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22-021 (3) lechnical Data BLUE SHIFT-7 Typic�-Ii Ser01ce Hiso-rit:-i for AL 29• .(-, Alloy PrevioUs Experle!ice AL.29-4C* PCPAT.9 iNDUSTRY j,-4 e -nickel, '4� U:3.1_.` C�pper 6 Y e 3 rt$ s e­'c e tew,m Sh C 11 0 e attack 12 Yea,­7 I iTR 1 7 years svrv:ct� t-D eate, 'U'De b—zs S�J", r't e 7 ye 4,1 e w e S 8;e r v t d a t e Yt :e-55 fluid CHUMICAl- PROCESS INUUSI HY 110 3 e -d wi, 4­e)3rs 5_.rv�-e tr)dl;�'e 's e,vile !C�J. v, e, a. m, e' a.-ID S:l C) K RfOLFUM REFINiNG da-.e H,S e c1 rTi z m c fe e Carbon s C n' -J 2 :� -w appil-D d ,! 1 f_­� T!! 5 s C A! –0, i yp?rs c-�r tc CSN� Gdr; on s a g FjC3h?i= is A T i N G f 7 Aileg•-te i- LuchJm vteel Division Stailrle-- a Steel AL 29-4C Alloy Welding - —_ The AL 29-IC alloy must only be welded with iner? gas shielding tecfiniques, such as the gas tungsten Dehzvivi cf ;aL 29-4C--I•t_,bes in Tubcsheet:; eEirc or gas metal arc processes whsn rvefded with AL 29--(,- a l)y is mast cc-;'trnomy in use in conven- ferritic. filler materials, The use of high nickel fillers liana: he; t t-4-ranger;, i„ the forrnt of tubular products will produce lower ductility than stabil zed aLlStenitic a;COtii jiE I i Jtf $':1^^_?;S. In many heat exchangers, stainless steels. However, for weld procedures such cathi: dic ,t_tF ;tic'n is rued to prevent corrosion as sezl welding of tubes to tubesheets, use of altau`(c'f'he 1-=3s corrosion resistant components in stabilized austenitic electrodes and procedures such mui`.i-also;`tr i;tu,-e$. Allociheny l-U6Um'S program as shielded metal arc procedures nlay bo considered, of '.Se i '.h '. b t +V'I `p,is:nt has determined Welding th °i alloy ev4n with adequate ryas pro- of thatrt�c N a :_ eUa-�tEvri tc be cclnvidered in tha tection will usually cause some heat ti it or oxidation SeieCtiC.n =+f Cc'.tnCr�i{ prcit?Ctit]il programs ar7{i, whidi should be remov4d to in°,Ure maxis-num tubeshee, ni3 -:riSIS corrosion resistance. lmp,rop>rly 3:>plied cathodic protection can itself l b"Je p e rOdUC ter ;).s pro Sea problems, including hydrogen !din 9 erri'r-ttieii-,6nl f.erritic,stair ess steels, including The AL 29-40 allay tubing Is most Uteri used with AL 29 :C si ;: to a cecree sufficient to cause rolled;oints, however, the allay has bee;; seal welded fracture. Under conditions in to materials like Type 316 and 9041_.The seal welds > Nct;'. - s? nt car,occur, higher allay to highly alicyed austenitic materia's are less du4tiie or-te''; 3 _ . D:!iLaticn increases the than welds evade using a1{ ferritic combinations. dec'E?of Lr' ,itt ement in comparison to unstabil- i�ed vac-uJrrt f fiction melted mGteriais such as Tube Bending n.l'cg".en LJCi�t(}'$ E-Lrite' alloys. Approxfmately Care should be taker; it) attempting to bend -0.5?vo 3 r irnur,vet 5u the saturated calr„me! .AL 2940 tubing. The material is 'fk_U her ferritic e!e•,trtlde :zel a bs,crV vQ as a iim1+for safe stainless steel,°, in Sho-wing relatively'1cw work caul'.` is r r`te,Jcci Cif f;tt'i c!i reU containing AL 294C hardening. Tight bend radii may exceed t1he uniform allay. elongation capabilities of t"e mater at resulting in Jr-LIS r .rat (A=-V[ce CUrr,.5'on effe-.t can failure by tensile necking. An approximate 2D bend by o.rcd-,: : i hich1- 11 oy°o stainlas: steels, like radius m;r mum should be considered for t,e AL 2:=C ;l i=; .ire comb"ne34 L s,crevice corrosion AL 29-4C alloy, car yitiuns .;i.. ! :;-;, ailc feed c`.air,Iess stec is.tr A cam- Bccause the alloy is very resist,;t IQ chicricie bin_`i0n 5.. AL:=� 4C ti-iDeS wit) a Type 316 stress corrosion -.racking, as showr by pr!nr datci, the tubesreer t d'_ s',-S ep-!l -le tri envi;cm-nents i',hich bends do riot require stress relieving r bending., '" �. re IE;`r tl .� wile, bcf i 'ttack of the less rc-'lsi int materiaf Improper he=r ti eatmeht in a n atterrlpt to stress �, � (such a i`y i 16 , but r:Ot the highly a1.oye�,-, nnoiEria,I relieve bends can damage ductility mc'corrGSICn (such as IC; alloy . l-orrc'Sion products from the properties. attack cf 1„s reS'.St3rlt mate ial strongly lover pH I n the crew c+:t.id .he lcw pH solution causes attack Faller Expansion and Flaring on the lira ii1 �: oii material.T1-4e effect can be AL 29.40 tubing can be roller expanded into tube- avoi. ed ZF Lse of a highly Ooyed stainless steel sheets and headers using equipment and YroCedures (like^.!legi.e-j _udlum AL-M' alloy, UNS Desfgna• used for other tube materials, Tubes ct.n be flared Lion N;'?63,` ? it place of c s alloyed stainless modestly after rolling.The outside cia deter of the '',,e of the crevice to the crevice finishe:J flare should be kept withir the elongation c'crro jyr, 4.; =.'tai Q-01ijli P., as by sea;weIding. 3 r.r limits of the mat- rial+�p -,,,event flare spits.7hfs is& I••lil� ; consideration because ferritic stainless steels exhibit FA .f i )N1 PROPERTiES lower-.,ark harden;ng and are less stretch formable Impact R'ws stance than fain:liar austenitic alloys. Ai_ 29;! y, like other ferritic stainless sic els, Fcrrning l dergoe_ c ,r itfor, rnm ductile to briti:c 1)0)avlor t r f � l r l a„ The ter.i,ic AR 29 4C Toy Dos-�t,�ses the is mabi.l., as t , !r'!.7 tit i s} Cei } tyre is lO;rcrC"G The F r ti + ! F character is,ic of the f vrri, s,a.nte - stee 211cys as a oC-, c t_ npe Itr're at v hich this transition or curs is class, srjeciflcaily, the alloy has l:mred stretch clap--nden crl i vCilon tn' kr.ess pricer thermal form tab llty and: excellent drawability. h' i ”, a`i' t[:t r.'ll-g fir r7' 'Ie t trP.'yimunta c bGVe As an example of the forming chaff a,-tPriSt'cS of tho P g 10 0 r f;-_.�? i aria tt,:nf r 5 c c 5 f 1J Jr rela t f✓eiy alloy, situ`.products have beer) for[ :'..d'riln c varic'-of t ! Fr p:Ci t' „'tlt:.n ., Th: 3J' i trpi-at of to ver packing designs inc,-d ng Pa'l ri tpa ?nCj thsr new sheet type packing. ,- J -J-t . 'JrC'',G ):.','i'•.. 5."1" �a.P;:T:'TIT1.r^'vJ�JC:�]' 6 Tehichnical Data BLUL SHEET CDTIaMir,iIted tVitst chic es—ch a8 LImAs?nr Czrra-s:,,:Pn Rate al;ghl be k-)90bt--_-�W'�,CC,'�Ibu!MOon ai. YhP Le5s Thzn 5%A PY(C.13)mini a) I� - . - , _ A id gre a tly Increase tea rc s &turif- t1he cc.r-,-1 saie. Studies Of a ti- ety of 1, 3,ndl1. ltej A' 29 sC that the Al�29-4C al.CV WaS e M t re-s.1 St�-1 i all Ii 0 ILI' A,-;=jtlo I to-ted, In one st-,dy1-,the cr'y one in vihi--h! A L,6 X N' a Ui sI e n i C a'oy v a n c,L 0 e di, i t w 3 d e IL e.-- minted to be to the 2 .-1 i, t is ENOV. up j t revere I e s, ns, -4 75 both AL 29-4C a,•d AL-6XNi av'o)�s s'Y,14ierj MC_XtF 71 u M 0 F"C! on r a 4 e S i.i "D.13 1 M r-, (0, P it r se"i r, ­ Njenty perocril, 7 S next best alloy. ISO— 21, Chloride Stress Corraslo,,-, Crack,'ng Tilt, fc),l -5-e- of C�11 cr r e.s 0 VV I its E!'I a"(0 t �, +ems 2Q a C 4.D Test AL 29• C* Type 316 Alloy 20 4 ob Maones'ur�,' Pass Fail Fa:' R, 'f �20, ti I A t:�, c aci_ data are tz­d on a I Chloride 00 C', H Sz. 'I d n4,P-b e -"f al-crant—y festq Fa-.rVc sanless P T acfive!j irn t"lle-Ce soluticris Show Very L I h i �n 2SS j� Tcss ha">r_ a:sc te_- I—i'xtures of C/o F P ZS C hl-r;d2 !-.I- L4 JUL . reCucirla Er,�C I 1;xture, 'Vith, r-cncGnt,-21;cU ns T c'c c U S-1 f fic i r-It to Pr es n �`Fzc &'S T B!,', G) T;ie eflec' cf r-kk-_, iri TD—r�r-, r," z P r". 1 j 5 Co, --t I -F c Co�roslon Rates T r,e l 7~ 1G e 1 l,f rr <<a c, A IL,2 `*tv G 11PHS per Year Immia) demoris rate.-; L. --t +-I ril in a very seve,e magne m 1:'IriCl e test _�zr,d Ity composition Type SO4 AL 29_4C- rea-is+2rce 1L)1hp- rnedr.-:2 0,25^,� HCJ 5 7i (<0 0 Inte,,911anular Ccuesion 0, 03 J Hr o The,A'"29-4-� Y 1T C — A 7!;,4 H,❑ wih re it':-7 much 2 S e -7 C)—r-",6 F;0 U.y 1 0 Cj I Corr,-.son Rates j Q 6 H,F I'VI 1;Is Per Year'imm/a 0 c 6 C/o H rat I E ia.rce H-0 t Ccrros on j Vis w a I Co ,dition Rates E x a tn'n a C o,i Tna allOy ir� Ich mi.,(!ores A I Pla, 7 s C'_,,�;M f"C U519 Of, C,1 2.7r. @ e d 13 Is c-C ✓J,3 iro v..vec;I Alley;er=r!;, LL C"U—111 Steel Divisi On Stainless Steei AL 294C Alloy --------------------7 Te,tL w e,e alsD c'n,-0Jctel� i" � 'e n 1.111.a-' Corrosion Rates d I solutions at atm­�Pi- nt-3 Nlils Per Year (mmla ) Environment A 29.4 C Type 316 Ate loy 20 Corrosion Rate-, 2,0016 Acetic '-�,_fd Nitric 1 t 0 ill 2 Mills Per Year(mr,,i1a) Acid 11ciling) O.0 �<O_oi) (0-05) Aw, Type 304 I AL 29-+C'. E 145% FxmicAc'd 1 7 Sol" __4 <OA C,'�2 2 1)c 1;n 777) (0.18) 10,13) (0,03). 03 1 10%Oxalic A6-j 40. <0_1 7 fj-,/0 C) 'bciling', <C"O (11.02) (0. 1 2' 2 (0.266) 200.6 Phnspho,!c i 0,6 6.96 <2 Acid "!)oCing` 1 (0 C;2) (u.i i i) (<0.05) 17.0 16 < 0",,'o Sulaml,A- I ' IF 0 3 (boiling, C).0') (1,62) (0,4 1 4.5 1 N 2 S�diu;m < 41.64 I*'-,:- inforrn8tior ;_s 0,3:_6' M` TM I'; i. (0.4 is unuSuai in fl..at Eilfc-y'S a 5 W. stah;il are of*en ob�e-vp dj, _ep P attacked in strrz-fn X dl variou", trated nitro c. 's 0�)Pos=_l tr, co,-., u-'alfer",_ celnren,.ral' ^eri- hnviti-,q Ma T-C-1 e u r es. A_29-1 C alloy m and moderate leve _. ,!;!Vt i e uC r,.g Ec-,C S A$y n. C:S $o latj�ratory le-c-'s 1- Vuie. !ifulrllc a-cif r'iydo,-�Nonc Corrosion Rates 2616 S IOv !I t e t ii 71s ,n, SEA t i P-011s Per Year(mM-,'2) th'- tpozi"Mens v,�_Lre artiv,-1�,4 �,y ttf' -g k," u, �,i j."on Acetic Acid ind- Solution' L 2�-.4 'Jyme 316 E-Brile' rL�d. Cor-._seque,-Ifly_ llo..,v ra =a1m a l' sp Iane-J,J,,-'­ ;Dasz$�v j bu b t 7-J sj,utlion tQ lake rep?__ n IL C r7 F71 CTe d + 100 p Prr, CI' 1 0-1 as N'S17 1 (''0.01) 0,011) Corrosion Resistance cl, AL 2940 A`� r U a 3 1'4 2C,1 1),,L <0.0 1 A P P ro x'm at e L mii5 13 Corrcvon a,e I LC an S MP `_13mm*i1 +:5) n r.. m C N, C I (< (<0 011) 10.0 1 Al 2 ,C 1 ,1 + C;- C!, 1 0 as < <0.0,, PC! 2r Ace*ic Cm +100 P pm , 1 C', ± I - I HC I o) <OV) T-•a 9 9:" Ac EV c 1 r, C,1, C ,4 0 1 d j�J c,;, <6.01) a 250 ppir, 24.0 ... 11 ki ._...... Technical Data B I SHEET B c."-. 11 .vc:;J-q, "- � 1 r IN ('10,-. In e IIRF r s•_]" PH adj��G�3✓ x,7.2 ��a;17•::, r� T 1 LLi�'r'. ri:.r.,.,.. ('�i�i- >... j.•+.���C }� bcih g—ribox '2�-j �•'`< rLrf—e-nth .r4 =``.i,•r�. C(C''li� �' _ ! :7i:]1b C.;L�Co"CU .ed i_r _ 1 qty. t 4 F n g 72- jr pef cid V^ ✓i��'•�� ^fit r—.--- --- -- So,ution PH ¢� ~ base ! F ! N Gt',��0: i Bass r -103 U -I�-++a a Lt'-`Y! F t t+ r -:�• t F J p i .. z '-I im. �'.j �C •!f't _'ll t''t~. ?3 :r=.�,"°.�.In L+, cecthermal v 1!:1k; u� !,rt.'C,u' =ai?xcha ;ger5. p,4 5. CC}RRO'S!ON PROPERTIES Temperature: X75 F 1 3.5'C) Taut o zive; Chloride Pitting a.-d Crevice i.orrosicn 'rest PeFjud ona ��"`' u; pe,,!Q! ' ,pr,+ J t�.r +- r `tl + � - �. - S„_r" ��,t:'s°�u1t s n l 1.:. ,o r, r J a r1 c+ c l c r l ... �. in I _—_-- _ t,l iX' h_r�:�::. J5i•'� -...'ti,`.?'r; .,�I,f;r:.i5trtr Iat i,--a*;lry ,s 2 .:a- �'vvcri":r11GTMti"' +nrP�:el Glfi� jr.�u sti�,7 HL k - . e��� i:;oti+t 1���.':c,..�- •L f�� �.�:...'z`dr !�I1 L•I CI I t-_'��t�l�!!'S iii,.' .. -.... —__ we rte r,i4i � I :a'.� t1J , General Corr ,s!or, �o the crs 2[ ^1C f G, ltle lt.,��'�! 2111 y + t : F, e +�_ ♦ R t 1 'Y A, the .op c,tl.c:GXt ag tG ra JCI.�. [.t - i; o.r- rlOt Gita� °U II. T' fr-.ni labcratcr j of At_G9 gh w ,_+ -- t'al SQ! ItiC j 1F_ .. c t h r C i^ ° :^ c !e trAat hl' I I L v 4 -2 r t :n C f E e it'. r l ;1�., [ V �.e - r- - rlr I�.i.. r; irvTiltlr vlr arT e1= J}S r..t f r y; z -,- n ' ��t. rj -_J ti_.ti<< w+,7( t`f-r= _r 4!-" nr'. Gv[•J.� G1r;� rl�� ,�r: 'v,'.,�. r r '�'- f C J _- ti 25 F i,r�C.✓ti f; _. .._, ' Cyr V..Vri . y . .. r.5 IS a P01,- i'I'li 'Lr t:r s� i' �G �- r,� { c tuatiui 1s in�'i rrti r"#tl �� �I I t 'I,JCid i C_ 222-F ,Ut J i�i�lll ; � Jt i! If�1 0rle•silo ain.d .sa:',v+ ocd!Yi o t,v,Gr v,a._r I +1 1"i3 f fxros,on *test 'o fJ7e ! i,_11 $I, I 11iP. 7 } - otll r a e t'S�'@" f fla;crial Bchavier Tyke 3lk 61 E! avy crev'ce at,,uck P ,fey 6 J (!U atlas l t } i aC i PI'S '`+ .UGL r-...?-[]::9n G�'G ;- ... ��)9d fv:.�'; .f:" _ .l,•nay rn, �_ 3 StL Adeghlen, JdILIM 0:V:--iOfI Stainless Steel AL 29-4C Alloy -1 on C k i�j i-P b--- nc,-brl�d the- Temperature 1 Thermal Cond_ici:vit Y mb'n sf,—r, shown CJ 1 J 0 E c 1u i V!I I (C o d e tu- Case 10211/1 F F*k,lh-Ft2-'F Ow'f,n K V For Metal Division I I Division 2 Temoera- Welded Design Values of tures Noi Tulbe Stress Yield � Exceeding a x;!-n u m i n t e n s i:-Y $trer.gth LI-cz:r Coefficient of Ther-nal vpi-,Si-n SM S, i emperature Ran-c --U to + 1;-`01 113.0 2 D5 T) i 600 15�6 24.5 -'F + 499 —11• ,'o 00 1u F 24.2 C 444 ,�2 tc 212 1 K-4 5.2 C A 4 '.c �C, t o J 9 2 21 to -2. 3 500! 5 2 1 S.(D 23.6 37.3 C', to 7S-9 2�I' to 43U' 6,001 149 234 S6-0 Mooulus of Efastici+y in Tensitc- 7 C P=,21 T. L Oy at-.e Ji--Tcatc- I`nt f'tt A' �Q.A C Nej"i, 5tr ter,,-- Ii w h h, 14l,e x-M p!e, i immum oom Ten-,,,,-- c . ie = a Tj R + i,,v r- s of e c h an ic 2 1 Properties t `n STV ar�d ASM= ji 7.Cc—j1-:aris:,.r (--,f = :'r v.-e'de,4 tuh�-ig stove I e F e,�, 5 p-q, -2 ir a lar pr Lie -;=� ez ij T I-,�7- C, _7 r-z M F Roi:t� Id Vr �Id tubli, L , -z a Z 7i S(I 7 t t ni';-,--i. qtr 11ar t,. ? F— minIMUM th per t te e'e- 't h ca$T ypil 1 Typical rT-. C j��, -�y -,ed'-, 1;o o's c�� Ci tion Tub�nq i p 7 Cr C C s: Y iel d 1 60 C,0 3 4 Lm I Phy s al P rcp er t I e. in Tensile f5,0 C,U- p S 6_G 1 Gravity EaC7 f-g i Opecific i n 2 g T I-e d f ai% P e,m e a.b it,! h Z -4 to I 7'- 7--) f�:*-T-,�':Ic-;-r?,c) hea' ;-xcla-,.gc�l ct "-e a - � - -I - 11 1 .:- 11DI. -, ! p s E S po r -1 n, ,a.; r;r S i f: i at in ri rig E the 7,?00';,5: -St-lfeCtk i 2 Tecnnical uala BLUE SHEET M L I I A!I r;y Ludi!irn, Steel Div sion • gh, F A, Alleg LUd(LJT-1-1 C(.)rp0r�jtjtDr-j i e n L Stainless Steel Allegheny Ludlum AL 29-4C'• (UNS Designation 544735) For Service in Corrosive Chemical Processes GENERAL Typ'cal Analysis A; S4477,5) is a Z�Z:a' ce, ire P—'entsQ by E:e nq a Percent ch!cridt-- Garb -i ;'-n 0, C,- C,,- E*',P_�$ COT C, 1 ,,, -cz::on c r L al CC r c x i d; n.g a p "2 7 V! 7 tt�rgj S Lj tshe C F�'4 ��'i s -'t— . I'4 C C f v CC C. 17 Nun --.f ov A 5- C!''f , i:j Tig 71 e CS ni- C; 7, e V Cr '�.On 1t-�1 C� C- of rep".. tlrCrr T try r, I E M p C as v. s a Z- ,ty ondenEt-,-S. � C ure C 3 e S E� r Lily Pres SL re tV eS_ 7'"Qy h-e7' e d a t'-' A,L 2 C QA,- - catior Ca-`. ge fir: V'I V S'i j Fi d 2, Ca S44 I n r o d u c Furr7r Av�'jIabhe ASTMS f Tit,jip, C 625 [[S.3 le s 3 r oil) A176 2 -'s" I.- -L n'� err, 5—p �v a:! f4' —' M r" H at u S J S r M 4� t r, S F to U. a 5 =cl, Ur,tTrc,J F r t 'urn A-2-3 e S- n Li:r Jr 'ef 1 1 .5:J V I ---------- a ry : ry 3. MAY 2 Cgs 1h- r 1 tr . PageNo. (: of Pages ._ rontti r . . . ACE CHIMNEY SWEEPS m MA LIC. #118355 2 5 19% 11 i+lain Boulevard LUDLOW, MASSACHUSETTS 01056 (413) 541-8500 FAX (413) 547-8531 PROPOSAL SUBMITTED TO PHONE DATE Susan North � t.��l 684-1887 4-22-96 STREET 239 JJ Ryan Roar! JOB NAME Same CITY,STATE and ZIP CODE JOB LOCATION Florence, MA 01060 Same ARCHITECT DATE OF PLANS JOB PHONE John J. Ka inos 4-22-88 Same We hereby submit specifications and estimates for: I j Chimney Flue Tile Replacement: 13- 7 x.i,Flue tiles 30.60 390.0 • Thimble 215 0 1 -Ctown Repair „ '00,00 - Model D Stainless Steel Cap 15G 00 1 - Super Cernent 499.rjC 714.00 Subtoral 35 1 .. r�0 Sales Tax T 650.00 I_aba: L? $1,399.70 TOTAL I f= a: i i � I i i Or priDPOSP hereby to furnish material and labor—complete in accordance with above specifications, for the sum of: One Thousand Three Hundred Ninety-nine and 70;100 � dollars(f',359.70 ). Payment to be made as follows: ordering Deposit ff. S450 00 mquired prior to r• compleliol.. i All material is guaranteed to be as specified. All work to be completed in a workmanlike manner according to standard practices.Any alteration or deviation from above specifications Authorized Signature involving extra costs will be executed only upon written orders, and will become an extra g charge over and above the estimate. All agreements contingent upon strikes, accidents or delays beyond our control.Owner to carry fire,tomado and other necessary insurance. i Note:This p sal may e Our workers are fully covered by Workman's Compensation Insurance. wil:4� n by us if not(aCcepted within days. t Arreptanre of proposal —The above prices, specifications / �? and conditions are satisfactory and are hereby accepted. You are authorized Signature A to do the work as specified.Payment will be made as outlined above. D� ate of Acceptance: I.�fy,!' Signature a z � � a zm - —1 a c x z "; m ` � O Zoning Miscellaneous Additions,Repairs,Alterations,etc. Tel.No. Alterations a Garage NORTHAMPTON, MASS. 19 Additions APPLICATION FOR PERMIT TO ALTER Repair r 9 � �� � 1. Location p ,p JLot No. 2. Owner's name 7�1'eNe Sf G/CI� Address -;2,3 /,e.� < 3. Builder's name I/ Uh+1 ��1�1/Y�� Address Mass.Construction Supervisor's License No. II g-3SJr Expiration Date 3 4. Addition 5. Alteration 6. New Porch 7. Is existing building to be demolished? 8. Repair after the fire 9. Garage No.of cars Size 10. Method of heating 11. Distance to lot lines 12. Type of roof 13. Siding house 14. Estimated cost- l3pp •-�� The u ersigned certifies that the above statements are true to the best of his, her know dge d htli f Signature of responsible appicant Remarks ! /UG %!� /�e1���me��-�- 10. Do any signs exist on the property? YES NO IF YES,describe size, type and location: Are there any proposed changes to or additions of signs intended for the property?YES NO IF YES, describe size, type and location: 11. ALL INFORMATION MUST BE COMPLETED, or PERMIT CAN BE DENIED DUE TO LACK OF INFORMATION. This corm to be filled in / by the Building Depastmeat Required Existing Proposed By Zoning Lot size Frontage Setbacks - frnnt - side L: R: L: R: - rear Building height Bldg Square footage %Open Space: (Lot area minus bldg &paved parking) og -Parking spaces fof Loading Docks Fill: (volume -& location) 13 . Certification: I hereby certify that the information contained herein a is true and accurate to the best of my kno ;ee,.,, DA'L'E: APPLICANT's SIGNATURE NOTE: issunnoe of a zoning permit does not relieve a app urden to oompty with ali zoning requirements and obtain ah required perms rom t Board of Health. Conservation Commission. Department of Publio Works and othe applicable permit granting authorities. `?.`:, FILE if Aid 2 5 Ni16 s 3 File No Njl " S KING PERMIT APPLICATION (§10 . 2) PLEASE TYPE OR PRINT ALL -INFORMATION 1. Name of Applicant: Address: /�a�//d�lx- �11/� — /i� Telephone: 2. Owner of Property: Tre-►1eel�(ICr Address: CP3 / 4Lf XW— Telephone: > 'IRE 7 3. Status of Applicant: 1/ Owner Contract Purchaser Lessee Other (explain): 4. Job Location: tJ ► ��/IQ-Iti- 7� Parcel Id: Zoning Map# UI -�'S�' Parcel# o21 District(s): (f0 BE FILLED IN BY THE BUILDING DEPARTMENT) 5. Existing Use of Structure/Properry 6. Description of Pro o ed UseANork/Project/Occupation: (Use additional sheets if necessary): Ci�t wt netil / in/ng 7. Attached Plans: Sketch Plan Site Plan Engineered/Surveyed Plans Answers to the following 2 questions may be obtained by checking with the Building Dept or Planning Department Files. 8. Has a Special Permit/Vadance/Finding ever been issued for/on the site? NO DON'T KNOW YES IF YES,date issued: IF YES: Was the permit recorded at the Registry of Deeds? NO DON'T KNOW YES IF YES: enter Book Page and/or Document# 9. Does the site contain a brook, body of water or wetlands? NO DON'T KNOW YES IF YES,has a permit been or need to be obtained from the Conservation Commission? Needs to be obtained Obtained ,date issued: _ (FORM CONTINUES ON OTHER SIDE) FILE i r. ,. NTA(�T PERSON. r , IDDRESS/PHONE: PROPERTY LOCATION: =� X2;'1 MAP ;. = PARCEL: ZONE THIS SECTION FOR-OFFICIAL USE ONLY: PERMIT APPLICATION CHECKLIST ENCLOSED REQUIRED DATE ZONING FORM EMED OUT >; j= _< s- i THEE LLOWING ACTION HAS BEEN TAKEN ON THIS APPLICATION. _/Approved as presented/based on information presented Denied as presented: Special Permit and/or Site Plan Required under: § PLANNING BOARD ZONING BOARD Received & Recorded at Registry of Deeds Proof Enclosed __Finding Required under:§ w/ZONING BOARD OF APPEALS Received & Recorded at Registry of Deeds Proof Enclosed Variance Required under: § w/ZONING BOARD OF APPEALS Received &Recorded at Registry of Deeds Proof Enclosed Other Permits Required: Curb Cut from DPW Water Availability Sewer Availability Septic Approval-Bd of Health Well Water Potability-Bd Health Permit from on rvation Co. io❑ Signature of Building Inspec r Date NOTE:lssuanos of a zoning permit does not relieve an applioant's burden to oomply with all zoning requirements and obtain all required permits from the Board of Health. Conservation Commission. Department of Public), Works and other applioable permit granting authoritles. — �t►AMpj. City of Northampton REQUIRED INSPECTIONS e BUILDING DEPARTMENT 1. Footings and Walls 2. Structural Components in Place* 3. Complete Building* No. 298 Office of the Building Inspector Zoning Form No. 960896 Date4/25/96 Fe($20.00 Check# 2350 Page, 22 Parcel 21 , Zone LR WSP Section 127 ❑ Yes 0 No BUI]LDINGPERMIT * Plumbing and Electrical Inspections required THIS CERTIFIES THAT John xapinos before Building Inspections has permission to reline chimney Inspection on Site—Foundations situated on 239 Ryan Road - Irene Steidler Inspection of Plumbing—Rough provided that the person accepting this permit shall in every respect Inspection of Plumbing—Finish conform to the terms of the application on file in this office, and to the Gas Inspection provisions of the Statutes and the Ordinances relating to the Construction, Inspection of Wiring—Rough Maintenance and Inspection of Buildings in the City of Northampton. Any violation of any of the terms above noted is an immediate revocation Inspection of Wiring—Finish of this permit.Expires six months from date of issuance,if not started. Building Inspection—Rough Note:A certificate of occupancy will be issued by this office upon return Insulation Inspection of this card signed by the Plumbing,Wiring and Building Inspectors. Building Inspection—Finish ** Install per Manufacturer's information: windows, vinyl siding, roofs Smoke Detectors (Fire Department) and woodstoves Other THIS CARD MUST BE DISPLAYED IN A CON$PJCJOUS PLACE N THEPRE ES Certificate of Occupancy Building Inspector W-2 l