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HomeMy WebLinkAboutLAKESHORE DR 16491 (3)K1.7 2.0 K2.5 K 3.0 K3.3 M X L 14'_8' SHELVING LEGEND SHELVING LEGEND KEY# LNGTH HGHT BASEDECK FRONT -BASE FRONT - ENDPANEL BACK -BASE BACK - ENDPANEL COLOR COMMENTS KEY# LNGTH HGHT BASEDECK FRONT -BASE FRONT - ENDPANEL BACK -BASE BACK - ENDPANEL COLOR COMMENTS SOl 28' 66" 16/16 35x16 36x66 35x16 36x66 GVEY TELESCOPING UPRIGHTS 4' OC S31 24' 66" 16/16 RA WOOD BASE 36x66 SPECIAL RA WOOD BASE 36x66 SPECIAL GREY GC TO CUT WOOD BASES AROUND COLUMNS S02 28' 66" 16/16 35x16 36x66 35x16 3666 GREY TELESCOPING UPRIGHTS 4' OC S32 12' 60" 12/12 RA WOOD RA WOOD a WOOD FIXT FROM RA FDC S03 8' 66" 16/16 3' (66 ") 16" LB ENDCAP 3' (66 ") 16" LB ENDCAP GREY OPEN BACK FIXTURE S33 18' 60" 12/12 RA WOOD RA WOOD 15' 84' os WOOD FIXT FROM RA FDC SO4 4' 66" 16/16 3' (66 ") 31" LB ENDCAP 3' (66 ") 31" LB ENDCAP s GREY OPEN BACK FIXTURE S34 20' 72" 18/16 READING GLASSES 3602 37x16 30x72 GREY GREETING CARDS ON 18" BD ® 74" H. 1 S 24' 66" 16/16 35x16 36x66 35x16 6x66 GREY TELESCOPING UPRIGHTS 4' OC S35 20' 74" 18/18 G.C. G.C. G.C. G.C. P1MENp0 / GREETING CARDS FIXTURE S06 20' 66" 16/16 35x16 36x66 35x16 36x66 GREY TELESCOPING UPRIGHTS 4' OC S36 20' 74 18/18 G.C. G.C. G.C. G.C. GREETING CARDS FIXTURE S07 16' 78" 1 16/16 80" BOUT ENDCAP W/ 20'x30" FRAME RA 30" ROUND 30 "x84" W/ 20 "x30" FRAME BR WHITE W/ GONDOLA MTD LIGHTING BY G.C. S37 1 20' 72" 16/16 CANDLE RACK 36x72 35x16 30x72 GREY 4 S08 24' 78" 16/16 4' BOUT DISPLAY W/ 60" BOUT ENDCAP 80" ENDPANEL W/ 20"x30" FRAME VENDOR SUPPLIED 30 "x84" W/ 20"x30" FRAME BR WHITE W/ GONDOLA MTD LIGHTING BY G.C. & 8' LOCKING CASE S68 1 20' 72" 16/16 35x16 30x72 35x16 30x72 GREY F S09 24' 78" 16/16 4' BOUT DISPLAY W/ 60" BOUT ENDCAP 80" ENDPANEL W/ 20"x30" FRAME VENDOR SUPPLIED 30"x84" W/ 20"x30" FRAME BR WHITE W/ GONDOLA MTD LIGHTING BY G.C. S39 20' 72" 16/16 35x16 30x72 35x16 30x72 GREY S10 Sil 24' 12' 72" 72" 16/16 16/16 4' BOUT DISPLAY W/ 60" BOUT ENDCAP SUN GLASSES 80" ENDPANEL W/ 20 "00" FRAME 3602 RA 30" ROUND VENDOR SUPPLIED 30 "x78" W/ 20 "x30" FRAME 30 "x78" W/ 20 "00" FRAME BR WHITE BR WHITE 1) 78" UPRIGHT ® REAR GONDOLA 1) 78" UPRIGHT ® REAR GONDOLA S40 S41 12' 12' 72" 60" 16/16 16/16 VENDOR SUPPLI D WATCH RACK 36x72 36X60 35x16 35x16 30x72 30x60 GREY GREY 6 S12 24' 72" 16/19 35x16 3602 35x16 36x72 GREY S42 4' 54" 13/13 29X13 30x54 COOLER 30x54 GREY 7 S13 16' 72" 16/16 35x16 3602 35x16 36x72 GREY S43 6' 54" 13/13 RA 30" ROUND 2454 29x13 30x54 GREY S14 16' 72" 16/16 RUSSELL STOVER 3602 35x16 36x72 GREY WOl 42' 84" 1 i6 GREY SOLID BACK PANEL E 717 24' 72" 16/16 35x16 3002 35x16 3002 G-717-- W02 36' 84" i6 e GREY i" DIVIDER ATTACHED TO WALL BETWEEN W01 & W02 S16 24' 72" 16/16 35x16 3002 3506 3002 GREY 4 W03 62' 84" 19 4 -2' 4 -2" 4 -2" GREY s S17 24' 72" 16/16 35x16 30x72 35x16 3002 G W04 24' 84" 19 WOMEN I 7 -5 6 -2' 6 -13 GREY z W05 8' 84" 16 1' 7' -1- 7' -1' T -1' GREY S18 24' 72" 16/16 35x16 3002 35x16 30x72 GREY W06 9' 84" 12 w WOOD GNC WALL SHELVING S19 24' 72" 16/22 41x16 36x72 41x16 36x72 GREY W07 3' 84" 12 0 0 0 WOOD GNC WALL SHELVING 20 28' 72" 22/16 4416 36x72 41x16 3602 GREY W08 6 84 12 WOOD GNC WALL SHELVING 1 S21 28' 72" 16/16 5x16 30x72 35x16 30x72 GREY W09 15' 84" 12 WOOD GNC WALL SHELVING 1 S22 28' 72" 16/16 35x16 30x72 35x16 30x72 GREY W10 23' 84" 18 m 212 V GREY 24' GREETING CARDS S2 28' 72" 16/16 35x16 30x72 3 x16 30x72 GREY m Wil 8' 84" 16 3, -9' 13 -9 \tl 11 3 SAND CUSTOM WOOD BASE & SIGN FRAMES 1 o UTILITIES ELECTRIC ROOM I-7C1 5' -4' Em 28 24 J RE 0I N 72" x 72" 1 (TYP.) 1 CLEARENCE PALLET J= LANDING LIFT I I o I I I I I I WZZANM FLAN C /AI F: 1/ 411 - OII a f: RACKING LEGEND m LWR -SHELF FRONT /REAR- (2)BEAM RE TOP -SHELF FRONT /REAR- (2)BEAM LWR - REAR- (1)BEAM RC 62" A.F.F. 92" A.F.F. 120" A.F.F. 22" A.F.F. m RD 76" A.F.F. 94" A.F.F. 112" A.F.F. 22" A.F.F. 44" A.F.F. RE 8" A.F.F. 50" A.F.F. FOOLILINC RE LOWEST POSITION POSSIBLE 78" A.F.F. 120" A.F.F. W/ 3"x3" GRID CAGE W/ LOCKABLE DOORS SALES R: 13' -6" 6 COSMETIC OVERHEAD: 8 9 M RE 8' -6" REVISIONS RE 0I N 72" x 72" 1 (TYP.) 1 CLEARENCE PALLET J= LANDING LIFT I I o I I I I I I WZZANM FLAN C /AI F: 1/ 411 - OII a f: RACKING LEGEND EQUIPMENT- NUMBER LWR -SHELF FRONT /REAR- (2)BEAM CNTR -SHELF FRONT /REAR- (2)BEAM TOP -SHELF FRONT /REAR- (2)BEAM LWR - REAR- (1)BEAM MID - REAR -(1 )BEAM RC 62" A.F.F. 92" A.F.F. 120" A.F.F. 22" A.F.F. 44" A.F.F. RD 76" A.F.F. 94" A.F.F. 112" A.F.F. 22" A.F.F. 44" A.F.F. RE 8" A.F.F. 50" A.F.F. FOOLILINC RE LOWEST POSITION POSSIBLE 78" A.F.F. 120" A.F.F. W/ 3"x3" GRID CAGE W/ LOCKABLE DOORS SMALL 24 "X18" 6 COUNT) LOCKS BOOKCASE 17' -0' 2' -4' 10' -T all c 9 PNEp`MOPC C .T GON OLA SHELVING DETAILS 1 7/8" V V .. 1 it. c>Q e e O • 1 1 /4" A. L` I I• mts0 I I E BASE ELEVATIONS 14 GA. peqs t= 3/16" i // AAEG G G / o v 1GA MERE 1 o p NE BASE PLATE SHeIF QDNN O V pR5 pA l G LEVELING SCREW WH E N LEVELING SCREW — DOUBLE SIDE CONNECTORS AND "H" SECTION SINGLE SIDE USE (2) -1/4 "0 ANCHORS PER BASE PL. ARE SPOT WELDED TO SHELF USE (2) -1/4 "0 ANCHORS PER BASE PL. 2" EMB. (SEE NOTE NO 4) 2" EMB. (SEE NOTE NO 4) COLUMN 1 SHELF CONNECTOR 2 HORIZONTAL BRACING 3 BASE DETAIL 84" HIGH (72" HIGH ANCHORS EVERY OTHER BAY, ss" HIGH NO ANCHORS REQ'D) 4 WIDESPAN SHELVING DETAI S Z oI I Ulol BOTH SIDES TYP. 1 5/8- e e y M Eo e ',. a COLUM I j 12 GA. PRONG WELDED TO BEAM t =.07" SEC. A —A I I BASE PLATE &SLAB CONN. El 96" 42" I 2 s0 t TY 1/8 1 I 00 05/16 BOLT El L , IE3Vir I ElI I v1 ao I I N O N t= 0.06" t =12 GA. 3 3/4" 2 1/4" N 3 I SEC. B —B L = 1) -3/8 "0 ANCHOR BOLT PER BASE PLATE BEAM 2 1/2" EMB., (SEE NOTE NO 4) 8' HIGH WIDESPAN S H E LV I N G BRACE TO COLUMN CONN. 6 BEAM TO COLUMN CONN. 7j BASE PLATE DETAIL 8 FRONT VIEW SIDE VIEW NOTES: 1— DESIGN OF STEEL STORAGE SHELVING AS SHOWN BY THESE DRAWINGS AND CALCULATIONS ARE IN COMPLIANCE WITH THE REQUIREMENTS 2) - #8 TRUSS SCREW OF THECBC 2007 EDITION P. 2 -STEEL FOR ALL SHAPES FY =36 KSI. ASTM A570 -85 GR.36 (EXCEPT AS NOTED) 3 -ALL WELDED CONSTRUCTION IN A SHOP OF AN APPROVED FABRICATOR C LHCLTRIOKWtNpL 0 U. 4-ANCHORS K) BOLT -3 (ESR 1385) OR APPROVED EQUAL gRP NO SPECIAL INSPECTION REQUIRED) 5- STORAGE SHELVING CAPACITY 150 # / ARM AT GONDOLAS 500 # / LEVEL AT WIDESPAN SHELVING 6 SHELVING INSTALLATIONS AND SHELVING MANUFACTURED IN CONFORMITY G000r EO ALL WITH THIS STANDARD SHALL DISPLAY IN ONE OR MORE CONSPICUOUS LOCATIONS 101I(Itj6P L A PERMANENT PLAQUE EACH NOT LESS THAN 50 SQUARE INCHES IN AREA SHOWING OLOC E 96" 42" THE MAXIMUM PERMISSIBLE UNIT LOAD OF NOTE NO. 5, (IN THE WAREHOUSE ONLY) fo 7 -SLAB ON GRADE 5" THICK, 2000 PSI, SOIL BEARING CAPACITY 500 PSF 7 48" 48" 16" w 16" 16" 1 NO 00 d- 2 00 4 dL REV. DATE REVISION 8 RACK DESIGN AND ENGINEERINGQ ° f OH Fy 412 WEST BROADWAY SUITE #204 GLENDALE CA. 91204 10 U ed Q K q vP qy = SCALE: NONE DRAWN BY: A.KH. w No.005352a m 6 s DATE: 1 -23 -08 GONDOLA SHELVING WIDESPAN SHELVING EXP.: B /30/09 PROJECT: RITE AID #6509 ClV1L Q\ w CALIF MACHADO ST. LAKE ELSINORE, CA. 92530 SIDE VIEW FRONT VIEW FRONT VIEW SIDE VIEW STORAGE SHELVING DETAILS JOB N0. RD -12924 SHEET NO. BY..,.. G,.,,OHAN,IAN.. „... RAdK DEOWN & ENGINEERING[ CEO. DATE...?..- 23,- 08,,.,..,,. 412 WEOT BROADWAY, SUITE 204 SHEET ,NO........... ............. OLENDALE, G1A. 91204 JOB NO....RD- 1.2924... SUBJECT .......................... TEL:(818)240 -3810 FAX:(818)240 -3813 STRUCTURAL CALCULATIONS OF STORAGE SHELVING FOR: RITE AID #6509 MACHADO STREET LAKE ELSINORE, CA. 92530 PER CBC 2007 EDITION STORAGE SHELVING CAPACITY: 150 # / ARM AT GONDOLA SHELVING 500 # / LEVEL AT WIDESPAN SHELVING CALCS. 1 THRU 4 DRAWINGS: RD -12924 gOH1`Fy u N. C053624 L 3 EXP.:6 /30/09 L t l eY_r.c, ... o..H...NIAN....._. RACK DESIGN & ENGINEERING CO. DATE.....- ..23.- ,0,8 412 WEST BROADWAY, SUITE 204 SHEET NO. ..................... GLENDALE, CA. 91204 JOB NO....RD- 12924,,, SUBJECT .......................... TEL:(818)240 -3810 FAX:(818)240 -3813 SEISMIC DESIGN V= SRs xWxl R =4 1 =1.5 Sds =1.3 W= D.L. +L.L. CBC 2007 ASC -7 SEC. 15.5.3 LOAD PER COLUMN P= 4x.15 K =.6 K W =.05 +.6K =.65 K D.L. L.L. V= 1 -3 x.65Kx1.5 =.31K 4 Me= .65Kx(8 " +1.3 ") =6 "K ea GONDOLAS SHELVING BASE SHEAR PER COLUMN Ms= .31Kx80 "x.5x1.15= 14 "K 20 K COLUMN ANALYSIS M A =.76 f---x _._ Ix =1.95 D SX =1.52 rx =1.6 14 K1= 2x80 = 100 rx 1.6 OVERTURNING 48" 48" F Y— 36KSi MOT = .31x80x.5x1.15 =14 "K ly =•6 MR = .65Kx20 " =13"K Sy =.64 4 — 13= ry =.88 UPLIFT= 1 16 • 06 "K 2) -1/4 "0 ANCHOR PER BASE PLATE F a = 12.9 KSI 2" EMB. HILTI KWIK BOLT -3 (ESR -1385) Pa = F a xA = 9.8 K OR APPROVED EQUAL K NO SPECIAL INSPECTION REQ'D Max =S x. F6= 33 COMBINED STRESS RATIO P +M 98 33+ = . 67<1.33 D OX Ul 4t c- By.....c,...oHnN,inN....... RACK DEOWN & ENdINEERINO CO. 1 _ 23 OS 412 WET BROADWAY, ME 204 SHEET NO ...........3 ............. DATE ......- ......- ............... N dLENDALE, dA. 91204 JOB SUBJECT .......................... TEL:(818)240 -3810 FAX:(818)240 -3813 WIDESPAN SHELVING LOAD PER COLUMN 500 # / LEVEL P= 3X.5 K =.75 K 2 Col W= .05D.i 25 LL '4K V= .25x.4K =.13K COLUMN ANALYSIS COMBINED STRESS RATIO P + M 35 + 4.5 — . 78<1 .33 Pa ax 42" v LONGIT. SEISMIC BEAM 500 # / LEVEL 250 # / BEAM t., n Ix =.64 M ro.oe° F Y 36 Ksi. U M= 96 "x.25 K = 3 "K 8 SR= 23" K 2 = . 13<.36 A = 5xWxL3 =. 15,, < 96 = .53" 384x1. xE 180 13K K1= 38 =51 rx .74 KI = 54 - 87 r .62 Ma. =S..F6 =4-5" K 1.1 "K 2 •K S'K 5'K Fe= ( K2x Z= 38 ry F„ —Fy(1 )= 18.7 KSI 4F e P„ =Fr,xA =6.7K i t n nril FY =36 KSi A =.36 n X-Ex- x 5. =.19 t =.07" r. =.. 1 ry =.62 COMBINED STRESS RATIO P + M 35 + 4.5 — . 78<1 .33 Pa ax 42" v LONGIT. SEISMIC BEAM 500 # / LEVEL 250 # / BEAM t., n Ix =.64 M ro.oe° F Y 36 Ksi. U M= 96 "x.25 K = 3 "K 8 SR= 23" K 2 = . 13<.36 A = 5xWxL3 =. 15,, < 96 = .53" 384x1. xE 180 13K K1= 38 =51 rx .74 KI = 54 - 87 r .62 Ma. =S..F6 =4-5" K 1.1 "K 2 •K S'K 5'K Fe= ( K2x Z= 38 ry F„ —Fy(1 )= 18.7 KSI 4F e P„ =Fr,xA =6.7K i t n nril BY..... G, ... QHANIAN....... DATE... ..- 23.- 08.......... SUBJECT .......................... BASE PLATE ANCH. TENSION = 0 ANCHOR SHEAR = .13K RA(dK DE 10N & ENOINEERINO 00. 412 WEOT BROADWAY, ourrE 204 SHEET NO ........... 4............ dLENDALE, GSA. 91204 JOB NO....RD,- 12924... TEL:(818)240 -3810 FAX:(818)240 -3813 1) -3/8 "0 WEDGE TYPE ANCHOR HILTI KWIK BOLT -3 (ESR -1385) OR APPROVED EQUAL, NO INSPECTION REQ'D DESIGNED FOR 1/2 STRESS MOMENT AT BEAM CONNECTION M = 2 +1.7 - 1.9 "K USE 2 PRONG CONNECTOR ALL LEVELS TYP. LOAD TO DIAGONAL P= .13Kx2 xfi0 =.37K COL. 42 Fy =50 KSI L= 60" A =.27 F,= 7 KSI rx =.41 P° = 2 K CHECK WELDS 1/8" WELD 1" LONG EACH SIDE (2" TOTAL) 2x.125x.707x70x.3 = 3.7 K gK 3 3/4 "x2 1/4 "x12 GA. BASE PLATE mw t =12 GA. 2 PRONG CONNECTOR N SHEAR CAPACITY OF THE PRONG KSI 105 "x.5 "x50 x.4 =1.IK Ma CONN. .- (1.1 Kx2 ")x1.33 = 2.8 K OVERTURNING MOT= '13Kx2x120 "x.5x1.15 =18 K MR = .4Kx42" — 17 "K UPLIFT= 18- 2 17=.02 "K CHECK SLAB 500 —1.6 °' 1.6x144 =230 0" 15" M= 1 125 )2x500x 2 x12 = 255"# S= 1`2x52/= 50 6 255 — 5 G 1.6 /2000 =72 50 aoi SIDES I, e I 07" SEC. A -A m SEC. B -8 8 BI 1 a CONCRETE SLAB 000 PSI. CONC. 00 PSF. SOIL T r•Y r a DISPLAY SHELVING Z:AM INSTALLATION INSTRUCTIONS Call Toll Free 800 - 228 -9882 Canada - Call Toll Free 800- 248 -6930) Top Rail R -T) Center Rail R -C) Splicer Rail R -S) 78 "H to 120 "H only Uprite U) * Center Rail R -C) 96TH to 120 "H only Bottom Rail R-B) EQUIPMENT CHECKLIST Leveling Leg Wrench Rubber Mallet and provided) Hammer Carpenter's Level Measuring Tape Screwdriver (Standard) Chalkline Wedges (not provided) String or Dry Line See Step 9 on Sheet 2A for size LOAD OPENING SEQUENCE Back BE) Base Bracket BB) * Base Front CBF) * NOTE: Low Base Components have LB after part numbers. 06 Base Components have 06 after part numbers. Items are shown colored to indicate system of color- coding for boxes. Boxes are also numbered to indicate sequence of box opening to facilitate ease of installation. t OQi d'T Odo ; kCp'LO _f'O OQi . 1 -2' 31 4 5 oq 5 oqF ° o F `o o°F o ° ti F Uprites Base End Trim, Base Brackets Accessories Shelves Rails and Misc. Wire Base Fronts Back Panels Components Base Decks Components BLUE BLUE GREEN VIOLET RED S" & "TL" STYLE - Install flat or 17" downslant. To install, tilt front edge slightly upward and insert tabs into Uprite slots. Lift up on rear of Shelf while lowering front to desired position. DL" STYLE - Install flat, 17' downslant, 30' downslant or 15a upslope (T' thru 19 "). To install, insert tabs on Shelf straight into slots in Uprite. Lift and position "S' &'TL" Style Shelves by gripping front edge of Shelf with one hand and lifting rear edge from underneath with the palm of the other hand when lowering into level posi- tion from tilted entry into Uprite slots. When removing "DL" Style Shelves, lift rear of Shelf to disengage bracket and relax lifting pressure while pulling the Shelf away from the Uprite. 01 -13 REV. AL Uprite End Trim UET) Back BE) Dec Base End Trim BET) * RAILS Deck jopRat \ lR:cl ' Centet Rat\ lR -G BAR CODE LABEL INFORMATION I r&IL I x1111511 TL419H PLTO p a VIII VIII VIII VIII VIII IIII VIII VIII III III pesppn Ouantity SP 0- Rod ors) i 0 Rad 1801 t\ l 0, onom Neao purl opitoeaq PARTIAL PACK LABEL INFO. w PARTIAL PACK WNTENT (ABEL g1GER P'. %N W nwrxVMBEaawwcca OUNJIm 7" 10" 13" 15" 16" 17" 19" 20" 22" 25" 28" 31" BETI. ELBE E.MM, 13D LMBARE PAIR.LW H SHELFANGLES Mreu m MIILLnFLNROBE eRl(18. Mlaill"N 900 UNIFORM 1200 LOAD CAPACITY 1200 Flat S" & "TL" Flat 300 500 500 500 500 500 500 500 500 500 400 400 Style 30a Downslant IIIMAIIIII P811181 Pack Cmlenl LAW ro lams label at MRx ceHOOW tuna palllel pa W. Do Not Exceed! NOTE: Reduce capacities shown by 30% when only the front half of the shelf is loaded or by 50% if the shelf is less than 36" wide. SHELF AND DECK SIZES 7" 10" 13" 15" 16" 17" 19" 20" 22" 25" 28" 31" SHELFTYPE SHELFANGLES RECOMMENDED 900 UNIFORM 1200 LOAD CAPACITY 1200 Flat S" & "TL" Flat 300 500 500 500 500 500 500 500 500 500 400 400 Style 30a Downslant 125 125 125 125 125 125 125 125 125 Shelves & 170 Downslant 300 250 250 250 250 250 250 250 250 250 200 200 ME 200 15eupslope 200 300 300 300 300 300 300 Deck 600 600 600 800 800 800 800 Flat 600 600 600 700 700 600 600 HL" $ a4lDSD" 30e Downslant 125 125 125 style Shelves 17e Downslant qtn pan cn and Decks M -t 59154 6/2007 ©Lozier Corporation 2007 Sheet 11 of 2 Deck 900 1200 1200 1200 1200 Flat 300 500 500 500 500 500 500 500 500 400 400 ROL" 30a Downslant 125 125 125 125 125 125 125 125 125 100 100 17* Downslant 300 250 250 250 250 250 250 250 250 200 200 15eupslope 200 300 300 300 300 300 300 Add Load Easer Base Brackets for 500 lbs. Additional Deck Capacity M -t 59154 6/2007 ©Lozier Corporation 2007 Sheet 11 of 2 I When heavily loading wall shelving or loading or unloading island shelving, it is important to determine if you are creating an unbalanced load that exceeds the maximum 12,000 inch - pounds. The sample calculation below illus- trates how you can determine your unbalanced load in inch - pounds. NOTE: Inch - pounds are a measure of the shelf loads acting at a distance (1/2 shelf depth) from the Uprite. SAMPLE CALCULATION Assume no shelves on Side 1 of Section B1. Find the Unbalanced inch- pounds acting on this Uprite--. hi 25" 200# 25 500# 500# 200# 25' 28 28" E EC 500# 28" } 0 G \ O ye soF J' SxoF? G \ od P I gf This loading situation may be represented by two separate loading diagrams as shown NOTE: Shelf depth is divided by 2 because an evenly distributed shelf load is calculated as a total load at3centerofshelfdepth. Shelf load is divided by 2 because a shelf load is sup- ported by two uprites. WALL SECTION UNBALANCED LOAD CALCULATION: The method used to determine the unbalanced inch - pounds on a wall section is the same as the method shown for an island section. Simply consider the side without shelves having a load of zero. NOTE: See Wall Section Warnings at the bottom of this page. 2. SECTION A 28" oes not contribute d load. 500# 12 \5" 25" 1E 500# ry SIDE 1 1 1 SIDE 2 SECTION B Subtract the smaller unbalanced load from the larger: 13,250 inch - pounds 2,650 inch - pounds NOTE: " # indicates inch - pounds. = 10,600 inch - pounds This is the total unbalanced load acting on the uprite and must never exceed 12,000 inch - pounds per uprite -_/ CAUTION: In this example, 10,600 inch - pounds does not exceed the 12,000 inch -pound limit. However, note that the total of Section A and B on Side 2 is 13,250 inch - pounds. This means that Side .2 would exceed the 12,000 inch -pound limit if loaded before Side 1, or if Side 1 was unloaded before Side 2. Therefore, in the above example, Side 1 (the side with the smaller load) must be loaded before Side 2 is loaded, and Side 2 must be unloaded to less than 12,000 inch - pounds before Side 1 is unloaded. DO NOT EXCEED 12,000 INCH- POUNDS UNBALANCED LOAD! To replumb an island that has an unbalanced load, see other side. SPECIAL WARNINGS: EXTENSION UPRITES - The maximum unbalanced load on shelves above the joint on an Extension Uprite should not exceed 2500 inch - pounds. PEGBOARD BACK LOADS - The load applied to Pegboard Backs with a standard Bottom Rail should not exceed 150 lbs. in total, 50 lbs. in any single square foot area, or 10 lbs. per hook. With heavy duty Bottom Rails, the load applied should not exceed 350 lbs. in total, 50 lbs. in any single square foot area, or 20 lbs. per hook. Excessive loading of Pegboard Backs can cause the Backs to fracture and /or become dislodged which could result in personal injury to employees or customers, damage to property, or damage to the fixture itself. Wall Section Island Section UPRITENOMINALHEIGHT Shell must exceed deck UPRITE Shelf must not exceed deck dept) WALL BASESIZE Shelf depth _ 2) x Shelf load _ 2) SIDE 1 SIDE 2 16" 12.5" x 100# - 1,250" # 90„ z 14" x 100# = 1,400" # 120" a 24 3/4" 144" Canada - Call Toll Free 800 - 248 -6930) N 12.5" x 250# - 3,125" # 14" x 250# - 3 500" # z 12.5 x 250# U m m 14" x 250# TOTAL (Section A and B) 2,650" # s 3d250ae1 #I Subtract the smaller unbalanced load from the larger: 13,250 inch - pounds 2,650 inch - pounds NOTE: " # indicates inch - pounds. = 10,600 inch - pounds This is the total unbalanced load acting on the uprite and must never exceed 12,000 inch - pounds per uprite -_/ CAUTION: In this example, 10,600 inch - pounds does not exceed the 12,000 inch -pound limit. However, note that the total of Section A and B on Side 2 is 13,250 inch - pounds. This means that Side .2 would exceed the 12,000 inch -pound limit if loaded before Side 1, or if Side 1 was unloaded before Side 2. Therefore, in the above example, Side 1 (the side with the smaller load) must be loaded before Side 2 is loaded, and Side 2 must be unloaded to less than 12,000 inch - pounds before Side 1 is unloaded. DO NOT EXCEED 12,000 INCH- POUNDS UNBALANCED LOAD! To replumb an island that has an unbalanced load, see other side. SPECIAL WARNINGS: EXTENSION UPRITES - The maximum unbalanced load on shelves above the joint on an Extension Uprite should not exceed 2500 inch - pounds. PEGBOARD BACK LOADS - The load applied to Pegboard Backs with a standard Bottom Rail should not exceed 150 lbs. in total, 50 lbs. in any single square foot area, or 10 lbs. per hook. With heavy duty Bottom Rails, the load applied should not exceed 350 lbs. in total, 50 lbs. in any single square foot area, or 20 lbs. per hook. Excessive loading of Pegboard Backs can cause the Backs to fracture and /or become dislodged which could result in personal injury to employees or customers, damage to property, or damage to the fixture itself. Wall Section Island Section UPRITENOMINALHEIGHT Shell must exceed deck UPRITE Shelf must not exceed deck dept) WALL BASESIZE LEVELERSPACING(A) TALLESTUNANCHORED UPRITE 13" 9 3/4" 54" 16" 12 3/4„ 72" 19" 15 3/4" 90„ 22" 18 3/4. 108" 25" 21 314- 120" 28" 24 3/4" 144" NOTE: For Uprite applications taller than 144" contact Marketing. ISLAND To help avoid overturning: The height of the Uprite (including Extension Uprites, if used) should not exceed the leveler spacing times six. See the charts. If Uprites on Wall Sections exceed the heights listed, the Base Bracket and the Uprite levelers must be anchored to the Floor or otherwise braced. If Uprites on Gondola (Island) Sections exceed the heights listed, the Base Bracket levelers must be anchored to the floor and the Base Brackets must be secured to the Uprites with SAP pins. Contact local building official for anchoring requirements in seismic zones. Maximum shelf depth cannot exceed Base Deck depth. Do not hang Peg Hooks, Shelves, or other accessories on the back side of a Wall Section or any section without Base Brackets. Wall Sections do not have Base Brackets on the back side to provide support, and use of the back side to display merchandise may cause the section to tip aver. Do not lean tall or heavy items against shelving unless shelving is anchored to a suitable building wall, to the floor, or otherwise braced to prevent overturning. The weight and force of leaning items on unanchored or unbraced shelving may cause the shelving to overturn or collapse. IMPORTANTI Failure to follow these instructions and warnings may result in personal injury to your employees or customers, damage to property, or damage to the fixture itself. Floor Anchor NOTE: For Uprite applications taller than 144 ", TALLEST BASE LEVELER UNANCHORED SIZE SPACING(B) UPRITE 13 "713" 191/2" 114" 13 '716" 221/2" 132" 13 '719" 251/2" 144" 16 "/16" 25 1/2" 144" To help avoid overturning: The height of the Uprite (including Extension Uprites, if used) should not exceed the leveler spacing times six. See the charts. If Uprites on Wall Sections exceed the heights listed, the Base Bracket and the Uprite levelers must be anchored to the Floor or otherwise braced. If Uprites on Gondola (Island) Sections exceed the heights listed, the Base Bracket levelers must be anchored to the floor and the Base Brackets must be secured to the Uprites with SAP pins. Contact local building official for anchoring requirements in seismic zones. Maximum shelf depth cannot exceed Base Deck depth. Do not hang Peg Hooks, Shelves, or other accessories on the back side of a Wall Section or any section without Base Brackets. Wall Sections do not have Base Brackets on the back side to provide support, and use of the back side to display merchandise may cause the section to tip aver. Do not lean tall or heavy items against shelving unless shelving is anchored to a suitable building wall, to the floor, or otherwise braced to prevent overturning. The weight and force of leaning items on unanchored or unbraced shelving may cause the shelving to overturn or collapse. IMPORTANTI Failure to follow these instructions and warnings may result in personal injury to your employees or customers, damage to property, or damage to the fixture itself. Floor Anchor Important Notice for Free Standing Units If Glass Doorkils are used on Wall Section or on one side only of Island Section, reduce maximum height by 12" If fixture is on carpet, reduce maximum height by 12" see other side NOTE: For Uprite applications taller than 144 ", contact Marketing. Call Toll -Free 800 - 228 -9882 Canada - Call Toll Free 800 - 248 -6930) 2007 Lazier Corporation Important Notice for Free Standing Units If Glass Doorkils are used on Wall Section or on one side only of Island Section, reduce maximum height by 12" If fixture is on carpet, reduce maximum height by 12" see other side ANCHORING • NOTE: All fasteners shown are Minimum diameter and length for applications illustrated. WALL MOUNT ALL TYPES ANCHORING INFORMATION /' OF WALL WITH DIRECTLY TOBRACKET -- I{ CONTINUOUS BLOCKING CON ETE WALL Anchoring of all Wall Sections is recommended for limiting deflection under loaded 2 x 4 Continuous conditions. Additional unbalanced load capacity may be available if the Wall Blocking ) Sections are anchored to a suitable building wall or other structure to prevent (See below) ! > / . „ collapse of the shelving. ! " nv, x; 61 / .o The purchaser of the fixture is responsible for determining the suitability of any specific wall or structure to which shelving is anchored, forthe selection of and /or yl`/' proper installation of the anchoring fasteners, hardware and materials, and for !_ the workmanship of those performing anchoring. These guidelines are meant ! ', ri_ Use (2) 1/4" x 2 1/2" to illustrate typical types of anchoring and do not constitute any endorsement by I I Use (2) #10 x 1 1/2" Concrete Wedge Lazier of any specific anchoring application. Each application will vary due toi. 9 Wood Screws Anchors the building, structure and materials used for anchoring, and professional advice should be sought for each anchored installation. Attach as near as possible to uprite. Anchoring ituations other than those illustrated may be encountered. As a- g y ! guideline, each anchoring location shown must provide 450 lbs. pull -out For wood & metal i resistance and be located as shown in these illustrations. Extreme care must - j framed walls - be taken to insure that the building wall or other structure is solid and suitable attach to each for anchoring and will support the load being anchored to it. - o 5/16 "x 4" Lag stud ` 1 i', 2 x 4r ' , Cut Boardsiscrewthrough ( / Do not use plastic or fiber anchors, concrete nails or regular nails. uprite into blocking between Uprites 36 "= 349/16" 48 " =46 9/16" 6" Max 2 x 4 CONTINUOUS BLOCKING r 7— 2 X 4 BEHIND UPRITES 2 x 4 BLOCKING BETWEEN UPRITES Blocking See at ATTACHING BLOCKING TO WALL 6' Max Right) w __ 2 X 4 a o 2 x 4 Blocking j 2 x 4 Blocking Blocking o (See at 1/4 "x 3 1/4" Conc. m p 1/4 "x 3 1/4" self- tappingRight) g ) ° Wedge Anchor / masonry. 1 114" Min. Q 1 1/4" Min. Embedment / / Embedment into solid ob material n° CONCRETE MASONRY (Concrete block, brick, etc.) 1 2 x 4 Blocking 2 x 4 Blocking p V 12" Max r ' 5/16 "x 4" Lag Screw j'- (2) #8 x 2 5 /8" self at each stud. y :.' drilling dry wall IBLOCKING N -- screws at each stud. WO D STUD WALL METAL STUD WALL (14 ga. Min) REPLUM13ING AN ISLAND THAT 1446' AN • The Lozier Uprite and Base Bracket System is designed to function well under most merchandising circumstances. However, occasionally one side of an island becomes more heavily loaded than the other, which causes the uprites to lean toward the heavy side. This may cause gaps be- tween shelves on the heavy side. It is important to read all warnings prior to replumbing an island. Do not attempt to replumb an island that is overloaded! exceeding 12,000 inch - pounds unbalanced load) WARNING: Before beginning, determine the unbalanced load on the wall or island to be sure it does not exceed 12,000 in. lbs. See Unbalanced Load Calculation. WARNING: Afully merchandised island will often contain several tons of merchandise. Extreme caution should be exercised to avoid shelving collapse or falling merchandise, which could result in serious injury. Shoppers and other persons not involved in adjusting the island should be denied access to the area during this procedure. WARNING: Do not remove the Closed Base Fronts or Base Decks from a loaded island, as this may cause shelving collapse. Before starting, the following are required: Two people (one for pushing and one for adjusting levelers) • Carpenter's Level Leveling Leg Wrench or' /," Open End Wrench • A Length of 2 x 4 or other similar material to aid in pushing against Uprite. Identify the Uprites that need to be rep- Move to the lightly ( Using the leveling Move to the heavily lumbed by observing shelf gaps (as shown loaded side of the island -{ wrench, screw in 4 loaded side of the below) or by sighting down the line of • and find the first Uprite 3 • (retract) the Level- • island and locate the Uprites. Estimate how far out of plumb each to be replumbed. Pry ing Leg counter- same Uprite. Pry up Uprite is. the Closed Base Front clockwise about 1 the CBF to access CBF) up about' / " to turn for each '/ " the Base Bracket x access the Base Brack- the Uprite is o1of Leveling Leg. et Leveling Leg. plumb. DO NOT TURN THE LEVELER YET! Shelf Gap /Z' yz' Have the second person push on the Uprite face . Check to be sure Uprite ---777 Repeat Steps 2 -6 for each Uprite5 (heavy side) with the push bar. This will , "I is plumb with the Level. / that needs to be replumbed. reduce the pressure on the Leveling rT Repeat Steps 2 -6, if / Sight down the tops of theLegwhichisabouttobeextended. • • g . p Y necessary, I; Uprites to assure that DONOTATTEMPTTOEXTEND until - the the island is THE LEVELING LEG WITHOUT Uprite is straight. RELIEVING THE PRESSURE ONIT. !r plumb. As the person pushing relieves the pressure on the Leveling Leg, use the Leveling Leg wrench to slowly extend the Leveling Leg clockwise, by the same number of turns i as tfie Leveler on the opposite was retracted - plus 2 turns. CCAUFION: Do not extend.thejBase Bracket Leveling Leg more i anll" past the bottorriof,the- Bracket. j) y -t see other sidei POST THIS INFORMATION IN A LOCATION CLEARLY VISIBLE TO ALL STORE PERSONNEL READ BEFORE ASSEMBLING OR USING SHELVING WARNING FOR YOUR SAFETY These instructions and safety information should be reviewed with all store personnel, and along with all other instructions for your Lozier products, must be preserved and provided to any subsequent user or purchaser of these fixtures. Additional copies available upon request. Install all shelving according to installation instructions and use components only as instructed. Shelving and components should only be installed or rearranged by trained personnel who have read and understand these instructions and warnings. Local codes and regulations concerning building, fire, sanitation, or seismic requirements may apply to some installations. It is the responsibility of the owner of these fixures to check with local building authorities to determine what codes or regulations, if any, apply and always install the shelving in compliance with any such requirements. When installing or rearranging shelving, never move assembled shelving. Do not combine Lazier products with non - Lozier products. Never use damaged parts. Damaged parts may cause shelving to be structurally unsafe or create exposure to sharp or pointed edges. If parts were damaged in shipment, do not use and contact your Lozier Customer Service Representative. If parts are damaged after shipment, discontinue use immediately and order replace- ment parts. Do not exceed Allowable Load Limits(see Sheets 1A and 16 or the Lozier Catalog). Make certain you calculate the unbalanced load as shown on page 1 B of these instructions. Exceeding allowable loads may cause the shelving to tip over or collapse. Base fronts, either open or closed, are required on 06 Base shelving for structural integrity and stability. Use of 06 Base shelving without base fronts may cause the shelving to collapse. Caution: Use of any shelving without Closed Base Fronts (CBF) may allow material handling or floor cleaning equipment to collide with the Base Brackets causing the shelving to be knocked out of alignment or collapse. All components which require trim such as Uprites (U) and Base Brackets (BB) must be installed with trim pieces. Untrimmed parts may have unfinished edges that must be covered by trim to avoid exposure to store personnel or customers. Use Molding End Trim to cover exposed corners of S -style shelves. Do not hang Peg Hooks, Shelves or other accessories on the back side of a Wall Section or any section without Base Brackets. Wall Sections do not have Base Brackets (BB) on the back side to provide support, and use of the back side to display merchandise may cause the section to tip over. To avoid store personnel or customers accidentally coming in contact with display fixtures, never allow any Shelf, Peg Hook, or other display to protrude into an aisle or to extend beyond the edge of the Base Deck or End Deck (if used). All End Merchandising Panels intended for use with Shelves or accessories must include End Decks or other floor display to direct people away from the shelves or displays above the End Deck or other floor display. Do not lean tall or heavy items against shelving unless shelving is anchored to a suitable building wall, to the floor, or is otherwise braced to prevent overturning. The weight and force of leaning items on unanchored or unbraced shelving may cause the shelving to overturn or collapse. Shelving (or racks) that are leaning or bending when loaded may indicate a dangerous overload or impending collapse. Loads should be immediately reduced, and the cause for this condition should be corrected, before reloading. Refer to appropriate installation instructions to assure shelving (or racks) are properly assembled, replace any damaged components or parts, and do not exceed recommended maximum loads or engage in any other unsafe use of the shelving (racks). Provide safe access to all levels of storage & display shelving in accordance with applicable OSHA regulations. Never allow anyone to climb, walk, or stand on shelv- ing. These shelves were not designed to withstand the extra weight and impact of climbing, walking and standing, and the added weight and impact of such actions may cause the fixture to collapse. Never alter, modify or otherwise structurally change the shelving or any of its component parts. Modification or alteration may cause the shelving or component part to become structurally unsafe resulting in tipping, collapse or, other failure of the fixture. IMPORTANT! Failure to follow these instructions and warnings may result in personal injury to your employees or customers, damage to property, or damage to the fixture itself. BASE BRACKET REMOVAL & REPLACEMENT (FOR OPTIONAL REMOVABLE BASE BRACKETS ONLY) WALL SECTIONS • IMPORTANTI These instructions must be followed to prevent collapse of the system. A crew of two (minimum) is required. One crew member must hold the uprite while the other is removing and replacing the base bracket on that uprite. Remove merchandise and shelves. Remove base deck and base front from one section on each side of base bracket being removed. (If uprite is lagged to wall, adjust leveling leg up 1/8 " -1/4" to relieve preload on bracket.) 1) Pull latch tabs away from uprite. It may be necessary to pull tabs on each side of Base Bracket simultaneously in order to disengage latch. 2) Lift bracket up and out of uprite. Install replacement , base bracket immediately. Reinstall base front and base deck. Proceed to next base bracket. I \ IMPORTANT! These instructions must be followed to prevent collapse of the system. ISLAND SECTIONS: WARNINGI Be sure to unload heavy side of island first, to prevent overturning. Be sure that, at no time, the unbalanced load rating (see page 1B) is exceeded as a result of unloading. Work on one side of island at a time. Remove merchandise and shelves. Remove base deck and base front from one section on each side of the base bracket being removed. Make sure that uprite leveling leg is touching floor. Adjust bracket leveling leg 1/8 " -1/4" off floor to relieve preload on bracket. 1) Pull bracket latch tabs away from uprite. It may be necessary to pull tabs on each side of Base Bracket simultaneously in order to disengage latch. 2) Lift bracket up and out of uprite. Install replacement base bracket immediately. Reinstall base front and base deck. Proceed to next base bracket. RAIL INFORMATION 120" NOTE: Center Rails will occasionally be painted in other neutral colors at random including galvanized). R -T Top Rail) R -C Center Rail) Locate near center of back. R -S Splicer Rail) For Two -Piece Backs R -C Center Rail) Lower Center Rail for 96 "H to 120 "H only. Locate near center of back. - t. R -B Bottom Rail) BACK PANEL INFORMATION IMPORTANT.! Top of Pegboard Backs are marked with a paint stripe. First row of holes are' /9" from top edge. 84" 78' 7212 66 BE36 60' (j BE66 I 54" 48" I BE42 36 8 42 BE36 = BE30 Indicates Center Rail BE60 7E54 m I raw N Fft r 2' Wide = 2217/32" 3' Wide = 3417/3?" 4' Wide = 4617/32' 108" I I BE48 BE36 BE48 B 4 e m r _ 6 BE, BE42 BE66 BE36 BE30 6 78 "thru 120" are two pieces with Splicer Rail NOTE: If Telescopic Uprites (TEL) are being installed, the Center Rail must be installed in the third lance 12 ") down from the top of the Uprite. If used with Uprites 60" through 72" high, a Center Rail must be installed in the third lance down and another installed at mid - height of uprite. Bend all tabs outwards Detail 4a of Section 2a) at each end of the Center Rail.