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• The (S2) is the most unique, cost saving, labor saving seismic bracket in the industry for connecting (Rigid Bracing) to single or back-to-back double strut trapeze supports.

• The (S2) seismic bracket uses about 50% less hardware than (old style) hinged strut store brackets. This equals huge material and labor savings
  for the installing contractor.

• The (S2) is designed with multiple, adjustable, brace attachment points. This means a contractor can install more than one brace to a single (S2) and each brace will be fully adjustable for job site brace angle changes.

• The (S2) retrofit installation features do not use up any of the valuable top or bottom space on the trapeze support. This makes the (S2) both quick to install and extremely cost effective.

• The (S2) seismic bracket eliminates the excessive labor cost associated with precision brace arm measurements - because the innovative design of the (S2) allows each brace arm to be cut long and extend past its point of connection to the (S2) seismic bracket.

• If you're installing (one way), (two way), (three way) or (four way) bracing to a strut trapeze, don't overlook the savings and advantages of the Badger Industries (S2).

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• The (S3) is unbelievably easy to install - Simply Place & Turn.

• The (S3) is designed to fit both (5/8") and (3/4") inch diameter threaded rods, anchors, bolts, etc.

• The (S3) is ideal for bracing heavy pieces of suspended equipment, conduits racks, cable trays, bus bars, pipe racks, etc.

• The (S3) easily attaches to equipment mounts, strut type trapeze supports, 90 degree angle supports, single hanger supports, etc.

• The (S3) provides working load capacities in the (Thousands) of pounds.

• The (S3) unique progressive locking design, superior strength and cost savings make it the preferred seismic bracket for competitive contacting.

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• The (S4) cuts the cost of seismic bracing hardware and labor in half or more.

• The (S4) can be installed on any brand (1-5/8" x 1-5/8") strut.

• The (S4) can be installed on single, double, slotted, punched or solid strut.

• The (S4) fits (1/4"), (3/8"), (1/2") and (5/8") inch diameter threaded rod.

• The (S4) is designed for (1), (2), (3) or (4) independent brace connections.

• The (S4) can be used to install transverse only, longitudinal only or combination transverse and longitudinal bracing.

• The (S4) fits within the space of a square strut washer - which allows maximum space on the trapeze for the attachment of conduits, cable tray, bus bar, plumbing lines, medical gas piping, HVAC ducts, equipment, etc.

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• The (S5) is a cost effective, labor savings way to connect (Cable or Wire Bracing) to a building structure.

• The (S5) is designed for connections to concrete, metal decking, roof decking, steel or wood beams, trusses, joist, columns, etc.

• The (S5) works with drill-in anchors, cast-in-place inserts, shoot-in studs, self-drilling screws, lag bolts, etc.

• The (S5) provides working load capacities in the (Thousands) of pounds.

• The (S5) will fit (1/4"), (3/8"), (1/2"), (5/8") or (3/4") inch diameter anchorage connections.

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• The (S6) is the most cost effective, labor savings seismic bracket for making
  (Rigid) strut type or flexible (Cable or Wire) type brace connections to a building structure.

• The (S6) has been structurally engineered and lab tested to provide superior (deflection), (yield), (ultimate) and (service load) strength capacities.

• The (S6) is designed to fit (1/4", 3/8", 1/2", 5/8" or 3/4") inch diameter anchorage connections in combination with several sizes of strut or cable brace members.

• The (S6) can be connected to concrete, metal decking, roof decking, steel or wood, beams, trusses, joist, columns, etc.

• The (S6) is extremely versatile, extremely strong, extremely cost effective and easy to install.

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• The (SHA) Seismic Hinge Arm is design attach strut bracing to (S1), (S3) and (S6) seismic brackets.

• The (SHA) is simpler, quicker and stronger. The (S6) uses 50% less hardware to install - therefore, 50% less labor than expensive (old style) strut store seismic brackets.

• The (SHA) is designed to allow the installing contractor a cost effective way to quickly attach (Rigid) strut seismic bracing to suspended items under new or retro-fit job site conditions.

• The (SHA) with its captive, locking, retro-fit design equals easy on - easy off field assembly for the installing contractor, which means greater flexibility and huge savings.

• The (SHA) bracing system is far more cost effective than (old style) strut store bracing - and in many cases the (SHA) system is more cost effective than cable or wire bracing systems.
  

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• The (STW) Slotted Tab Washer is so simple, so basic, yet so valuable - the ultimate retrofit heavy duty square strut type washer.

• The (STW) can be used for new and retrofit, for seismic and non seismic general support and/or anchorage installations.

• The (STW) with its high grade steel construction and its (5/16") inch thickness is far superior in strength and durability to the standard (1/4") inch thick square strut washer.

• The (STW) is available and sized to fit (1/4", 3/8", 1/2", 5/8" and 3/4") inch diameter threaded rod, bolt and anchorage connections.

• The (STW) may not be the least expensive washer you can buy - but it sure does earn its keep when your job need more washer than what you have.

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• The (SB-L) is the ultimate super strength, super size, retrofit, captive assembly, production seismic bracket available.

• The (SB-L) is designed as a retrofit seismic bracket for support and anchorage sizes (3/4", 7/8", 1", 1-1/8" and 1-1/4") inch diameter.

• The (SB-L) will fit aircraft cable sizes (3/32") thru (1") inch diameter, making it the strongest seismic bracket for cable bracing applications in the industry.

• The (SB-L) works equally as well with rigid bracing and will fit several sizes of strut, 90 degree angle or square tube shapes.

• The (SB-L) is the super duty of heavy duty seismic brackets. Ideal for bracing large piping and/or suspended equipment weighing thousands of
  pounds. For your heavy duty bracing applications turn to the BADGER INDUSTRIES (SB-L).

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• The (SRS-M1) rod stiffener clips are far cheaper to buy and install than the (old fashioned), expensive bolt with propeller type strut rod stiffeners.

• The (SRS-M1) rod stiffener clips automatically center the threaded rod within the strut, which reduces installation time and provides a straight and true field assembly.

• The (SRS-M1) rod stiffener clip is the most user friendly of the strut type rod stiffener, as it will fit (4) different sizes of strut: (1-5/8") wide, by (1-3/8"), by (1-5/8"), by (2-7/16") or by (3-14") inch deep.

• If you're going to use strut as a rod stiffener, the (SRS-M1) is the most cost effective, most versatile rod stiffener clip available.

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• The (CPRS) rod stiffener clamps are the best way to reduce your material and labor cost. The (CPRS) clamps just bludgeon the cost of (old fashioned), expensive bolt with propeller type rod stiffeners.

• It's simple. The (CPRS) rod stiffener clamps use (EMT Conduit), which costs about 60% to 80% less than strut and the conduit requires about 1/2 the labor of strut to cut, handle and install.

• The (CPRS) rod stiffener clamp's innovative retrofit design means easy, cost effective, labor saving installations, as the (CPRS) clamps can be installed before, during and/or after field construction.

• The (CPRS) rod stiffener clamp's unique design allows one size of (CPRS) clamp to fit (1/2"), (3/4") or (1") inch diameter (EMT Conduit) and
  (1" x 1" x 1/8") inch 90 degree angle.

• The (CPRS) clamps provide a retrofit, cost effective solution to stiffening the (Cross Bolt) when seismically bracing clevis hanger supported piping.

• When it comes to vertical rod or cross bolt stiffeners, the (CPRS) rod stiffener clamps truly are the ultimate, all-purpose, labor saving, material saving choice.

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• The (FPRS) fire protection piping rod stiffener clamps are engineered to comply with the fire protection industry's vertical resistance requirements
  as stated with NFPA-13, 1999 edition, pages 13-75, section 6-4.5.1.

• The (FPRS) clamps use job site available (1") inch diameter (Thin Wall),
  (Sch. 40) steel sprinkler pipe or (EMT Conduit), which greatly reduces both the cost of material and the cost of labor.

• The (FPRS) rod stiffening system is about 1/2 the cost of strut type designs, and the same (FPRS) will fit both (3/8") and (1/2") inch diameter threaded rod sizes.

• The (FPRS) clamp was designed for use on fire protection (sprinkler) piping systems, however, it can be used on plumbing lines, medical gas piping, HVAC ducts, equipment, conduit, cable tray, bus bar, etc.

• The (FPRS) retrofit design provides easy, cost effective, labor saving installations, as the (FPRS) rod stiffener clamps can be installed before, during, and/or after field construction of the sprinkler system.

• The (FPRS) clamps are ideal for both new work and for upgrading the seismic bracing of older, non-stiffened sprinkler piping systems.

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• The (USRC) Universal Surge Resistance Clip has been sealed and signed by a Structural Engineer to satisfy the requirements identified within NFPA-13.

• The (USRC) has been designed to work with any brand swivel nut or hex nut ring hanger used to support steel or plastic fire protection pipe.

• The (USRC)'s innovative retrofit design allows for installation after pipe and hanger supports have been leveled and secured.

• The (USRC) clip does not obstruct the hanger's adjustable swivel nut. This means field adjustments to the hanger can be made without having to remove the (USRC) clip.

• The (USRC) self-centering design ensures proper placement and eliminates part slippage or movement.