Categories that include the terms: PLUGS and PRESSURE
|
Fasteners |  |
Plugs - Pressure (Relevance 10/10)
|
Electrical | |
Adaptors - Power - AC to DC - Multi Plug (Relevance 7/10)
SAA Approved Australian Adaptors for AC to DC. Supplied with assorted plugs.
|
Hobby Accessories | |
Glow Plugs (Relevance 7/10)
Real McCoy, OS glow plugs and Super Tiger
|
Rollers | |
Bearings - Pressure Roller - With Urethane OD (Relevance 7/10)
Bearings with Urethane Tyre on OD for applications requiring frictional movement.
For applications including paper and card dispensing and rolling (eg ATM Machines).
|
Rope and Cable | |
Attachments - Threaded Plugs (Relevance 7/10)
F and L dimensions are obtained after swaging. Before swaging the fitting is round.
|
Seals and Sealing | |
Sealing Plugs - Stainless (Relevance 7/10)
The sealing plug is a safe, quick, leakproof and low cost method for sealing cross-drilled holes. It ensures peak performance with a comfortable safety margin even in extreme applications.
Sleeve: Stainless Steel DIN 1.4305, AISI 303 Ball: Bearing Steel, Heat Treated Hardness: HB = 220
|
Batteries | |
Batteries - Hobby - Kick Start (Relevance 1/10)
Kick start battery for your glow plugs.
|
Fasteners | |
Nuts - Hexagonal - Binx (Relevance 1/10)
Manufactured from A2 302/304 grade stainless steel. The standard Binx's entire locking action is contained within the nut body which is no thicker than a standard full nut. The ingenious design incorporates two opposing cantilever type springs which lock onto the bolt with inward and downward pressure. May be removed and placed repeatedly with minimum thread wear.
|
Gears and Gearing | |
Gears - Bevel - 24 Pitch (Relevance 1/10)
For 90 degree angle power transfer.
20 Degree Pressure Angle. Do not mix gears from different sets. See Gears - Mitre for 1:1 ratios.
|
Gears - Bevel - 32 Pitch (Relevance 1/10)
For 90 degree angle power transfer.
20 Degree Pressure Angle. Do not mix gears from different sets. See Gears - Mitre for 1:1 ratios.
|
Gears - Bevel - 48 Pitch (Relevance 1/10)
For 90 degree angle power transfer.
20 Degree Pressure Angle. Do not mix gears from different sets. See Gears - Mitre for 1:1 ratios.
|
Gears - Bevel - Module 0.5 (Relevance 1/10)
For 90 degree angle power transfer.
20 Degree Pressure Angle. Do not mix gears from different sets. See Gears - Mitre for 1:1 ratios.
|
Gears - Bevel - Module 0.8 (Relevance 1/10)
For 90 degree angle power transfer.
20 Degree Pressure Angle. Do not mix gears from different sets. See Gears - Mitre for 1:1 ratios.
|
Gears - Bevel - Module 1 (Relevance 1/10)
For 90 degree angle power transfer.
20 Degree Pressure Angle. Do not mix gears from different sets. See Gears - Mitre for 1:1 ratios.
|
Gears - Bevel - Module 1.5 (Relevance 1/10)
For 90 degree angle power transfer.
20 Degree Pressure Angle. Do not mix gears from different sets. See Gears - Mitre for 1:1 ratios.
|
Gears - Bevel - Module 2 (Relevance 1/10)
For 90 degree angle power transfer.
20 Degree Pressure Angle. Do not mix gears from different sets. See Gears - Mitre for 1:1 ratios.
|
Gears - Bevel - Module 2.5 (Relevance 1/10)
For 90 degree angle power transfer.
20 Degree Pressure Angle. Do not mix gears from different sets. See Gears - Mitre for 1:1 ratios.
|
Gears - Bevel - Module 3 (Relevance 1/10)
For 90 degree angle power transfer.
20 Degree Pressure Angle. Do not mix gears from different sets. See Gears - Mitre for 1:1 ratios.
|
Gears - Mitre - 16 Pitch (Relevance 1/10)
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.
|
Gears - Mitre - 20 Pitch (Relevance 1/10)
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.
|
Gears - Mitre - 24 Pitch (Relevance 1/10)
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.
|
Gears - Mitre - 32 Pitch (Relevance 1/10)
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.
|
Gears - Mitre - 48 Pitch (Relevance 1/10)
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.
|
Gears - Mitre - Module 0.5 (Relevance 1/10)
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.
|
Gears - Mitre - Module 0.6 (Relevance 1/10)
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.
|
Gears - Mitre - Module 1 (Relevance 1/10)
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.
|
Gears - Mitre - Module 1.5 (Relevance 1/10)
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.
|
Gears - Mitre - Module 2 (Relevance 1/10)
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.
|
Gears - Mitre - Module 2.5 (Relevance 1/10)
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.
|
Gears - Mitre - Module 3 (Relevance 1/10)
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.
|
Gears - Mitre - Module 3.5 (Relevance 1/10)
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.
|
Gears - Racks - 24 Pitch - 14.5 Degree (Relevance 1/10)
14.5 Degree Pressure Angle. Brass, carbon steel and nylon.
Plastic and metallic.
|
Gears - Racks - 24 Pitch - 20 Degree (Relevance 1/10)
20 Degree Pressure Angle. 416 stainless steel and aluminium.
Metallic.
|
Gears - Racks - 32 Pitch - 14.5 Degree (Relevance 1/10)
14.5 Degree Pressure Angle. Brass, carbon steel and nylon.
Plastic and metallic.
|
Gears - Racks - 48 Pitch - 14.5 Degree (Relevance 1/10)
14.5 Degree Pressure Angle. Brass, carbon steel and nylon.
Plastic and metallic.
|
Gears - Racks - 64 Pitch (Relevance 1/10)
20 Degree Pressure Angle. 416 stainless steel and aluminium.
Metallic.
|
Gears - Racks - 72 Pitch (Relevance 1/10)
20 Degree Pressure Angle. 416 stainless steel and aluminium.
Metallic.
|
Gears - Racks - 96 Pitch (Relevance 1/10)
20 Degree Pressure Angle. 416 stainless steel and aluminium.
Metallic.
|
Gears - Racks - 120 Pitch (Relevance 1/10)
20 Degree Pressure Angle. 416 stainless steel and aluminium.
Metallic.
|
Gears - Racks - Flexible (Relevance 1/10)
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.
|
Gears - Racks - Module 0.4 (Relevance 1/10)
20 Degree Pressure Angle. Brass, carbon steel and nylon.
Plastic and metallic.
|
Gears - Racks - Module 0.5 (Relevance 1/10)
20 Degree Pressure Angle. Brass, carbon steel, stainless steel, acetal and nylon.
Plastic and metallic.
|
Gears - Racks - Module 0.75 (Relevance 1/10)
20 Degree Pressure Angle. Brass and stainless steel.
Metallic.
|
Gears - Racks - Module 0.8 (Relevance 1/10)
20 Degree Pressure Angle. Brass, carbon steel, stainless steel, acetal and nylon.
Plastic and metallic.
|
Gears - Racks - Module 1 (Relevance 1/10)
20 Degree Pressure Angle. Brass, carbon steel, stainless steel, acetal and nylon.
Plastic and metallic.
|
Gears - Racks - Module 1.25 (Relevance 1/10)
20 Degree Pressure Angle. Acetal.
Plastic.
|
Gears - Racks - Module 1.5 (Relevance 1/10)
20 Degree Pressure Angle. Carbon steel, stainless steel, acetal and nylon.
Plastic and metallic.
|
Gears - Racks - Module 2 (Relevance 1/10)
20 Degree Pressure Angle. Carbon steel, acetal and nylon.
Plastic and metallic.
|
Gears - Racks - Module 3 (Relevance 1/10)
20 Degree Pressure Angle. Carbon steel, acetal and nylon.
Plastic and metallic.
|
Gears - Spur - 16 Pitch - 14.5 Degree (Relevance 1/10)
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.
|
Gears - Spur - 16 Pitch - 20 Degree (Relevance 1/10)
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.
|
Gears - Spur - 24 Pitch - 14.5 Degree (Relevance 1/10)
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.
|
Gears - Spur - 24 Pitch - 20 Degree (Relevance 1/10)
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.
|
Gears - Spur - 32 Pitch - 14.5 Degree (Relevance 1/10)
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.
|
Gears - Spur - 32 Pitch - 20 Degree (Relevance 1/10)
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.
|
Gears - Spur - 48 Pitch - 14.5 Degree (Relevance 1/10)
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.
|
Gears - Spur - 48 Pitch - 20 Degree (Relevance 1/10)
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.
|
Gears - Spur - 64 Pitch (Relevance 1/10)
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.
|
Gears - Spur - 72 Pitch (Relevance 1/10)
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.
|
Gears - Spur - Module 0.15 (Relevance 1/10)
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.
|
Gears - Spur - Module 0.25 (Relevance 1/10)
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.
|
Gears - Spur - Module 0.4 (Relevance 1/10)
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.
|
Gears - Spur - Module 0.5 (Relevance 1/10)
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.
|
Gears - Spur - Module 0.5 - Hobby - Economy (Relevance 1/10)
PCD = No. of Teeth x 0.500mm. 20 Degree Pressure Angle - POM Plastic
Plastic Only Inexpensive for hobby and toy use No locking mechanisms
|
Gears - Spur - Module 0.7 (Relevance 1/10)
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.
|
Gears - Spur - Module 0.75 (Relevance 1/10)
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.
|
Gears - Spur - Module 0.8 (Relevance 1/10)
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.
|
Gears - Spur - Module 1 (Relevance 1/10)
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.
|
Gears - Spur - Module 1.25 (Relevance 1/10)
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.
|
Gears - Spur - Module 1.5 (Relevance 1/10)
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.
|
Gears - Spur - Module 2 (Relevance 1/10)
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.
|
Gears - Spur - Module 2.5 (Relevance 1/10)
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.
|
Gears - Spur - Module 3 (Relevance 1/10)
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.
|
Gears and Gearing - Antibacklash | |
Gears - Spur - Antibacklash - 32 Pitch (Relevance 1/10)
Steel - Stainless Steel - Aluminium - 20 Degree Pressure Angle.
|
Gears and Gearing - Matched Sets | |
Gears - Bevel - 48 Pitch - Precision Matched Sets (Relevance 1/10)
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.
|
Gears - Mitre - 48 Pitch - Precision Matched Sets (Relevance 1/10)
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.
|
Hobby Accessories | |
Leads and Connectors - Hobby (Relevance 1/10)
Adaptor leads for batteries, battery chargers, servos and receivers including Tamiya, Deans and Losi plugs.
Includes Deans and T Connectors
|
Linear Motion Bearings - Drylin Bushings | |
Drylin Sliding Bearings (Relevance 1/10)
Linear sliding motion. Use with Drylin Aluminium Shafts.
Sliding film Iglidur J. Maximum Mean Surface Pressure: 25 N/mm2. Highest Wear Resistance at loads: < 2 N/mm2. Maximum Speed: 8 m/s (dry) >10 m/s (lubricated) 1.5 m/s (rotating dry). Working Temp. Range: -60°C to +100°C (increased wear when used in excess of 80°C).
|
Solar | |
Solar Cells (Relevance 1/10)
Uses include solar toys, solar challenge models, science kits, solar education kits etc
Most sizes in the EPSS and EPAS range can be ordered with Solder Pads, Screws, Alligator Clips, Banana Plugs or Connecting Wires attached.
|
Worms and Worm Gears | |
Worm Gears - 24 Pitch (Series 1) - Metallic (Relevance 1/10)
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.
|
Worm Gears - 24 Pitch (Series 1) - Plastic (Relevance 1/10)
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.
|
Worm Gears - 24 Pitch (Series 2) - Plastic (Relevance 1/10)
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.
|
Worm Gears - 32 Pitch (Series 1) - Metallic (Relevance 1/10)
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.
|
Worm Gears - 32 Pitch (Series 1) - Plastic (Relevance 1/10)
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.
|
Worm Gears - 32 Pitch (Series 2) - Plastic (Relevance 1/10)
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.
|
Worm Gears - 32 Pitch (Series 3) - Metallic (Relevance 1/10)
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.
|
Worm Gears - 48 Pitch (Series 1) - Metallic (Relevance 1/10)
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.
|
Worm Gears - 48 Pitch (Series 2) - Metallic (Relevance 1/10)
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.
|
Worm Gears - 48 Pitch (Series 6) - Metallic (Relevance 1/10)
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.
|
Worm Gears - 64 Pitch (Series 1) - Metallic (Relevance 1/10)
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.
|
Worm Gears - Module 0.5 (Series 1) - Metallic (Relevance 1/10)
Worms and Gears must be chosen from the same pitch and series to match.
20 Degree Pressure Angle - 3.18 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.
|
Worm Gears - Module 0.8 (Series 2) - Plastic Gear and Metallic Worm (Relevance 1/10)
Match with metallic worms Module 0.80 Series 2.
20 Degree Pressure Angle - 4.40 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.
|
Worm Gears - Module 1 (Series 1) - Plastic and Metallic - Left Hand (Relevance 1/10)
Worms and Gears must be chosen from the same pitch and series to match.
20 Degree Pressure Angle - 3.58 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.
|
Worm Gears - Module 1 (Series 1) - Plastic and Metallic - Right Hand (Relevance 1/10)
Worms and Gears must be chosen from the same pitch and series to match.
20 Degree Pressure Angle - 3.58 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.
|
Worm Gears - Module 1 (Series 2) - Plastic Gear and Metallic Worm (Relevance 1/10)
Worms and Gears must be chosen from the same pitch and series to match.
20 Degree Pressure Angle - 4.40 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.
|
Worm Gears - Module 2 (Series 4) - Plastic Gear and Metallic Worm (Relevance 1/10)
Worms and Gears must be chosen from the same pitch and series to match.
20 Degree Pressure Angle - 4.40 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.
|
Worm Gears - Module 2.5 (Series 1) - Plastic and Metallic - Right Hand (Relevance 1/10)
Worms and Gears must be chosen from the same pitch and series to match.
20 Degree Pressure Angle - 3.87 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.
|
Worms - 24 Pitch (Series 1) - Metallic (Relevance 1/10)
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.
|
Worms - 24 Pitch (Series 1) - Plastic (Relevance 1/10)
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.
|
Worms - 24 Pitch (Series 2) - Plastic (Relevance 1/10)
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.
|
Worms - 32 Pitch (Series 1) - Metallic (Relevance 1/10)
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.
|
Worms - 32 Pitch (Series 1) - Plastic (Relevance 1/10)
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.
|
Worms - 32 Pitch (Series 2) - Plastic (Relevance 1/10)
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.
|
Worms - 32 Pitch (Series 3) - Metallic (Relevance 1/10)
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.
|
Worms - 48 Pitch (Series 1) - Metallic (Relevance 1/10)
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.
|
Worms - 48 Pitch (Series 5) - Metallic (Relevance 1/10)
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.
|
Worms - 64 Pitch (Series 1) - Metallic (Relevance 1/10)
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.
|
Worms - Module 0.5 (Series 1) - Metallic (Relevance 1/10)
Worms and Gears must be chosen from the same pitch and series to match.
20 Degree Pressure Angle - 3.18 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.
|
Worms - Module 0.8 (Series 2) - Plastic Gear and Metallic Worm (Relevance 1/10)
Match with metallic worms Module 0.80 Series 2.
20 Degree Pressure Angle - 4.40 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.
|
Worms - Module 1 (Series 1) - Plastic and Metallic - Right Hand (Relevance 1/10)
Worms and Gears must be chosen from the same pitch and series to match.
20 Degree Pressure Angle - 3.58 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.
|
Worms - Module 1 (Series 2) - Plastic Gear and Metallic Worm (Relevance 1/10)
Worms and Gears must be chosen from the same pitch and series to match.
20 Degree Pressure Angle - 4.40 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.
|
Worms - Module 2 (Series 4) - Plastic Gear and Metallic Worm (Relevance 1/10)
Worms and Gears must be chosen from the same pitch and series to match.
20 Degree Pressure Angle - 4.40 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.
|
Worms - Module 2.5 (Series 1) - Plastic and Metallic - Right Hand (Relevance 1/10)
Worms and Gears must be chosen from the same pitch and series to match.
20 Degree Pressure Angle - 3.87 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.
|
|
