#60-3 Triplex Triple Strand Roller Chain x 10 feet + 2 Connecting Links
|
ANSI No |
#60-3 | LENGTH | 10 ft |
| PITCH | 0.75 inch (19.05 mm) | ROLLER DIAMETER (D1 MAX) |
0.47 inch (11.91 mm) |
| WIDTH BETWEEN PLATES (B1 MIN) |
0.49 inch (12.57 mm) | PIN DIAMETER (D2 MAX) |
0.23 inch (5.94 mm) |
| PIN LENGTH (L MAX) |
2.81 inch (71.5 mm) | PIN LENGTH (LC MAX) |
2.89 inch (73.3 mm) |
| INNER PLATE DEPTH (H2 MAX) |
0.71 inch (18 mm) | PLATE THICKNESS (T MAX) |
0.10 inch (2.42 mm) |
| ULTIMATE TENSILE STRENGTH (QMIN) |
95.4/21,682 kN/LB | WEIGHT | 3.1 lb/ft (4.54 kg/m) |
Read More
60-3 Triplex Roller Chain: Maximum Power in Compact Systems
The 60-3 triplex roller chain is designed for applications that require high power transmission without increasing system size.
Its triple strand design allows higher load capacity while maintaining the same pitch.
As a result, it is ideal for systems with space limitations but high torque requirements.
What is a 60-3 Triplex Roller Chain?
The 60-3 triplex roller chain consists of three parallel strands of links.
This design increases load capacity without changing pitch.
In practice, it delivers higher power density in compact systems.
Multi-strand chains distribute load more efficiently, improving durability and performance.
Where is it used?
The 60-3 triplex roller chain is used in:
-
High-torque industrial equipment
-
Continuous power transmission systems
-
Automated machinery
-
Heavy-duty production lines
Multi-strand chains provide increased load capacity compared to single strand chains.
Key Benefits
High power density
Triple strands increase capacity.
Load distribution
Reduces stress per component.
Longer service life
Less wear over time.
Space efficiency
High performance in compact layouts.
How to Choose the Right Chain
Evaluate torque requirements.
Check ANSI #60-3 compatibility.
Consider available space.
These steps ensure proper selection.
Maintenance Tips
Lubricate regularly.
Check alignment.
Inspect frequently.
These practices extend lifespan.
Why Choose PGN Bearings?
ANSI-compliant products.
High-strength construction.
Fast shipping.
Technical support.
Original: $89.95
-65%$89.95
$31.48
Description
|
ANSI No |
#60-3 | LENGTH | 10 ft |
| PITCH | 0.75 inch (19.05 mm) | ROLLER DIAMETER (D1 MAX) |
0.47 inch (11.91 mm) |
| WIDTH BETWEEN PLATES (B1 MIN) |
0.49 inch (12.57 mm) | PIN DIAMETER (D2 MAX) |
0.23 inch (5.94 mm) |
| PIN LENGTH (L MAX) |
2.81 inch (71.5 mm) | PIN LENGTH (LC MAX) |
2.89 inch (73.3 mm) |
| INNER PLATE DEPTH (H2 MAX) |
0.71 inch (18 mm) | PLATE THICKNESS (T MAX) |
0.10 inch (2.42 mm) |
| ULTIMATE TENSILE STRENGTH (QMIN) |
95.4/21,682 kN/LB | WEIGHT | 3.1 lb/ft (4.54 kg/m) |
Read More
60-3 Triplex Roller Chain: Maximum Power in Compact Systems
The 60-3 triplex roller chain is designed for applications that require high power transmission without increasing system size.
Its triple strand design allows higher load capacity while maintaining the same pitch.
As a result, it is ideal for systems with space limitations but high torque requirements.
What is a 60-3 Triplex Roller Chain?
The 60-3 triplex roller chain consists of three parallel strands of links.
This design increases load capacity without changing pitch.
In practice, it delivers higher power density in compact systems.
Multi-strand chains distribute load more efficiently, improving durability and performance.
Where is it used?
The 60-3 triplex roller chain is used in:
-
High-torque industrial equipment
-
Continuous power transmission systems
-
Automated machinery
-
Heavy-duty production lines
Multi-strand chains provide increased load capacity compared to single strand chains.
Key Benefits
High power density
Triple strands increase capacity.
Load distribution
Reduces stress per component.
Longer service life
Less wear over time.
Space efficiency
High performance in compact layouts.
How to Choose the Right Chain
Evaluate torque requirements.
Check ANSI #60-3 compatibility.
Consider available space.
These steps ensure proper selection.
Maintenance Tips
Lubricate regularly.
Check alignment.
Inspect frequently.
These practices extend lifespan.
Why Choose PGN Bearings?
ANSI-compliant products.
High-strength construction.
Fast shipping.
Technical support.
