Indexers
CAD
Product Details
Unit View:
Maximum Inertia Load at 60 indexes per minute (lb-in² x 1000)
3.065
Maximum Inertia Load at 30 indexes per minute (lb-in² x 1000)
24.616
output_radial_capactiry_lb_english
895
Height To Mounting Surface (in)
5.4
Internal Inertia (lb-in²)
14
output_overturning_moment_capacity_inlb_english
1620
Output Thrust/Axial Capacity (lb)
577
maximum_torque_inlb_english
2163
output_thrust_axial_capacity_lb_english
577
height_t0_mounting_surface_in_english
5.38
Output Shaft Diameter (in)
2.5
Internal Inertia (lb-in²)
14
Mounting Surface Diameter (in)
2.5
Center Distance (in)
4.812
mounting_surface_diameter_in_english
2.5
B10 Torque Capacity (in-lb)
2463
output_shaft_dia_in_english
2.5
Output Radial Capacity (lb)
895
center_distance_in_english
4.812
Output Overturning Moment Capacity (in-lb)
1620
Maximum Torque (in-lb)
2163
b10_torque_capacity_inlb_english
2463
Maximum Inertia Load at 30 indexes per minute (kgm² x 1000 )
0.007
output_thrust_axial_capacity_n_metric
2568
Output Radial Capacity (N)
3983
b10_torque_capacity_nm_metric
278
Output Overturning Moment Capacity (Nm)
183
Imperial or Metric Product
Imperial
Internal Inertia (kgm²)
0.0041
mounting_surface_diameter_mm_metric
63.5
Maximum Torque (Nm)
244
output_shaft_dia_mm_metric
63.5
output_overturning_moment_capacity_nm_metric
183
output_radial_capactiry_n_metric
3983
Maximum Torque (Nm)
244
Center Distance (mm)
122.2
Mounting Surface Diameter (mm)
63.5
center_distance_mm_metric
122.2248
Output Shaft Diameter (mm)
63.5
Height To Mounting Surface (mm)
136.7
B10 Torque Capacity (Nm)
278
height_t0_mounting_surface_mm_metric
136.652
Maximum Inertia Load at 60 indexes per minute (kgm² x 1000 )
0.0009
Output Thrust/Axial Capacity (N)
2568
Internal Inertia (kgm²)
0.0041
Product Series
387P
Family
Parallel
Stops
6
Index Period (deg)
180
Motion
ms
Product Type
Shaft Output
Output
Shaft
Base Model
387P6H28-180_II
Accuracy (arcsec)
±50
Series
387P
DistributorGroup
Camco Indexers & Conveyors
Repeatability (arcsec)
±12
Product Function
Rotary Positioning
Back to Top