Gates NOTCHED GRIP V-BELTS GAT 3-VX-530
Finding a belt that fits into your compact machinery without sacrificing power or efficiency is a daily challenge. When every inch of space is precious and traditional belts just don't cut it, the Super HC Molded Notch (MN) V-belt is your solution. This bandless, high-performance belt, crafted from ethylene elastomer with precision-molded notches, provides superior cord support and flexibility to improve load distribution and reduce maintenance needs. Whether you aim to boost your drive efficiency or minimize downtime, Gates Super HC MN V-belts deliver the durability and performance to keep your industrial processes running smoothly.
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BrandGates® Power Transmission
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UPC72053267006
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Manufacturer Part Number3VX530
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CountryUSA|Canada
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Temperature Range-70 to 250 deg F
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Thickness21/64 in
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MaterialEPDM
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Top Width3/8 in
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Reinforced MaterialFlex-Bonded Polyester
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ColorBlack
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TypeHeavy Duty Molded Notch
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Minimum Pulley Diameter3.82 in
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Section Size3VX
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Number of Ribs1
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Outside Length53 in
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Series9412
- Flex-bonded cords are strongly bonded to the body of the belt resulting in equal load distribution and the absorption of bending stress without cord deterioration
- Notches molded into the belt during manufacturing increase flexibility making this belt well suited for drives with smaller diameter sheaves
- Belt edge is machined for even sheave groove contact resulting in smoother running, less slip and wear
- Patented ethylene material construction provides -70 to 250 deg F temperature range to resist belt cracking
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UNSPSC26111801
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Standards/ApprovalsARPM/RMA IP-3-2/IP-3-3
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Alternative Part Number94120530
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Package DescriptionEACH
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Catalog
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Instruction/Installation Manual
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Specification Sheet
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Finding a belt that fits into your compact machinery without sacrificing power or efficiency is a daily challenge. When every inch of space is precious and traditional belts just don't cut it, the Super HC Molded Notch (MN) V-belt is your solution. This bandless, high-performance belt, crafted from ethylene elastomer with precision-molded notches, provides superior cord support and flexibility to improve load distribution and reduce maintenance needs. Whether you aim to boost your drive efficiency or minimize downtime, Gates Super HC MN V-belts deliver the durability and performance to keep your industrial processes running smoothly.
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Browning® 1005156 Type E Solid Multiple Sheave, 1/2 to 2 in QD® Bore, 4.35 in OD, 5 Grooves, 3.8 in (A)/4.3 in (B) Dia Pitch, 4 in W Face
Browning® offers an extensive multi-groove sheave offering. This includes Browning® Split-Taper® and QD® bushing designs. This means maximum economy and versatility for your application. Truly the right drive every time our exclusive B5V® sheaves have a patented design that offers 5V horsepower in the economy of a B section sheave. B5V® sheaves serve 90% of all applications from 10 to 150 hp. This can reduce cost up to 40% over traditional designs.
NIBCO® K098300 4811 DWV Reducing Sanitary Tee, Tee, 2 x 2 x 1-1/2 in Nominal, Hub End Style, SCH 40/STD, PVC, Domestic
The PVC DWV sanitary tee features a hub x hub x hub connection and a flowing sweep to aid in the evacuation of waste and used fluids. The tee allows for a connection to be made in continuous pipeline and branch out to a different direction. Please refer to NIBCO technical data sheets and catalogs for engineering and installation information. Polyvinyl chloride (PVC) is the most frequently specified of all thermoplastic materials because of its light weight, durability, and cost-effectiveness. PVC DWV is easy to install and is joined by solvent cementing or threading. PVC fittings exhibit high corrosion and chemical resistance and will not rust, scale, pit or corrode. NIBCO® plastic fittings are backed by a 5-year limited warranty. Because of its longstanding reputation for innovation and precision in design and manufacturing, NIBCO is the preferred brand in the industry.
Synchronous belt drives help reduce the problems of slippage, belt stretch, lubrication and metal to metal contact. They provide superior performance because power is transmitted by positive engagement of belt teeth rather than by friction, as in conventional belt drives.
