Mechanical Rotary Indexers
CAD
Product Details
Unit View:
Output Thrust/Axial Capacity (lb)
314
Internal Inertia (lb-in²)
3
Output Radial Capacity (lb)
316
Maximum Torque (in-lb)
674
center_distance_in_english
3.25
Output Overturning Moment Capacity (in-lb)
395
mounting_surface_diameter_in_english
1.75
Center Distance (in)
3.25
Internal Inertia (lb-in²)
3
Mounting Surface Diameter (in)
1.8
Maximum Inertia Load at 30 indexes per minute (lb-in² x 1000)
1.3
Height To Mounting Surface (in)
3.6
b10_torque_capacity_inlb_english
782
B10 Torque Capacity (in-lb)
782
output_overturning_moment_capacity_inlb_english
395
output_thrust_axial_capacity_lb_english
314
Maximum Inertia Load at 60 indexes per minute (lb-in² x 1000)
0.16
output_radial_capactiry_lb_english
316
height_t0_mounting_surface_in_english
3.625
maximum_torque_inlb_english
674
output_shaft_dia_in_english
0.625
Output Shaft Diameter (in)
0.625
output_thrust_axial_capacity_n_metric
1397
b10_torque_capacity_nm_metric
88
Output Overturning Moment Capacity (Nm)
45
Mounting Surface Diameter (mm)
44.5
output_overturning_moment_capacity_nm_metric
45
height_t0_mounting_surface_mm_metric
92.075
Output Thrust/Axial Capacity (N)
1397
Maximum Torque (Nm)
76
center_distance_mm_metric
82.55
output_radial_capactiry_n_metric
1406
output_shaft_dia_mm_metric
15.875
Maximum Inertia Load at 30 indexes per minute (kgm² x 1000 )
0.0004
Maximum Inertia Load at 60 indexes per minute (kgm² x 1000 )
0.00005
Imperial or Metric Product
Imperial
Maximum Torque (Nm)
76
Output Radial Capacity (N)
1406
Height To Mounting Surface (mm)
92.1
B10 Torque Capacity (Nm)
88
Center Distance (mm)
82.6
Internal Inertia (kgm²)
0.00088
Output Shaft Diameter (mm)
15.875
mounting_surface_diameter_mm_metric
44.45
Internal Inertia (kgm²)
0.00088
Index Period (deg)
90
Series
250P
Output
Shaft
Stops
4
Product Series
250P
DistributorGroup
Camco Indexers & Conveyors
Family
Parallel
Motion
msc.25
Base Model
250P4H20-90_MSC.25
Product Type
Shaft Output
Repeatability (arcsec)
±19
Accuracy (arcsec)
±77
Product Function
Rotary Positioning
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