OBOCOOOO hh! hhL hhG) hhCq^ hh%S hh hhM hhF*OGnIIIIJJYJJJvKKKKMN\OOKPPP $$a$gdMX $$gdMX $$gdMXgdMXgdMXgdMXgdMX$gdMXOOOOOOOPPPPQQQRRRRRRR&S@SoSwSSSSSSSSTT T TT)TǸ{wmhh\]h1h}3h[6jh[6U hhRMhi5\]^JhMXhMX5\]^JhMXhMX;CJ\]^JhMXhMX5;\]^JhMXh|1 hhL h|1hM hh0 hh hhM hh%S hh!%PQQQpRRR&S@SASGSLSaShS $1$IfgdMX1$gdMX$$$d&dNPa$gdMX)gdMX'$a$gdLgdMXgdMX hSiSjSkSlSmS^SSSS $1$IfgdMXkd$$IfTl\,$$0$44 layt?LTmSnSoSxSSS\QQQQ $1$IfgdMXkd$$IfTl\,$$0$44 layt?LTSSSSSS^SSSS $1$IfgdMXkd8$$IfTl\,$$0$44 layt?LTSSSSSS\QQQQ $1$IfgdMXkd$$IfTl\,$$0$44 layt?LTSSSSSS^SSSS $1$IfgdMXkdp$$IfTl\,$$0$44 layt?LTSSSSSS\QQQQ $1$IfgdMXkd $$IfTl\,$$0$44 layt?LTSSSSSS^SSSS $1$IfgdMXkd$$IfTl\,$$0$44 layt?LTSSSSSS\QQQQ $1$IfgdMXkdB$$IfTl\,$$0$44 layt?LTSSSSSS^SSSS $1$IfgdMXkd$$IfTl\,$$0$44 layt?LTSSSSSS\QQQQ $1$IfgdMXkdz$$IfTl\,$$0$44 layt?LTSSSSSS^SSSS $1$IfgdMXkd$$IfTl\,$$0$44 layt?LTSSSSSS\QQQQ $1$IfgdMXkd$$IfTl\,$$0$44 layt?LTSSSSSS^SSSS $1$IfgdMXkdP$$IfTl\,$$0$44 layt?LTSSSSSSSSS\TRRMMMRgd}3'$a$gdLkd$$IfTl\,$$0$44 layt?LTSSSSSSSSSSSSSSSSSTTTTTTTT T T T T2gd}3 T TTTTTT1TJTKTUThTr $$1$Ifa$gdNkd$$IfTH0x$`64 HaytTET$ !$1$If^a$gd $1$Ifgdgdgd/igd}3 )T*T,T0T1TJTKThTiT~TTTTTTTTTTTTTTTTTTTUUUUUUUUUU U!UŻճիՓՓtՓՓ!jhh;U\]*hi;\]mHnHujhh;U\]hX;\]h|1;\]h;\]hxCJ^JaJh1h}3hXhxhh;\]hh\] hi\]hhB*\]ph'hTiTyTTTTTTJEE@2gd2gd/iNkdR $$IfTH0x$`64 HaytTET $$1$Ifa$gdi $1$IfgdNkd$$IfTH0x$`64 HaytTETTTTTTTTTTTTTTTTJkd $$IfHU0$ $ $4 HalytTE $$1$Ifa$gd $1$Ifgd H$gdgd/igd}33TTU$U%U&U'U(UPFA?3gd H$gdJkd $$IfHU0$ $ &$4 HalytTE $$1$Ifa$gd $1$IfgdXJkd $$IfHU0$ $ $4 HalytTE!U"U#U$U%U'U(U)U» hhRMh[6hxhh\]hh;\]!jhh;U\]*hi;\]mHnHu*(U)U'$a$gdL91:ph2<0BP/ =!"#0$% $$If!vh#v#v#v#v:V l0$5555yt?LT$$If!vh#v#v#v#v:V l0$5555yt?LT$$If!vh#v#v#v#v:V l0$5555yt?LT$$If!vh#v#v#v#v:V l0$5555yt?LT$$If!vh#v#v#v#v:V l0$5555yt?LT$$If!vh#v#v#v#v:V l0$5555yt?LT$$If!vh#v#v#v#v:V l0$5555yt?LT$$If!vh#v#v#v#v:V l0$5555yt?LT$$If!vh#v#v#v#v:V l0$5555yt?LT$$If!vh#v#v#v#v:V l0$5555yt?LT$$If!vh#v#v#v#v:V l0$5555yt?LT$$If!vh#v#v#v#v:V l0$5555yt?LT$$If!vh#v#v#v#v:V l0$5555yt?LT$$If!vh#v#v#v#v:V l0$5555yt?LTc$$If!vh#v#v`:V H655`44 HytTETc$$If!vh#v#v`:V H655`44 HytTETc$$If!vh#v#v`:V H655`44 HytTETe$$Ifl!vh#v #v:V HU$5 544 HalytTEe$$Ifl!vh#v #v:V HU$5 544 HalytTEq$$Ifl!vh#v #v:V HU$,5 5944 HalytTEDs2 0@P`p2( 0@P`p 0@P`p 0@P`p 0@P`p 0@P`p 0@P`p8XV~ 0@ 0@ 0@ 0@ 0@ 0@ 0@ 0@ 0@ 0@ 0@ 0@ 0@ 0@_HmH nH sH tH D`D NormalOJQJ^J_HmH sH tH DA`D Default Paragraph FontVi@V  Table Normal :V 44 la (k (No List :: HDR$ $*$a$CJ88 FTR$ $*$a$CJ*O* SCT5BO"B x5PRT$ & F @@&a$5:b: SUT$ & F*$@&a$:b: DST$ & F*$@&a$0OR0 ART & Fh@&0Ob0 CPR1 & Fx@&,Or, PR2  & F@&4O4 PR3 & F @@&44 PR4 & F  @@&44 PR5 & F ` @@&8b8 TB1$ *$^ a$8r8 TB2$`*$^`a$88 TB3$*$^a$88 TB4$*$^a$88 TB5$ *$^ a$88 TF1 $ *$^ a$88 TF2!$`*$^`a$88 TF3"$*$^a$88 TF4#$*$^a$88 TF5$$ *$^ a$&R& TCH%*$6b6 TCE&p*$^`p*Or* EOS'566 ANT($*$a$<B* 0O0 BXl0CMT) B*ph CPR SPN SPDO NUMO NAM&/& SI B* ph&/& IP B*ph PRN[1h$d%d&d'd-D M NOPQ5B* CJph4@"4 Header 2 !4 @24 Footer 3 !B DIRCMTW4$d %d &d 'd -D`M N O P Q 5B*CJOJQJphR PRNVAW5$d!%d$&d!'d$-D M ̙N!O$P!Q$ 5OJQJHbH  Balloon Text6CJOJQJ^JaJ@Zr@ Plain Text7CJOJQJ^JHH Example8@ -DM ^@ >*PCP Body Text Indent9`^``aJN/N MF04.>*B*ehfHphq rN/N MF95.>*'B*ehfHphq rP/P NAM04.>*B*ehfHph33q rP/P NAM95.>*'B*ehfHphq r./. 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