Gates® Power Transmission Micro-V® 615L10 Heavy Duty V-Belt, L Section, 3/16 in W Top, 61-1/2 in L Outside, 1/4 in THK, Chloroprene
Exclusive truncated (shortened) profile gives Gates® Micro-V® belts increased flexibility, reduced heat buildup and allows performance at higher speeds on smaller diameter sheaves.
-
BrandGates® Power Transmission
-
UPC072053298116
-
Manufacturer Part Number615L10
-
CountryUSA
-
Thickness1/4 in
-
MaterialChloroprene
-
Top Width3/16 in
-
Reinforced MaterialPolyester
-
TypeHeavy Duty
-
Minimum Pulley Diameter6.366 in
-
Section SizeL
-
Series9173
-
Number of Ribs10
-
Outside Length61-1/2 in
- Fiber reinforced ribs for excellent wear resistance
- High modulus, low stretch tensile member for added strength and dependability
- Smooth running for minimal vibration at high speeds
- Oil and heat-resistant, static conductivity
-
Alternative Part Number917306110
-
UNSPSC26111801
-
Package DescriptionEACH
-
Standards/ApprovalsARPM/RMA IP-3-2/IP-3-3
-
Catalog
-
Specification Sheet
-
Instruction/Installation Manual
Recently Viewed
Gates® Power Transmission Micro-V® 615L10 Heavy Duty V-Belt, L Section, 3/16 in W Top, 61-1/2 in L Outside, 1/4 in THK, Chloroprene
Exclusive truncated (shortened) profile gives Gates® Micro-V® belts increased flexibility, reduced heat buildup and allows performance at higher speeds on smaller diameter sheaves.
1-AA-MD MAGNETIC PUMP - LGP588001>
1/4" MPT X 2" BLACK NIPPLES-JPW1/4X2BN>
United Abrasives-SAIT 57036 Close Coated General Purpose Abrasive Disc, 7 in Dia, 7/8 in Center Hole, 36 Grit, 2A Aluminum Oxide Abrasive
United Abrasives-SAIT 57036 Close Coated General Purpose Abrasive Disc, 7 in Dia, 7/8 in Center Hole, 36 Grit, 2A Aluminum Oxide Abrasive
1/8-HP 5-MD-HC LITTLE GIANT PUMP-LGP583603 >
Gates® Power Transmission Polyflex® 3M515 Light Duty V-Belt, 3M Section, 1/8 in W Top, 20.28 in L Outside, 3/32 in THK, High Modulus Polyurethane
Developed by Gates and produced to patented manufacturing processes, these belts provide more load-carrying capacity at higher speeds to small multiple V-belt precision drives. This results in significant cost savings and improved design freedom.

