ANSI #50-4 Roller Chain | Quadruple 5/8" Pitch Roller Chain
- Model
- ANSI 50-4 Roller Chain
Item specifics
- Material
- Carbon Steel
- Color
- Natural
- Surface Treatment
- Shot Peening/Heat Treatment/Plating/Lubrication
- Accuracy
- High precision roller chain
- Quality
- Durable roller chain
- Interchangeability
- Directly interchangeable with other brands
Review
Description
About ANSI #50-4 Roller Chains
CTS® ANSI #50-4 roller chain is a four-strand (quad) roller chain built to ANSI/ASME B29.1 on a 5/8" (15.875 mm) pitch. Four rows of links run on the same pins and on one four-row #50 chain sprocket, so a single compact drive replaces four separate single-strand chains—fewer shafts, fewer take-ups, and one lubrication point. Minimum tensile strength is 88.8 kN (19,976 lbf), and the chain is fully interchangeable with other ANSI-certified #50-4 chains and standard four-row #50 sprockets. Every chain component is heat-treated, shot-peened, and hardened, and the chain is supplied with a factory-applied premium lubricant.
CTS® high-quality ANSI #50-4 roller chains are built to keep your machine running!
For a quotation or other information on ANSI roller chains, please contact us, and we will be happy to help you.
Quality Assurance:
ISO9001: 2015 and GB/T24001-2016 / ISO14001: 2015.
ANSI #50-4 Roller Chain Size
#50-4 Roller Chain Dimensions
- Pitch(P): 15.875 mm
- Roller diameter(d1): 10.16 mm
- Width between inner plates(b1): 9.40 mm
- Pin diameter(d2): 5.08 mm
- Pin length(L): 75.1 mm
- Pin length(Lc): 76.6 mm
- Inner plate depth(h2): 15.09 mm
- Plate thickness(T): 2.03 mm
- Transverse pitch(Pt): 18.11 mm
- Tensile strength: 88.8/19976 kN/lbf
- Weight per meter: 4.30 kg/m
Four Strands or Four Separate Chains?
| Item | One ANSI #50-4 Roller Chain | |
| Shafts and bearings | One four-row sprocket set on one shaft | Four sprockets; wider shaft or more shafts |
| Axial width | One chain, 75.1 mm pin length | Four separate chains and sprockets |
| Lubrication | One lubrication point | Four points |
Tensioning | One take-up; rows cannot run out of phase | Four take-ups; synchronisation can drift |
Weight | 4.30 kg/m total | About 4.4 kg/m (4 x 1.10 kg/m) |
Best when | All four rows share drive line and the load is even | Strands must run at different speeds or over widely separated shafts |
