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12 FREEMAN RD - BUILDING INSPECTION cn 'a n O -� -a p < O rrz -0 n x tea Ne m % 0O. ti l.V��li�..i,YS�.{..•-�f£.r.� 5. a :� : _Zt '...,.F X> 'Pf" Y �: ,i ,fP ,t .i i�!.v. .,a ...4 1..A.E.,^I{R!1 .z a +S .,Bs3.?Y.�, :4 w it t I i v'i? y1`.. . .__..__.-.._ ...�...,...�. _._.v.._.. ..�,,...a.,....T. jf. f;C - "1,'. i .. a°t' � �.i •v Y {�.-.. 4�-'J.�]��' i �a! tk .Vt) ,. .;'s.i 1 _ Ui :• ]t�ae� a4� t lJSji,`.. £ �_..".:i . . R,.�.3'.'-�t �.,.::.3��,:� .�:.� .��1FSi:$ ..k G}' i.Lt .Fi' S3Yta91.,3:.:(','v`:� ' _ � �� :i�:' ,, i,..' , :��• 6� � ). aL{ � �L' ri l:° i S17UJ !, z. 1t,i(i:+:h�7la; :..�k. r°f�t,.:\\. :',:5;:- e�y S.•i._-( �c ltlr.r�j� t ,R' j i t .�, j"$ t,f_ L,�a.y T;Ji`,� s Y t r" t a 3,�d.r k £ «.�:.� ii ¢• S � Y'.�t 1..7 3 { ko DATE: �itp of 'rbA i, JRa!55arbU5Ett5 • e PLANS MUST BE FILED AND APPROVED BY THE INSPECTOR PRIOR TO A PERMIT BEING GRANTED ' Location of Building Building Permit Application For: '(Circle whichever applies) Roof, Reroof, Install Siding, Construct Deck, Shed, Pool Addition, Alteration, Repair/Replace, Foundation Only, Wrecking Other: t PLEASE FILL OUT LEGIBLY & COMPLETELY TO AVOID DELAYS IN PROCESSING To the Inspector of Buildings: The undersigned hereby applies for a permit to build according to the following specifications: Owners Name: W rnUrd c OP,l Ia '&Ch� Contractor: C h r i s t n n h a r 7.n r Street !A Ff Pe-n, 9On �_ City,We n Street 11 5 North Straat City sal am State,N)P- ' Phone e7V_7HH -'3SS-70 State MA Phone(978) 741 -0424 Architect: City of Salem Lic# 1405 Street City State Lic#0 5 7 7 3 3 HIP# 101609 State Phone ( ) Homeowners Exempt Form_yes_..I/no Structure: (please circle Single Famil Multi Family# Other Estimated Cost of job $ o2(p�, b,�3„9, /)C,) Will building confirm to aw? yes no Asbestos?_yesnno Description of work to be done: X 5t�n,rnm-yi an 1I X H Ion4irA wi4k -WireP- C 3 )„ sfi's . SERVICES Dra ins u mitt d: es no Mail Permit to: 115 NORTH STREET % PAT FM AR4 6�870=— X Signature of Applic lion,SIGNED UNDER THE PENALTY OF PERJURY CONSTRUCTION TO BE COMPLETED WITHIN SIX(6)MONTHS OF PERMIT ISSUED DATE Department use only: Permit# I U Zoning Map/Lot f f Permit fee$ j COH EITTS: I ; Ll j K.. The Commonwealth of Massachusetts Department of Industrial Accidents O///CO 0//OYOSU080005 600 Washington Street Boston,Mass. 02111 Workers' Compensation Insurance Affidavit name: location: city phone# ❑ 1 am a homeowner performing all work myself. ❑ 1 am a sole proprietor and have no one working in any capacity ❑ I am an employer providing workers' compensation for my employees working on this job. comoanrname A & . Ai:3ervices, Inc . address: 115 North Street rx414� 'tsi�r- city: Salem, ISA 01970 978-741 0424i,r' � ,arw'utc,iafs' phone#:. insurance co. The Travelers policy# WC939X1256 ❑ I am a sole proprietor,general contractor,or homeowner(circle one)and have hired the contractors listed below who have the following workers'compensation polices: company name , address- city: hone#: insurance co: policy# t iu#t 2• r 4 comoany name. .f � JI ' city, .:;Fj : 'hone#• .1,'f• insuranceco: Pulley N Failure to secure coverage as required under Section 25A of MGL 152 can lead to the imposition of criminal penalties of a fine up to$1,500.00 and/or one years'imprisonment as well as civil penalties in the form of a STOP WORK ORDER and a fine of$100.00 a day against me. 1 understand that a copy of this statement ma a forwarded to the Office of Investigations of the DIA for coverage verification. l do hereby certify a er pains an penalties of perjury that the Information provided above is true and correct. Signature Date Printname Christopher Zorzv, President Phone#978-741-0424 official use only do not write in this area to be completed by city or town official city or town: permitillcense# nBuilding Department ❑Licensing Board ❑cheek if immediate response is required ❑Selectmen's Office ❑Ilalth Department c o ontactt person: phone ff; nOther Lii� �i ..• ` 3gunifr ]PrIIgtrig 'Z-I,fu11.uA=1 isuilbiau a rtafzni Ont -&alr-, ro=n 50e-745-3555 Ex!. 3H13 DISPOSAL or Dr '3TS AFFIDAVIT In accordance Lith the provisions of NCL c 40 , S54, I acirnovledge that as a condition of Building Permit V all debris resulting from the construction zctirity'governed by thi5-5 uilding Permit shall be disposed of a properly licensed solid Last: disposal facility, as defined by tiGL c III, S 150A. Salem Transfer Station owned by: The debris Lill be disposed of at: Northside Carting location of fzc:__ty eo �A/ 1 i czllL Date ,Si azure of ?e_ Ap p Fully co=Dlete the following infor—.2tion: (?lease print clearly) Chii§t6pheicZo;iyc. Name of Permit Applicant A & A Services , Inc . Piro Name, if any 115 North Street , Salem, MA 01970 Address. City d State The above statute :abu+res that debris from the demolition. renovation. refta7 or other alteration of building or structure be disposed of in 2 properly licensed solid waste disposal facility as defined by MCL cIII. S150A and tha building perils 0' licenses are t0 indicate Lhe 1OC2L1Dn Oi the f2Cillty at Jim ��,�, u a�✓G�,�� r BOARD OF BUILDING REGULATIONS License: CONSTRUCTION SUPERVISOR 1 Number: CS 057733 Birthdate: 05/26/1958 Expires: 05/26/2005 Tr.no: 12224 Restricted: 00 CHRISTOPHER ZORZY 115 NORTH ST SALEM, MA 01970 rustrator - - ��L9�NpN➢t(YJLI4P,¢U/L O�✓��JJdf�IfIJCC�J or Building Regllh]tinns and tit ands rdS I LgL7 HOME IMPROVEMENT CONTRACTOR Registration: 101609 Expiration: 6/26/2006 - Type: Private Corporation A&A SERVICES, INC Christopher Zorzy 115 North Street . Salem, MA 01970 Ad III inizh lrtor Commonwealth of Massachusetts Division of Occupational Safety Robert J Prezioso,Commissioner Deleader-Contractor CHRISTOPHER ZORZy Eff. Date 01/14/% Date 01/13/O6 DC004gp 0 DC00 Member of C.O.RES.T. BO I IIIIIII IIIIIIIIIIIIIII IIIIIIIIIIIIIII IIIII IIIII IIIIIIII BOSTON.RENEI 4 NatureScape Visibly Better- Wall Assembly for 2"or 3" Rooms 1.) Prepare the site for the new NatureScapeTm Patio Room.Move any of the customer's property to a safe location.The existing structure may have brick, stucco,wood siding or vinyl siding. It is recommended that you cut into the vinyl or wood siding for placement of the wall receiver.This will provide a flat surface to attach the wall receiver to. 2.) When installing on a concrete slab, check for any loose concrete and chip away any concrete build-up that may prohibit the base channel from laying flat. Remember if you have a new concrete slab,there is a 21-day curing time (depending on your present climate).This may also interfere with the climate inside your new NatureScape room. Extra moisture coming from a new slab will cause condensation to build up on the interior walls until the new slab is cured. 3.) When installing on a wood deck or a PGr ThermaDeckT"', be sure the surface is level, using shimming and blocking if necessary. It's a good idea to cap off the sides of the deck with aluminum coil or PGT adjustable drip cap. AUTI N:If you are planning to have a NatureScape All-Season Room on a wood deck, and you are capping the sides off with aluminum coil, be sure the flange of the coil DOES NOT penetrate the thermal break of the 3"base channel. This could cause frost build-up along the base track during cold, winter months. 4.) You are now ready to start the base channel. Be sure the surface of the slab or deck is clean and dry. Now take a measurement of the length of wall#1 —the left sidewall looking toward the house. Be sure to mark your measurement 1/2" in from the edge or the deck or slab at the corners and sides.This allows the channel to sit flat,drain easily and provide visual definition. Cut the extra length off the base channel to your measured length. Using a carpenter's square,check the square of the base channel where it meets the existing structure. Use a pencil to mark where the sidewall base channel meets the front wall base channel. Miter this corner. Flip over the base channel, and use a 3/16"drill bit to drill holes 4"away from the ends,and at 18"intervals in between.Apply two beads of caulk to the bottom of the base channel, approximately 1/2"to 3/4"in from each edge,all the way around. Now turn over the base channel and align it with your pencil markings. Press firmly down. Use the 10 x 2 wood screws supplied to attach the base channel to a wood deck. If installing on a concrete slab,apply the base channel in the same manner,except now use a hammer drill with the concrete drill bit supplied. Start drilling holes at least 1 1/2" deep to fit the 1 1/4"tap cons supplied. Now repeat the process outlined above to attach the base channel for Walls#2 and#3—the front and right sidewall. (See figure A) 5.) The next step is installing the wall Figure A receivers.Measure and cut the wall receiver to the same height as the wall Receiver/ panels,'dry fif the receiver,plumbing it Sub Frame Receiver d out with a level and marking the correct position with a pencil. Use the same Sub Frame Closure application as the base channel for the T drilling and caulking. Use tap cons for brick and stucco,or wood screws for wood applications. NO Refer back to 1 i Step#1 of Wall Assembly for recessing the wall receivers into vinyl or wood siding to ensure a flat, tight fit. Base channel r Nat ureScape Visibly Better.- 6.) Now go back and caulk all mitered corners, all screw heads, and the joints where the wall receivers meet the base channel.This will prevent water seepage. 7.) Next,assemble the walls.On the ground,assemble the left sidewall with exterior side up.Refer to the room assem- bly layout brovided.While doing this, re-measure components to make sure they match your order.Carefully check the direction and numerical sequence of each panel. CAUTION:Panel bottoms must be perfectly aligned and fully mated. Filler panels are usually required to finish out a wall. Measure the total width of the assembled wall sections from innermost side of the female channel on the left side of the section to the innermost side of the female channel on the right side of the section.Subtract this measurement from the length of the installed base channel,as measured between the centers of the wall joints. Now divide by two.This is the width of each of the two filler panels that will need to be cut from either end of the wall. Before cutting the left filler panel, make sure the wall channel is plumb. If out of plumb,cut the left filler panel to compensate. Now,cut the filler panels and insert them in their proper places in the wall assembly on the ground. (See figure B) 8.) If there is a slope in the floor surface, place a level on top of the base channel. Measure at three different positions from left to right. Raise the level in each position,and measure the distance from the top of the base channel to the underside of the now perfectly horizontal level.Apply the largest drop in measurement to the bottom of the panels and filler. Now,snap a chalk line using these measurements and then cut to the proper length. (See figure B) If this wall is on a level surface,and it has a PGT studio roof system,the next step is to measure and cut the pitch in the wall panels.The panels come from the factory pre-cut to the ordered height of the sidewall where it meets the existing structure. With the wall section still on the ground and with filler inserted, mark this height on the wall section where the roof slope will begin.At the front edge of the sidewall, mark the height of the sidewall where it will meet the front wall, as determined on your initial measurements.Stretch a chalk line between these points and snap it to mark a cut line.Then,cut the top of the wall panels for the pitch of the roof. (See figure B) If this wall is on a level surface and it has a PGT gable roof system, proceed to page 93 for next steps. Figure B Existing SIDE WALLASSEMBLY Structure Chalk Line \ Filler Panel 4 f I r Reer Well i'. .: Height a f_. Height of Comer FROM Chalk line for uneven slab Cut filler panel to I Total Width Assembled compensate if Wall Sections Filler Panel 'out of square' (side wall) J ; Sub Frame I Overall length at Base Channel Receiver/Receiver Base Channel � NatureScape ` Visibly Better.- `�•• 9.) You are now ready to assemble the left wall in the base channel. Start with the first full panel,with filler panel attached, and proceed with each panel until the wall is complete. Be sure each panel is in its correct female/ male sequence and double-check each panel to be sure it is plumb. Use the '/2"Tec screws supplied to attach panels, filler, receiver and corner post. Screw location depends on the height of the panels.There should be two screws in line with each other in the base channel in the male and female connection, one in half the measured height, and then one or two in between that,straight across inside and out. CAUTION:The top cap will not be screwed together until the complete roof system is on and screwed down. Then, and ONLY then,screw the cap into the wall section with two screws that are in line with each other,into the male/female channel all around inside and out. (See figure C) Figure C Receiver Channel Adjustable Wall Cap Wall Cap Male ReceNer •r" <r Female r ��• Receiver YIN 1'. 1 r 1 l F S ` Base Channel Comer Post 10.) Cut the cap to the proper length and install it into position.This will help stabilize the wall during assembly. 11.) Assemble the front wall in the same manner as the left sidewall. Refer to Step#7 of Wall Assembly to config- ure the filler size. If this room has a studio roof,the front wall panels will be sent at the correct height already. Check to see if the surface is level. If it is,start putting up the front wall.Again, assemble panels as your layout sequence shows.Tec screw the panels,and then cut the top cap and set it in place. (See figure D,page 90) See Gable Roof Assembly for installation instructions. 12.) The right sidewall assembly will be done exactly the same as the left sidewall assembly. CAU ff there is a slope in the surface, remember to apply the measurement of the slope to the wall section, and then cut. NO An adjustable top wall cap for the front wall is also provided for rooms where the studio roof pitch drops 10"or greater. c• N NatureScape Visibly Better- . v Figure D FRONT WALL ASSEMBLY Comer Post Filler Comer Post Filler Panel Panel 77 ?r r r r t r 4 Total width i Assembled Wall Sections(front wall) Total Width from Outside of Comer Post Base Channel Studio Roof Assembly 1.) Roof Header Installation: Facing the existing structure,begin at the left side of the room. Determine if you are going to be placing the header screws directly into the rafter tails or wall studs. Next, use a chalk line and snap a line from the top of the left wail cap to the top of the right wall cap.This line will then be used for a guide for the placement of the header. Pre-drill the thermal header with '/4"holes.There must be two holes at each wall stud or rafter tail location. NO The header has a slight pitch built into it. Make certain that the larger flange of the header is on top. Caulk the backside of the header with two large beads of caulk,except where the overhang will be exposed. Rest the header on top of the wall cap. Place a level on the top of the header at its center. Screw in the header using the 10 x 2 wood screws provided. Starting from the center of the room and moving out to the edges, place two screws in alignment with one another all the way across the header. If the roof header is going into brick or stucco, use tap cons. 2.) You are now ready to install the Panel-Lock"m Roof System panels. First,determine the sequence in which the panels will be installed. If there is a panel with a fan beam,make sure of its location in the sequence. NOTE: PGT normally starts with a female edge on studio roofs, and always works from left to right. In certain installa- tions,you may choose to start off with a male edge on the left side. In this case,you will need to cut the male edge off to allow for the fascia to attach to it before you install this panel. 3.) Beginning at the left side of the room, keeping the female locking edge to the)eft of the room,slide the first panel into the header. The extra cardboard sleeves come in handy here. By placing them on top of the wall cap,you'll avoid scratching the roof panels as you slide them up toward the header. M" NatureScape Visibly Better- Bring the edge of the roof panel in line with the end of the header. Measure to ensure the same overhang at both the back and front corners of the room. CAUTION.It is mandatory that the roof panel be square to the header. Remove the cardboard shield and then secure this roof panel with the long roof screws and neoprene washers provided. NO When installing Half-Snap panels, neoprene washers are not used and roof screws should be screwed in flush with the OSB board surface. Starting at the corner, measure 4"back.Tighten the first screw down into the wall cap. Be sure to line up the roof screws so they protrude though the center of the cap. TIP:An easy way to align these screws is to measure the underside of the roof panel where it overhangs at the front corner post. Then, add 1"for a 2"wall system or 1 '/-" for a 3"wall system. Transfer this measurement to the top of the roof panels and attach a screw at the front corner post. Do the same 4"back from the header. Use a chalk line to snap a line between these screws. This will ensure that the roof screws will be attached in the middle of the top wall cap. Screw placement for sidewalls is about every 12"and four screws across each 4'panel. CAUTION:Do not tighten down the 41'screw in the attached panel until the next panel is snapped in. At the header, attach the roof panel using '/2"Teo screws spaced about every 6"apart. Next, slide the next roof panel up into the header, keeping it about 3"away from the already attached roof panel. Clean the top groove of the male locking edge of the already-attached roof panel with denatured alcohol and let it completely dry before applying a bead of caulk. Now join the two interlocking roof panels together. NO When you hear the panels snap together,you know they are in the right position.Continue this procedure for each panel, screwing each panel into the header. 4.) When installing the roof screws through the roof panels into the wall cap, pound the roof screws through the panel and then screw them down into the wall. NOTE:Before tightening down the tool'panels, use a level to plumb the walls because they may move around when each roof panel snaps into position.The roof screws should be tightened just enough to make a shallow dimple in the roof panel. NOTE:At the end of the installation, caulk around all of the roof screws and washers. 5.) Now flashing must be installed and the caulking completed to prevent leaks. Roof Header / Figure E 6.) Next, install the gutter and fascia. Both the / \ trim fascia and gutter have breakaway 1 flanges that allow for adjustment to the 3"or \ f 4"roof system.Trim off the flanges where the \ fascia and gutter meet, as well as where the I fascia and header meet.Cut the gutter to the correct length. Roof Determine the position of the down pole. Panel Then, using a 2 3/8"hole saw,cut an open- ing in the gutter for the drop outlet,caulk it Sub Frame and insert it before attaching the gutter. Receiver Gutter v To install the gutter, line it up with the end Fascia Drop edges of the roof panels. Push the gutter outlet flanges firmly onto the roof panels. Now use sub Frame 1/2"Tec screws set approximately 4"in on Receiver Closure each side,and 12"on center thereafter to attach the gutter. Now attach the fascia to the left and right sides of the room. Measure the length from the outer edge of the gutter to the header. Due to the pitch of the header, it may be necessary to cut a slight angle on the end of the fascia where it meets the header.Attach the fascia with '/2"Tec screws, in the same locations as was done for the gutter. Caulk and seal the gutter and fascia. Now install the elbows and down poles. NO There are three down pole straps sent with each down pole to attach the down pole to the room. NatureScape Visibly Better." RIDGE BEAM INSTALLATION TO VERTICAL WALL OF EXISTING SIDE STRUCTURE To complete installation,see installation of ridge beam at freestanding end. Existing \ Figure F Structure Remove siding - for wall mound and ridge beam I IIII III III I 111 I 1111 IIII Ridge Beam 1j1 1 Wall Mount Siding .i (Figures 8304,e3P2) a• . (6)5/16"x 3 1/2' / III Existing lag screws IIII Structure III I 1 � ll� Existing structural support Beam � 1/2'Hex Head member in existing structure TekTM screws (check for additional loads). (4)per side Preparation of Existing Structure Attaching Ridge Beam 1. Before attaching wall mount to structure,siding must 5. Slide ridge beam over wall mount. be removed completely from structure for wall mount 6. Ridge beam must slip completely over wall and ridge beam. mount and be plumb and level with existing J 2. Location of wall mount must have a structural support structure before securing to wall mount. member behind existing wall. (Do not attach into only Securing Ridge Beam plywood, OSB,etc.)Additional support may be needed 7. Secure ridge beam to wall mount using(4)self for added loads from ridge beam. (See note below) drilling screws on each side of ridge beam. Attachment of Ridge Beam Wall Mount 3.Attach wall mount to existing structure with (5) 5/16"x 3 1/2"long hex head lag screws. For Use with the 4 x 4 and 4 x 6 Ridge Beams 4.Wall mount must be attached to a flat surface and When You Have... ...You'll Need into the existing structural support member in order to be secured properly. In some instances additional 3"Aluminum/ 1 -4 x 4 or 4 x 6 Ridge Beam Base Aluminum Roof 1 -Ridge Beam Top. support may be required. (See note below) 4-On-set Leafs 1 -Ridge Beam Mount 3'Aluminum/OSB 1 -4 x 4 or 4 x 6 Ridge Beam Base Half-Snap 1 -Ridge Beam Top 2-Off-Set Leafs 2-Standard Leafs 1 -Ridge Beam Mount IIi1 I IIII 4'Aluminum/ 1 -4 x 4 or 4 x 6 Ridge Beam Base I I Aluminum Roof 1 -Ridge Beam Top 4-Standard Leafs 1 1 -Ridge Beam Mount IIII J I Note jI It is not the responsibility of PGT Industries to determine that - L�-'� Ridge Beam the additional loads applied to existing structure will support Wall Mount ridge beam,patio room etc. Ridge Beam (Figurese3o-r,e302) NatureScape Visibly Better- Gable Roof Assembly TIP:It is helpful to have a third person to assist with a gable roof installation.Also,bracing the sidewalls against wind when putting up the front wall is recommended. 1.) When installing a room with a gable roof, install the left and right sidewalls first.There is no difference in the sidewall assembly of studio and gable style roofs, except that the panel tops don't have to be cut to allow for the slope of the roof. 2.) The front wall assembly of a gable roof is different than the studio room assembly. Using the assembly layout, align the front wall panels on the ground in the correct sequence, including the gable post package. (See figure G)Take a measurement from the bottom of the gable post package up to the top. Mark off the ordered height of the gable front wall. NO The factory usually deducts '/i'from the height measurement ordered to allow for the additional height added by the base channel.(See figure H) 3.) Now measure and mark the sidewall height at the ends of the front wall where the comer post will stand. Use a chalk box to snap a line between these measurements and cut the pitch.When using PGT's 4 x 4 or 4 x 6 ridge beam, determine the correct height for the gable post package. Cut a small section off the ridge beam length (about 1")to use as a template. Lay it in position on top of the gable post that it assembled on the ground. Use a small piece of top wall cap positioned where it will sit under the leaf of the ridge beam.The bottom leaf of the ridge beam needs to sit flat on the top wall cap. Next, use a pencil to put a cut mark under the ridge beam on the gable post package.This is the correct gable post height. Using a circular saw,cut the wall panels to the correct angle and the gable post package to the correct height. 4.) With the panels and post package cut, now assemble the front wall with the Tec screw provided.Take a measurement from the bottom of the floor to the top of the gable post package.Transfer this measurement to the existing structure. Next, position the gable post in line.This is the correct location for the 4 x 4 or 4 x 6 • ridge beam. If additional support needs to be given to the existing structure, (see figure F), Ridge Beam Installation,for further instruction. Figure G 2°Gable Post Package 11/2'x 2118" Receiver Figure H Female Channel Wall Ridge Beam /Cap 2'x 2'Post 1 Chalk Female 2°x 2"Post Line Channel H-Channel Wall 3"Gable Post Package : Panel Female Panel Receiver Adapter Panel Adapter 2'x 3'Thermal Tube Gable Post Package M NatureScape Visibly Better.- 5.) Now use a miter saw to cut the corner angle of the front wall top cap where it meets the sidewall adjustable cap.This step must be performed for both the left and right sidewalls. The adjustable wall caps provided with the room are a two-piece design (as shown in figure 815 on page 14). The adjustable leaf needs to be attached to the underside of the roof panel prior to installing the roof panel screws. For 2"wall panels,the wall cap is designed to fit only one way. For 3"panels,the hinge side of the adjustable wall cap is positioned to the outside of the wall and the leaf itself faces toward the inside of the room. Cut the leaf section of the wall cap to the length of the wall. Do not miter cut the leaf! Now,miter cut the"C"shaped piece of the adjustable wall cap so that the mitered joint meets at the corner post. The front wall cap can now be cut and installed. Again,a miter saw is needed for cutting the corner angles. The roof panels for a gable roof run parallel to the width of the room and are supported by the ridge beam down the projected length of the room. The ridge beam has adjustable leafs that should lie flat against the inside and outside of the roof panels when properly installed. 6.) For the ridge beam installation,see figure F. The header installation will be attached to the existing structure. It will lay in between the two ridge beam leafs at the top,and the other end of the header will sit on top of the adjustable wall cap. Pre-drill the thermal header with holes. There must be two holes at each wall stud or rafter tail location. NO The header has a slight pitch built into it. Make certain that the larger flange of the header is on top.Caulk the backside of the header with two large beads of caulk. Rest the header on top of the wall cap. Screw in the header using the 10 x 2 wood screws provided. Starting from the center of the header and moving out to the edges, place two screws in alignment with one another all the way across the header. If the roof header is going into brick or stucco, use tap cons.You are now ready for the roof panels. NO Gable roof panels originate from the existing structure and extend outward toward the front of the room. The panels run parallel to the width of the room and will rest on top of either the PGT 4 x 4 or 4 x 6 ridge beam base and leaf. If the gable roof projection calls for 2'panels, the panels will have a male edge and must be assembled with the factory cut edge placed into the header.After that, use 4'roof panels and cut the overhang as needed. 7.) Slide the first roof panel up into the header and between the two ridge beam leafs.Align the panel so it's square to the header and wall. Now screw the tec screws through the header and into the roof panel. This will hold the panel in place. The ridge beam has adjustable leafs.These leafs lay flat against both the inside and outside roof panels. Attach the roof panels using '/2"Tec screws spaced about every 6"apart. TIP:Before tightening down the roof panels, use a level to check the plumb of the walls and ensure the adjustable wall cap leafs are pushed up into position. Clean the male snap groove with denatured alcohol and let dry completely. Apply a bead of caulk along the length of the groove. Next, snap the next roof panel in place. Now screw the roof screws down into the adjustable caps with large roof screws and neoprene washers supplied. TIP:An easy way to align these screws into the adjustable cap is to measure the underside of the roof panel where it overhangs at the front comer post. Then, add 1"for a 2"wall system and or 1 112"for a 3"wall system. Transfer this measurement to the top of the roof panels and attach the screws though the roof panel and into the wall cap. Use a chalk line to snap a line for a guide.Continue installation of the panels until completed. Use fascia or coil to cap off the _end of the ridge beam. 8.) Next, install the fascia and gutter system.The fascia will be installed on the front of the room and the gutters will be installed on the sides. Both the trim fascia and gutter have breakaway flanges that allow for adjustment to the 3"or 4" roof system. Cut the gutter to the correct length. Determine the position of the down pole.Then, using a 2 3/8"hole saw,cut an opening in the gutter for the drop outlet, caulk it and insert it before attaching J the gutter. Now measure for the fascia,from the peak of the gable to the end of the outer most section of the gutter. NO First, cut the peak of the fascia to ensure the angle is correct. Then, cut the final length to the edge of the gutter. Trim off the flanges where the fascia and gutter meet. EM NatureScape Visibly Better.- 9.) To install the gutter, line it up with the end edges of the roof panels. Push the gutter flanges firmly onto the roof panels. Now use 1/2"Tec screws set approximately 4" in on each side, and 12"on center thereafter to attach the gutter. NO PGT®has an adjustable fascia/drip cap for the PGT Panel-Lock Half-Snap roof system.This two piece assembly has breakaway snaps to fit all of the following size widths: 31/2",4",4 1/2", 6",and 6 1/2." It will also accept a regular residential gutter,which can be matched to the gutter on the existing house.The adjust- able fascia/drip cap can also be used to trim out PGT ThermaDeck'M. Trapezoid Installation 1.) Refer back to Step#1 of the gable roof assembly section for the front gable wall assembly.When trapezoids are ordered, PGT will pre-prep the panel opening above the window for the trapezoids.While the front wall is still laid out on the ground, set the trapezoids in the openings provided. Remove the extrusion spacer that was sent with the trapezoid. Now take the top cap and set it across the top of the upper tip of the flange of the trapezoids.This provides the spacing needed for the top cap to fit properly. Add an additional 1/4"to allow for spacing between the trapezoid and the top cap. 2.) A receiving channel will be shipped Figure I /Leafs with the room,which needs to be cut Top Cap to fit the same angle as the trapezoids. n This will go behind the top flange of the trapezoids with the"Ll"shape up. It will also slide into the top cap. (See figure 1) When attaching the trapezoids to the wall Receiver panel,you must remove two screws from the base of the glass stop bead and the Trapezoid header of the glass stop bead, and then re-insert the longer install screws provided with each trapezoid. (See figure J) Wall panel prepared for Post Package Figure J Trapezoid Installation Wall panel as shipped from PGT Male/Female Roof Panel TOP PLATE /Panel Extrusion \ / Wall Panel Adapters Cap \ Header(for sniovba o"NI all Receiver OPENING Female and Male, Female and Male, Female and Male, 2x2or2x3Tube 2x2or2x3Tube 2x2or2x3Tube To prepare panel for factory AFTER ASSEMBLING WALL NOTES: supplied trapezoid according to standard instructions: 1.)In a 3" room,the male(trap sill) BEFORE ASSEMBLING WALL: Trapezoids may be installed before and female (header)may or after the roof.With wail cap be a 2 x 3 thermal tube. 1.) Remove shipping header installed, cut a piece of wall receiver 2.)In a 3' room,the wall receiver is 2.) Install male(if necessary) at the proper angle and length to fit thermal panel receiver, in a about the trapezoid Into the wall 2'room it is a 1 1/2"x 2 1/8 cap.The trapezoid may now be receiver. NatureScape Visibly Better- INSTRUCTIONS FOR INSTALLING 2" and 3" WALL SECTIONS 1. Survey site for level and plumb conditions. Refer to the assembly diagram enclosed with your room to insure that panels are installed in proper sequence. 2. When installing base channel on wood, PGr recommends using flashing and securing with wood screws. For concrete, secure with 1 1/4" concrete screws. 3. Measure and cut the base channel to length from corners to existing wall. 4. Predrill the base channel with 3/16" drill approximately 3" from each end and 18" on center thereafter. 5. Caulk the base channel and attach to deck or concrete slab. Use 2" hex head screws into wood or 1 1/4" concrete screws into concrete. Once the base channel is installed, caulk around the inside bottom perimeter and inside corner miters. 6. Install the cap channel. 7. Measure height from base channel to wall cap. 8. Cut subframe receiver and subframe closure. 9. Caulk and install subframe receiver. 10. Place panel(s) centered between the subframe receiver. 11. Measure from inside the subframe receiver to the inside of the female receiver of the wall panel at each end.This will be the width of filler. 12.After cutting filler, insert it into the female receiver on the left side of the first panel and into the female receiver on the last panel on the right side. Install the subframe closure on upright posts. subframe receiver \ l filler existing pos Vfiller pane t /1 existing post / Provide measurement between posts subframe closure subframe closure � NatureScape Visibly Better.- - • • • • Specifications: • Maximum panel length 30' • Panels available in 2' or 4'widths (2' panels have male or female edge) • Panels available in 3", 4" or 6" thickness • Panels available in 1 lb or 2 lb density •Aluminum thickness .024 or .030 (.030, white stucco only) Features: • No unsightly vinyl cleats • Insulation qualities • Fan beam strong enough to hold fans, lights or plants •Accommodates studio or gable roofs (minimum pitch needed on studio roofs, 1/2" per ft) • Skylights installed with ease •One-piece gutter with matching fascia available for 3" and 4" roof • Labor-saving installation Options: • Fan beams • Half-Snap available in 3 5/8", 4 5/8" or 6 5/8" thickness Panels can have OSB exterior to accommodate shingles - for use on 3/12 pitch or greater Note: Extrusions do not fit Half-Snap or 6" roof • Ribbed panels available •Aluminum stucco colors -white, ivory, bronze and almond (bronze - interior only) (.030, white stucco only) •Aluminum cedar colors - gray, white and almond (.024 only) Note:Bronze exterior roof not recommended or warranted. Signed disclaimer required for exceptions. Please refer to span charts on pages 51 and 52 and your local building codes to determine your requirements. 00 NatureScape Visibly Better- PANEL-LOCKTM ROOF PANEL SPAN CHART LOAD SPAN CHART 48"x 3"3105-1-114 COMPOSITE PANEL CLEAR SPAN LENGTH NATURESCAPE PATIO ROOM,typical screen room(check local codes) = U80 10 20 25 110 MPH 40 60 65 70 80 90 100 31 P.S.F. P.S.F. P.S.F. P.S.F. P.S.F. P.S.F. P.S.F. P.S.F. P.S.F. DEFLECTION P.S.F. P.S.F. 3" 1 lb Foam 16' 14' 13'6' 13' 12, 8' 7'6' 3" Panel 0.024 Aluminum 3"2 lb Foam - 0.024 Aluminum 16'4' 15' 14'10" 13'9° 12'9" 1018, 9'4' 3"2 lb Foam 1T 16'6' 16' 15' 14' 12'4' 12' 0.030 Aluminum 4" 1 lb Foam 19'2" 16'10" 16'2" 15'7' 14'5" 12'5" 12'2' 10'11" 9110, 8'8' 7'6° 4" Panel 0.024 Aluminum 4"2 lb Foam 0.030 Aluminum 19'2° 18' 16' 10" 14'8° 14'S` 13'6' 9'8°12'4° 11'2" 6"2 lb Foam 29' 28' 27'6' 26' 24'7' 19'7' 19, 18, 16'6' 15' 13' 6" Panel 0.030 Aluminum ♦ = U120 DEFLECTION 3" 1 lb Foam 3" Panel 0.024 Aluminum 15' 13'4. 13' 1° 12'2' 11'1° 8'11' 811. 3"2 lb Foam 0.024 Aluminum 15'7" 14'4" 13'10" 12' 10' 12'3' 9'4' 8.9. 3"2 lb Foam 0.030 Aluminum 16'7' 16' 15, 14' 12' 1011, 91104 4" 1 lb Foam III 0.024 Aluminum 18' 16' 1" 15'8° 14'7' 13' 10'6' 10' 8'5° 6'4' 4'2' 2'1' 4" Panel 4"2 Ib Foam 0.030 Aluminum 19,11° 19'2° 18' 16'10° 14'S° 10,10 91101. 9' 6'8' 4'6' 2'2' 2 Ib Foam 0.0.030 Aluminum 26 4° 24'6" 21' 15' 14'1° 12' 9' 6' 3' 6" Panel NOTES: 1. All readings taken under load. 5. Foam also referred to as EPS. 2. Uniform load PSF (pounds per square foot) 6. Panel connection incidental to span. 3. All lengths were a result of direct testing 7. For greater spans,contact PGT. with infinite analysis calculations. 4. Data to be used for NatureScape panels only. Step 1 Take known♦or U?for your area.If unknown, take worst case and most accepted of U180. Step 2 Take PSF design required for Job. Step 3 Select appropriate column to determine maximum span for particular combination of skin thickness and foam thickness and density. Example Known U120 ` Known 40 psi load Using a 3'panel with.030 aluminum skin and 2 lb foam shows a maximum span of 12'. ENGINEERING APPLICABLE ONLYTO PGT PRODUCTS NatureScape Visibly Better.- - PANEL-LOCKTM ROOF PANEL SPAN CHART -� LOAD SPAN CHART 48"x 3"3105-H74 COMPOSITE PANEL CLEAR SPAN LENGTH NATURESCAPE PATIO ROOM, typical screen room (check local codes) 10 20 25 110 31P" 40 60 65 70 80 90 100 P.S.F. P.S.F. P.S.F. P.S.F. P.S.F. P.S.F. P.S.F. P.S.F. P.S.F. P.S.F. P.S.F. ♦ = U180 DEFLECTION 3" 1 lb Foam 0.024 Aluminum 12'8' 12' 10'2* 9'7° 7'2" 4-2- 4' 1' 3" Panel 3"2 lb Foam 0.024 Aluminum 13'8" 12'10" 11'3" 10'8" 8' 11" 6'8" 6'7" 3"2 lb Foam 0.030 Aluminum 16' 14'2" 13'1' 12'5" 11'8" 9'2" 9' 4" 1 lb Foam 0.024 Aluminum 16 1 1 14'5' 13' 10" 12'7" 11' 10" 1 9'5° 9' 1" 7'7° 1 5'2" 2'10' 1'2' 4" Panel 4"2 lb Foam 0.030 Aluminum 19'2" 17' 15'8° 14' 10" 14' 9'10" 8110, TV 4'10' 2'l' ill. 6"2 lb Foam 0.030 Aluminum 28' 24'6" 23' 21'6" 18'6' 12'6" 11' 9'6" 6'6' 3'6' -r 6' 6" Panel ♦ = U24o DEFLECTION . 3" 1 lb Foam 0.024 Aluminum 10'9' 10'2' 8'8" 8'2° 6' 1' 3'5" 3-5- 3" Panel 3"2 lb Foam 0.024 Aluminum 11 7" 11 9 7" 9'4" 8' 6' 5-5- 3"2 lb Foam 0.030 Aluminum 13'6' 12' 11'1" 10,6' 10, 7'8' 7-6- 4" 1 lb Foam 0.024 Aluminum 13'7' 12'3" 11'1" 10'8" 9'4" 8' 7'7" 6'5" 4'4" 2'5' 1' 4" Panel 4"2 lb Foam 0.030 Aluminum 16'3' 14'4' 13'4' 12'7" 11'9' 8'4' 7'6" 6' 4'2' 1'7' 11' 6"2 lb Foam 0.030 Aluminum 23'8" 20'9" 19'5" 18'3" 15'8° 10'7 9'3' 811. 5'6' 3'0' 1-3- 6" 1 lb Foam 0.030 Aluminum 21 3" 18'3' 17' 15'3" 13'2" 8'5" 9'3- 7'5' 5' 1' 2'4' 1' 6" Panel NOTES: 1. All readings taken under load. 5. Foam also referred to as EPS. 2. Uniform load PSF (pounds per square foot) 6. Panel connection incidental to span. 3. All lengths were a result of direct testing 7. For greater spans,contact PGT. with Infinite analysis calculations. 4. Data to be used for NatureScape panels only. Step 1 Take known♦or U7 for your area. If unknown, take worst case and most accepted of U180. Step 2 Take PSF design required for job. Step 3 Select appropriate column to determine maximum span for particular combination of skin thickness and foam thickness and density. .. Example J Known U180 ENGINEERING APPLICABLE Known 40 psf load ONLYTO Using a 3"panel with.030 aluminum skin and 2 lb foam shows a maximum span of 11'8". PGT PRODUCTS A & A Services, Inc. 115 NORTH STREET SALEM, MA 01970 TELEPHONE: 978-741-0424 www.a-aservices.com Thursday, August 18, 2005 Page 1 of 2 PROPOSAL FOR WORK TO BE DONE FOR Mr. and Mrs. Eddie Polchlopek at 12 Freeman Road Salem, MA 01970 P.G.T. NATURESCAPE THREE SEASON SUNROOM • Remove and dispose of existing mudroom, concrete landing, and stairs. • Pour five (5) new concrete footings to code. • Install 9' X 13' and 4' X 4' structure with 2X pressure treated lumber. Sunroom floor will have standard step-down from house threshold. Landing floor will have step-down from sunroom threshold. • Install one (1) 2X pressure treated strong back support beam to support new sunroom. • Install 3/4" tongue and groove fir plywood sub-floor on new structure. • Install 9' X 13' (2") P.G.T. NatureScape Wall System with 30" high solid wall kick plates. Wall system includes double strength single pane glass, rolling window systems, and vinyl electric chaseway for five (5) outlets. Interior and exterior of kick plates will have rolled aluminum cedar woodgrain finish. • Install (4") .030 aluminum white stucco roof panels; gable roof system includes 4" X 6" ridge beam, complete gutter system, and rake trim. Note: trapezoid area on outside wall will be a solid wall panel with aluminum cedar woodgrain finish. • Install ice and water shield barrier where needed to new roof and cover body of roof with 1/2" plywood and 15 lb. felt paper. • Install (6") drip edge where needed. Install CertainTeed 30-year shingles to new roof. Match existing house shingles as close as possible. • Install (1) 1 3/4" cabana door system, including one (1) single hung window system and french door style handle. Install new french door style handle to house door. • Caulk all interior and exterior edges. • Install new 1" X 5 1/2" Classic Correct Deck Decking and Railing System to landing and stairs. There will be two (2) stair rails, one for each side of steps; railing system to include colonial caps, skirts for posts, and square balusters. • Install 1X Azek trim to kickboard of stairs. • Install 2X pressure treated frame under sunroom and landing. • Enclose skirt with 3/4" pressure treated plywood and 1X pressure treated trim boards around sunroom, landing, and stairs. • NOTE: Permit, clean-up, and disposal of debris are included in this proposal. • NOTE: Painting, electrical, and flooring are not included in this proposal. a (30 j-rarvl —1-72,;m jArcLV0e5 (6 ) 4CCES.5 Dov2, A-MI) (j) 1,ouve-7L VCW-7— PAINTING 9 DELEADING • CARPENTRY • SIDING • WINDOW REPLACEMENT • SUNROOMS Thursday, August 18, 2005 Page 2 of 2 Polchlopek A & A Services, Inc. hereby proposes to furnish the materials and perform the labor necessary for the completion of a P.G.T. NatureScape Three Season Sunroom. All material is guaranteed to be as specified, and the above work to be performed in accordance with the specifications submitted for the above work and completed in a substantial workmanlike manner for the total price of$27,472.00 less 3% senior discount of$840.00 for a total of$26,632.00. Payment schedule as follows: 1. Deposit to secure scheduling and order supplies $6,658.00. 2. Second installment at start of work $6,658.00. 3. Third installment upon completion of walls $6,658.00. 4. Last installment upon completion $6,658.00. Any alteration or deviation from above specifications involving extra costs, will be executed only upon written orders, and will become an extra charge over and above the estimate. Any unforeseen wiring that does not conform to the local code ordinance will be subject to fees proposed by a licensed electrician. Any unforeseen construction costs that arise beyond the scope of the proposed work will be billed at $64.00 per hour per man. All agreements are contingent upon strikes, accidents or delays beyond our control. Owner is to carry fire and other necessary insurance upon above work. A & A Services, Inc. carries a $1,000,000 General Liability Insurance Policy and Workman's Compensation. A Certificate of Insurance is available upon request. RESPECTIVELY SUBMITTED Date 8/18/05 Ed Burge, Sales Associate NOTE: This proposal may be withdrawn by us if not accepted within (90) days. ACCEPTANCE OF PROPOSAL The above prices, specifications, and conditions are satisfactory and are hereby accepted, you are authorized to do the work as specified. Payment will be made as outlined above. oos� Ed & Celia Polchlopek D61evf— You may cancel this transaction, without any penalty or obligation, within three business days from the signing of this proposal. A contract that is cancelled after three business days from its signing is subject to a service charge.