Disc coupling SFC SA2
for electric motorstransmissionfor chemical applications

Disc coupling - SFC SA2 - ZERO-MAX Europe - for electric motors / transmission / for chemical applications
Disc coupling - SFC SA2 - ZERO-MAX Europe - for electric motors / transmission / for chemical applications
Disc coupling - SFC SA2 - ZERO-MAX Europe - for electric motors / transmission / for chemical applications - image - 2
Disc coupling - SFC SA2 - ZERO-MAX Europe - for electric motors / transmission / for chemical applications - image - 3
Disc coupling - SFC SA2 - ZERO-MAX Europe - for electric motors / transmission / for chemical applications - image - 4
Disc coupling - SFC SA2 - ZERO-MAX Europe - for electric motors / transmission / for chemical applications - image - 5
Disc coupling - SFC SA2 - ZERO-MAX Europe - for electric motors / transmission / for chemical applications - image - 6
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Characteristics

Type
disc
Product applications
for electric motors, transmission, for chemical applications, for medical devices, for milling spindle, for the packaging industry, for paper machines, for shafts, for mechanical power transmission, for stepper motors, for rolling mills, for robotics, for the food industry, for food, for robots, for servo motors, gearbox, for machines, for machine tools, for spindles, for encoders, for coordinate measuring machines, for test benches, turntable, for the textile industry, for conveyor, for printing machines, light-duty, for lathes
Construction
compact, shaft-hub, miniature, aluminum, with clamp, with bore
Performance
backlash-free, maintenance-free, high-performance, non-lubricated, low noise and vibration
Other characteristics
torque, misalignment correction, custom-made, compensating, variable-speed, high-position
Installation system
flange
Torque

Min.: 0.25 Nm
(0.184391 ft.lb)

Max.: 250 Nm
(184.390537 ft.lb)

Rotational speed

Min.: 1 rpm
(6.2832 rad.min-1)

Max.: 10,000 rpm
(62,831.8531 rad.min-1)

Description

The backlash-free Single Flex SA2 servo lamina coupling features high torsional stiffness combined with the ability to compensate axial and angular shaft misalignments. The single-cardanic design is characterized by low mass inertia and its lightweight construction and is ideally suited for servo applications. High torsional stiffness Low inertia Low reaction loads Identical in design to Zero-Max ServoClass RoHS compliant

Catalogs

*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.