RS 40 Chain with .500 Pitch, .156" Pin Diameter
Crossrod conveyor chain consists of two parallel strands of standard RS40 or RS50 chains, joined by crossrods on every link. RS40 chain is used for light loads such as conveying bread through coolers, wrappers and slicers. RS50 chain is for heavier loads. When sanitary, noncorrosive qualities are required, crossrods can be stainless steel.
The connecting pins have milled flats and fit into a D-shaped hole in the link plate to prevent pin rotation and give longer life. Chains are furnished in five-foot sections and run on standard ASME/ANSI sprockets. Removable two-pitch link sections are available for repair.
All dimensions are nominal values and for reference only
Crossrod conveyor chain consists of two parallel strands of standard RS40 or RS50 chains, joined by crossrods on every link. RS40 chain is used for light loads such as conveying bread through coolers, wrappers and slicers. RS50 chain is for heavier loads. When sanitary, noncorrosive qualities are required, crossrods can be stainless steel.
The connecting pins have milled flats and fit into a D-shaped hole in the link plate to prevent pin rotation and give longer life. Chains are furnished in five-foot sections and run on standard ASME/ANSI sprockets. Removable two-pitch link sections are available for repair.
All dimensions are nominal values and for reference only
Unit of Measure
Specifications
Chain Pitch_SYN |
N/A 0.500 in |
Pin Diameter_SYN |
N/A 0.156 in |
Nominal Width |
N/A 12.000 in |
A - Plate to Plate Width |
N/A 11.250 in |
B - Overall Riveted |
N/A 12.440 in |
Pin Overall Length_SYN |
N/A 12.510 in |
D - Roller C.L. to C.L. |
N/A 11.812 in |
Chain Type_SYN |
N/A RS40 |
Approx. Weight |
N/A 2.000 lbs/ft |
Information
Information |
N/A Chains are available in carbon steel and stainless steel. Crossrods may be ordered in spring steel or stainless steel. One connecting pin is supplied with each chain section for connection. Additional pins may be ordered separately. Specify chain number and material combination desired. All sprockets should be ordered in pairs with key- ways in line to evenly distribute loads to both chains. |