Categories that include the terms: GEARS and SPUR and CIRCULAR and PITCH and 5
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Gears and Gearing |  |
Gears - Spur - 16 Pitch - 14.5 Degree (Relevance 9/10)
PCD = No. of Teeth x 1.588mm (1/16 in.). 14.5 Degree Pressure Angle. Nylon.
Plastic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
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Gears - Spur - 24 Pitch - 14.5 Degree (Relevance 9/10)
PCD = No. of Teeth x 1.058mm (1/24 in.). 14.5 Degree Pressure Angle. Nylon, brass and carbon steel.
Plastic and metallic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
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Gears - Spur - 32 Pitch - 14.5 Degree (Relevance 9/10)
PCD = No. of Teeth x 0.794mm (1/32 in.). 14.5 Degree Pressure Angle. 5052 aluminium, brass, carbon steel and nylon.
Plastic and metallic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
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Gears - Spur - 48 Pitch - 14.5 Degree (Relevance 9/10)
PCD = No. of Teeth x 0.529mm (1/48 in.). 14.5 Degree Pressure Angle. 5052 aluminium, brass, carbon steel and nylon.
Plastic and metallic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
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Gears - Spur - Stock - 20 Pitch (Relevance 9/10)
Lengths of spur gear stock for manufacturing gears.
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Gears - Spur - Stock - 24 Pitch (Relevance 9/10)
Lengths of spur gear stock for manufacturing gears.
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Worms and Worm Gears | |
Worms - 48 Pitch (Series 5) - Metallic (Relevance 9/10)
Worms and Gears must be chosen from the same pitch and series to match.
25 Degree Pressure Angle - 14.2 Degree Lead Angle - 4 Lead. Includes anti-backlash series. A single start worm and gear will provide a ratio equivalent to the number of teeth on the gear. A double start worm and gear will provide a ratio of half the number of teeth on the gear.
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Gears and Gearing | |
Gears - Spur - 16 Pitch - 20 Degree (Relevance 8/10)
PCD = No. of Teeth x 1.588mm (1/16 in.). 20 Degree Pressure Angle. Nylon and acetal.
Plastic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
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Gears - Spur - 24 Pitch - 20 Degree (Relevance 8/10)
PCD = No. of Teeth x 1.058mm (1/24 in.). 20 Degree Pressure Angle. 2024 aluminium, brass, acetal, 303 stainless steel, nylon, bakelite and alloy steel.
Plastic and metallic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
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Gears - Spur - 24 Pitch - Hub Mounting (Relevance 8/10)
Suits hub and cluster gears 9.525mm (3/8) mounting diameter as listed on this site. Aluminium, stainless steel and acetal.
Plastic and metallic.
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Gears - Spur - 24 Pitch - Stem (Relevance 8/10)
303 stainless steel.
Metallic.
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Gears - Spur - 32 Pitch - 20 Degree (Relevance 8/10)
PCD = No. of Teeth x 0.794mm (1/32 in.). 20 Degree Pressure Angle. 2024 aluminium, 303 stainless steel, acetal, bakelite, brass, carbon steel and nylon.
Plastic and metallic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
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Gears - Spur - 32 Pitch - Hub Mounting (Relevance 8/10)
Suits hub and cluster gears 9.525mm (3/8) mounting diameter as listed on this site. Aluminium, stainless steel and acetal.
Plastic and metallic.
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Gears - Spur - 48 Pitch - 20 Degree (Relevance 8/10)
PCD = No. of Teeth x 0.529mm (1/48 in.). 20 Degree Pressure Angle. 2024 and 5052 aluminium, 303 stainless steel, acetal, brass and nylon.
Plastic and metallic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
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Gears - Spur - 48 Pitch - Hub Mounting (Relevance 8/10)
Suits hub and cluster gears 9.525mm (3/8) mounting diameter as listed on this site. Aluminium, stainless steel and acetal.
Plastic and metallic.
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Gears - Spur - 64 Pitch (Relevance 8/10)
PCD = No. of Teeth x 0.397mm (1/64 in.). 20 Degree Pressure Angle. 5052 aluminium, stainless steel, acetal and brass.
Plastic and metallic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
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Gears - Spur - 72 Pitch (Relevance 8/10)
PCD = No. of Teeth x 0.353mm (1/72 in.). 20 Degree Pressure Angle. 2024 aluminium, stainless steel and acetal.
Plastic and metallic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
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Gears - Spur - 72 Pitch - Differential End (Relevance 8/10)
To suit the precision diffs listed on this site. 2024 aluminium and 303 stainless steel.
Metallic.
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Gears - Spur - 72 Pitch - Stem (Relevance 8/10)
303 stainless steel.
Metallic.
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Gears and Gearing - Antibacklash | |
Gears - Spur - Antibacklash - 32 Pitch (Relevance 8/10)
Steel - Stainless Steel - Aluminium - 20 Degree Pressure Angle.
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Belt and Sprockets - Posi-Drive | |
Belts - Posi-Drive - 3.75 mm Circular Pitch - Double Core (Relevance 7/10)
Same as US 0.1475 Pitch - Use with Posi-Drive Sprockets.
Use Double Core with Posi-Drive Sprockets. 3.746mm Circular Pitch. Same as US 0.1475 Pitch. Posi-drive material lengths in this category can not be joined by the customer as special equipment is required. Material lengths are used in reciprocating applications and not meant to be joined
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Sprockets - Posi-Drive - 3.75 mm Circular Pitch (Relevance 7/10)
Same as US 0.1475 Pitch - Use with Double Core Belts.
Use with Double Core Posi-Drive Belts. 3.746mm Circular Pitch. Same as US 0.1475 Pitch.
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Gears and Gearing | |
Gears - Spur - Stock - Module 0.5 (Relevance 7/10)
Lengths of spur gear stock for manufacturing gears.
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Hobby Condensed Selection | |
Hobby Gears - Spur - Module 0.5 (Relevance 7/10)
A small selection of popular Module 0.5 Brass Gear Sets 9 to 20 teeth
See main listings under Gears for sizes not listed here To work out the pitch diameter of a metric spur gear, multiply the no of teeth by the module. A module 0.5 spur gear with 20 teeth has a pitch diameter of 10mm. A module 0.5 spur gear with 10 teeth has a pitch diameter of 5mm.
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Belt and Sprockets - Posi-Drive | |
Belts - Posi-Drive - 4.00 mm Circular Pitch - Double Core (Relevance 6/10)
Same as US 20 Pitch - Use with Posi-Drive Sprockets.
Use Double Core with Posi-Drive Sprockets. 3.990mm Circular Pitch. Same as US 20 Pitch. Posi-drive material lengths in this category can not be joined by the customer as special equipment is required. Material lengths are used in reciprocating applications and not meant to be joined
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Belts - Posi-Drive - 4.00 mm Circular Pitch - Single Core (Relevance 6/10)
Same as US 20 Pitch - Use with Posi-Drive Pulleys.
Use Single Core with Posi-Drive Pulleys. 3.990mm Circular Pitch. Same as US 20 Pitch. Posi-drive material lengths in this category can not be joined by the customer as special equipment is required. Material lengths are used in reciprocating applications and not meant to be joined
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Sprockets - Posi-Drive - 4.00 mm Circular Pitch (Relevance 6/10)
Same as US 20 Pitch - Use with Double Core Belts.
Use with Double Core Posi-Drive Belts. 3.990mm Circular Pitch. Same as US 20 Pitch.
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Gears and Gearing | |
Gears - Mitre - 16 Pitch (Relevance 6/10)
1:1 Ratio. 20 Degree Pressure Angle - Nylon.
Mitre gears are used with a matching gear of the same pitch and number of teeth. This provides a 1:1 ratio on a 90 degree angle. See Gears - Bevel for other ratios.
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Gears - Mitre - 20 Pitch (Relevance 6/10)
1:1 Ratio. 20 Degree Pressure Angle - Unhardened Steel.
Mitre gears are used with a matching gear of the same pitch and number of teeth. This provides a 1:1 ratio on a 90 degree angle. See Gears - Bevel for other ratios.
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Gears - Mitre - 24 Pitch (Relevance 6/10)
1:1 Ratio. 20 Degree Pressure Angle - Nylon, brass and carbon steel.
Mitre gears are used with a matching gear of the same pitch and number of teeth. This provides a 1:1 ratio on a 90 degree angle. See Gears - Bevel for other ratios.
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Gears - Mitre - 32 Pitch (Relevance 6/10)
1:1 Ratio. 20 Degree Pressure Angle - Nylon, brass and carbon steel.
Mitre gears are used with a matching gear of the same pitch and number of teeth. This provides a 1:1 ratio on a 90 degree angle. See Gears - Bevel for other ratios.
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Gears - Mitre - 48 Pitch (Relevance 6/10)
1:1 Ratio. 20 Degree Pressure Angle - Nylon, brass, carbon steel and acetal.
Mitre gears are used with a matching gear of the same pitch and number of teeth. This provides a 1:1 ratio on a 90 degree angle. See Gears - Bevel for other ratios.
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Gears - Racks - 24 Pitch - 14.5 Degree (Relevance 6/10)
14.5 Degree Pressure Angle. Brass, carbon steel and nylon.
Plastic and metallic.
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Gears - Racks - 32 Pitch - 14.5 Degree (Relevance 6/10)
14.5 Degree Pressure Angle. Brass, carbon steel and nylon.
Plastic and metallic.
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Gears - Racks - 48 Pitch - 14.5 Degree (Relevance 6/10)
14.5 Degree Pressure Angle. Brass, carbon steel and nylon.
Plastic and metallic.
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Gears - Spur - Module 0.15 (Relevance 6/10)
PCD = No. of Teeth x 0.150mm. 20 Degree Pressure Angle. Brass.
Metallic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
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Gears - Spur - Module 0.25 (Relevance 6/10)
PCD = No. of Teeth x 0.250mm. 20 Degree Pressure Angle. Brass and carbon steel.
Metallic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
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Gears - Spur - Module 0.5 (Relevance 6/10)
PCD = No. of Teeth x 0.500mm. 20 Degree Pressure Angle. 2024 aluminium, 303 stainless steel, 416 stainless, acetal, AISI4135 steel, brass and carbon steel.
Metallic and plastic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
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Gears - Spur - Module 0.5 - Hobby - Economy (Relevance 6/10)
PCD = No. of Teeth x 0.500mm. 20 Degree Pressure Angle - POM Plastic
Plastic Only Inexpensive for hobby and toy use No locking mechanisms
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Gears - Spur - Module 0.75 (Relevance 6/10)
PCD = No. of Teeth x 0.750mm. 20 Degree Pressure Angle. Brass.
Metallic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
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Gears - Spur - Module 0.75 - Stem (Relevance 6/10)
Gears with integral shafts.
Metallic.
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Gears - Spur - Module 1 - Stem (Relevance 6/10)
Gears with integral shafts.
Metallic.
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Gears - Spur - Module 1.25 (Relevance 6/10)
PCD = No. of Teeth x 1.250mm. 20 Degree Pressure Angle. 303 stainless steel and acetal.
Metallic and plastic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
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Gears - Spur - Module 1.5 (Relevance 6/10)
PCD = No. of Teeth x 1.500mm. 20 Degree Pressure Angle. 303 stainless steel, acetal, AISI4135 steel, carbon steel and nylon.
Metallic and plastic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
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Gears - Spur - Module 2.5 (Relevance 6/10)
PCD = No. of Teeth x 2.500mm. 20 Degree Pressure Angle. 303 stainless steel, carbon steel and nylon.
Metallic and plastic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
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Gears - Spur - Stock - Module 0.8 (Relevance 6/10)
Lengths of spur gear stock for manufacturing gears.
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Gears - Spur - Stock - Module 1 (Relevance 6/10)
Lengths of spur gear stock for manufacturing gears.
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Hobby Condensed Selection | |
Hobby Gears - Spur - 48DP (Relevance 6/10)
A small selection of popular 48DP Plastic/ Metal Pinion and Spur gears
See main listings under Gears for sizes not listed here To work out the pitch diameter of a 48DP spur gear, divide multiply the no of teeth by 0.52917.
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Hobby Gears - Spur - Module 0.4 (Relevance 6/10)
A small selection of popular Module 0.4 Brass Gear Sets 9 to 20 teeth
See main listings under Gears for sizes not listed here To work out the pitch diameter of a metric spur gear, multiply the no of teeth by the module. A module 0.4 spur gear with 20 teeth has a pitch diameter of 8mm. A module 0.4 spur gear with 10 teeth has a pitch diameter of 4mm.
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Worms and Worm Gears | |
Worm Gears - 24 Pitch (Series 1) - Metallic (Relevance 6/10)
Worms and Gears must be chosen from the same pitch and series to match.
14.5 Degree Pressure Angle - 4.77 Degree Lead Angle - 1 Lead. A single start worm and gear will provide a ratio equivalent to the number of teeth on the gear. A double start worm and gear will provide a ratio of half the number of teeth on the gear.
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Worm Gears - 24 Pitch (Series 1) - Plastic (Relevance 6/10)
Worms and Gears must be chosen from the same pitch and series to match.
14.5 Degree Pressure Angle - 4.77 Degree Lead Angle - 1 Lead. A single start worm and gear will provide a ratio equivalent to the number of teeth on the gear. A double start worm and gear will provide a ratio of half the number of teeth on the gear.
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Worm Gears - 24 Pitch (Series 2) - Plastic (Relevance 6/10)
Worms and Gears must be chosen from the same pitch and series to match.
20 Degree Pressure Angle - 9.47 Degree Lead Angle - 2 Lead. A single start worm and gear will provide a ratio equivalent to the number of teeth on the gear. A double start worm and gear will provide a ratio of half the number of teeth on the gear.
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Worm Gears - 32 Pitch (Series 1) - Metallic (Relevance 6/10)
Worms and Gears must be chosen from the same pitch and series to match.
14.5 Degree Pressure Angle - 4.08 Degree Lead Angle - 1 Lead. A single start worm and gear will provide a ratio equivalent to the number of teeth on the gear. A double start worm and gear will provide a ratio of half the number of teeth on the gear.
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Worm Gears - 32 Pitch (Series 1) - Plastic (Relevance 6/10)
Worms and Gears must be chosen from the same pitch and series to match.
14.5 Degree Pressure Angle - 4.08 Degree Lead Angle - 1 Lead. A single start worm and gear will provide a ratio equivalent to the number of teeth on the gear. A double start worm and gear will provide a ratio of half the number of teeth on the gear.
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Worm Gears - 32 Pitch (Series 2) - Plastic (Relevance 6/10)
Worms and Gears must be chosen from the same pitch and series to match.
20 Degree Pressure Angle - 8.13 Degree Lead Angle - 2 Lead. A single start worm and gear will provide a ratio equivalent to the number of teeth on the gear. A double start worm and gear will provide a ratio of half the number of teeth on the gear.
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Worm Gears - 32 Pitch (Series 3) - Metallic (Relevance 6/10)
Worms and Gears must be chosen from the same pitch and series to match.
25 Degree Pressure Angle - 15.95 Degree Lead Angle - 4 Lead. A single start worm and gear will provide a ratio equivalent to the number of teeth on the gear. A double start worm and gear will provide a ratio of half the number of teeth on the gear.
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Worm Gears - 48 Pitch (Series 1) - Metallic (Relevance 6/10)
Worms and Gears must be chosen from the same pitch and series to match.
14.5 Degree Pressure Angle - 3.35 Degree Lead Angle - 1 Lead. Includes anti-backlash series. A single start worm and gear will provide a ratio equivalent to the number of teeth on the gear. A double start worm and gear will provide a ratio of half the number of teeth on the gear.
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Worm Gears - 48 Pitch (Series 2) - Metallic (Relevance 6/10)
Worms and Gears must be chosen from the same pitch and series to match.
14.5 Degree Pressure Angle - 4.08 Degree Lead Angle - 1 Lead. A single start worm and gear will provide a ratio equivalent to the number of teeth on the gear. A double start worm and gear will provide a ratio of half the number of teeth on the gear.
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Worm Gears - 48 Pitch (Series 6) - Metallic (Relevance 6/10)
Worms and Gears must be chosen from the same pitch and series to match.
25 Degree Pressure Angle - 14.2 Degree Lead Angle - 4 Lead. A single start worm and gear will provide a ratio equivalent to the number of teeth on the gear. A double start worm and gear will provide a ratio of half the number of teeth on the gear.
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Worm Gears - 64 Pitch (Series 1) - Metallic (Relevance 6/10)
Worms and Gears must be chosen from the same pitch and series to match.
14.5 Degree Pressure Angle - 1.78 Degree Lead Angle - 1 Lead. Includes anti-backlash series. A single start worm and gear will provide a ratio equivalent to the number of teeth on the gear. A double start worm and gear will provide a ratio of half the number of teeth on the gear.
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Worms - 24 Pitch (Series 1) - Metallic (Relevance 6/10)
Worms and Gears must be chosen from the same pitch and series to match.
14.5 Degree Pressure Angle - 4.77 Degree Lead Angle - 1 Lead. A single start worm and gear will provide a ratio equivalent to the number of teeth on the gear. A double start worm and gear will provide a ratio of half the number of teeth on the gear.
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Worms - 24 Pitch (Series 1) - Plastic (Relevance 6/10)
Worms and Gears must be chosen from the same pitch and series to match.
14.5 Degree Pressure Angle - 4.77 Degree Lead Angle - 1 Lead. A single start worm and gear will provide a ratio equivalent to the number of teeth on the gear. A double start worm and gear will provide a ratio of half the number of teeth on the gear.
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Worms - 24 Pitch (Series 2) - Plastic (Relevance 6/10)
Worms and Gears must be chosen from the same pitch and series to match.
20 Degree Pressure Angle - 9.47 Degree Lead Angle - 2 Lead. A single start worm and gear will provide a ratio equivalent to the number of teeth on the gear. A double start worm and gear will provide a ratio of half the number of teeth on the gear.
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Worms - 32 Pitch (Series 1) - Metallic (Relevance 6/10)
Worms and Gears must be chosen from the same pitch and series to match.
14.5 Degree Pressure Angle - 4.08 Degree Lead Angle - 1 Lead. A single start worm and gear will provide a ratio equivalent to the number of teeth on the gear. A double start worm and gear will provide a ratio of half the number of teeth on the gear.
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Worms - 32 Pitch (Series 1) - Plastic (Relevance 6/10)
Worms and Gears must be chosen from the same pitch and series to match.
14.5 Degree Pressure Angle - 4.08 Degree Lead Angle - 1 Lead. A single start worm and gear will provide a ratio equivalent to the number of teeth on the gear. A double start worm and gear will provide a ratio of half the number of teeth on the gear.
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Worms - 32 Pitch (Series 2) - Plastic (Relevance 6/10)
Worms and Gears must be chosen from the same pitch and series to match.
20 Degree Pressure Angle - 8.13 Degree Lead Angle - 2 Lead. A single start worm and gear will provide a ratio equivalent to the number of teeth on the gear. A double start worm and gear will provide a ratio of half the number of teeth on the gear.
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Worms - 32 Pitch (Series 3) - Metallic (Relevance 6/10)
Worms and Gears must be chosen from the same pitch and series to match.
25 Degree Pressure Angle - 15.95 Degree Lead Angle - 4 Lead. A single start worm and gear will provide a ratio equivalent to the number of teeth on the gear. A double start worm and gear will provide a ratio of half the number of teeth on the gear.
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Worms - 48 Pitch (Series 1) - Metallic (Relevance 6/10)
Worms and Gears must be chosen from the same pitch and series to match.
14.5 Degree Pressure Angle - 3.35 Degree Lead Angle - 1 Lead. Includes anti-backlash series. A single start worm and gear will provide a ratio equivalent to the number of teeth on the gear. A double start worm and gear will provide a ratio of half the number of teeth on the gear.
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Worms - 64 Pitch (Series 1) - Metallic (Relevance 6/10)
Worms and Gears must be chosen from the same pitch and series to match.
14.5 Degree Pressure Angle - 1.78 Degree Lead Angle - 1 Lead. Includes anti-backlash series. A single start worm and gear will provide a ratio equivalent to the number of teeth on the gear. A double start worm and gear will provide a ratio of half the number of teeth on the gear.
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Gears and Gearing | |
Gears - Bevel - 24 Pitch (Relevance 5/10)
For 90 degree angle power transfer.
20 Degree Pressure Angle. Do not mix gears from different sets. See Gears - Mitre for 1:1 ratios.
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Gears - Bevel - 32 Pitch (Relevance 5/10)
For 90 degree angle power transfer.
20 Degree Pressure Angle. Do not mix gears from different sets. See Gears - Mitre for 1:1 ratios.
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Gears - Bevel - 48 Pitch (Relevance 5/10)
For 90 degree angle power transfer.
20 Degree Pressure Angle. Do not mix gears from different sets. See Gears - Mitre for 1:1 ratios.
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Gears - Internal - 24 Pitch (Relevance 5/10)
Various materials including 2024-T4 Aluminum, 303 stainless steel and brass.
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Gears - Racks - 24 Pitch - 20 Degree (Relevance 5/10)
20 Degree Pressure Angle. 416 stainless steel and aluminium.
Metallic.
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Gears - Racks - 64 Pitch (Relevance 5/10)
20 Degree Pressure Angle. 416 stainless steel and aluminium.
Metallic.
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Gears - Racks - 72 Pitch (Relevance 5/10)
20 Degree Pressure Angle. 416 stainless steel and aluminium.
Metallic.
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Gears - Racks - 96 Pitch (Relevance 5/10)
20 Degree Pressure Angle. 416 stainless steel and aluminium.
Metallic.
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Gears - Racks - 120 Pitch (Relevance 5/10)
20 Degree Pressure Angle. 416 stainless steel and aluminium.
Metallic.
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Gears - Spur - Module 0.4 (Relevance 5/10)
PCD = No. of Teeth x 0.400mm. 20 Degree Pressure Angle. 416 stainless steel, acetal, brass and carbon steel.
Metallic and plastic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
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Gears - Spur - Module 0.7 (Relevance 5/10)
PCD = No. of Teeth x 0.700mm. 20 Degree Pressure Angle. Acetal.
Metallic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
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Gears - Spur - Module 0.8 (Relevance 5/10)
PCD = No. of Teeth x 0.800mm. 20 Degree Pressure Angle. 2024 aluminium, 303 stainless steel, 416 stainless, acetal, AISI4135 steel, brass and carbon steel.
Metallic and plastic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
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Gears - Spur - Module 1 (Relevance 5/10)
PCD = No. of Teeth x 1.000mm. 20 Degree Pressure Angle. 2024 aluminium, 303 stainless steel, 416 stainless, acetal, AISI4135 steel, brass and carbon steel.
Metallic and plastic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
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Gears - Spur - Module 2 (Relevance 5/10)
PCD = No. of Teeth x 2.000mm. 20 Degree Pressure Angle. 303 stainless steel, acetal, AISI4135 steel, carbon steel and nylon. 303 stainless steel, acetal, AISI4135 steel, carbon steel and nylon.
Metallic and plastic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
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Gears - Spur - Module 3 (Relevance 5/10)
PCD = No. of Teeth x 3.000mm. 20 Degree Pressure Angle. 303 stainless steel, carbon steel and nylon.
Metallic and plastic. Fairloc Hub Type require controlled shaft tolerances between 0.0025 and 0.0203 mm Clearance.
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Gears and Gearing - Matched Sets | |
Gears - Bevel - 48 Pitch - Precision Matched Sets (Relevance 5/10)
Sold as sets. For 90 degree angle power transfer.
Stainless : 303 Stainless Steel. Aluminium : 2024-T4 or T351 Aluminium Alloy Anodised before cutting. AGMA Q10 Quality. 20 Degree Pressure Angle. See Gears - Mitre for 1:1 ratios.
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Gears - Mitre - 48 Pitch - Precision Matched Sets (Relevance 5/10)
Sold as sets - 1:1 Ratio. Stainless steel and aluminium.
Stainless : 303 Stainless Steel. Aluminium : 2024-T4 or T351 Aluminium Alloy Anodised before cutting. AGMA Q10 Quality. 20 Degree Pressure Angle. Mitre gear sets provide a 1:1 ratio on a 90 degree angle.
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Belts | |
Belts - Timing - 1.000mm Pitch (Relevance 4/10)
Miniature 1mm series timing belts
Pitch (P) - 1.000mm Tooth Height (H) - 0.41mm. Belt Height (W) - 0.97mm Breaking strength is not indicative of working strength.
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Belts - Timing - 2.000mm Pitch - GT - 3mm Wide (Relevance 4/10)
GT Series Metric Timing Belts.
Pitch (P) - 2mm. Tooth Height (H) - 0.76mm. Belt Height (W) - 1.52mm. TRUE METRIC is a trademark of Designatronics. Breaking strength is not indicative of working strength.
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Belts - Timing - 2.000mm Pitch - GT - 6mm Wide (Relevance 4/10)
GT Series Metric Timing Belts.
Pitch (P) - 2mm. Tooth Height (H) - 0.76mm. Belt Height (W) - 1.52mm. TRUE METRIC is a trademark of Designatronics. Breaking strength is not indicative of working strength.
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Belts - Timing - 2.000mm Pitch - GT - 9mm Wide (Relevance 4/10)
GT Series Metric Timing Belts.
Pitch (P) - 2mm. Tooth Height (H) - 0.76mm. Belt Height (W) - 1.52mm. TRUE METRIC is a trademark of Designatronics. Breaking strength is not indicative of working strength.
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Belts - Timing - 2.032mm Pitch - MXL (Relevance 4/10)
Standard Series Timing Belts 2.032mm or 0.080 inch pitch.
Pitch (P) - 2.032mm (0.08 inch). Tooth Length (T) - 0.76mm. Tooth Height (H) - 0.46mm. Belt Height (W) - 1.14mm - Corner Radii ( r ) - 0.13mm. Breaking strength is not indicative of working strength.
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Belts - Timing - 2.073mm Pitch - 40DP (Relevance 4/10)
Standard Series Timing Belts 2.072mm or 0.08016 inch pitch.
Pitch (P) - 2.073mm (0.0816 inch). Tooth Length (T) - 0.60mm. Tooth Height (H) - 0.46mm. Belt Height (W) - 1.20mm - Corner Radii ( r ) - 0.20mm. Breaking strength is not indicative of working strength.
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Belts - Timing - 2.500mm Pitch - T2.5 (Relevance 4/10)
T Series Metric Timing Belts.
Pitch (P) - 2.500mm. Tooth Length (T) - 1.50mm. Tooth Height (H) - 0.70mm. Belt Height (W) - 1.30mm - Corner Radii ( r ) - 0.20mm. Breaking strength is not indicative of working strength.
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Belts - Timing - 3.000mm Pitch - GT - 6mm Wide (Relevance 4/10)
GT Series Metric Timing Belts.
Pitch (P) - 3.000mm. Tooth Height (H) - 1.14mm. Belt Height (W) - 2.41mm. TRUE METRIC is a trademark of Designatronics. Breaking strength is not indicative of working strength.
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Belts - Timing - 3.000mm Pitch - GT - 9mm Wide (Relevance 4/10)
GT Series Metric Timing Belts.
Pitch (P) - 3.000mm. Tooth Height (H) - 1.14mm. Belt Height (W) - 2.41mm. TRUE METRIC is a trademark of Designatronics. Breaking strength is not indicative of working strength.
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Belts - Timing - 3.000mm Pitch - HTD (Relevance 4/10)
HTD Series Metric Timing Belts.
Pitch (P) - 3.000mm. Tooth Height (H) - 1.22mm. Belt Height (W) - 2.41mm. Breaking strength is not indicative of working strength.
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Belts - Timing - 5.000mm Pitch - GT - TRUE METRIC (Relevance 4/10)
GT Series Metric Timing Belts.
Pitch (P) - 5.000mm. Tooth Height (H) - 1.93mm. Belt Height (W) - 3.81mm. TRUE METRIC is a trademark of Designatronics. Breaking strength is not indicative of working strength.
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Belts - Timing - 5.000mm Pitch - HTD (Relevance 4/10)
HTD Series Metric Timing Belts.
Pitch (P) - 5.000mm. Tooth Height (H) - 2.08mm. Belt Height (W) - 3.81mm. Breaking strength is not indicative of working strength.
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Belts - Timing - 5.000mm Pitch - T5 (Relevance 4/10)
T Series Metric Timing Belts.
Pitch (P) - 5.000mm. Tooth Length (T) - 1.40mm. Tooth Height (H) - 1.20mm. Belt Height (W) - 2.20mm - Corner Radii ( r ) - 0.40mm. Breaking strength is not indicative of working strength.
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Belts - Timing - 5.080mm Pitch - XL (Relevance 4/10)
Standard Series Timing Belts 5.080mm or 0.200 inch pitch.
Pitch (P) - 5.080mm (0.200 inch). Tooth Length (T) - 1.40mm. Tooth Height (H) - 1.30mm. Belt Height (W) - 2.30mm - Corner Radii ( r ) - 0.40mm. Breaking strength is not indicative of working strength.
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Belts - Timing - 9.525mm Pitch - L (Relevance 4/10)
Standard Series Timing Belts 9.525mm or 0.375 inch pitch.
Pitch (P) - 9.525mm (0.200 inch). Tooth Length (T) - 3.25mm. Tooth Height (H) - 1.90mm. Belt Height (W) - 3.56mm - Corner Radii ( r ) - 0.50mm. Breaking strength is not indicative of working strength.
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Clamping and Locking | |
Clamps - Gear - Screw Type (Relevance 4/10)
Commercial - Precision - Stainless - Aluminium - Carbon Steel - For clamp type gears.
Precision Type : Height and Clearance Radii Tolerances +/- 0.397. Precision Type : All other dimensional tolerances except ID +/-0.127. Commercial Type : Height and Clearance Radii Tolerances +/- 0.794. Commercial Type : All other dimensional tolerances except ID +/-0.254. ID Tolerances - Refer to table.
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Clamps - Gear - Split (Relevance 4/10)
Commercial - Precision - Stainless - Aluminium - Carbon Steel - For clamp type gears.
Precision Type : Height and Clearance Radii Tolerances +/- 0.397. Precision Type : All other dimensional tolerances except ID +/-0.127. Commercial Type : Height and Clearance Radii Tolerances +/- 0.794. Commercial Type : All other dimensional tolerances except ID +/-0.254. ID Tolerances - Refer to table.
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Gearboxes | |
Educational Gearbox Kits (Relevance 4/10)
Basic gearbox kits for prototyping, testing and learning
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Gearboxes - Cross Axis - 47 x 40 x 22mm (Relevance 4/10)
Worm and Wormwheel box. 1.4 to 2.5Nm. 5:1 to 120:1 ratios. P20 and PF20.
Case: AA15 Red Anodised Aluminum (6082-T6). Worm: High Carbon Steel 817M40 (40CrNiMo6). Wheel: Quality Aluminium Bronze (CA104 / AB2). Threaded Bearing Caps: Mild Steel, chemically blackened (Blackodised). Fasteners: Steel (non-plated). Bearings : Steel.
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Gearboxes - Cross Axis - 70 x 60 x 28mm (Relevance 4/10)
Worm and Wormwheel box. 2.5 to 8.8Nm. 5:1 to 120:1 ratios. P30 and PF30 Series.
Case: AA15 Red Anodised Aluminum (6082-T6). Worm: High Carbon Steel 817M40 (40CrNiMo6). Wheel: Quality Aluminium Bronze (CA104 / AB2). Threaded Bearing Caps: Mild Steel, chemically blackened (Blackodised). Fasteners: Steel (non-plated). Bearings : Steel.
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Gearboxes - Cross Axis - 90 x 75 x 32mm (Relevance 4/10)
Worm and Wormwheel box. 5.0 to 18.0Nm. 5:1 to 120:1 ratios. P40 and PF40 Series.
Case: AA15 Red Anodised Aluminum (6082-T6). Worm: High Carbon Steel 817M40 (40CrNiMo6). Wheel: Quality Aluminium Bronze (CA104 / AB2). Threaded Bearing Caps: Mild Steel, chemically blackened (Blackodised). Fasteners: Steel (non-plated). Bearings : Steel.
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Gearboxes - Right Angle - 19.0 x 19.0 x 12.0mm (Relevance 4/10)
Economy Mitre Gear Type. Miniature open gearbox.
Economy hobby type open gearbox Steel mitre gears permanently coupled 1 to 1 ratio
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Gearboxes - Right Angle - 30.5 x 30.5 x 18.7mm (Relevance 4/10)
Bevel Gears - 1:1 Ratio. B332 Series. Miniature gearbox.
1:1 Ratio Only / 4mm Shafts. Min Torque 0.5 Ncm. Backlash Approx 2 Degrees. Approx Max Temperature 80 Deg C. Suitable for manual and short term drive application.
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Gearboxes - Right Angle - 50.0 x 50.0 x 30.0mm (Relevance 4/10)
Economy Bevel Gear Type. GDRA Series.
Speeds up to 500 rpm. Bearings : Special resin and bronze with steel backing. Shafts : 303 Stainless Steel. Cover : Black plastic over black anodised aluminium housing. Gears : AISI 1045 steel.
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Gearboxes - Right Angle - 75.0 x 75.0 x 44.0mm (Relevance 4/10)
BLH40 Series.
Case: AA15 Red Anodised Aluminum (6082-T6). Shaft Bevel: Hardened Alloy Steel 655M13 (14NiCr14) or 805M20 (21NiCrMo2) (8620) depending on manufacturer's preference. Threaded Bearing Caps: Mild Steel, chemically blackened (blackodised). Fasteners: Steel (non-plated) Bearings: Steel. Lubrication: Greased for life - Shell Alvania Grease HDX2.
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Gearmotors | |
Gearmotors - Basic - Hobby - 12.1mm Diameter (Relevance 4/10)
Small light weight geared motors used in toys and small solar applications
NOTE! These gearmotors do not have a standard output shaft. The output is a plastic crossed block (see diagram) which is designed to be fitted to a fabricated coupling in O.E.M applications. However, the plastic block would be suitable for drilling and attaching objects with wire for rotating mobile type applications.
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Gearmotors - Basic - Hobby Kits (Relevance 4/10)
These gearmotor kits are of simple mainly plastic design. Great for making simple toys, hobbies or concept testing. Educational series.
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Gearmotors - DC - Low Voltage (Relevance 4/10)
Reversible - Low Voltage - Self Starting.
Reversible. Low Voltage. Self Starting. Hosuing : Plastic / Shaft : Steel.
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Gearmotors - DC - Size 12 (Relevance 4/10)
12mm Gearhead Body Diameter.
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Gearmotors - DC - Size 20 Low Cost (Relevance 4/10)
20mm Gearhead Body Diameter. Low cost. 70 RPM Output Speed. One model only. Reversible.
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Gearmotors - DC - Size 27 Low Cost (Relevance 4/10)
27mm Gearhead Body Diameter. Low cost. 36 RPM Output Speed. One model only. Reversible.
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Gearmotors - DC - Size 37/350 Low Cost (Relevance 4/10)
37mm Gearhead Body Diameter. Low cost. 160 RPM Output Speed. One model only. Reversible.
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Gearmotors - Open Gear (Relevance 4/10)
Perfect for applications where inspection of the gears is important, educational purposes or for visual effects.
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Solarbotics Gearmotors (Relevance 4/10)
Hobby gearmotors for all types of applications
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Gears and Gearing | |
Gears - Bevel - Module 0.5 (Relevance 4/10)
For 90 degree angle power transfer.
20 Degree Pressure Angle. Do not mix gears from different sets. See Gears - Mitre for 1:1 ratios.
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Gears - Bevel - Module 0.8 (Relevance 4/10)
For 90 degree angle power transfer.
20 Degree Pressure Angle. Do not mix gears from different sets. See Gears - Mitre for 1:1 ratios.
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Gears - Bevel - Module 1 (Relevance 4/10)
For 90 degree angle power transfer.
20 Degree Pressure Angle. Do not mix gears from different sets. See Gears - Mitre for 1:1 ratios.
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Gears - Bevel - Module 1.5 (Relevance 4/10)
For 90 degree angle power transfer.
20 Degree Pressure Angle. Do not mix gears from different sets. See Gears - Mitre for 1:1 ratios.
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Gears - Bevel - Module 2 (Relevance 4/10)
For 90 degree angle power transfer.
20 Degree Pressure Angle. Do not mix gears from different sets. See Gears - Mitre for 1:1 ratios.
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Gears - Bevel - Module 2.5 (Relevance 4/10)
For 90 degree angle power transfer.
20 Degree Pressure Angle. Do not mix gears from different sets. See Gears - Mitre for 1:1 ratios.
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Gears - Bevel - Module 3 (Relevance 4/10)
For 90 degree angle power transfer.
20 Degree Pressure Angle. Do not mix gears from different sets. See Gears - Mitre for 1:1 ratios.
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Gears - Cluster - Module 0.5 (Relevance 4/10)
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Gears - Internal - Module 0.5 (Relevance 4/10)
2024-T4 Aluminum and 303 stainless steel.
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Gears - Internal - Module 0.8 (Relevance 4/10)
2024-T4 Aluminum and 303 stainless steel.
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Gears - Internal - Module 1 (Relevance 4/10)
2024-T4 Aluminum and 303 stainless steel.
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Gears - Mitre - Module 0.5 (Relevance 4/10)
1:1 Ratio. 20 Degree Pressure Angle - Brass and acetal.
Mitre gears are used with a matching gear of the same pitch and number of teeth. This provides a 1:1 ratio on a 90 degree angle. See Gears - Bevel for other ratios.
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Gears - Mitre - Module 0.6 (Relevance 4/10)
1:1 Ratio. 20 Degree Pressure Angle - Stainless steel, brass, aluminium and acetal.
Mitre gears are used with a matching gear of the same pitch and number of teeth. This provides a 1:1 ratio on a 90 degree angle. See Gears - Bevel for other ratios.
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Gears - Mitre - Module 1 (Relevance 4/10)
1:1 Ratio. 20 Degree Pressure Angle - Steel, stainless steel, brass, aluminium, acetal and zinc die cast.
Mitre gears are used with a matching gear of the same pitch and number of teeth. This provides a 1:1 ratio on a 90 degree angle. See Gears - Bevel for other ratios.
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Gears - Mitre - Module 1.5 (Relevance 4/10)
1:1 Ratio. 20 Degree Pressure Angle - Steel, stainless steel, brass, aluminium, acetal and zinc die cast.
Mitre gears are used with a matching gear of the same pitch and number of teeth. This provides a 1:1 ratio on a 90 degree angle. See Gears - Bevel for other ratios.
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Gears - Mitre - Module 2 (Relevance 4/10)
1:1 Ratio. 20 Degree Pressure Angle - Steel, stainless steel, brass, aluminium, acetal and zinc die cast.
Mitre gears are used with a matching gear of the same pitch and number of teeth. This provides a 1:1 ratio on a 90 degree angle. See Gears - Bevel for other ratios.
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Gears - Mitre - Module 2.5 (Relevance 4/10)
1:1 Ratio. 20 Degree Pressure Angle - Steel, stainless steel, brass, aluminium, acetal and zinc die cast.
Mitre gears are used with a matching gear of the same pitch and number of teeth. This provides a 1:1 ratio on a 90 degree angle. See Gears - Bevel for other ratios.
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Gears - Mitre - Module 3 (Relevance 4/10)
1:1 Ratio. 20 Degree Pressure Angle - Steel, stainless steel, brass, aluminium, acetal and zinc die cast.
Mitre gears are used with a matching gear of the same pitch and number of teeth. This provides a 1:1 ratio on a 90 degree angle. See Gears - Bevel for other ratios.
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Gears - Mitre - Module 3.5 (Relevance 4/10)
1:1 Ratio. 20 Degree Pressure Angle - Zinc die cast and steel.
Mitre gears are used with a matching gear of the same pitch and number of teeth. This provides a 1:1 ratio on a 90 degree angle. See Gears - Bevel for other ratios.
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Gears - Racks - Flexible (Relevance 4/10)
Blue acetal. Ideal for curved or irregular surfaces. Can fit a bent radius as small as 75mm.
20 Degree Pressure Angle. Resistant to weak acids and alkalis, oil, grease, petrol, alcohol, ketones. Working temperature 100 Deg. C, Intermittent to 149 Deg. C. See optional rack clamps and guide rails. Longer lengths available on special order.
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Gears - Racks - Flexible - Guide Rails (Relevance 4/10)
For mounting flexirack. Flexible nylon or rigid aluminium guide rails.
Longer lengths in Nylon available on special order.
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Gears - Racks - Module 0.4 (Relevance 4/10)
20 Degree Pressure Angle. Brass, carbon steel and nylon.
Plastic and metallic.
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Gears - Racks - Module 0.5 (Relevance 4/10)
20 Degree Pressure Angle. Brass, carbon steel, stainless steel, acetal and nylon.
Plastic and metallic.
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Gears - Racks - Module 0.75 (Relevance 4/10)
20 Degree Pressure Angle. Brass and stainless steel.
Metallic.
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Gears - Racks - Module 0.8 (Relevance 4/10)
20 Degree Pressure Angle. Brass, carbon steel, stainless steel, acetal and nylon.
Plastic and metallic.
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Gears - Racks - Module 1 (Relevance 4/10)
20 Degree Pressure Angle. Brass, carbon steel, stainless steel, acetal and nylon.
Plastic and metallic.
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Gears - Racks - Module 1.25 (Relevance 4/10)
20 Degree Pressure Angle. Acetal.
Plastic.
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Gears - Racks - Module 1.5 (Relevance 4/10)
20 Degree Pressure Angle. Carbon steel, stainless steel, acetal and nylon.
Plastic and metallic.
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Gears - Racks - Module 2 (Relevance 4/10)
20 Degree Pressure Angle. Carbon steel, acetal and nylon.
Plastic and metallic.
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Gears - Racks - Module 3 (Relevance 4/10)
20 Degree Pressure Angle. Carbon steel, acetal and nylon.
Plastic and metallic.
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Hobby Condensed Selection | |
Hobby Gears - Worm and Wheel 40 : 1 Plastic (Relevance 4/10)
Popular Hobby Set
1 start 40 tooth gear.
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