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HomeMy WebLinkAboutWTR2703610_21 ® MSPECIFIC INSTRUCTIGLYDER 2 SLIDING BEAM ANCHOR ONS 48 78 CEEN795 Class B o 2104700 = 21 A Capital Safety Company W 5902392 49 <_ 3. -JAAN- 1 II 1 COMPONENT 62 MATERIAL 18 D-Ring 72 Steel (Zinc Plated) 27 D-Ring Bracket Stainless Steel 26 Hook Ends 65 Steel (Zinc Plated) 27 Torsion Spring Stainless Steel 26 Support Tube Aluminum 28 No. 0321 TUV/NEL Ltd. CE TYPE TEST East Kilbride Glasgow G75 OQU 8 UK 8 No. 0086 BSI Product Services PRODUCTION Kitemark House QUALITY CONTROL Mayland Ave Hemel Hempstead HP2 4SQ 9 UK 9 FORM NO: 5902204 REV: B ©Copyright 2008, DB Industries, Inc. B� I SPECIFIC INSTRUCTION - GLYDER 2 SLIDING BEAM ANCHOR: See 'Glossary' in General Instruction (5902392) for identification of numbered items in a white box. See'Glossary Additions' in these Specific Instructions for identification of numbered items in a black box. USE: The Glyder 2 Sliding Beam Anchor is an anchorage connector for a personal fall arrest system designed to be attached to a beam. The Glyder 2 Sliding Beam Anchor may be used as an end termination for Capital Safety approved horizontal lifeline systems. Do not use The Glyder 2 Sliding Beam Anchor as a lifting point when moving structural membranes. LIMITATIONS: The following application limitations must be considered before using this equipment: • BEAM FLANGE SIZES: The Glyder 2 Sliding Beam Anchor may only be installed on beams with flanges within the adjustment range of the model being used. The Glyder 2 Slinding Beam Anchor may only be installed on beams with flange widths between 8.9 cm and 35.6 cm, and flange thickness up to 3.2 cm. • CAPACITY: This equipment is designed for use by persons with a combined weight (clothing, tools, etc.) of no more than 141 kg. No more than one personal protective system may be connected to this equipment at one time. When this equipment is used as an end termination for a horizontal lifeline the maximum capacity is 11 kN. • SWING FALLS: See Figure 2. Swing falls occur when the anchorage point is not directly above or below the point where a fall occurs. The force of striking an object in a swing fall may cause serious injury or death. Minimize swing falls by working as close to the anchorage as possible. Do not permit a swing fall if injury could occur. Swing falls will significantly increase the clearance required when a self retracting lifeline or other variable length connecting subsystem is used. • ANCHORAGE STRENGTH: Glyder 2 Sliding Beam Anchors installed for fall arrest applications must be attached to a beam structure capable of sustaining static loads in the directions permitted by the personal fall arrest system when in use of at least; (i) 5,000 lbs. (22.2kN) for non -certified anchorages, or (ii) two times the maximum arresting force for certified anchorage. When the Glyder 2 Sliding Beam Anchor is used to terminate a horizontal lifeline system the structure must have a minimum strength (iii) equal to twice the maximum load applied to the Glyder 2 Sliding Beam Anchor during a fall. When more than one Glyder 2 Sliding Beam Anchor is secured to the same beam, all points of the beam must be capable of supporting the strengths given in (i), (ii), or (iii) for each Glyder 2 Sliding Beam Anchor on that beam. Anchorages used for attachment of a personal fall arrest system shall be independent of any anchorage being used to support or suspend platforms, and must support at least 5,000 lbs. (22.2kN) per user attached; or be designed, installed, and used as part of a complete personal fall arrest system which maintains a safety factor of at least two, and is supervised by a qualified person. • ENVIRONMENTAL HAZARDS: Use of this equipment in areas with environmental hazards may require additional precautions to reduce the possibility of injury to the user or damage to the equipment. Hazards may include, but are not limited to; heat, chemicals, corrosive environments, high voltage power lines, gases, moving machinery, and sharp edges. Contact Capital Safety if you have questions about using this equipment where environmental hazards exist. INSTALLATION: The Glyder 2 Sliding Beam Anchor may be installed on any beam flange and location meeting the requirements specified in the previous Limitations section. The Glyder 2 Sliding Beam Anchor may be installed on the beam in any of the mounting locations shown in Figure 3: top mount (3A), bottom mount (3B), and side mount (3C). Figure 4 illustrates key components identified in the following steps. Step 1. Press inward on the release tabs (4A) on the outside of the hook ends (4B). This will allow the hook ends to slide back and forth along the support bar (4C). Slide the hook ends outward until there is enough space between the hook ends that they will fit over the width of the beam flanges. Step 2. Position the Glyder 2 Sliding beam anchor over the beam so both hook ends extend over the beam flange. Center the D-ring (4D) over the middle of the beam flange. Step 3. Press the release tabs inward so the hook ends can be moved toward the D-Ring centered over the beam until a minimum amount of clearance exists on either side of the flange. The total clearance must never be greater than 15.9 mm. See Figure 2. Ensure the release tabs have returned to the locked position and that the locking pawls (4E) are fully engaged with the bar teeth (4F). Step 4. Inspect your installation to confirm that the Glyder 2 Sliding Beam Anchor cannot come off the beam at any point along the intended path of movement or at beam joints or ends. 3 MAINTENANCE: Periodically clean the Glyder 2 Sliding Beam Anchor using water and a mild soap solution. Do not use acids or other caustic chemicals that could damage the system components. A lubricant may be applied to the release tab/locking pawl. When the wear pads are worn to a point where the hook ends will be in direct contact with the beam flange, they must be replaced. Replace the wear pads by removing the screws and lock nuts securing them in place. Discard the old wear pads along with the old screws and lock nuts. INSPECTION: Figure 4 illustrates the location of the i-SafeT" RFID tag (K). The i-Safe RFID tag can be used in conjunction with the i-Safe handheld reading device and web based portal to simplify inspection and inventory control and provide records for your fall protection equipment. BEFORE EACH USE: Inspect the Glyder 2 Sliding Beam Anchor according to the following steps. IMPORTANT: If this equipment has been subject to fall arrest forces it must be removed from service and destroyed, or returned to Capital Safety for inspection or repair. Step 1. Inspect The Glyder 2 Sliding Beam Anchor for damage: Look for cracks, dents, or deformities. Look for bending or wear on the support bar, and hook ends. Ensure no parts are missing (fasteners, labels, etc.). Step 2. Inspect the wear pads to ensure that they have not worn to a point where the hook ends will be in direct contact with the bam flange. Replace the wear pads according to the maintanance section. Also inspect the Glyder 2 Sliding Beam Anchor for excessive corrosion. Step 3. Ensure the release tabs/locking pawls move freely and springs automatically into engagement with the bar teeth. Inspect the support bar teeth for wear or damage. Ensure that the locking pawl will fully engage each tooth automatically upon release of the release tab. Step 4. Inspect labels. All product information labels must be present and fully legible. Step 5. Record the inspection date and results in the Periodic Examination and Repair History in the General Instructions for Use and Maintenance (5902392) or use the i-Safe inspection web portal to maintain inspection records. ANNUALLY: The Glyder 2 Sliding Beam Anchor must be formally inspected by a competent person' other than the user at least annually. Record the results in the Periodic Examination and Repair History in the General Instructions for Use and Maintenance (5902392) or use the i-Safe inspection web portal to maintain inspection records. IF INSPECTION REVEALS AN UNSAFE OR DEFECTIVE CONDITION: Remove the unit from service and destroy or return to Capital Safety for repair. GLOSSARY ADDITIONS: m: D-Ring Bracket m: Torsion Spring m: Support Tube 1 Competent Person: An individual who is knowledgeable of a manufacturer's recommendations, instructions, and manufactured component who is capable of identifying existing and predictable hazards in proper selection, use, and maintenance of fall protection. 4 FIRO`TECTA 3833 SALA Way, Red Wing, MN 55066-5005 800-328-6146 www.protecta.com 260 Export Blvd. Mississauga, Ontario L5S1Y9 800-387-7484 www.protecta.com Instructions for Use AD Series Self Retractin Lifelines This manual is intended to meet the Manufacturer's Instructions as required by ANSI Z359.1 and should be used as part of an employee training program as required by OSHA. PART NUMBER LINE LENGTH SERIAL NUMBER DATE OF MANUFACTURE WARNING All of the equipment which is recommended by Protecta should be used as part of complete Protecta Fall Prevention System. The buyer or the user choosing to disregard this warning is solely responsible for the safety of the entire system. OSHA regulations require that the employer and the employee recognize that all components of the Personal Fall Arrest System (PFAS) be compatible with one another before use. No fall prevention system can guarantee that absolutely no injuries will be sustained should a sudden fall occur. Improper use of this equipment will increase the risk of serious injury. To obtain the optimum level of safety which Protecta's fall prevention systems can provide, you must read or receive, understand and adhere carefully to all instructions given by Protecta. Applications: These mechanical devices are known as Fall Arrest Devices or Self Retracting Lifelines (SRL). A fall arrest device has two main functions: • To safely extend the working area where a harness with a 6 ft. (1.8 m) lanyard is inadequate. • To reduce the shock loading on the body by limiting the distance of the fall. The fall arrest devices can be mobile with a device travelling on a steel cable, fixed rail, or rope; or stationary with an extendable anchorage line which extends as the user moves away from the anchorage point and retracts as he moves towards the anchorage point. All Protecta SRLs are automatic and allow hand and body freedom of movement. IMPORTANT. • If you have any questions on the use, care, or suitability of this equipment for your application, contact Protecta before proceeding. CENTRIFUGAL FORCE By using centrifugal force Protecta devices ensure that should a fall occur the brake is instantly engaged. Normal movement will not activate the braking mechanism and normal movement is not hindered as the cable extends and retracts freely. Should the cable receive a sudden pull caused by the event of a fall, the cable locks automatically. Protecta devices avoid violent arrests associated with full body safety harnesses. The mechanism will stop the user before excessive momentum is attained in a normal fall. PURCHASE SELECTION It is important that the selection of a device is made after the purchaser and supplier have both fully understood the application of the equipment. If the end use will be in abnormal atmospheres, or involves contact with acids, alkalis, sewer gas or anhydrous ammonia, additional information will be required before a choice of proper equipment can be made and purchased. USERTRAINING Instructions on handling are supplied with all safety equipment. It is the purchaser's responsibility to ensure that his workers understand these instructions, have been trained in the correct use of all equipment and have been made aware of the importance of connecting to suitable structural anchorages. PROTECTA FALL PROTECTION DEVICES For almost fifty years Protecta Fall Protection Devices have been used in virtually every conceivable situation for fall prevention. A collective fall prevention system should be used whenever possible. The Fall Arrestor may be preferred for work of short duration or due to the technical impossibilities of installing it in a collective fall prevention system. Reasons for using Protecta Fall Protection Devices are: 1. Freedom of movement is allowable within a much greater area. 2. The locking action of the Fall Arrest Device is almost instantaneous in the event of a fall. 3. The arrest bad imposed on the body is below 1350 lbs. (6 KN). 4. The maximum free -fall distance does not exceed 2 ft. (0.6 M). 5. The retractable cable greatly reduces the possibility of entanglement on surrounding structures or physical hinderance by its constant yet light tension. SPECIAL FEATURES (depending on model) • Metal casing or exclusive shockproof material compound casing. • Full corrosion -resistant components. • Fully automatic; requires NO adjustment by user. • Self -retracting cable. • Less than 2 ft. maximum free fall distance. • 3/16 in. galvanized/stainless steel, 1 in. nylon web, Pro-TegT"" rope available on request. • 310 lbs. (141kg) maximum safe working load. APPLICABLE STANDARDS Meets rigorous standards such as : OSHA 1926, ANSI Z359.1 • B.S.1.5062 • D.I.N.23326 A.F.N.O.R S 71-020 • C.S.A. Z 259-2.2 and 2.3 CAUTIONS -To be used only with an approved Full Body Harness. -Hold on to cable during rewinding. -Do not leave cable extended for long periods of time. WARNING: Never use a waist or chest belt of any type for fall arrest hazards. OPERATION AND USE WARNING: Read and understand all instructions and warnings on the labels attached to the device before using. These instructions and warnings are placed on the device for your protection. Be sure that you understand and follow these directions carefully. Before using this equipment make a visual inspection to ensure the serviceable condition of the device. Use the Inspection Checklist for guidance (located towards the rear of this manual). Under no circumstances should the SRL be used if the lifeline has any defect, i.e. broken or flattened wire strands, cut fibers, or is not retracting correctly. A. Check by pulling entire length of lifeline out and allowing its slow retraction thorough your protected hand (when making this check, always wear gloves to avoid the possibility of laceration by broken wire strands). B. Test the locking mechanism several times by jerking down on the cable. Any device with suspected faults should be immediately withdrawn from service and returned to Protecta for further examination and replacement if necessary. After connecting the Fall Arrest Device to a safe anchorage point attach the snap hook at the end of the cable to the dorsal D-ring of the harness, ensuring that the snap hook closes fully. Medical evidence indicates that it is preferable to be suspended from the dorsal D-ring. In situations where it is necessary to use a front D-ring as a point of attachment such as working on a fixed ladder a harness with chest D-rings such as the Protecta AB102A harness must be used. Refer to OSHA requirements Protecta highly recommends the exclusive use of Protecta full body harnesses with all its individual fall prevention systems. Make every effort to keep the cable clean and free from dry mud, cement, etc. Failure to do so can result in premature locking and rewind failure of the device. Never allow the cable to contact sharp abrasive edges, i.e. girders, roofing panels, etc. which could damage and ultimately weaken the cable. ANCHORAGE STRUCTURE The anchorage to which the SRL is attached must be capable of sustaining static loads in the directions applied by the personal fall arrest system of at least 3,600 lbs. with certification of a qualified person, or 5,000 lbs. without certification. See ANSI Z359.1 for certification requirements. When more than one personal fall arrest system is attached to the same structure, the strength requirements stated above must be multiplied by the number of personal fall arrest systems attached to the structure. -From OSHA 1910.66 and 1926.500: Anchor- ages used for attachment of a PFAS shall be independent of any anchorage being used to support or suspend platforms, and must support at least 5,000 lbs. (22.2kN) per user attached, or be designed, installed, and used as part of a complete PFAS which maintains a safety factor of at least two, and is supervised by a qualified person. DO NOT WORK ABOVE THE ANCHORAGE POINT. While using, always ensure that there is constant tension on the cable. Slack in the cable could result in an increase in fall distance. Move normally, sudden jerky movements will activate the locking mechanism. In the event of a fall, the fall arrest device must not be used until it has been visually checked by a competent person. Checks include : 1. Pull out total length of cable to ensure it is not damaged. 2. Pull cable out fast enough to lock the system; repeat operation 3-5 times to ensure satisfactory operation. 3. If the device's operation remains questionable in operation or performance, it must be removed from service and returned to Protecta for further review. INSPECTION WARNING: Before using, read and understand all instructions contained in the user manual as well as warnings and instructions on all labels attached to the device. PRIORTO EACH SINGLE USE, CHECK: 1. The connector at top of device and ensure freedom of movement. Check for signs of distortion, cracks, burns, or worn parts and ensure that keeper is closed. 2. The nut and bolt retaining connecting hook for signs of distortion, cracks, burns, and wear. 3. The main housing for signs of distortion or cracks. 4. That main body housings fit evenly and that there are no gaps between sections. 5. That all screws and rivets are present and tightened. 6. The device for spring action; the entire length of the cable should retract fully after extension. 7. The locking action of the device -jerk on the end of the cable; cable should retract easily into the device. 8. Snap hooks for signs of distortion, cracks, burns, and wear. 9. That all labels are present and fully legible. 10. The entire device for corrosion. 11. The condition of cable. 12. The impact load indicator, if so equipped (webbing or mechanical). CAUTION: Device should be stored with cable retracted during periods of non-use. If after inspection there is any doubt as to the safety or appearance of the device, it should be removed from service and returned to PROTECTA for further inspection. DEVICE CHECKUP Before beginning this procedure ensure that you are wearing gloves as broken wires along the cable can cause severe cuts and lacerations. 1. Begin the inspection procedure at the ferrule, check that it is correctly fitted and there are no signs of distortion, cracks, or corrosion. 2. Check mechanical swages for signs of cracks, distortion, or corrosion -ensure that they are fitted correctly and are not cutting into the cable. 3. During the inspection of the cable the following procedure should be used: • Pass the cable slowly through your hands • Flex the cable every few inches to allow for complete inspection of broken wires. 4. Check the entire length of cable for signs of deterioration or damage. Should there be signs of deterioration or damage in the cable or signs that the cable is not in safe working condition the Fall Arrest Device must be returned to Protecta for cable replacement. INSPECTION OF STEEL CABLES The following explains the principal causes of deterioration of galvanized steel cables and indicates the signs by which the deterioration can be recognized. Mechanical damage/crushing: Crushing the cable often results in a flattened or bent section of the cable. Mechanical damage/cutting: Movement over sharp edges or projections while the cable is under tension can result in damaged strands and broken wires. Abrasion: Abrasion to the cable results in localized wear. The outer wire strands appear flattened and are brighter in appearance. Strand Core Protrusion: Core protrusion usually results from the cable having been subject to a shock load. Kinking: Kinking occurs by the deformation of the cable during handling when a loop is formed and then tightened without allowing for rotation about its axis. Typical examples of localized wear and deformation are created at a previously kinked portion of the cable. Corrosion: The presence of corrosion on the exterior surface of the cable is recognizable by its roughness and pitting. Wire breaks will generate from these cracks or pitting. Electric Arcing/Heat damage: Heat damage is noticeable by a blue coloring on the wire surface or by fusion of the wire surface and the presence of welding signs. SERVICING Protecta Fall Arrest Devices, like all mechanical mechanisms, require periodic servicing to ensure safe and proper working condition. ANSI Z359.1 requires formal inspection of the SRL annually by a competent person other than the user. Formal inspection should determine the need for and frequency of servicing. In the event of a Fall Arrest Device being subject to shock loading, as the result of a fall or any other sudden shock, it must be removed from service, examined, repaired, and reset by Protecta before it is placed back into service. Under no circumstances shall the user carry out repairs or modifications. All repairs must be carried out by Protecta or an authorized service center. Do not disassemble the SRL. INSPECTION OF METAL COMPONENTS D-Rings (on Full Body Harnesses )-check for distortion, sharp edges, burrs, cracks, or worn parts. For plated components, check for deterioration in the protection and for signs of corrosion. Snap Hooks Check snap action, ensure that the return spring is functioning properly and that there is not sideways play on the latch in the closed position. Check the hooks for distortion, sharp edges, burrs, cracks, and worn parts. For plated components check for deterioration in the protection and for signs of corrosion. Automatic Locking Hooks (Carabiners) Check that the trigger opens fully and that it returns automatically revolving the ferrule into the locked position. Check for distortion, sharp edges, burrs, cracks, or worn parts. For plated components check for deterioration in the protection and for signs of corrosion. Screwgate Hooks Check snap action and ensure that ferrule functions satisfactorily. Check for distortion, sharp edges, burrs, cracks, and worn parts. For plated components check for deterioration in the protection and for signs of corrosion. ANY FALL ARREST COMPONENT WITH SUSPECTED FAULTS MUST BE IMMEDIATELY WITHDRAWN FROM SERVICE AND RETURNED TO PROTECTA FOR INSPECTION. WARNINGS 1. NEVER WORK ABOVE THE FALL ARREST DEVICE. Always install the Fall Arrest Device above head height. Avoid working at more than 30 ° from the vertical. A fall from more than 30 in. from vertical will produce a swing effect which could cause injury or death as a result of striking an obstruction. 2. The Fall Arrest Device permits complete freedom of movement, however, ensure that you move normally as sudden or quick movements will activate the locking mechanism. 3. IT IS NOT PERMISSIBLE to make additions or alterations to this equipment. 4. Anchorage point should allow end user to move without interfering with other workers. Never allow your cable to cross the cable of another worker. 5. NEVER ALLOW more than one person at a time to be connected to the fall arrest device. 6. Follow manufacturer's instructions for the correct use of the fall arrest device and associated accessories. 7. Before choosing an anchorage point survey the surrounding area for hazards that could interfere with your safety: DO NOT INSTALL FALL ARREST DEVICES: A. Where the possibility exists of the cable contacting power lines, live cables ,etc. B. Where obstructions may cause the cable to become entangled. In the event of a fall, the brake may not engage, or the cable runs the risk of passing over a sharp edge; i.e., girders, etc., which could shear the cable causing injury or death. 8. Do not use personal fall arrest devices where, during an unexpected fall, the body could strike obstructions that will cause injuries or be fatal to the user. 9. Do not use personal fall arrest devices where obstructions may slow down the user and prevent the mechanism of the device from locking. 10. Protecta SRLs are not adequate for use in protecting workers in grain silos, coal bunkers, slack hoppers, or other areas where there is a danger of suffocation by immersion in the material over which the worker is standing should a collapse happen slowly and not cause the locking mechanism to activate. ALWAYS ensure that there is approximately 6 feet (1.8 M) of free fall space beneath the working position. 11. Do not leave Protecta SRLs installed for long periods of time in an environment where corrosion of the main components could occur as a result of vapors rising from organic materials. Sewage and fertilizer plants, for example, should be avoided due to the high concentrations of ammonia present. 12. Do not use Protecta SRLs where there is a potential risk of incendiary sparking due to contact friction between the SRL, its cable, or the device's metal parts and rusted steel or iron in the work area. 13. NEVER attach clips, etc., as a positioning device to the cable which will prevent the cable from retracting automatically. This practice is dangerous as it leaves excessive slack in the cable which, in the event of a fall, will increase the fall distance and the shock load on the body to unacceptable levels. 14. Avoid allowing the cable to pass between your arms or legs while moving about or working. 15. Avoid allowing the cable to contact paints, concrete, bitumen, oils, etc. which will adversely affect the SRL if it enters the mechanism. 16. Always keep the steel cable dean and free of dry mud, cement, etc. Failure to do so could result in premature locking and rewinding failure. 17. When detaching from the SRL do not quick -release the cable allowing uncontrolled rewind back into the device. This can be dangerous and there is a probability that the cable will rewind unevenly. Uneven rewind of cable can prevent full retraction. 18. Do not leave cable extended for long periods of time. 19. Always wear gloves while inspecting the cable to avoid the possibility of laceration by broken wire strands. 20. DO NOT repair equipment in the field. Only Protecta is equipped to make repairs of Protecta devices. 21. DO NOT combine self -rewinding personal fall arrest devices with other fall arrest systems (attach only to a 3,600 lb. anchor point and connect directly to the dorsal D-ring of a Protecta Full -Body Harness). 22. DO NOT OPEN the fall arrest device as the spring is under tension. CLEANING AND STORAGE Wipe off all surface dirt, mud, dust, etc. with a damp sponge. To dean off grease or oil use a mild solution of water and household detergent. Complete by sponging with dear water and completely dry with a dean cloth. After cleaning the fall arrest device, it should be allowed to dry thoroughly in a hanging position free from excessive heat or steam exposure. Protecta fall arrest devices must be stored in a clean, cool, and dry area away from chemical fumes or corrosive elements. Never store in areas exposed to direct sunlight. It is preferred that fall arrest devices be kept, when not required for use, in properly designed storage units which allow for adequate ventilation. Do not subject a fall arrest device to unnecessary strain or pressure during storage. Do not expose the fall arrest device to excessive heat, cold, or humidity during storage. Do not allow the equipment to contact sharp edges, corrosives, or other likely causes of damage while the device is in storage. MEDICAL WARNING For user safety, workers with physical disabilities or muscular problems should receive medical ad- vice prior to using fall arrest equipment. UNDER NO CIRCUMSTANCES should pregnant women or minors use Protecta fall arrest systems. A worker's ability to accommodate arrest forces inflicted on the body in the event of a fall are seriously affected by age and fitness of the user. Only those in good health should work at heights. Please contact your physician should there be reason to doubt your ability to absorb the shock load on your body in the event of a fall. WARRANTY Seller warrants that its goods are free from defects in material and workmanship for a period of two year from the date of purchase. Seller further warrants the fitness of their product in meeting the applicable OSHA standard related to the specific product. The purchaser is responsible for advising the seller of need for compliance with local, municipal, or state codes other than OSHA. Accordingly, seller's liability is limited to replacing without charge or refunding the purchase price, or making fair allowance for any noncompliance with any specifications or any defects in materials or workmanship in its products existing at time of delivery. SELLER MAKES NO OTHER WARRANTY OF ANY KIND WHATEVER, EXPRESSED OR IMPLIED, AND ALL IMPLIED WARRANTIES OF MERCHANT- ABILITY OR FITNESS FOR A PARTICULAR PURPOSE, WHICH EXCEED THE ABOVE OBLIGATION ARE HEREBY DISCLAIMED BY SELLER AND EXCLUDED. CONTINUED ON REVERSE Seller will not be liable for any consequential damages, loss, or expense arising in connection with the use or inability whatever, regardless of whether damage, loss, or expense results from any act of failure to act by the Seller, whether negligent willful, or from any other reason. Seller requires written notice and the return of the product to establish any claim. The seller reserves the right to make design or other changes without notifying the purchaser. Inspection Log Inspect Item Action Maintenance Date Inspected Taken Performed APPROVAL: APPROVAL: APPROVAL: APPROVAL: APPROVAL: APPROVAL: APPROVAL: APPROVAL: APPROVAL: APPROVAL: APPROVAL: APPROVAL: APPROVAL: APPROVAL: APPROVAL: APPROVAL: APPROVAL: APPROVAL: APPROVAL: APPROVAL: APPROVAL: APPROVAL: APPROVAL: APPROVAL: APPROVAL: APPROVAL: APPROVAL: APPROVAL: APPROVAL: APPROVAL: ONE OR MORE OF THESE LABELS WILL APPEAR ON YOUR PRODUCT Rebel Series: AD111, AD120, AD211 i� i� � I-7 • • n o 0 C! lip • FRONT 8 BACK 0 0 o CEOOB6-ERifiO ' .. - o o O 0 Hebef O O Q' O_ O - 1 • y o AD212AG (CS), AD222AG, AD215AG, AD230AG 0042003120041200511 Next inspection De—e must be FRONT 1 relur e�h to Prf.,uy rot BEiACK J enificztion. •ANTICHUTE A RAPPEL JAD212A SELF RETRACTING AUTOMATIOUE LIFELINE • RETRACTABLE TYPE FALL ARRESTER •HOHENSICHERUNGSGERAT • ANTICADUTE A RICRAMO u * °•"'�'^"' �"""° AUTOMATICO •ANTICAIDACON RETRDCESO AUTOMATICO C E 0086 - EN360 rus ,r..r., r.a vA.en. w1 PROTBCTA'� PROTECTA' AD611A and AD620A PROTECTA' MODEL * A062C A SELF.RETRACTING LIFELINE .ww...r.a,arr.ue.• °ir'etAsi ,�a.. • MAQN(E srlecm RtiliB.81iB5.0p�� �2pp�1jj IM •QAD ff MAD® G.�v V.� m � 9NWFM1 wvM+a oo rm wont M1TE M L UM.116DEYIO AUAa11�WfM13 M1. PP•Y37 R1LLE[VY IIfJPE$ pFLY. nnMxetrTART B VM LO DFM 00 NOf O11fM' IIIDNInOLLHI rFWTD 6 Wes. RMD lf6 U.E mMALf '. LSS WAK FpR lH BY rfo6 l iRNf� FAVUUUMu pNLY. 9i L6B1 AWBML FOn 1.6E FFpR.f61[N. 1FY. �]i9) • NLLa Ym VEIFE 101gf mac e30E ��. Tm fY�I�E�Cf eJIFE RY�[fF�PiC�nGsµs*cm N Wm LlNr w utOF Efl�181 MFL N Y f01 FEW"WATM F uU16WP LWM. FDAME MOM f� nN mw NIX wwI FFSEL1c KN.9 U81fE BB 1Nrl.E MODEL • AA 11 A >3ELF#7AALTIND IX�LINE RY�6!®iBe�xq YM •OAe E 40dOO6M1Y AB.bO rIW.� 1N Y4t/IA! xllfi�MN Ru®.Vel u. ia.eenw•m•a n@II1W®n1MO6 M0 M�lFF INFOM � �fl�1q 18 FIP68lr TV® �,AWWmAOENDM�1Ql . IMPACT l� INDICATOR 2W AD210A (C), AD215A (C), AD220A (C), AD225A (C), AD334A (C) AD343A (C), AD352A (C), AD360A (C) PROTCCTA' AIlT.�S1Yi� O use noeauerF.wcHonnce \_J Nolspunur *Esn:o .18 VVMn OF �t,E 1Jj sYPROs �n�coleY�"�'+oF aver OSHA vtsuu. c�exw rNon ro use _ 1N!'1l�71F '0 O 0 AD515A Side Labels Back Labels ©Protecta 2005 Form No.5902290 Rev.:F u 4 GENERAL MECHANICAL INC. Phone: 253.627.8155 Fax: 253.272.2756 PROJECT: Maplewood WTP Access Platforms & Fall Protection Improvements TO: HDR 500 108th Ave NE, Suite 1200 Bellevue. WA 98004 Greg PiersoE PE DATE: 611012014 JOB: 14196 REF: WTR-27-3610 WE ARE SENDING: SUBMITTED FOR: Shoo Drawhas x Review Product Data Your Use Samples As Requested Design Data Return Test Reports x Certificates SENT VIA: Mfrs Instructions Attached 0 & M Data E-Mail Closeout Submittal Other Date Item # of Copies Secs Description 6/1C/2014 0512C 3 1 05'20 Welder Qualifications REMARKS: - N6 ExcAPTUNS N6 rED ThA-r MR• }co ND RATyEV_C e-- IF. EXv,;i?rS ,74LY I 2 n/y, ffsava tr 'tHA,T -rHf vvo2K W11-L 3e Vo,,jr_ 6Y T;.fEI1 Olt HE WILL 2EFRF_SH ills G612T►F/�RT10►.1. Signed: Received By- Name: GIte& Date: 6 / Z Z 0 /i i GENERAL MECHANICAL INC. Phone: 253.627.8155 Fax: 253.272.2756 PROJECT: Maplewood WTP Access Platforms & Fall Protection Improvements TO: HDR 500 108th Ave NE, Suite 1200 Bellevue, WA 98004 ATTN: Greg Pierson, PE DATE: 6/10/2014 JOB: 14196 REF: WTR-27-3610 WE ARE SENDING: SUBMITTED FOR: Shop Drawings x Review Product Data Your Use Samples As Requested Design Data Return Test Reports x 1 Certificates SENT VIA: Mfrs Instructions Attached O & M Data E-Mail Closeout Submittal Other Date Item # of Copies Specs Description 6/10/2014 05120.3 1 05120 Welder Qualifications REMARKS: Signed: Received By: Name: Date: S R S WPlrlinn Inr. Welder Certification Log Appendix G UPDATED AS OF: March 17, 2014 EXPIRATION DATE STMP LTR Eir1F # NAME OF EMPLOYEE WABO PROCESS CERTIFICATIONS AWS D1.1 (STEEL) AWS D1.2 (ALUMN) 1/1/2015 408 MIKE KLEIN FCAW,SMAW 1/1/2015 411 GARY PHILLIPS SMAW,FCAW �_"4ITi2015 - - 07 ..,_ MIKE BROWN f,AlT--p 4/1 Lti14 = DANNY RIBA = 4/1/2014 Ft 138 DUNG TAN'fi�aW, _.,. FCA1ilf MAW 4/1/2014 DAVID RANSOM _ FCAW SMAW ,_-__MP/2014 A- 4 IVAN KOND E M - MAW; FCAWy_I _ -V , _ - 7/1/2014 N/A ROCKY ORR FCA' 7/1/2014 N/A DAVID SCHMIDT FCAW.GMAW 10/1/2014 NIA 207 BOBBY VANDERFORD FCAW 014` LLOYD "GREE — = INHOUSE CERTIFCATION ONLY. DOES NOT QUALIFY FOR FIELD WHERE WABO IS REQUIRED F/N:P:1A.I.S.ClAppendix G - Welder Certification Log I P, A Washington Association of Building Officials P O. Box 7310, Olympia, WA 98507 883564-9515 + www.wabo.org Certified Welder Card MICHAEL A KLEIN 509 SO. 45TH ST TACOMA WA 98418 az= .1 VV03115 Ronewon or before expiration date The welder named on this card is certified for the "lowing: $tructdr ai Steel-, FCAW, Plate; All Positions, Up, E71T,X, 118" &: Structural . Steel: - $MAW, Plate, All -Posttions,,Up, F-4 & lower, 1/8"&over,w/backing 22 WA80 welder certified prucess qualifications are outlined in WASO trStandard 27-13 &in accordance with ANSk'AWS-DI. 1, DI 3, D1.4 MEMO= Washington Association ot,Building Officials 1 f 5 P. O. Box 7310, Olympia, WA 98507 888-664-9515 • venw.watio.org Certified Welder Card GARY E. PHILLIPS 4816 240TH ST E GRAHAM WA 98338-9410 r JAN 1. 2015 4!Q1344 Renew on or before expiration date 7ne Heider named on this cam is certified for the foiiowing. Structural Steel: SMAW, -Plate, All Positions, Up, .F-4 & lower ` 118" 8 over, wlbacking Structural SteeC FCAWrsPlate,'AII Positions, Up,`E71T-1, 148" 81 over, w,backing WA80 welder certified process yuairtications are outlined in WA30 Standard 27-13 R rn aa,,ordance with ANSIAWS D' 1 D1 3 C r.4 1. f Washington Association of Building Officials P. O. Box 7310, Olympia, WA 9M07 _`__l l_% ✓ 888-664-9515 ♦ ~.wabo org X Certified Welder Card r f Q^ MICHAEL W. BROWN 3 3 a - 1220 E 65TH ST a 0 TACOMA WA 98404 d o - oO o Or ° PU e a •, APR 1 2015 a ro `Q V 05165 Renew on or before expiration date y a a � a m pc < a m � r � � � • '� �� . I�� 'I I v I I � f . CERTIFIED WELDING INSPECTOR 3 M ,Lr Og o cz Qa iVichael Brown Has euurplinl With the requerernerus af.{,PS �K'1. Standard far.4 IYS Cer ifieatiwi of Well xg lnrpectors. 1.� • �,3 � _ ^.4 r:-' sir„ 14030891 Exp- 1 Mar 2017 With Eye Correction_c— color Blind AWS r�rtiAration dwh `o ri y N W m O 5 n ty\QM a g y 3 v m O '* r c V $ « N t0 Q m 0 �3 C yy L Z u n Z , L q F G �5 s m� ,t. 4 N N O Z t Washington Association of Building Officials P.C. Box 7310, Olympia, WA 98507 888-664-9515 * v~wabo.dN Certified Welder Card ROCKY E ORR 791 E NORTH BEND NORTH BEND WA 98045 LZ`Tft�� JLJL 1. 201 Vvi 5660 Renew on or before expiration date The welder named on this card is ceMfled for the following: StrUCtrjral Steel: FLAW, Plate,, FHVppsitions1x vs- & over,.Vilbackinc , Wp,.E7-M WA80 woftlef certified process qualifications are outlined in WASO Standard 27-13&inaccordance with ANSYAWSDI.1,D,-3,DI4 t ;:. = Washington Association of Building Officials �: P. O. Box 7310. Olympia, WA 88507 J 888-664-9515 • www wabo org Certified Welder Card IVAN P. KONDRATYEV 2202 S 333RD ST FEDERAL WAY WA 98003-6030 LM �1-25 JUL 1 V11"?26' Renew on or before expiration date Tne welder named on this card is certified for the Io@owing. ' Structural Steel: SMAW'Plate 'AlVPosttwns, Up Frt;B.lower,' V8" &.over, wlbacking Structural Steel: FCAW,'Plate, All -Positions, ;Up;:8 over; w/backing I Structural Steel: GMAW, Plate, All Positions, Up,--Eies-X, Ile-; -Z A' , Wibacking V✓ABO weicer certifled process quaNficabons are cuU'ned in WAPO StandaM 21 13 8 in accordance with ANStiP NS D t 1 C? ; J D ; e s Washington Association of Building Officials ' P. O. Box 7310, Olympia, WA 98507 888-6649515 • www.arabo.org Certified Welder Card DAVID J. SCHMIDT 21413 SE 292ND PL KE.NT WA 98042 'd1C7224 Renew on or before expiration date The wetoer _ :. v on thrs cans fs certrrled for the fotlowrng i Struetu[ak5leel: FLAW, Plaie All Positions, Up,.E71T-X, 118'- & oler, wlbacking t Structur.al'Steel: GMAW, -Piate, All Positions;:Up, E70S-6, 118'� i -314`, w/backing WABO welder certified process quaiificatrors are outlincd !n W480 Standard 27-13 & in accordance wrth ANSUAWS 01 1, Dt3, D' 4 i Washington Association of Building officials ' P. O. Box 7310, Olympia, WA 98507 888-664-9515 ♦ www.wabo.org Certified Welder Card ! LLOYD J. GREEN i 25221 108TH STAVE SE D-202 KENT WA 98030 ' - OCT 1 2014 j Renew on or before expiration date The welder named on this card is certirred for the tohowrng StructuralSteel:='SMAW, Plate, All Positions, Up, .F-4 g lower, over, wlbackh g StructuralSteel: FCAW, Plate, All Positions, Up, E71T-X, 118" 8 over; wlbacking R491i tr ing Steel:'SMAW,_Bar to'Plate, AII.Fos;iions, gip; F d d LoNie ; No. 4 8 above SheetIIteel:•FCAW,'Ail Positions, Down, E71T-X, 1d16 -1I8'; w/o r backing VIA 80 welder certified orx'.ss qualifications are outlirredin WA80 Srancia ^7,'-13 d ir; accordance wA.F, ANSUA'vYS D1.1 D1 3, D1 4 11 Washington Association of Building Officials P. O. Box 7310, Otympia, WA 98507 888-664-9515 ♦ www.vQbo.mg Certified Welder Card DANNY R. RIHA 5303 PARKER RD E APT #1 SUMNER V+A 98390-2790 I t APR 1.2015 W06853 Renew on or before expiration date The welder narned on this card is certified for the (olbmV. s,itific�t>�. WABO welder cerdfled process quaf+fications are ouBlned fn WASO Standard27-13 8 in accordance with ANS11AWS D1.1, D1 3, D1.4 THIS CARD IS THE PROPERTY OF WASO 14 9. Washington Association of Building Officials �r % P. O. Box 7310, Olympia, WA M507 888-664-9515 • wvwwatx-org Certified Welder Card DAVID S. RANSOM 1330 3RD ST SE, APT C AUBURN WA 98002-5710 �st:11L !APR 1. Z W06830 Rene�r on or before expiration date The welder named on this cart, is ceeurt cl for the following: Structural Steel: FCAW, Plate, All Positions, Up•E7g7;X;f over, wlbacking " Sheet Steel SMAW, All Positions, Do-m, F� & `Lower itt6"j -1/8". wlo backing Structural Steel: SMAW; Plate, All PositionE7018,.:F gf lower,•?{8" &. -over, W/backinq s, Up, I WABO :vek er Certified prq ess Stanqualifications are outlined in WA80 dard 27-13 & in arcordarce with ANSI/AvVS Di 1, 01.3, D1.4 �fi. Washington Association of Building Officials . '/ P. O. Box 731o, Olympia, WA 98507 888-864-9515 ♦ vww.waho org Certified Welder Card DUNG QUOC TANG 28314 143RD AVE SE KENT WA 98042-8054 ' - APR 1 2015 W00603 Renew on or t afore expiration date 6 Die welder narred on this card Is cenlRed for the following. Structural Steel: .SMAW PIa2¢,;;AI1-Fo'sft3ahs, Up, F4 & lower, T18" &, over, w1backing Structural Steel: FLAW, Plate, All Positions, Up, E71T-X, 118" & over:. wibacking Structural Steel: GMAW, Plate, FF(V Positions, Up, ETOS-X, 118", 314", wit7acking WABO welder certffited process qualifications are outlined in WA80 Standard 27-13 & in accordance with ANSI/AWS DI A, 01.3, D1.4 THIS CARD IS THE.PROPERTYs :O 1 CEMERAL MECHAMICAL IIMC. Phone: 253.627.8155 Fax: 253.272.2756 PROJECT: Maplewood WTP Access Platforms & Fall Protection Improvements TO: HDR 500 108th Ave NE, Suite 1200 Bellevue, WA 98004 ATTN: Greg Pierson, PE DATE: 611012014 DI@) ME§VT:1 REF: WTR-27-3610 WE ARE SENDING: SUBMITTED FOR: Shop Drawings X Review Product Data Your Use X Samples As Reauested Design Data Return Test Reports Certificates SENT VIA: Mfrs Instructions Attached O & M Data E-Mail Closeout Submittal Other Date Item # of Copies Secs Description 6/10/2014 09905.3 1 09905 Epoxy Color Selection REMARKS: R -- No 'Ey.Z.FPT"wnfS Signed: Received By: 'C� - z Name: �P1�'ffw Date: 6 /-1 Zolkf v GENERAL Phone: 253.627.8155 MECHANICAL Fax: 253. 2722756 INC. PROJECT: Maplewood WTP Access Platforms DATE: 6/10/2014 & Fall Protection Improvements JOB: 14196 TO: HDR 500 108th Ave NE, Suite 1200 REF: WTR-27-3610 Bellevue. WA 98004 ATTN: Greg Pierson, PE WE ARE SENDING: SUBMITTED FOR: Shop Drawings x Review Product Data Your Use x Samples As Requested Design Data Return Test Reports Certificates SENT VIA: Mfrs Instructions Attached O & M Data E-Mail Closeout Submittal Other Date Item # of Copies Specs Description 6 10/2014 099053 1 09905 Epoxy Color Selection REMARKS: Signed: Received By: Name: Date: r,, }�F �:. a '4jf