Sprocket 10B-3 z=36 with hub
Available product promotions:
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Weight9,3kg
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UPC Code5907009388052
Product Description
Sprocket 10B-3 z=36, with hub
Sprocket 10B-3 (pitch 5/8" - 15.88 mm), triplex (three-strand), 36 teeth, with hub. As a European manufacturer, Ozdowski supplies the sprocket in C45E steel (EN 10083-1), in accordance with DIN 8187 / ISO 606 - a version without tooth hardening, cheaper than the hardened variant and sufficient for many typical industrial applications.
Technical data
| Chain | 10B-3 (triplex (three-strand)) |
| Pitch | 5/8" / 15.88 mm |
| Number of teeth (z) | 36 |
| Outside diameter (De) | 189.1 mm |
| Pitch diameter (Dp) | 182.15 mm |
| Hub outer diameter (d) | 120 mm |
| Pilot bore diameter (D) | 25 mm |
| Overall hub height (A) | 60 mm |
| Weight | 9.3 kg |
| Material | C45E steel (EN 10083-1), unhardened teeth |
Frequently asked questions
Is a sprocket with hub suitable for reversing drives (with a change of rotation direction)?
Yes, the tooth geometry of a sprocket is symmetrical and has no preferred direction of operation, so the sprocket can be used in drives that change direction of rotation. In such systems, correct chain tension on both sides is particularly important, because when reversing, each side alternately becomes the working side.
How does rotational speed affect the selection of the minimum number of teeth of a sprocket in the system?
At higher rotational speeds, a larger minimum number of teeth on the smallest sprocket in the system is recommended to reduce chain vibration and impacts resulting from the so-called polygon effect. With very small sprockets (e.g. 9-11 teeth) and high speeds, wear and vibration levels increase significantly faster than with larger sprockets.
How do you select a sprocket when the machine lacks space for a larger pitch?
In such a situation, a better solution than increasing the pitch is often to use a multi-strand chain and sprocket of the same (smaller) pitch - several strands together carry a greater load without increasing the sprocket diameter.
How do you calculate the pitch circle diameter of a sprocket?
The pitch circle diameter (Dp) is, in simplified terms, the line along which the chain rollers roll. It is calculated using the formula: pitch divided by sine (180° / number of teeth).
Where is this product used?
This type of sprocket is used in drives of agricultural and industrial machinery, including screw and bucket conveyors, feed conveyors, packaging machines and internal transport systems.
When placing your order, please check the current stock level of this gear - the lead time depends on it and is clearly stated according to the quantity available in the given warehouse.
Product photos are for illustrative purposes only.
Product Features
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Weight9,3kg
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UPC Code5907009388052