Sprocket 16B-3 z=23 with hub
Available product promotions:
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Weight13,2kg
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UPC Code5908453544285
Product Description
Sprocket 16B-3 z=23, with hub
Sprocket 16B-3 with hub, 23 teeth, triplex (three-strand) - a product matched to chain with a pitch of 25.4 mm (1"). 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 | 16B-3 (triplex (three-strand)) |
| Pitch | 1" / 25.4 mm |
| Number of teeth (z) | 23 |
| Outside diameter (De) | 197.5 mm |
| Pitch diameter (Dp) | 186.53 mm |
| Hub outer diameter (d) | 130 mm |
| Pilot bore diameter (D) | 30 mm |
| Overall hub height (A) | 100 mm |
| Weight | 13.2 kg |
| Material | C45E steel (EN 10083-1), unhardened teeth |
Frequently asked questions
How can you recognise an idler sprocket bearing that is starting to wear before it fails?
The first symptom is usually increased noise and noticeable, excessive play of the sprocket when it is moved by hand with the machine stopped. It is also worth periodically checking the temperature of the bearing housing during operation - an increase compared with other bearings in the system signals progressive wear.
What is the relationship between the number of teeth of a sprocket and the rotational speed of the drive?
This is the basic principle of the transmission ratio. If there is a small sprocket on the motor (drive) and a large one on the machine, the machine will turn more slowly but gain proportionally greater torque (force).
How should large-diameter sprockets be transported and stored to prevent deformation?
Large sprockets are best stored and transported lying flat on a level, stable surface, rather than resting on the toothed rim alone, which is more susceptible to local deformation. When lifting, it is advisable to use slings passed through the hub bore rather than hooking them onto individual teeth.
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?
Typical applications of the 16B-3 sprocket: drives for pumps, mixers and industrial fans, as well as control systems for industrial gates and roller shutters, where resistance to continuous operation is required.
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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Weight13,2kg
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UPC Code5908453544285