Browning 2-7/16"-ID 2525-STYLE TL BUSHINGS BRW 2525 X 2-7/16
Browning® 3750031 Taper Lock Bushing, 2-7/16 in Dia Bore, 3-3/8 in Dia Barrel, 2-1/2 in OAL, Steel
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BrandBrowning®
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UPC662289617104
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Manufacturer Part Number3750031
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CountryUSA
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Taper1-1/2 in/ft
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MaterialSteel
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Torque Rating11300 in-lb
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Screw Size1/2 x 1 in
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Number of Bolt Holes2
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Barrel Diameter3-3/8 in
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Keyway Size5/8 x 5/16 in
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Bolt Circle Diameter3-1/4 in
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Bore Diameter2-7/16 in
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Overall Length2-1/2 in
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Suitable For Use WithBrowning® Sprockets and HPT Chain Synchronous Belt Drives
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Alternative Part Number2525X 2 7/16
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UNSPSC31163205
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Package Description1/PK
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Warranty1 Year
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Catalog
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Instruction/Installation Manual
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The Crescent Nicholson half-round double-cut bastard files are ideal for materials containing iron, mild steel, plastics, and wood. The coarse grade is perfect for use on concave, convex, and flat surfaces. The two-sided files are rounded on 1 side and flat on the other, so you can round out holes with ease. Half-round bastard files are double-cut on the rounded sides, allowing you to quickly remove material from the work piece.
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The Browning® torque limiter is a spring loaded friction style torque overload device. The load on the friction pads is adjusted so that the process torque is transmitted. An overload torque in excess of the set torque causes the unit to slip. This prevents overloads from transmitting through the system. When the load falls below the set level, the torque limiter stops slipping and transmits the torque. A torque limiter does not maintain phase between input and output. Although it is a similar size, the Browning® torque limiter has a higher torque density than the Morse® torque limiter. It is also well suited for applications that trip infrequently at high loads. It is most often used in a chain drive. A specially machined sprocket is inserted between the friction pads and acts as the slip interface. Torque capacity is up to 8800 in-lb.
O-rings are closed circular rings of circular cross-section. They are made through vulcanization from form tools as a complete ring. The sealing function of the O-ring is achieved by the deformation of the cross-section when installed and compressed in its housing. The O-ring can be compressed either radially or axially in its installation housing. In operating conditions the pressure exerted by the media reinforces the sealing function, as under pressure the elastomer material functions as a non-compressible fluid.
