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Products with this attribute (89737 total)

Medium-duty roller conveyors with steel frames provide more strength and weight capacity than medium-duty roller conveyors with aluminum frames and light-duty roller conveyors. Also called conveyor sticks, rigid-frame conveyor sections consist of rollers that are mounted on a series of axles attached to rigid frames. The sections may be straight or curved. Butt plates on the ends of the conveyor sections can be bolted together to join multiple sections and create a conveyor line that allows items to roll along a path from one place to another. Each section must be supported by compatible conveyor stands. The number and spacing of the stands used to support the conveyor section will affect its capacity. Roller conveyors consist of rollers that are mounted on a series of axles attached to rigid or telescoping frames. These unpowered (gravity-flow) conveyors use a downward slope or a manual push to move loads down the line. The rollers provide a stable surface for moving loads with rimmed or uneven bottoms, such as drums, pails, pallets, skids, and bags. They allow the loads to roll along a path from one place to another, reducing the effort it takes to move the loads in package handling, warehousing, dock, assembly, or inspection tasks. Loads roll forward and back along the conveyors and can be pushed from side to side across the full width of the conveyors. Roller conveyors typically offer more weight capacity than skate wheel conveyors. The conveyor's roller spacing density affects the size of the items that can be conveyed on it. The smallest item on the conveyor should be supported by at least three rollers at all times. This listing is for each. Roller Bearing Type : Ball Bearing Frame Height - Conveyors : 1 3/8 in Item : Roller Conveyor Maximum Load Capacity : 600 lb/ft (5 ft Supports) Frame Capacity per Foot on 10-Ft. Centers : 120 lb. Conveyor Roller Material : Steel Conveyor Connection Type : Bolt-On Overall Width : 38 3/4 in Bearings : Ball Design : Bolted
Medium-duty roller conveyors with steel frames provide more strength and weight capacity than medium-duty roller conveyors with aluminum frames and light-duty roller conveyors. Also called conveyor sticks, rigid-frame conveyor sections consist of rollers that are mounted on a series of axles attached to rigid frames. The sections may be straight or curved. Butt plates on the ends of the conveyor sections can be bolted together to join multiple sections and create a conveyor line that allows items to roll along a path from one place to another. Each section must be supported by compatible conveyor stands. The number and spacing of the stands used to support the conveyor section will affect its capacity. Roller conveyors consist of rollers that are mounted on a series of axles attached to rigid or telescoping frames. These unpowered (gravity-flow) conveyors use a downward slope or a manual push to move loads down the line. The rollers provide a stable surface for moving loads with rimmed or uneven bottoms, such as drums, pails, pallets, skids, and bags. They allow the loads to roll along a path from one place to another, reducing the effort it takes to move the loads in package handling, warehousing, dock, assembly, or inspection tasks. Loads roll forward and back along the conveyors and can be pushed from side to side across the full width of the conveyors. Roller conveyors typically offer more weight capacity than skate wheel conveyors. The conveyor's roller spacing density affects the size of the items that can be conveyed on it. The smallest item on the conveyor should be supported by at least three rollers at all times. This listing is for each. Technical Specification Item Roller Conveyor Conveyor Frame Type Rigid Frame Shape Straight Overall Length 5 ft. Overall Width 17-3/4 Maximum Length 5 ft. Conveyor Roller Material Steel Roller Finish/Coating Galvanized Roller Dia. 1-15/16 Roller Spacing 4-1/2 Roller Set Positioning Set High Frame Material
Mersen AJT Amp-Trap 2000 SmartSpot time-delay/class J fuse with maximum circuit protection. It provide a visual open fuse indicator. With advanced material technology the AJT fuse provides IEC Type 2 No damage protection to main, feeder, and branch circuits, for all types of loads - yet, they require only half the mounting space needed for 600VAC class RK fuses. AJT's time-delay characteristics are ideal for handling typical motor and transformer inrush currents, while also providing superior current-limiting ability. 300kA interrupting rating - self-certified, UL witnessed tests. Small footprint requires less mounting space and allows smaller, more economical fuse blocks. Easy 2-to-1 selectivity for prevention of nuisance shutdowns. Unique class J dimensions prevent replacement errors. High-visibility orange label gives instant brand recognition. Metal-embossed date and catalog number for traceability and lasting identification. Fiberglass body provides dimensional stability in harsh industrial settings. High-grade silica filler ensures fast arc quenching. Optional EI indicator/switch mount for open fuse indication. Use for motor circuits; mains; feeders; branch circuits; lighting, heating and general loads; transformers; control panels; circuit breaker back-up; bus duct and load centers. Highlights: SmartSpot indicator, time-delay, highly current-limiting, arc flash mitigating, DC ratings, optional mechanical indicator. Approvals: UL listed to standard 248-8 file E2137, DC listed to UL standard 248, CSA certified to standard C22.2 No. 248.8, IEC 269-2-1. UL listed, DC tested to UL standard 248. 600VAC/500VDC voltage rating. 200kA AC/100kA DC IR rating. 500 ampere current rating. Measures 2-1/2-inches diameter by 8-inches length.
Mersen fuses for the protection of transformers and distribution lines deliver overload and short circuit protection. These current-limiting fuses will melt at current that can be as low as 1.7 times the fuse current ratings up to its maximum interrupting rating. These fuses are designed to withstand the transformer magnetizing inrush current. They have 2, 3 and 4 inch diameter barrels with ferrules and are mounted in spring reinforced clips. Defines fuses designed prior to the time where the ANSI standards defined the term "General Purpose" and do not meet all of the general purpose definition. These fuses are capable of interrupting all currents above 2.2 to 3 times the fuse's rated current up to its maximum interrupting rating. A general purpose current-limiting fuse is one that is capable of interrupting all currents from its rated interrupting current down to the current that causes melting of the fusible element in one hour or more. E-Rated fuses are general purpose fuses that operate: 100E or less must melt in 300 seconds at 200 to 240 percent of E rating. Over 100E must melt in 600 seconds at 220 to 264 percent of E rating. Example: A 100E fuse must melt in 300 seconds with an applied current of 200 to 240 amperes. These fuses were designed and originally tested at a higher maximum interrupting rating value. Features: Blown-fuse indicator to give positive identification of open fuse. 9F60: 0.125 pounds tripped force 0.20-inch. 15-inches clip centers suitable for use indoors or outdoor. Applications: Protection for 2.4kV to 34.5kV transformers or distribution systems. Highlights: E-Rated, UL listed, outdoor use. 15.5kV voltage rating. 50kA interrupt rating. 5E ampere current rating. Measures 2-inches diameter by 17-13/64-inches length.