Gates® Power Transmission 14MX-112S-37 GAT14MX-112S-37
Gates® Power Transmission Poly Chain® GT®2 14MX-112S-37 Synchronous Sprocket, 1-3/16 to 3-15/16 in Taper-Lock® Bore, 19.54 in OD, 112 Grooves, 19.65 in Dia Pitch, 2.06 in W Face
- Manufacturer: Gates Corp
- Brand Name: Gates® Power Transmission
- Part Number: GAT14MX-112S-37
- Alt Part Number: 77193112
- MPN: 14MX-112S-37
- UPC: 72053272314
- Min. Order Qty: 1
- Qty. Interval: 1
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- Sold As: 1/EA
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Price:
Poly Chain GT sprockets use the tooth profile designed and developed by Gates and function with Gates Poly Chain GT belts in all existing constructions. These sprockets are statically balanced to make sure the entire belt drive is as safe as possible. Furthermore, they are manufactured, specified, and tested to perfectly support the full power capabilities of the Gates Poly Chain belt product range. Belts and sprockets used together get the best out of your belt drive: maximum performance, prolonged antistatic properties and optimal lifetime.
Gates® Power Transmission Poly Chain® GT®2 Synchronous Sprocket, Series: 7719, Taper-Lock® Bore, 1-3/16 to 3-15/16 in Bore Dia, 19.54 in Outside Dia, 19.65 in, 112 Grooves, 14 mm Pitch, 2.06 in Face Width, 8-3/4 in Hub Dia, 3525 Bushing, 2-1/2 in Overall Length, For Use With: 37 mm W Poly Chain® Belt, Cast Iron
| Bore Diameter | : | 1-3/16 to 3-15/16 in |
| Bore Type | : | Taper-Lock® |
| Bushing Type | : | 3525 |
| Face Width | : | 2.06 in |
| Hub Diameter | : | 8-3/4 in |
| Material | : | Cast Iron |
| Number of Grooves | : | 112 |
| Outside Diameter | : | 19.54 in |
| Overall Length | : | 2-1/2 in |
| Pitch Diameter | : | 19.65 in |
| Pitch | : | 14 mm |
| Series | : | 7719 |
| Suitable For Use With | : | 37 mm W Poly Chain® Belt |
- Full split in bushing allows easy installation and removal
- Poly Chain® GT®2 sprockets keep overhung load below manufacturers recommendation
- Precise sprocket design produces positive, press fit to shaft
- Sprockets are precision manufactured and static balanced
- Smaller, narrower sprockets save shaft space, keep the load closer to bearing and extend life of reducer
Full Engineering Drawing
