Categories that include the terms: LEVERS and TENSION and 0 and DEGREES
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Belts |  |
Belt Tension Tester (Relevance 4/10)
For testing the tension on assembled timing belts, vee belts, flat belts etc.
Gauges for testing all types of belts when assembled for correct tension.
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Gears and Gearing | |
Gears - Racks - 24 Pitch - 14.5 Degree (Relevance 4/10)
14.5 Degree Pressure Angle. Brass, carbon steel and nylon.
Plastic and metallic.
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Gears - Racks - 24 Pitch - 20 Degree (Relevance 4/10)
20 Degree Pressure Angle. 416 stainless steel and aluminium.
Metallic.
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Gears - Racks - 32 Pitch - 14.5 Degree (Relevance 4/10)
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 4/10)
14.5 Degree Pressure Angle. Brass, carbon steel and nylon.
Plastic and metallic.
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Gears - Spur - 16 Pitch - 14.5 Degree (Relevance 4/10)
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 - 16 Pitch - 20 Degree (Relevance 4/10)
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 - 14.5 Degree (Relevance 4/10)
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 - 24 Pitch - 20 Degree (Relevance 4/10)
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 - 32 Pitch - 14.5 Degree (Relevance 4/10)
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 - 32 Pitch - 20 Degree (Relevance 4/10)
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 - 48 Pitch - 14.5 Degree (Relevance 4/10)
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 - 48 Pitch - 20 Degree (Relevance 4/10)
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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Handles and Knobs | |
Knobs - Lever (Relevance 4/10)
Lever knobs with moulded female threads, ideal for direct attachment to operating levers. Plastic (high grade gloss black phenolic) with Steel insert. Temperature Range: -30°C to +140°C. All knobs are fitted with a brass female insert.
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Levers | |
Levers - Clamp (Relevance 4/10)
Steel Parts: Quality class 5.8. Handle: Diecast zinc to DIN 1743 or Glass fibre reinforced plastic with toothed wheel in diecast zinc. Surface Finish: Handle plastic coated. Steel parts black oxide finish.
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Levers - Clamp - Quick Release (Relevance 4/10)
Handles: Die-cast zinc or plastic. Internal thread: mechanism made from carbon steel. The thru-hole clamping lever allows for quick clamping on long thread lengths.
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Levers - Control Handles - Flat (Relevance 4/10)
Steel Parts: Quality class 5.8. Ball Knob: Black duroplastic FS31 / Surface Finish: Black oxide. Can be used for simpler clamping applications and switching operations. If necessary there must be enough space to turn the handle through an angle of 360°. The star drive hole model is designed to allow turning in steps of 45°.
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Balls | |
Balls - Stainless Steel - 304 Grade (Relevance 3/10)
A2 Grade. Low magnetic permeability. Good corrosion resistance. Excellent for use in handling foodstuffs.
Tolerances available on request. Grade 100. Non annealed. Hardness: Rockwell C: 25-39. Specific Gravity: 7.916. Low magnetic permeability. Good corrosion resistance. Excellent for use in handling foodstuffs. Note! Increase in magnetic permeability may occur due to the grinding process and can be relieved by heating to over 1000 Deg C.
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Balls - Stainless Steel - 440C Grade (Relevance 3/10)
Hardness: Rockwell C: 55-60.
Tolerances available on request. AISI440C Stainless Steel. Hardness: Rockwell C: 55-60.
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Bearings | |
Bearings - Ball - 440C Stainless 6000 / 6200 / 6300 Series (Relevance 3/10)
Stainless Steel 440C Grade - Hardened - Precision - Corrosion Resistant.
Single Row Radial Ball Bearings. Not all bearings are readily available. Please enquire.
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Belt and Sprockets - Posi-Drive | |
Belts - Posi-Drive - 4.00 mm Circular Pitch - Double Core (Relevance 3/10)
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 3/10)
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 3/10)
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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Belts | |
Belts - Timing - 1.000mm Pitch (Relevance 3/10)
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 3/10)
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 3/10)
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 3/10)
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 3/10)
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 3/10)
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 3/10)
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 3/10)
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 3/10)
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 3/10)
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 3/10)
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 3/10)
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 3/10)
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 3/10)
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 - Vee - 5.0 x 3.0 mm (Relevance 3/10)
Miniature and small belts. 5.0mm Top Width x 3.0mm Height.
Sizes are nominal and may vary slightly.
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Belts - Vee - 6.0 x 4.0 mm - Y (Relevance 3/10)
Miniature and small belts. 6.0mm Top Width x 4.0mm Height.
Sizes are nominal and may vary slightly.
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Belts - Vee - 8.0 x 4.0 mm (Relevance 3/10)
Miniature and small belts. 8.0mm Top Width x 4.0mm Height.
Sizes are nominal and may vary slightly.
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Belts - Vee - 9.7 x 8.0 mm - SPZ (Relevance 3/10)
Miniature and small belts. 9.7mm Top Width x 8.0mm Height.
Sizes are nominal and may vary slightly.
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Belts - Vee - 10.0 x 5.5 mm - M/3L (Relevance 3/10)
Miniature and small belts. 10.0mm Top Width x 5.5mm Height.
Sizes are nominal and may vary slightly.
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Belts - Vee - 10.0 x 6.0 mm - Z (Relevance 3/10)
Miniature and small belts. 10.0mm Top Width x 6.0mm Height.
Sizes are nominal and may vary slightly.
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Belts - Vee - 12.5 x 9.0 mm - A/4L (Relevance 3/10)
12.5mm Top Width x 9.0mm Height.
Sizes are nominal and may vary slightly.
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Belts - Vee - 12.7 x 10.0 mm - SPA (Relevance 3/10)
12.7mm Top Width x 10.0mm Height.
Sizes are nominal and may vary slightly.
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Belts - Vee - 16.3 x 13.0 mm - SPB (Relevance 3/10)
16.3mm Top Width x 13.0mm Height.
Sizes are nominal and may vary slightly.
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Belts - Vee - 16.5 x 11.0 mm - B/5L (Relevance 3/10)
16.5mm Top Width x 11.0mm Height.
Sizes are nominal and may vary slightly.
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Belts - Vee - 31.5 x 19.0 mm - D (Relevance 3/10)
31.5mm Top Width x 19.0mm Height.
Sizes are nominal and may vary slightly.
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Fasteners | |
Pins - Clevis - Stainless Steel 304 (Relevance 3/10)
Match with a suitable R-Clip or Spilt Pin - pin size shown in listings
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Gearboxes | |
Gearboxes - Cross Axis - 47 x 40 x 22mm (Relevance 3/10)
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 3/10)
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 3/10)
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 3/10)
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 3/10)
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 3/10)
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 3/10)
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 - DC - Size 20 Low Cost (Relevance 3/10)
20mm Gearhead Body Diameter. Low cost. 70 RPM Output Speed. One model only. Reversible.
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Gearmotors - DC - Size 37/350 Low Cost (Relevance 3/10)
37mm Gearhead Body Diameter. Low cost. 160 RPM Output Speed. One model only. Reversible.
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Gears and Gearing | |
Gears - Bevel - Module 0.5 (Relevance 3/10)
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 3/10)
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 3/10)
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Gears - Internal - Module 0.5 (Relevance 3/10)
2024-T4 Aluminum and 303 stainless steel.
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Gears - Internal - Module 0.8 (Relevance 3/10)
2024-T4 Aluminum and 303 stainless steel.
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Gears - Mitre - 20 Pitch (Relevance 3/10)
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 - Module 0.5 (Relevance 3/10)
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 3/10)
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 - Racks - 120 Pitch (Relevance 3/10)
20 Degree Pressure Angle. 416 stainless steel and aluminium.
Metallic.
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Gears - Racks - Module 0.4 (Relevance 3/10)
20 Degree Pressure Angle. Brass, carbon steel and nylon.
Plastic and metallic.
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Gears - Racks - Module 0.5 (Relevance 3/10)
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 3/10)
20 Degree Pressure Angle. Brass and stainless steel.
Metallic.
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Gears - Racks - Module 0.8 (Relevance 3/10)
20 Degree Pressure Angle. Brass, carbon steel, stainless steel, acetal and nylon.
Plastic and metallic.
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Gears - Spur - Module 0.15 (Relevance 3/10)
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 3/10)
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 0.4 (Relevance 3/10)
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 0.5 (Relevance 3/10)
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 3/10)
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 0.7 (Relevance 3/10)
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 0.75 (Relevance 3/10)
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 3/10)
Gears with integral shafts.
Metallic.
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Gears - Spur - Module 0.8 (Relevance 3/10)
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 - Stock - 20 Pitch (Relevance 3/10)
Lengths of spur gear stock for manufacturing gears.
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Gears - Spur - Stock - Module 0.5 (Relevance 3/10)
Lengths of spur gear stock for manufacturing gears.
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Gears - Spur - Stock - Module 0.8 (Relevance 3/10)
Lengths of spur gear stock for manufacturing gears.
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Hobby Accessories | |
Accessories - Servo Programmer - Digital HFP20 (Relevance 3/10)
Servo programmer-tester for Hitec digital servos
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Hobby Condensed Selection | |
Hobby Gears - Spur - Module 0.4 (Relevance 3/10)
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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Hobby Gears - Spur - Module 0.5 (Relevance 3/10)
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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Hobby Gears - Worm and Wheel 40 : 1 Plastic (Relevance 3/10)
Popular Hobby Set
1 start 40 tooth gear.
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Housings with Integral Bearing | |
Housings - Bearing - Flanged - 2 Bolt Hole - W300 (Relevance 3/10)
With integral self aligning plain bearing.
Housing: Igumid G. Ball: Highly wear resistant Iglidur W300.
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Housings - Bearing - Flanged - Square - W300 (Relevance 3/10)
With integral self aligning plain bearing.
Housing : Igumid G. Ball : Highly wear resistant Iglidur W300.
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Kites | |
Kites - Parafoil 63x140 cm (Relevance 3/10)
Parafoils are reliable and tear resistant. They are strutless so no assembly is required.
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Ladder Chain and Sprockets | |
Chain - Ladder - 3.750mm Pitch (Relevance 3/10)
Steel - Brass - Stainless - High Tensile.
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Chain - Ladder - 6.350mm Pitch (Relevance 3/10)
Steel - Brass - Stainless - High Tensile. Use with standard 6.35mm (1/4) pitch roller chain sprockets
Use with standard 6.35mm (1/4) pitch roller chain sprockets
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Sprockets - Ladder Chain - 3.750mm Pitch (Relevance 3/10)
With and without Hubs. Plastic and Steel.
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Materials | |
Hexagonal Bar - 303 Stainless (Relevance 3/10)
Corrosion resistant 303 grade stainless.
Saw Cut Ends. Small A/F sizes may not be perfectly straight.
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Square Bar - 303 Stainless (Relevance 3/10)
Corrosion resistant 303 grade stainless.
Saw Cut Ends. Smaller sizes may not be supplied straight.
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Motors - DC - MAX Series | |
Motors - DC - MAX 40 (Relevance 3/10)
Precious metal brush commutation system. See Gearheads - Ondrives - MAX Series for matching gearheads.
Operating Temperature Range: -30°C to +85°C (Max. rotor temperature +85°C), Mass: 187g. Low inductance - much longer brush life and low electrical noise. Low inertia - low mechanical time constant for fast acceleration and high speed stability. High efficiency - low current consumption, ideal for battery powered applications. Linear speed torque characteristics - simple accurate control ideal for servo applications.
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Motors - Hobby - Robotic - Appliances | |
Motors - DC 16.6X32.0 mm (Relevance 3/10)
M-500T Series 1.5 to 9 VDC - 1430 to 2230 RPM.
See Datasheets in PDF format. Link at bottom of this page. Direction of rotation (CW = Clockwise, ACW = Anticlockwise) when looking towards shaft.
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Motors - DC 18.9X18.0X9.5 mm (Relevance 3/10)
M-020 Series - 1 to 3 VDC - 3700 to 11000 RPM.
See Datasheets in PDF format. Link at bottom of this page. Direction of rotation (CW = Clockwise, ACW = Anticlockwise) when looking towards shaft. Weight Approx 9.5 grams.
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Motors - DC 20.0X25.0 mm (Relevance 3/10)
1.5 to 4.5 VDC - 12,000 RPM unloaded at 3 volts
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Motors - DC 23.6X25.0 mm (Relevance 3/10)
1.5 to 4.5 VDC - 12,500 RPM unloaded at 4.5 volts
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Motors - DC 25.0X21.0 mm (Relevance 3/10)
M-14 Series 1.5 to 3 VDC - 4230 to 11280 RPM.
See Datasheets in PDF format. Link at bottom of this page. Direction of rotation (CW = Clockwise, ACW = Anticlockwise) when looking towards shaft.
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Motors - DC 25.0x20.1X15.1 mm (Relevance 3/10)
M-13 Series - 1.5 to 24 VDC - 4500 to 13760 RPM.
See Datasheets in PDF format. Link at bottom of this page. Direction of rotation (CW = Clockwise, ACW = Anticlockwise) when looking towards shaft.
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Motors - DC 27.6X51.0 mm (Relevance 3/10)
Compact, high torque and reliable 16,200 RPM unloaded at 6 volts
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Motors - DC 30.5X24.2 mm (Relevance 3/10)
M-28 Series 1.5 to 24 VDC - 2830 to 14250 RPM.
See Datasheets in PDF format. Link at bottom of this page. Direction of rotation (CW = Clockwise, ACW = Anticlockwise) when looking towards shaft.
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Motors - DC 30.5X24.2X18.3 mm (Relevance 3/10)
MF-28 Series - 1.5 to 24 VDC - 4470 to 13430 RPM.
See Datasheets in PDF format. Link at bottom of this page. Direction of rotation (CW = Clockwise, ACW = Anticlockwise) when looking towards shaft.
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Motors - DC 36.0X71.0 mm (Relevance 3/10)
High power, high speed 11,800 RPM unloaded at 12 volts
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Motors - DC 42.0X78.0 mm (Relevance 3/10)
High power, high speed 18,800 to 20,000 RPM unloaded 6 volts to 12 volts
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Motors - DC 42.0X85.0 mm (Relevance 3/10)
High power, high speed 9,700 RPM unloaded at 12 volts
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Pulleys | |
Pulleys - Timing - 1.000mm Pitch - Suits 3mm Belts (Relevance 3/10)
Timing Pulleys to suit 1mm Pitch Timing Belts.
Aluminium Alloy
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Pulleys - Timing - 1.000mm Pitch - Suits 6mm Belts (Relevance 3/10)
Timing Pulleys to suit 1mm Pitch Timing Belts.
Aluminium Alloy
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Pulleys - Timing - 2.000mm Pitch - GT - STOCK (Relevance 3/10)
For manufacture of timing pulleys or applications requiring multiple belts from a single drive.
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Pulleys - Timing - 2.000mm Pitch - GT - To Suit 3mm Wide Belts (Relevance 3/10)
Timing Pulleys to suit GT 2mm Pitch Timing Belts.
Various materials as shown.
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Pulleys - Timing - 2.000mm Pitch - GT - To Suit 6mm Wide Belts (Relevance 3/10)
Timing Pulleys to suit 2mm Pitch GT Timing Belts 6mm Wide.
Various materials as shown.
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Pulleys - Timing - 2.000mm Pitch - GT - To Suit 9mm Wide Belts (Relevance 3/10)
Timing Pulleys to suit 2mm Pitch GT Timing Belts 9mm Wide.
Aluminium Alloy
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Pulleys - Timing - 2.032mm Pitch - MXL (Relevance 3/10)
Timing Pulleys to suit MXL 2.032mm Pitch Timing Belts.
Various materials as shown.
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Pulleys - Timing - 2.032mm Pitch - MXL - STOCK (Relevance 3/10)
For manufacture of timing pulleys or applications requiring multiple belts from a single drive.
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Pulleys - Timing - 2.073mm Pitch - 40DP (Relevance 3/10)
Timing Pulleys to suit 40DP 2.070mm Pitch Timing Belts.
Various materials as shown.
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Pulleys - Timing - 2.500mm Pitch - T2.5 (Relevance 3/10)
Timing Pulleys to suit T Series 2.500mm Pitch Timing Belts.
Various materials as shown.
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Pulleys - Timing - 2.500mm Pitch - T2.5 - STOCK (Relevance 3/10)
For manufacture of timing pulleys or applications requiring multiple belts from a single drive.
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Pulleys - Timing - 3.000mm Pitch - GT - To Suit 6mm Wide Belts (Relevance 3/10)
Timing Pulleys to suit GT 3.000mm Pitch Timing Belts 6mm Wide.
Various materials as shown.
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Pulleys - Timing - 3.000mm Pitch - GT - To Suit 9mm Wide Belts (Relevance 3/10)
Timing Pulleys to suit GT 3.000mm Pitch Timing Belts 9mm Wide.
Various materials as shown.
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Pulleys - Timing - 3.000mm Pitch - HTD (Relevance 3/10)
Timing Pulleys to suit HTD 3.000mm Pitch Timing Belts.
Various materials as shown.
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Pulleys - Timing - 3.000mm Pitch - HTD - STOCK (Relevance 3/10)
For manufacture of timing pulleys or applications requiring multiple belts from a single drive.
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Pulleys - Timing - 5.000mm Pitch - GT (Relevance 3/10)
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Pulleys - Timing - 5.000mm Pitch - HTD (Relevance 3/10)
Timing Pulleys to suit HTD 5.000mm Pitch Timing Belts.
Various materials as shown.
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Pulleys - Timing - 5.000mm Pitch - HTD - STOCK (Relevance 3/10)
For manufacture of timing pulleys or applications requiring multiple belts from a single drive.
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Pulleys - Timing - 5.000mm Pitch - T5 (Relevance 3/10)
Timing Pulleys to suit T Series 5.000mm Pitch Timing Belts.
Various materials as shown.
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Pulleys - Timing - 5.080mm Pitch - XL (Relevance 3/10)
Timing Pulleys to suit XL Series 5.080mm Pitch Timing Belts.
Various materials as shown.
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Pulleys - Timing - 5.080mm Pitch - XL - STOCK (Relevance 3/10)
For manufacture of timing pulleys or applications requiring multiple belts from a single drive.
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Pulleys - Timing - 10.000mm Pitch - T10 - STOCK (Relevance 3/10)
For manufacture of timing pulleys or applications requiring multiple belts from a single drive.
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Springs | |
Springs - Extension (Relevance 3/10)
Zinc Plated Spring Steel not recommended for applications exceeding 121 Deg C (250 Deg F). 302 Stainless springs not recommended for applications exceeding 260 Deg C (500 Deg F). 302 stainless steel is slightly magnetic.
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Springs - Extension - Metre Lengths (Relevance 3/10)
Music wire to Din 17223 Class C. No. 1,1200. Stainless Steel wire to Din 17224 No. 1,4310.
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Storage | |
Enclosures - Aluminium - 100 Series (Relevance 3/10)
Great little boxes ready for you to adapt to your mechanical or electrical projects.
Internal guide slots for mounting PCB assemblies vertically. Ideal for housing sensitive electrical, mechanical, pneumatic or hydraulic devices Provides effective shielding of EMI and RFI. Designed to IP65 of IEC529 and NEMA 4 (dust and hoseproof). The lid incorporates a recessed neoprene gasket.
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Worms and Worm Gears | |
Worm Gears - Module 0.5 (Series 1) - Metallic (Relevance 3/10)
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.
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Worm Gears - Module 0.8 (Series 2) - Plastic Gear and Metallic Worm (Relevance 3/10)
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.
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Worms - Module 0.5 (Series 1) - Metallic (Relevance 3/10)
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.
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Worms - Module 0.8 (Series 2) - Plastic Gear and Metallic Worm (Relevance 3/10)
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.
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Bearings - Specialty | |
Model Jet Turbine Bearings (Relevance 1/10)
Bearings developed specifically for use in Model Jet turbines.
These bearings are designed for high speeds usually between 80,000 and 120,000 RPM in short runs. Speeds over 120,000 are often obtainable. Testing is required. High Temperature up to 300 Degrees Celsius. Bearing Type R in the tables indicates Radial (refer our main bearings category).
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Belts | |
Belts - Flat (Relevance 1/10)
Working Tension 2.3 to 27.5 N. Length Tolerance +/- 0.5%. Breaking Strength 1108 N. 1 Ply Polyester Woven Cord, Black Neoprene Coating. Maximum Belt Speed: 5000 mtrs / min (20000 feet / min).
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Couplings | |
Couplings - Bantam - Complete (Relevance 1/10)
Isolates vibration up to 85%. Sleeve provides electrical insulation. 0.21Nm at 1725rpm.
Parallel Offset 0.25 mm. Angular Offset 1.5 Degree.
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Couplings - Helical - Standard (Relevance 1/10)
0.1 to 16.2 Nm.
Zero backlash. Max. Ang Misalignment 5 Degrees. Max Parallel Offset 0.25mm.
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Fasteners | |
Pins - Taper - Imperial - Standard (Relevance 1/10)
Imperial Sizes 1:48 Taper (1/4 in. per foot). Standard sizes numbers 0 to 14. Stainless and Mild Steel.
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Screws - Machine - PEEK - Pan Head (Relevance 1/10)
PEEK is a super-engineering thermoplastic used for its special physical and chemical characteristics. Excellent resistance to chemicals, water, abrasion, shock, fatigue, radiation, heat, etc. PEEK is registered trademark of Vitre™.
Excellent chemical resistance, impenetrable by most chemicals with the exception of concentrated sulphuric acid. Excellent thermal and water resistance; maintains high heat-resistance strength. Excellent abrasion, shock and fatigue resistance. Excellent radiation resistance and electrical properties. Heat-resistant temperature: 180 Degrees Celcius (UL approved temperature). Excellent flame-resistance cleared by UL standard 94V-0. Useful for hot-water pumps, chemical pumps, chemical-resistant applications such as FPD (Flat Panel Display) and semiconductor production equipment/devices, printed circuit board etching devices, metal plating equipment and chemical plants. Use with a nut to compensate for thread moulding pitch errors. When a nut is not used, it is recommended that the overlap of mating screw threads be shorter than 20mm. For further information on the special properties of plastic screws and cautions concerning their use, please contact sales.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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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.
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