Features
Pilot Diameter - Millimeter:
114.249
Pressure:
20 to 80 PSI
Bore Profile:
Straight | Finished
Activation:
Pneumatic
Motion Type:
Jogging
Inch - Metric:
Metric
Other Features:
Single Position | Flight Torque Control | Automatic Switch Actuating Mechanism | Basic Design | Small Cylinder Torque Range
Housing Style:
Cylindrical
Mounting Method:
Shaft
Torque:
Static Torque 900 to 3600Lb-in
POR06FBHM50
Description
POR06FBHM50 PNEUMATIC OVERLOAD CLUTCH ; NON-RETURNABLE
Part # POR06FBHM50
BDI # 168251
Features
Pilot Diameter - Millimeter:
101.6
Pilot Diameter - Inch:
4
Bore Profile:
Straight | Finished
Activation:
Pneumatic
Motion Type:
Jogging | Indexing
Inch - Metric:
Metric
Other Features:
Single Position Automatic Engagement | Flight Torque Control | Limit Switch Actuating Mechanism | Full Shaft | Basic Bolt Pattern
Housing Style:
Cylindrical
Mounting Method:
Shaft
Torque:
Static Torque 2800 to 7800Lb-in
Features
Pilot Diameter - Millimeter:
101.6
Pilot Diameter - Inch:
4
Bore Profile:
Straight | Finished
Activation:
Pneumatic
Motion Type:
Jogging | Indexing
Inch - Metric:
Metric
Other Features:
Single Position Automatic Engagement | Flight Torque Control | Limit Switch Actuating Mechanism | Limited Shaft | Basic Bolt Pattern
Housing Style:
Cylindrical
Mounting Method:
Shaft
Torque:
Static Torque 2800 to 7800Lb-in
Features
Pilot Diameter - Millimeter:
120
Pressure:
6bar
Bore Profile:
Straight | Finished
Activation:
Pneumatic
Motion Type:
Inching | Jogging | Indexing
Inch - Metric:
Metric
Other Features:
Standard Coefficient Clutch Facing | Black Oxide Finish | Open Design | Sealed Bearing Units
Global Part Number GPN:
418424
Housing Style:
Cylindrical
Mounting Method:
Shaft
Features
Pilot Diameter - Millimeter:
120
Pressure:
6bar
Bore Profile:
Straight | Finished
Activation:
Pneumatic
Motion Type:
Inching | Jogging | Indexing
Inch - Metric:
Metric
Other Features:
Low Coefficient Clutch Facing | Black Oxide Finish | Open Design | Sealed Bearing Units
Global Part Number GPN:
418425
Housing Style:
Cylindrical
Mounting Method:
Shaft