Gearmotors DC
25mm Gearhead Body Diameter. 24.4mm Motor Body Diameter. Low cost. Reversible
D Shaped 4x8mm Output Shaft.
Universal Joints Single
Carbon Steel. Maximum operating angle 25 to 45 degrees (refer tables).
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Carbon Steel. Unbored. Maximum operating angle 25 to 45 degrees (refer tables).
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Belts Rounthane
Joinable belting. 88 Shore A hardness. Yellow colour. Temperature range -31 to 65 Deg C (-25 to 150 Deg F).
Join with Rounthane Connectors (purchased separately). Material : Non Slip Polyurethane. Use with grooved idler pulleys with diameters at least 8 times the belt width. Purchased per 305mm (1 foot) of length. Orders for more than one length of 305mm will be supplied as a continuous length. FDA / USDA approved.
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Universal Joints Single
Carbon Steel. With keyway. Maximum operating angle 25 to 45 degrees (refer tables).
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Balls Metallic
Extreme hardness and wear resistance.
Tolerances available on request. Grades shown are AFBMA / ISO3290-1. Precision Grade: Grade 25. Hardness: Rockwell A: 91.5 (Approx 77 Rockwell C). Extreme hardness and wear resistance. Specific Gravity: 14.95.
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Balls Ceramic
Extreme hardness, wear resistance, non-corrosiveness and chemical inertness.
Tolerances available on request. Grades shown are AFBMA / ISO3290-1. Grade 25. Extreme hardness, wear resistance, non-corrosiveness and chemical inertness. High mechanical strength. Specific Gravity: 3.98.
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Adjusters
Adjustable supports for all kinds of machinery. Mounting feet levelers.
Stem: Mild steel bright zinc plated. Base: Polythene or Polypropylene. Angle of Tilt: 25o from perpendicular. Hexagon Nut: 12mm A/F. Standard colour: Black.
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Balls Ceramic
Extreme hardness, wear resistance, non-corrosiveness and chemical inertness.
Tolerances available on request. Grades shown are AFBMA / ISO3290-1. Specific Gravity: 3.98. Grade 25. Extreme hardness, wear resistance, non-corrosiveness and chemical inertness. High mechanical strength. Transparent (refractive index 1.76).
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Springs Die
Chrome silicon die springs are longer lasting than high carbon steel. Shot peened to reduce working stress and to improve the surface.
Colour coded blue. Efficient operating range is 25 to 35 percent of the length. Maximum deflection is 50 percent of the length.
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Chrome silicon die springs are longer lasting than high carbon steel. Shot peened to reduce working stress and to improve the surface.
Colour coded red. Efficient operating range is 20 to 25 percent of the length. Maximum deflection is 37 percent of the length.
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Vapor degassed high tensile strength chromium alloy steel. Spring ends are ground square. Designed for long life cycle with constant high end deflections and shot peened to increase fatigue life.
Colour coded blue. Efficient operating range is 25 to 40 percent of the length. Maximum deflection is 50 percent of the length.
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Vapor degassed high tensile strength chromium alloy steel. Spring ends are ground square. Designed for long life cycle with constant high end deflections and shot peened to increase fatigue life.
Colour coded gold. Efficient operating range is 15 to 25 percent of the length. Maximum deflection is 30 percent of the length.
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Drylin Bearings and Systems
Linear sliding motion. Use with Drylin Aluminium Shafts.
Sliding film Iglidur J. Maximum Mean Surface Pressure: 25 N/mm2. Highest Wear Resistance at loads: Less than 2 N/mm2. Maximum Speed: 8 m/s (dry) Greater than 10 m/s (lubricated) 1.5 m/s (rotating dry). Working Temp. Range: -60oC to +100oC (increased wear when used in excess of 80oC).
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Springs Die
Vapor degassed high tensile strength chromium alloy steel. Spring ends are ground square. Designed for long life cycle with constant high end deflections and shot peened to increase fatigue life.
Colour coded green. Efficient operating range is 15 to 20 percent of the length. Maximum deflection is 25 percent of the length.
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Bearings and Spare Parts
Where alternative parts are offered, we make no claims as to their suitability. Selection of the most suitable bearings and parts is the responsibility of the customer. We recommend you replace bearings with the same type if that type is working well. High speed caged bearings are better suited to handle vibration than standard caged bearings.
Bearings and Spare Parts
Where alternative parts are offered, we make no claims as to their suitability. Selection of the most suitable bearings and parts is the responsibility of the customer. We recommend you replace bearings with the same type if that type is working well. High speed caged bearings are better suited to handle vibration than standard caged bearings.
Wave Washers - also called crinkle wave. Includes 2 and 3 wave types. This category includes EPL type bearing pre-load washers.
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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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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25.4mm Top Width x 22.2mm Height.
Sizes are nominal and may vary slightly.
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Bearings and Spare Parts
Where alternative parts are offered, we make no claims as to their suitability. Selection of the most suitable bearings and parts is the responsibility of the customer. We recommend you replace bearings with the same type if that type is working well. High speed caged bearings are better suited to handle vibration than standard caged bearings.
AT Synchroflex Generation III Series Metric Timing Belts.
Pitch (P) - 10.000mm. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Height (H) - 2.50mm. Belt Height (W) - 4.50mm - Corner Radii ( r )- 0.60mm.
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AT Synchroflex Generation III Series Metric Timing Belts.
Pitch (P) - 5.000mm. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Height (H) - 1.20mm. Belt Height (W) - 2.70mm - Corner Radii ( r )- 0.60mm.
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GT2 Series Metric Timing Belts.
The TruMotion(R) belt construction utilizes a cream-colored polymer compound reinforced with fiberglass tensile cord and a clean polymer-free nylon tooth facing. The belt can withstand high and low temperature ranges of -40oF to +220oF, has a virtually dust-free operation and is non-marking. The belt also has a high flex life and resistance to elongation. Breaking strength is not indicative of working strength. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength.
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Standard Series Timing Belts 12.700mm or 0.500 inch pitch.
Breaking strength is not indicative of working strength. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength.
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HTD Series Metric Timing Belts.
Pitch (P) - 5.000mm. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Height (H) - 2.08mm. Belt Height (W) - 3.81mm. Breaking strength is not indicative of working strength.
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Standard Series Timing Belts 9.525mm or 0.375 inch pitch.
Pitch (P) - 9.525mm (0.200 inch). Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. 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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T Series Metric Timing Belts.
Pitch (P) - 10.000mm. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Length (T) - 3.25mm. Tooth Height (H) - 2.50mm. Belt Height (W) - 4.50mm - Corner Radii ( r )- 0.60mm. Breaking strength is not indicative of working strength.
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T Series Metric Timing Belts.
Pitch (P) - 5.000mm. Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Length (T) - 2.65mm. 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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Timing pulleys to suit AT10 Series belts
Aluminium. Zinc Plated Steel Flanges. Plain Hub No Grub Screw. Finished Bore.
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Timing pulleys to suit AT5 Series belts
Aluminium Alloy. Steel Flanges. Hub is unthreaded, you will need to drill and tap with your required locking screw size.
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Timing Pulleys to suit GT 5.000mm Pitch Timing Belts. Suits belts 25mm wide.
Cast iron with black oxide coating. Match with a taperlock bush for your required shaft size.
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Timing Pulleys to suit GT 5.000mm Pitch Timing Belts. Suits belts 25mm wide. Aluminium, steel and cast iron.
Black oxide coated steel with unfinished bores. Unfinished types requires drilling and tapping. Bore requires machining to finished size.
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Timing Pulleys to suit H Series 12.700mm Pitch Timing Belts. Taperlock bush required for bore.
Cast Iron and Steel. Match with a taperlock to suit your bore requirements.
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Timing Pulleys to suit H Series 12.700mm Pitch. Unfinished Bore.
Cast Iron and Steel. Hub requires drilling and tapping. Bore requires machining to finished size.
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Timing Pulleys to suit L Series 9.525mm Pitch Timing Belts. Taperlock bush required for bore.
Match with a taperlock to suit your bore requirements.
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Timing Pulleys to suit L Series 9.525mm Pitch Timing Belts.
Aluminium alloy and steel. Aluminium have finished bore with set screw. Steel have either finished or unfinished bore as shown in the listings. Unfinished types requires drilling and tapping. Unfinished bore type requires machining to finished size.
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Timing Pulleys to suit T Series 5.000mm Pitch Timing Belts. Suits belts 25.0mm to 25.4mm wide.
Aluminium alloy. No locking provided. You will need to drill and tap the hub to suit your desired grub screw. Tapped hubs can be provided on request.
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Standard Series Timing Belts 9.525mm or 0.375 inch pitch - Double Sided.
Pitch (P) - 9.525mm (0.200 inch). Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. Tooth Length (T) - 3.25mm. Tooth Height (H) - 1.90mm. Belt Height (W) - 4.60mm - Corner Radii ( r ) - 0.50mm. Breaking strength is not indicative of working strength.
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Bearings and Spare Parts
Where alternative parts are offered, we make no claims as to their suitability. Selection of the most suitable bearings and parts is the responsibility of the customer. We recommend you replace bearings with the same type if that type is working well. High speed caged bearings are better suited to handle vibration than standard caged bearings.
Bearings and Spare Parts
Where alternative parts are offered, we make no claims as to their suitability. Selection of the most suitable bearings and parts is the responsibility of the customer. We recommend you replace bearings with the same type if that type is working well. High speed caged bearings are better suited to handle vibration than standard caged bearings.
Bearings and Spare Parts
Where alternative parts are offered, we make no claims as to their suitability. Selection of the most suitable bearings and parts is the responsibility of the customer. We recommend you replace bearings with the same type if that type is working well. High speed caged bearings are better suited to handle vibration than standard caged bearings.
1.5 to 4.5 VDC - 12,000 RPM unloaded at 3 volts
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Standard Series Timing Belts 9.525mm or 0.375 inch pitch.
Pitch (P) - 9.525mm (0.200 inch). Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. 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.
Related Information:
Standard Series Timing Belts 9.525mm or 0.375 inch pitch.
Pitch (P) - 9.525mm (0.200 inch). Belts working load should be rated at approximately 1/15th of their ultimate breaking strength. 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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