FB-11 EL 90V 1/4
Opis
FB-11 EL BRAKE 90V 1/4 ; MTO
Br. Materijala FB-11 EL 90V 1/4
BDI br. Materijala 240315
Karakteristike
Bore Profile:
Straight | Finished
Voltage Rating:
90VDC
Activation:
Electrical
Motion Type:
Decelerate
Number of Stop Collars:
0
Inch - Metric:
Inch
Other Features:
Stationary Field | Zero Backlash
Housing Style:
Cylindrical
Mounting Method:
Flange Mounted | Shaft
Torque:
Static Torque 6Lb-in
FB-11 EL 24V 1/4
Opis
FB-11 EL BRAKE 24V 1/4 ; MTO
Br. Materijala FB-11 EL 24V 1/4
BDI br. Materijala 240317
Karakteristike
Bore Profile:
Straight | Finished
Voltage Rating:
24VDC
Activation:
Electrical
Motion Type:
Decelerate
Number of Stop Collars:
0
Inch - Metric:
Inch
Other Features:
Stationary Field | Zero Backlash
Global Part Number GPN:
400262
Housing Style:
Cylindrical
Mounting Method:
Flange Mounted | Shaft
Karakteristike
Pilot Diameter - Millimeter:
38.1
Pressure:
100psi
Bore Profile:
Straight | Finished
Activation:
Pneumatic
Motion Type:
Holding | Stopping
Inch - Metric:
Metric
Other Features:
Black Anodized Finish | Enclosed Design | Zero Backlash | Low Inertia | Torsionally Stiff | High Dynamic Torque | Clamp Collar Coupling
Global Part Number GPN:
418948
Housing Style:
Flanged
Mounting Method:
Flange Mounted | Shaft
Karakteristike
Pilot Diameter - Millimeter:
38.1
Pressure:
100psi
Bore Profile:
Straight | Finished
Activation:
Pneumatic
Motion Type:
Holding | Stopping
Inch - Metric:
Inch
Other Features:
Black Anodized Finish | Enclosed Design | Linear Stage Brakes | Zero Backlash | Low Inertia | Torsionally Stiff | High Dynamic Torque
Global Part Number GPN:
418955
Housing Style:
Flanged
Mounting Method:
Shaft
Karakteristike
Pilot Diameter - Millimeter:
38.1
Pressure:
100psi
Bore Profile:
Straight | Finished
Activation:
Pneumatic
Motion Type:
Holding | Stopping
Inch - Metric:
Inch
Other Features:
Black Anodized Finish | Enclosed Design | Linear Stage Brakes | Zero Backlash | Low Inertia | Torsionally Stiff | High Dynamic Torque
Global Part Number GPN:
418956
Housing Style:
Flanged
Mounting Method:
Shaft