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HomeMy WebLinkAboutB21005371_APPROVED_ Watershed Apts Deferred Submittal #016 - Roof Anchors - REV 1_AHBL_S19_review19900 144th Avenue NE - Woodinville, WA 98072 Phone (425)-487-5200 - Fax (425)487-5290 Contractors License Numbers: Idaho #RCE-28717 - Oregon CCB #121086 - Washington #SIERRCC145N8 Job: WATERSHED RENTON Spec Section No: 625 Williams Ave S Renton, WA 98057 Submittal No: 07 16 Sent Date: Revision No:0 01-22-08 Submittal Reference:Thermal and Moisture Protection Submittal Name:Roof Anchors Taylor Galbraith Sierra Construction Company, Inc. Contractor:Architect (Primary): Studio 19 Architects Jeff Walls 207 1/2 1st Ave S Suite 300 Seattle, WA 98104 Contractor's Stamp Architect's Stamp Engineer's Stamp APPROVED APPROVED AS NOTED REJECTED STUDIO 19 ARCHITECTS AHBL AHBL INC GMD RENTON LLLP Signature Date THESE DRAWINGS/PRODUCT DATA HAVE BEEN REVIEWED BY SIERRA CONSTRUCTION CO. FOR COMPLIANCE WITH THE CONTRACT DOCUMENTS. THIS REVIEW OF ACCEPTANCE DOES NOT RELIEVE THE SUBCONTRACTOR FROM THE RESPONSIBILITY FOR CORRECTNESS AND COMPLETENESS. *DESIGN TEAM APPROVAL FLOW* SIERRA CONSTRUCTION IS REQUESTING REVIEW AND APPROVAL FROM THE FOLLOWING ENTITIES: SIERRA IS REQUESTING TO HAVE THIS SUBMITTAL REVIEWED BY THE ABOVE ENTITIES AND RETURNED TO THE PROJECT MANAGEMENT TEAM BY: Date 07/26/2022 07/26/2022 08/09/2022 X X X 1 AHBL Project No.: 2200335.20 Corrections or comments made on the shop drawings during thisreview do not relieve contractor from compliance with requirementsof the drawings and specifications. This check is only for review ofgeneral conformance with the design concept of the project andgeneral compliance with the information given in the contractdocuments. The contractor is responsible for confirming andcorrelating all quantities and dimensions, selecting fabricationprocesses and techniques of construction, coordinating his workwith that of all other trades, and performing his work in a safe andsatisfactory manner. Date: 07/26/2022 By: KLELAND AHBL Inc. NO EXCEPTIONS TAKEN REJECTED SEE REMARKS SUBMIT SPECIFIED ITEM: REVISE AND RESUBMIT FURNISH AS CORRECTED x Ian McEniry 7/28/2022 REVISION Received: 06/28/2023 / KJPeterson BUILDING DIVISIONB21005371 Deferred Submittal Fall Protection REVIEWED Rick Lee 07/03/2023 BUILDING DIVISION THIS SET OF REVIEWED PLANS MUST BE MADE AVAILABLE ON THE JOB AT ALL TIMES DURING CONSTRUCTION. Note: This review is for the non-structural review only REVIEWED By: Alan Findlay, P.E. Date: 07/14/2023 Super Anchor Safety | 17731 - 147th St. SE, Monroe, WA 98272 USA | (425) 488-8868 | www.superanchor.com SUPER ANCHOR SAFETY® CRA Commercial Roof Anchors Instruction/Specification Manual 2020 Material SpecificationsRisers and base plates: Imported Q235 Steel.Domestic: A-36, 304sst, 316sst.Finish: ASTM 123 or Hot dip galvanized (HDG).Loop Tops: Imported No. 1090=Q235 cast steel. No. 1090S=316 cast sst.Low Temperature: -30ºF to +130ºFFoam Filling: Polyurethane foam filled CRA risers. !WARNING TO USER!You are required to read and use the Instruction/Specification manual supplied at the time this device was shipped. Improper use and installation can result in serious injury or death. Follow inspection requirements before each use.ENGLISHVERSION ©SCN 2020 [MIT] Fig.1.0 Backer Plate Bolt Attached Base Plate A-307 Threaded Rod  ComplianceCRA anchors are 3rd party certified to comply withOSHA 1926:502/1910.140(13).“W” part numbers comply with ANSI/IWCA 1-14.1.Use for Fall Arrest and Work Positioning. Strength Rating Ultimate Strength Capacity: Min. 5,000lb(22.5kN) in any direction the load is applied to the top fixture. Proof Loading: Only part numbers with (W) suffix are rated for proof loading and must not exceed 2,500lb(11.3kN). 4-1 Design Load: 1,250lb(567kg). Anchor Locations: Are determined by the fall protection design and use as single anchor point (PPE), Horizontal Line (HLL) or window washing. Typically specified by the project architect or engineer with spacing of 20-30ft o.c. SAS plan service is available. See pg. 4. Fall Protection Specifications of Use1 person max. user wt. 340lb including tools and equipment. Use for an anchorage connector designed to support a suspended component/tie-back line or an active fall protection system with a maximum free fall exposure of 6ft(1.8m) when used as a fall arrest anchor. Horizontal Lifelines (HLL) End anchors or intermediate anchors as shown at pg.4 Fig.4.0. User PPE: Users are required to wear a full body harness (FBH), a personal energy absorber with other fall protection components that comply with current OSHA/ANSI/CSA standards. Window Washing: (W) suffix part numbers are rated for window washing and required to be bolt attached, as shown at Figs. 1.6-1.7, field welded Fig.1.5 or concrete embedment Fig.1.4. Fastener Options: See Table 3.3Screws: Use only for CRA 8", 12" and 18" riser heights. No HLL or window washing use. Fastener specifications shown at Table 3.3 pg.3.Wood Substrates: 40ea No. 2022 SAS supplied Hex screws as shown at Figs. 1.1-1.2-1.3 or HeadLok screws with gimlet point for wood. Metal Decking: Install CRA with a maximum riser height of 18” over 22ga or thicker Type-B metal decking. Attach over the top flute as shown at Fig.1.3 with 36ea SAS supplied No. 2022 hex screws. Fastener penetration shown at Figs 3.3-3.4. For Insulation panels shown at Fig.3.3 use SAS supplied Head-Lok SD tip screws for metal. Note: Riser heights over 18” require to be bolt attached. Project specific engineering is required and use of backer plates as shown at Fig.1.7.Bolt Attachment: Risers over 18" are required to be bolt attached with a min. of 4 each 1/2"d. grade 8 stainless steel or type A307 all thread w/lock nuts see Figs.1.6-1.7. Steel backer plates are required unless the CRA is bolted directly to a structural steel member. See pg. 3 for bolt hole specifications.Concrete Embedment Bolts: Wedge type 1/2"d. to be specified by project architect/engineer and installed per bolt mfg. specifications. Flat washers are required. See Table 3.1 pg. 3.Poured in Place: 1/2"d. J bolts or equivalent specified by architect or engineer.Concrete PSI: 2500lb min. concrete must be sufficiently cured to support the fall protection load. Field Welded: Weld base plates to structural steel members per SAS/field weld specifications shown in Table 3.2. pg.3 and Figs. 3.0 and 3.2. Base plates may be supplied without bolt holes when requested.Welding required to be performed by a certified welder. Wood Framing: Install over structurally engineered wood framing as shown at Figs. 1.1-1.2 and pg. 4 details for substrate and backer specifications. Wood screws must be installed through at least one layer of 3/4" plywood. Structural Steel or Wood Beams: As shown at Figs. 1.6-4.4, use a CRA standard or custom sized anchor and backer plate that allows bolts or A307 rod to be positioned as close as possible to the beam. Structural Support The anchor attachment point must be structurally capable of supporting 5,000lb or 2x the intended fall protection load per OSHA 1910.140(13). 3rd party structural engineering is available from SAS upon request. For example: 1 person w/energy absorber maximum arrest force of 1,800lb x 2= 3,600lb attachment point. Wood Framing: Typical wood framed attachment specifications using 16x16" base plates are shown on pg. 4. Installation design specifications by a qualified engineering firm may be used without approval from SAS. CRA-W Cast Loop Top PID Label Serial No. Tag  Riser52 Hole Base Plate  Fig.1.1 Fig.1.2 Fig.1.3 Fig.1.4 Fig.1.5 Fig.1.6Fig.1.7 Screw Fasteners Screw Fasteners Typical 7/6" OSB Substrate 3/4" Plywood Backer. See pg.4. 40ea Hex screws 3/4" Plywood Primary Substrate. Backer not required. 40ea Hex screws Type B Metal Deck 36ea Hex screws Attach only to 3.5" top flutes spaced 6.0"o.c. Minimum Thickness 22 gauge. Concrete Embedment 4 or 8 Bolt Attachment. See Table 3.1.  Field Welded Base Plate See Table 3.2 for weld specification.Request substrate report for thickness. Bolt w/backer plate or attach w/HeadLok screws.  Insulated Panels w/Metal Decking B21005371 Deferred Submittal Fall Protection REVISION Received: 06/28/2023 / KJPeterson BUILDING DIVISION REVIEWED By: Alan Findlay, P.E. Date: 07/14/2023 SUPER ANCHOR SAFETY®Page 2CRA Manual 2020 English Version Inspections/MaintenanceAnchors are required to be inspected prior to installation and use for fall protection to confirm they are free of defects and verify the correct fasteners have been used. A record of annual inspections by a qualified or competent person should be maintained. SAS inspection points may be used as part of the building owner’s maintenance plan. Warning! Anchors subjected to a free fall or other damage must be tagged to prevent further use until inspected by a qualified or competent person. Inspection points . =Remove From Service. =Repair. Model SpecificationsCRA anchors in Table 1.0 are standard design riser and base plates. Custom fabricated anchors are available. US mfg. CRA’s are supplied in 304 or 316sst. Imported CRA’s are supplied with 304 risers and 430 base plates. The vent hole required for galvanizing is plugged with a 3/8”sst hex screw and thread sealant. The plug is removable for foam filling if necessary. Reapply sealant if the plug is removed.  Inspect welds. If cracks present.   Rust present.  Clean and apply cold zinc coating.  PID Label Missing.  Request replacement labels.  Riser is bent or deformed.   Missing fasteners. Do not use anchor until installation is corrected.  Vent hole plug missing.  Request replacement vent plug. Table 1 Use Rating RiserHeight PartName Material SASPart No. Top Fixture Fastener Specifications Approx wt/lbSchO.D.Base Type No.Type Wood/Metal Concrete Rated For WindowWashing 1 PersonPPEAnchor HLL EndandIntermediateAnchors 8 CRA-8W 40 3.0”3/8” ▲HDG 1035-W 1090 Q235 Screws 40ea Wood 36ea Metal Hex BoltMin. 4 ea1/2” Grd 8or SST Wedge Bolts 4ea 1/2”d. See Table 3.1 36 304sst 1035-WS 1090-S 316sst 316sst 1035-WSX 12 CRA-12W 40 3.0”3/8” ▲HDG 1032-W 1090 Q235 41 304sst 1032-WS 1090-S 316sst 316sst 1032-WSX 18 CRA-18W 40 3.0”3/8” ▲HDG 1033-W 1090 Q235 4 or 8 46 304sst 1033-WS 1090-S 316sst 316sst 1033-WSX 24 CRA-24W 80 3.0”5/8” ▲HDG 1042-WG 1090 Q235 Hex Bolt Min.4ea1/2” Grd 8 SST or A-307 All Thread Wedge Bolts 8ea. 1/2”d.See Table3.1 64 304sst 1042-WS 1090-S 316sst 316sst 1042-WSX 30 80 4.5”7/8” HDG 1025-W2 *1093 Q345 81 304sst 1025-W2S *1093-S 1090-S 316sst 316sst 1025-W2SX 36 CRA-36W22.0” i.d.Loop Top 80 4.5”1.0” HDG 1026-W 2 *1093 1090 Q345 95 304sst 1026-W2S *1093-S 316sst 316sst 1026-W2SX 1 Person PPEAnchor HLL End andIntermediateAnchors 30 CRA-30 80 3.0”5/8” HDG 1025-G 1090 Q235 66 304sst 1025-S 1090-S 316sst 316sst 1025-SX 36 CRA-36 80 3.0”3/4” HDG 1026-G 1090 Q235 79 304sst 1026-S 1090-S 316sst 316sst 1048-SX ∆ ∆ ∆ ∆ ∆ ∆ ∆ ∆ ∆ ∆ ∆ CRA-30W22.0” i.d.Loop Top CRA Table 1 Spec Sheet 03-2020 ©SCN [R] Table 1.0 Key CodeW= Rated For Window Washing.G/HDG= ASTM 123 Hot Dip Galvanized.S= 304 Grade Stainless Steel.X= 316 Grade Stainless Steel. Max proof load 2,500lb.  #14 or HeadLok screws, bolt attached, concrete embedment or field weld. Bolt attached, concrete embedment or field weld.=Stock anchors *2.0” i.d. Loop Top option.Note: Bolt attachment may require a backer plate. US mfg. Labelw/Serial No. Import mfg.Serial No.Tag Fig.2.1 Carabiner Fig.2.0Snaphook Fig.2.2Non-compatibility. Do not attach two connectors to a loop top. 3.0”o.d. Riser SpecificationsCRA-W 8-24” and CRA 30-36” are fabricated with3.0”o.d. risers and 1-3/8”i.d. loop tops. 4.5”o.d. Riser SpecificationsCRA-W2 30-36” are fabricated with 4.5”o.d. risers and No.1093 2.0” i.d. loop tops. 1090 loop topsare available as a custom mfg. Fig.2.3 Fig.2.4 Fig.2.7 Loop TopSide View Part No. Fig.2.6 No.1090S 316sst Table 1.1 Riser Dimensions 3”o.d. Riser Wall Wall Thickness Sch. US Mfg.Import Q235 US Mfg.Import 40 2.875 2.90 [76mm] 0.203 6mm [0.236] 80 0.276 8mm [0.314] 4.5”o.d. Riser Wall Wall Thickness 80 4.500 N/A 0.337 N/A =Nominal measurement  Fig.2.5 5M Strength Rating SAS Part No. Date of Mfg. ANSI Z359.1 3/8” sst Hex Screw.May be removed toapply foam filling.  Loop Top Markings No.1090 Cast Steel Loop Top FixturesNo. 1090 Loop tops are designed for compatibility with snaphooks, carabiners, and SAS HLL fixtures shown on pg.4. Do not attach more than one connector to a loop top as shown at Fig.2.2.No. 1093 Loop Tops require carabiner connectors. B21005371 Deferred Submittal Fall Protection REVISION Received: 06/28/2023 / KJPeterson BUILDING DIVISION REVIEWED By: Alan Findlay, P.E. Date: 07/14/2023 SUPER ANCHOR SAFETY®Page 3CRA Manual 2020 English Version Typ 1/4” Base and Backer Plate Specifications Backer plates shown at Figs. 1.6-1.7 are required for bolt attached CRA’s and have the same drill hole sizes and locations as the CRA base plates. Standard base and backer plates are 16x16", 12x12” and 10x10". Custom size base and backers are available upon request. See Table 3.0. Concrete Embedment Concrete wedge bolts have a maximum spacing of 4-3/8"o.c. requiring a minimum base plate dimension of 10x10". 9/16”d. wedge bolt holes are shown in red on Figs. 3.0-3.1-3.2. See Table 3.1 for wedge bolt requirements. Fig.3.0 52 Hole Base/Backer Plates CRA-W 8"-12"-18" are fabricated with 3/8" holes for use with #14 screws and HeadLok screws. Any of the 12ea 9/16"d. holes shown in black and red are specified for 1/2"d. bolts. Bolt holes are purposely oversized. Fig.3.1 Bolt Attached Base/Backer Plates 16x16"/12x12" 16x16" and 12x12" plates are fabricated with 4, 8 or 16 bolt holes as required for installation. Any of the 9/16"d. holes may be used for bolt attachment. Note: Weld specifications are the same as 16x16" plates. Fig.3.2 Bolt Attached Base/Backer Plates 10x10" 10x10" plates are fabricated with 8ea 9/16" bolt holes. Any of the holes may be used for bolt or concrete embedment. Fig.3.3 Fig.3.4 Enlarging Bolt Holes Any of the 3/8" or 9/16" bolt holes may be field drilled for larger diameter bolts and to accommodate installation specifications. Application of a rust preventative coating to bare metal is required. Field WeldingApply 2 coats or more of a rust preventative coating to all field welds and raw risers. Table 3.0 Fastener Hole Specifications Base Plate Riser Sq"Dimensions Bolt9/16"Screws3/8" Standard 52 hole 8/12/18"16 12 40 Bolt Attach 24/30/36"10/12/16 4-8-16 N/AConcrete 8 up to 36" No. of wedge bolts are specified by the concrete thickness. Table 3.1 Concrete Embedment Model Base Plate Min. Embed 4 bolt 8 bolt CRA-W8 10x10" up to 16x16" 2.625 N/ACRA-W12 3.75 CRA-W18 5.50 3.50 CRA-W24 6.875 4.50 CRA-W30 N/A 5.50 CRA-W36 6.50 Reference: DHG report July 18-2018 pg.5. Hilti KB-TZ Expansion anchors or =. Table 3.2 Field Weld Base Plate Side A Side B Weld 10x10"2.5" 5.0"1/4"12x12"3.5" 16x16"5.5" Reference: DHG report July 18-2018 pg.3. Fastener Specifications Use only SAS supplied or specified fastener types as shown in Table 3.3. Do not substitute with other types unless they have been engineered by a qualified person. Bolts require lock nuts/washers. Threaded rod on both ends. Grade 8 minimum. Recommend to use Grade 304 or 316 stainless steel or=.Fastener Penetration Wood and metal substrates require a minimum thread penetration of 3/4" not including the screw tip. Table 3.3 1/2"d. Hex Bolt Size to fit2.5" LengthThreaded RodA-307 galv. or SST 1/8" Min. thread penetration Lock nuts/washers both ends Wedge Anchor 1/2"d. See Table 3.1 for length.#14 HexScrew 5/16" drive SD-3L drive Max length 18"HeadLok Screw SP point for wood. SD self-drilling tipfor metal panels. HeadLok Screws through insulation and metal decking. #14 Hex Screws through wood. Threads penetrate 3/4" minimum.  B21005371 Deferred Submittal Fall ProtectionREVISION Received: 06/28/2023 / KJPeterson BUILDING DIVISION REVIEWED By: Alan Findlay, P.E. Date: 07/14/2023 SUPER ANCHOR SAFETY®Page 4CRA Manual 2020 English Version Horizontal Lifeline Systems (HLLS) CRA’s used for HLLS end terminations are required to be bolt attached, concrete embedded or field welded. CRA’s used for intermediate anchors with a maximum riser height of 18” may be attached with SAS specified screws. See Figs. 4.1-4.2-4.3 for SAS supplied HLL fixtures. Components mfg. by others may be used when specified by a competent or qualified person or project architect/engineer. Consult SAS 2018 HLL System Instruction/Specification manual. Consult SAS plan service for anchor installation recommendations and HLL system design. Fig.4.0 Fig.4.1 Fig.4.2 Fig.4.3 Fig.4.4 Fig.4.5 Fig.4.9 Fig.4.10 Fig.4.11 Fig.4.6 Fig.4.7 Fig.4.8 CRA HLL end termination CRA HLL intermediate anchor Bolt Attached SST Jaw-Jaw Turnbuckle No. 1058-S 3/8" Wire Rope eye thimbleNo. 1082-S Coupler Bolt attached Metallic Energy Absorber No. 1059 See 2020 Energy Absorber Addendum tor optional absorber models. Bolt attached Galv. Jaw-Jaw Turnbuckle No. 1058 PID Labels are made from adhesive backed vinyl with a clear vinyl cover. Request replacement labels by contacting SAS. An image file of the original label is required. Wood Framing DetailsInstallation details shown here are typical for 2x4"/I-Joist wood framed structures with primary sheathing less than 3/4" thick. Architects/engineers may provide alternate framing/attachment specifications. PID Label Clear Cover Glue-lam or wood beam 1/2" bolts or A-307 threaded rod. Shims to reduce the margin between bolts and the beam face. Approx 24" length. CRA Backer Plate Lock nut w/washer Top chord or I-Joist w/7/16" sheathing. 3/4x36" length plywood backer to fill space between framing. One row of fasteners centered over top chord. WARNING! Do not install CRA anchors onto OSB of any dimension. 3/4" plywood top sheathing or backers are required. 3/4x48x48" plywood top sheathing Top sheathing attached per architect’s specification. Primary sheathing Top chord or I-Joist w/7/16" sheathing. Primary Sheathing Bolt attached with plywood under sheathing and CRA backer plate. CRA backer plate CRA Sloped Specify degree of riser and loop top orientation. “A” Orientation “B” Orientation CRA Riser FlashingSAS supplied Master Flash™ EPDM w/35yr service life. Use with 3" and 4-1/2" risers. Seal the flashing collar w/sst pipe clamp. Flashings required for membrane or other types of roofing materials to be specified by the project architect or roofing contractor. Order complete Master Flash kit No. 2050-A. SAS No. 2050 Master Flash Pipe ClampDeck screws 4" Flashing Height TiteBond™ CaulkingCRA Service Zone 360 d e g r e e s Lifeline o r S R L Max. User Wt.: 340lb Max. Free Fall: 6ft Maximum Arrest force: 1800lb Use of a personal energy absorber is required. 3/4x28x36" plywood backer 24" Max. spacing for 2x4" 2-3/4"2-3/4"2-3/4"2-3/4"24" or less spacing 3/4x28x36" under sheathing User warning and specifications Material Type Compliance Ok to use this application with 3/4"plywood backer below 19/32" wood roofsheathing. fill all holes with wood screwsas required by anchor mfr/supplier - seepage 2. Figure 4.6 requires additionalengr specification regarding 3/4" plywoodoverlay attachment to roof shtg/ framing B21005371 Deferred Submittal Fall Protection REVISION Received: 06/28/2023 / KJPeterson BUILDING DIVISION REVIEWED By: Alan Findlay, P.E. Date: 07/14/2023 Super Anchor Safety | 17731 - 147th St. SE, Monroe, WA 98272 USA | (425) 488-8868 | www.superanchor.com Page 8E/S    SAS 2018 Fall Protection Manual / Manual de Protección Contra Caídas 2018 de SAS Rigging/Length of Fall Plan The Sample Length of Fall Plan (LOFP) is intended as a guideline only. Each user is required to draft their own Job Specific Fall Protection Plan. Cordaje/Plan de Distancia de CaídaEl plan de distancia de caída se muestra (LOFP, por sus siglas en inglés) debe utilizarse únicamente como guía. Se solicita a cada usuario elaborar su propio Plan de Protección contra Caídas conforme a su trabajo específico. Calculate Length of Fall (A+D+E+F+G)=LOFP Factors: Sample Plan 1) Free fall Length “A” 72”(1.8m) 2) Rope grab deceleration “D” 12”(0.3m) 3) Absorber deployment “E” 42”(1.06m) 4) Harness stretch “F” 12”(0.3m) Total Length of Fall (LOF) 138”(3.5m) 5) Ground clearance “G” 52”(1.3m) Length of Fall Plan (LOFP) 190”(4.8m) Note: Rope grab deceleration “D” may be eliminated from the LOF by use of a Limiter Knot. Fall Arrest Line Slack “C” Slack in the lifeline is required to travel along theleading edge as shown at Fig.8.0. The greater the slack, the wider the range of horizontal movement.Line slack is calculated by subtracting the D-ringheight “B” from the free fall length “A”. C= 20”(0.5m)WARNING! Too much line slack will increase the free fall length. Make adjustments to limit the slack. Calcular Distancia de Caída (A+D+E+F+G)=LOFP Factores: Plan de Muestra” 1) Distancia de caída Libre “A” 72”(1.8m) 2) Desaceleración de polea de tracción “D” 12”(0.3m) 3) Despliegue de amortiguador “E” 42”(1.06m) 4) Elasticidad de arnés “F” 12”(0.3m) Distancia total de caída (LOF) 138”(3.5m) 5) Distancia hasta el suelo “G” 52”(1.3m) Distancia del Plan de Caída (LOFP) 190”(4.8m) Nota: la desaceleración de la polea de tracción “D” podría eliminarse de LOF por el uso de un Nudo limitador. Cuerda Floja de Retención de Caída “C”Se requiere que la cuerda de salvavidas este floja y se desplace a lo largo del borde frontal como se muestra en la Fig.8.0. Mientras mayor sea la cuerda floja, más ancho será el margen de movimiento horizontal. La cuerda floja se calcula restando la altura del anillo en D “B” de la distancia de caída libre “A”. C = 20”(0.5m) ¡ADVERTENCIA! Demasiada cuerda floja aumentará la distancia de caída. Realice los ajustes necesarios para restringir la cuerda floja. “C”Line slackCuerda Floja20”(0.5m) Leading EdgeBorde Frontal Energy Absorber Amortiguador de Energía Fig.8.1 “A”Free-fallCaída Libre72”(1.8m)A=(B+C) “D”Rope Grab DecelerationDesaceleración de la Polea de Tracción12”(0.3m) “E”Absorber DeploymentDespliegue de Amortiguador42”(1.06m) Lengthof Fall “LOF”Distanciade Caída “LOF”11ft-6”138” (3.5m) Fig. 8.2 “F”Harness StretchTensión de Arnés12”(0.3m) “G”GroundclearanceD-ringheight.Distanciaal sueloAltura deAnillo en D.52”(1.3m) Limiter KnotBelow RopeGrabNudo LimitadorDebajo de laPolea de Tracción “B”Dorsal D-ringAnillo Dorsal en D52”(1.3m) Lifeline Rigging Sample Plan.Anchor Service Zones: Are based on a max. free fall of 6ft(1.8m) and are specified as a radius or diameter that extends from an anchor point to the leading edge or other fall hazard. Lifeline Working Length is the distance between the anchor point and the leading edge + the line slack. A rope grab is used to fix the workers position on the lifeline and a “termination knot” is used to gauge or limit the free fall length. The excess lifeline below the rope grab or termination knot is surplus line.Rigging Example: Attach lifeline to anchor point “A”. With tension on the line move the rope grab down slope vertically to the leading edge shown at Fig.8.4. From this position, add the line slack “C” calculated in your own LOF plan and tie a “limiter knot” at that point.(overhand or half hitch knot) The rope grab may be positioned at the limiter knot. As you travel along the leading edge away from the vertical position, you will be forced upslope as the line slack is reduced. Fig.8.5 is the max. leading edge travel allowed by anchor “A”. Further travel along the leading edge without lengthening the free fall will require to use anchor “B”. If your JSP and slope angle allows limited duration exposure, disconnect from anchor “A” and move to anchor “B”. 100% tie-off will require to use a second lifeline attached to anchor point “B”. A free fall with line slack will generate a swing fall. Be sure to inspect for obstacle hazards below the leading edge. Lengthening the free fall to more than 6ft(1.8m) is not permitted by OSHA/ANSI or CSA.  Job Specific Plan by employer or end user. Zone Overlap AreaZona de Solapamiento Lifeline PositionPosición de Cuerda Salvavidas “B” Lifeline PositionPosición de Cuerda Salvavidas “A” Line SlackCuerda Floja Min. 6ft(1.8m)Gable Edge Fall Hazard / Peligro de Caída en HastialAnchor Service Zone (ASZ) “B” RadiusZona de Servicio de Ancla (ASZ, por sus Siglas en Inglés) Radio “B” Leading Edge Fall HazardPeligro de Caída de Borde Frontal Surplus LineCuerda excedente Anchor “B”Ancla “B”Anchor “A”Ancla “A” Max. travel forASZ “A”Zona de Servicio de Ancla (ASZ, por sus Siglas en Inglés) Radio “A”Live(working) length / Longitud activa (de trabajo)Lifeline in tensionno slack above rope grabCuerda Salvavidas tensionada Sin floja sobre la polea de tracción Fig.8.6 Fig.8.5 Fig.8.4 Fig.8.0 SuperGrab Insufficient Ground ClearanceWARNING! A failure to calculate the LOF can result in strikingthe ground or a lower level WARNING: PROMPT RESCUE!A plan for immediate rescue is necessary to avoid serious injury or death resulting from suspension trauma. Request SAS Trauma Strap No. 6060 Distancia al Suelo Insuficiente¡ADVERTENCIA! Un error en el cálculo de LOFpuede ocasionar un golpe contra el suelo o nivel inferior ADVERTENCIA: ¡RESCATE RÁPIDO!Se requiere de un plan de rescate inmediato para evitar lesiones o muerte a raíz de un trauma de suspensión. Solicitar cinturón para traumatismo de SAS No. 6060 Plan de Muestra de Cordaje de Cuerda Salvavidas.Zonas de Servicio de Anclaje: se basan en una caída libre máxima de 6 pies(1.8m) y se determinan como radio o diámetro que se extiende desde un punto de anclaje al borde frontal u otro peligro de caída. La Distancia de Trabajo de la Cuerda Salvavidas corresponde al tramo desde el punto de anclaje y el borde frontal + de la cuerda floja. Se utiliza una polea de tracción para arreglar la posición del trabajador en la cuerda salvavidas. También se utiliza un “nudo de cierre” para medir o limitar la distancia de caída libre. El exceso de cuerda salvavidas por debajo de la polea de tracción o nudo de cierre se considera Cuerda excedente.Ejemplo de Cordaje: Coloque la cuerda salvavidas en el punto de anclaje “A”. Aplicando tensión sobre la Cuerda, mueva la polea de tracción cuesta abajo verticalmente hacia el borde frontal tal como se muestra en la Fig.8.4. Desde esta posición, agregue la cuerda floja “C” calculada en su propio plan LOF y amarre un “nudo limitador” en dicho punto (nudo simple o medio nudo). La polea de tracción debe ubicarse en el nudo limitador. A medida que se desplaza por el borde frontal lejos de la posición vertical, deberá moverse cuesta arriba mientras se reduce la cuerda floja. Fig.8.5 Corresponde al desplazamiento máximo del borde frontal permitido por el ancla “A”. Un desplazamiento superior a lo largo del borde frontal sin la prolongación de la caída libre exigirá el uso de un ancla “B”. Si su JSP y ángulo de cuesta le permiten una exposición de duración limitada, desconecte del ancla “A” y desplace hasta el ancla “B”. Un amarre del 100% requerirá del uso de una segunda cuerda salvavidas conectada al punto de anclaje “B”. Una caída con la cuerda floja provocará una caída con oscilación Asegúrese de revisar obstáculos que representen un peligro para el borde frontal. La expansión de la caída libre por más de 6 pies(1.8m) no está permitida por la OSHA/ANSI o CSA.  Plan específico del trabajo por el empleador o usuario final. Fig.8.3 Sample Rigging Plan / Plan de Cordaje de Muestra Rope Grab or Fall Arrester Polea de Tracción o Dispositivo de Retención de Caída Limiter Knot Nudo Limitador LOF+GTotal=15ft-10”190”(4.8m) Anchor Service Zone (ASZ) “A” RadiusZona de Servicio de Ancla (ASZ, por sus Siglas en Inglés) Radio “A”B21005371 Deferred Submittal Fall Protection REVISION Received: 06/28/2023 / KJPeterson BUILDING DIVISION REVIEWED By: Alan Findlay, P.E. Date: 07/14/2023 1 9 ' - 0 " 2 5 ' - 1 0 " 2 4 ' - 3 " 2 7 ' - 1 1 " 3 0 ' - 1 " 2 8 ' - 6 " 3 0 ' - 0 " 2 9 ' - 2 " 2 5 ' - 4 " 2 2 ' - 1 0 " 2 0 ' - 9 " 3 8 ' - 2 " 1 3 ' - 7 "29'-3"12'-0"27'-6"29'-6"28'-8"28'-6"33'-11"18'-7"20ea - 1033-W - 18" CRA w/Loop Top GC TO COORDINATE ROOF ANCHOR LOCATIONS WITH SOLAR ARRAY AND ROOFTOP EQUIPMENT AS NECESSARY. IM_S19B21005371 Deferred SubmittalFall ProtectionREVISION Received: 06/28/2023 / KJPetersonBUILDING DIVISIONREVIEWEDBy: Alan Findlay, P.E. Date: 07/14/2023