Sierra
Water Pump Kit W/O Housing - 18-3258 - 47-3258F1
Refer to Sierra's Catalog for more information
Water Pump Kit W/O Housing - 18-3257 - 47-3257F1
Refer to Sierra's Catalog for more information
Water Pump Kit W/O Housing - 18-3256 - 47-3256F1
Refer to Sierra's Catalog for more information
Water Pump Kit W/O Housing - 18-3254 - 47-3254F1
Refer to Sierra's Catalog for more information
Water Pump Kit W/Housing - 18-3327 - 47-3327F1
Includes: Impeller O.E.# 386084Housing O.E.# 435390Wear Plate O.E.# 318995Water Pump Cup O.E.# 324097Grommet O.E.# 302497Grommet O.E.# 327035Oil Seal O.E.# 318972 O-Ring O.E.# 303097O-Ring O.E.# 319085Pin O.E.# 300771Stainless Steel Bolt O.E.# 3191126 (4) Includes:Impeller O.E.# 386084Housing O.E.# 435390Wear Plate O.E.# 318995Water Pump Cup O.E.# 324097Grommet O.E.# 302497Grommet O.E.# 327035Oil Seal O.E.# 318972 O-Ring O.E.# 303097O-Ring O.E.# 319085Pin O.E.#300771 & Stainless Steel Bolt O.E.#3191126 (4)
Water Pump Kit - 18-3390 - 47-3390F1
Refer to Sierra's Catalog for application information.
Water Pump Kit - 18-3386 - 47-3386F1
Refer to Sierra's Catalog for application information.
Water Pump Kit - 18-3212-1 - 47-32121F1
Refer to Sierra's Catalog for application information.
Water Pump Impeller-Volvo - 18-3060 - 47-3060F1
See Sierra catalog for complete application information.
Water Pump Housing - 18-3206 - 47-3206F1
Refer to Sierra's Catalog for application information.
Volvo Tilt N Trim Motor - 18-6806 - 47-6806F1
Fits late model SX models with w/course thread.
Volvo Tilt N Trim Motor - 18-6804 - 47-6804F1
All NEW (not remanufactured) tilt and trim motors and assemblies Meets OEM specifications or late design upgrades90/10 copper bushings for longer lifeHigh temperature epoxy armature provides strength to secure wiresIncludes harness and relays as requiredIncludes heavy duty valves where applicable
Volvo Relay - Down - 18-5704 - 47-5704F1
Single Pull 5 Terminal20 Amps Resistive15 Amps Inductive
V-Belt - 18-15550 - 47-15550F1
High strength synthetic cords resist shockload failure. The compression section is a special rubber compound that assures smooth and even transfer of load forces to the cords.Cogs are molded to precise engineering tolerances to improve flexibility and maintain cord support. Cog geometry provides a large area for air circulation to keep the belt cool and prevent damaging heat build up in the cushion section.Rubber edges maintain positive, no-slip contact with pulley grooves.
V-Belt - 18-15520 - 47-15520F1
High strength synthetic cords resist shockload failure. The compression section is a special rubber compound that assures smooth and even transfer of load forces to the cords.Cogs are molded to precise engineering tolerances to improve flexibility and maintain cord support. Cog geometry provides a large area for air circulation to keep the belt cool and prevent damaging heat build up in the cushion section.Rubber edges maintain positive, no-slip contact with pulley grooves.
V-Belt - 18-15480 - 47-15480F1
High strength synthetic cords resist shockload failure. The compression section is a special rubber compound that assures smooth and even transfer of load forces to the cords.Cogs are molded to precise engineering tolerances to improve flexibility and maintain cord support. Cog geometry provides a large area for air circulation to keep the belt cool and prevent damaging heat build up in the cushion section.Rubber edges maintain positive, no-slip contact with pulley grooves.
V-Belt - 18-15470 - 47-15470F1
High strength synthetic cords resist shockload failure. The compression section is a special rubber compound that assures smooth and even transfer of load forces to the cords.Cogs are molded to precise engineering tolerances to improve flexibility and maintain cord support. Cog geometry provides a large area for air circulation to keep the belt cool and prevent damaging heat build up in the cushion section.Rubber edges maintain positive, no-slip contact with pulley grooves.
V-Belt - 18-15460 - 47-15460F1
High strength synthetic cords resist shockload failure. The compression section is a special rubber compound that assures smooth and even transfer of load forces to the cords.Cogs are molded to precise engineering tolerances to improve flexibility and maintain cord support. Cog geometry provides a large area for air circulation to keep the belt cool and prevent damaging heat build up in the cushion section.Rubber edges maintain positive, no-slip contact with pulley grooves.
V-Belt - 18-15455 - 47-15455F1
High strength synthetic cords resist shockload failure. The compression section is a special rubber compound that assures smooth and even transfer of load forces to the cords.Cogs are molded to precise engineering tolerances to improve flexibility and maintain cord support. Cog geometry provides a large area for air circulation to keep the belt cool and prevent damaging heat build up in the cushion section.Rubber edges maintain positive, no-slip contact with pulley grooves.
V-Belt - 18-15450 - 47-15450F1
High strength synthetic cords resist shockload failure. The compression section is a special rubber compound that assures smooth and even transfer of load forces to the cords.Cogs are molded to precise engineering tolerances to improve flexibility and maintain cord support. Cog geometry provides a large area for air circulation to keep the belt cool and prevent damaging heat build up in the cushion section.Rubber edges maintain positive, no-slip contact with pulley grooves.
V-Belt - 18-15440 - 47-15440F1
High strength synthetic cords resist shockload failure. The compression section is a special rubber compound that assures smooth and even transfer of load forces to the cords.Cogs are molded to precise engineering tolerances to improve flexibility and maintain cord support. Cog geometry provides a large area for air circulation to keep the belt cool and prevent damaging heat build up in the cushion section.Rubber edges maintain positive, no-slip contact with pulley grooves.
V-Belt - 18-15435 - 47-15435F1
High strength synthetic cords resist shockload failure. The compression section is a special rubber compound that assures smooth and even transfer of load forces to the cords.Cogs are molded to precise engineering tolerances to improve flexibility and maintain cord support. Cog geometry provides a large area for air circulation to keep the belt cool and prevent damaging heat build up in the cushion section.Rubber edges maintain positive, no-slip contact with pulley grooves.
V-Belt - 18-15410 - 47-15410F1
High strength synthetic cords resist shockload failure. The compression section is a special rubber compound that assures smooth and even transfer of load forces to the cords.Cogs are molded to precise engineering tolerances to improve flexibility and maintain cord support. Cog geometry provides a large area for air circulation to keep the belt cool and prevent damaging heat build up in the cushion section.Rubber edges maintain positive, no-slip contact with pulley grooves.
V-Belt - 18-15400 - 47-15400F1
High strength synthetic cords resist shockload failure. The compression section is a special rubber compound that assures smooth and even transfer of load forces to the cords.Cogs are molded to precise engineering tolerances to improve flexibility and maintain cord support. Cog geometry provides a large area for air circulation to keep the belt cool and prevent damaging heat build up in the cushion section.Rubber edges maintain positive, no-slip contact with pulley grooves.
V-Belt - 18-15370 - 47-15370F1
High strength synthetic cords resist shockload failure. The compression section is a special rubber compound that assures smooth and even transfer of load forces to the cords.Cogs are molded to precise engineering tolerances to improve flexibility and maintain cord support. Cog geometry provides a large area for air circulation to keep the belt cool and prevent damaging heat build up in the cushion section.Rubber edges maintain positive, no-slip contact with pulley grooves.
V-Belt - 18-15345 - 47-15345F1
High strength synthetic cords resist shockload failure. The compression section is a special rubber compound that assures smooth and even transfer of load forces to the cords.Cogs are molded to precise engineering tolerances to improve flexibility and maintain cord support. Cog geometry provides a large area for air circulation to keep the belt cool and prevent damaging heat build up in the cushion section.Rubber edges maintain positive, no-slip contact with pulley grooves.
