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Material Hoisting
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These hoists have a high power to weight ratio. They are quick and easy to install with aluminum alloy bodies and small compact design. These hoists are easily handled and offer integrated carrying handles.
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Swing arm hoists are ruggedly constructed to handle heavy, bulking loads of up to 2,000 lbs. That's a full ton of material! Available in 800, 1,000 lb. and 2,000 lb. capacities. Swing arm hoists are easily transported in pieces and then assembled with self-locking pins and basic hand tools.
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Our drum hoists are single-line pull with capacities from 500 - 2000 pounds. Powder coated for durability and weather resistant, these units can last in the outdoor environments for many years.
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Manual - Available lifting capacities range from 2,000 lbs. to 40,000 lbs. Standard lift height of 10 ft. Longer chain lengths available.
Electric - Available lifting capacities range from 250 lbs. to 4,000 lbs. Standard lift height of 10 ft. Longer chain lengths available. Safeties and features include:
- electro-magnetic brake
- friction clutch load limiter
- changeable voltages
- adjustable upper and lower limit switches
Anchorages - A variety of clamps and roller are available for installation of your hoist.
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We carry high quality rack and pinion platform hoists to provide the construction industry with a reliable means of transporting material. Powder coated for durability and weather resistant, these units can last in the outdoor environments for many years.
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Saftely Products
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Anchorages are available in many different forms and are the most critical part of the fall protection system. An inadequate anchor will result in failure of all other components. OSHA requires an anchorage to be capable of supporting 5,000 lbs. Contact our office for details concerning your specific anchorage needs.
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his part of your fall protection system receives the most complaints; such as “It’s uncomfortable”, “It’s too heavy”, “It’s too big/small”. New body harnesses not only fit well, but are lighter and more comfortable than ever before. Body harnesses are now built to specific sizes, including models for women.
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Lanyard- This device connects your body harness to the rope grab. Shock absorbing lanyards help to ease the body’s impact in the event of a fall.
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This mechanical device locks onto the lifeline and serves as your “parking brake”. Most models use a cam-type lock. Several models have fail-safe locks that allow the grab to engage the lifeline even if the user holds the cam open.
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5/8” Poly-Dac is the industry standard in the tri-state area. Poly-Dac has dynamic properties well suited for arresting a fall. With a breaking strength over 5,000 lbs, along with great UV and abrasion resistance, this is the lifeline you want.
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ANSI Z-359.1 states: “Knots shall not be used for load-bearing end terminations” (section 3.2.7.2.2). This device allows the user to make an end termination without a knot or the knowledge of how to splice rope. Fully rated at 5,000 lbs. capacity. Device is reusable.
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Used to prevent debris from exiting the platform. Available in rolls of 150ft (4 ft. high) in black or safety orange. Use of netting is required in some states. Check your local codes.
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This device is used to insulate electric cables and lifelines from sharp abrasive edges such as parapet walls and cornices. The Velcro® closure allows installation at any point on the line.
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Permanently Installed Solutions
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Designed to provide a safe and efficient method of access to all external parts of a building structure. Most design allows the user’s to access the equipment from the roof and with nothing to assemble. The design of the system is such that the hoists units are stored at the roof level therefore, granting access at all times should an emergency arise. Additionally, reducing weight on the working platform and allowing more room for workers. Built in Programmable Logic Controls (PLCs) monitor and ensure complete operators’ safety and minimizes breakdowns.
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Davits and sockets systems are conventionally designed to provide an effective method to permanently access the exterior of a structural façade. It is most effective when a building design has multiple levels. A basic system is comprised of: fixed davit bases, portable davit arms and a self powered working platform.
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Monorail systems are specially designed to accommodate interior atriums, sloped roofs and overhanging facades. It is mostly equipped with self powered platforms suspended from trolleys. The suspension method can be manual or motorized and most often the self powered platform is stored in a conceal area after its use.
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Tie back anchors are primarily designed as means for personal fall protection systems. It is also used to secure building maintenance systems, portable outriggers and boatswain chairs.
Tieback anchors are designed in different models from wall mounted, to flush and “U” mounted. It is steel forged and hot dipped galvanized many of times painted to reduce architectural visibility.
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Gantries or rolling ladders are simple and economic design. Most often gantries are vertically mounted and are guided with some type of steel tracks. The finish result usually blends in with the color and background of a building structure. Gantries are typically manually powered however, the option of powered assisted is always granted.
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Suspended Swing Stage Solutions
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When parapet walls or other structures are not available, outrigger beams are the solution. Utilized in conjunction with counterweights (or other ballasting method), outriggers allow the users to rely solely on their own equipment. Engineered with a safety factor of 4, outriggers can satisfy most every access requirement.
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Assembled from modular sections, these custom outriggers can be broken down to fit within standard elevators. Utilizing cable truss systems, the outreaches can reach up to 14’-0”. Designed with a custom manufactured aluminum extrusion, these beams are both light and surprisingly strong.
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Parapet Clamps
Cornice Hooks
Pigeon Hole Stand / Tripod Stand
Chokers
Beam Clamp
Trolleys
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Access to building façades often requires specialized equipment. Suspended scaffolding, a temporary system assembled from many components, requires the product knowledge and know-how of experienced and seasoned professionals.
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These devices, often referred to as “motors”, are the primary lifting mechanism for suspended scaffolding. Typical hoists have a load capacity of 1,000 lbs. However, the load capacities can range from 700 lbs. up to 2,200 lbs. Hoists are available with either electric or air motors
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Single line scaffolds, more commonly known as work cages and bosun’s chairs, allow the user to access much smaller spaces. Single line systems are commonly used in shafts for work on risers or other similar vertical projects. Several configurations are offered ensuring the best solution to complete your job.
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Coming Spring/Summer 2007
All workers on suspended scaffolding must possess a “certificate of fitness”. According to the Suspended Scaffold Worker Safety Task Force Report (Dec. 2006), only 50% of workers were in compliance. The proposed penalties for failure to produce a certificate of fitness range from $1,500 for a first offense to $15,000 for multiple offenses. (Current penalties range from $500-$10,000).
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