Duff Norton’s SCW Series electric cylinder linear actuators are designed for high-capacity motion control applications. With lifting/lowering capacities from 2 to 25 tons, speeds up to 135.6 in/min (3,444 mm/min), and strokes up to 140” (3,581 mm), these heavy duty actuators deliver unparalleled performance.
Request a quote on SCW Series electric cylinder linear actuators. Contact C.H. Bull to learn more.
SCW Series Linear Actuator Specifications
- Capacity: up to 25 tons
- Speed: up to 135.6 in/min (3,444 mm/min)
- Power: 230/460 3-phase (60Hz)
- Stroke: available in 1” increments up to 140” (3,581 mm)
- Working temp. range: 0°F to 120°F (-18°C to 50°C)
Features & Benefits of SCW Series Electric Cylinder Actuators
- Designed for easy installation and minimal maintenance requirements
- Long working life
- Ball screw or acme screw designs
- Ductile iron housing; chrome plated steel translating tube
- Adjustable end-of-stroke limit switches
- Double clevis mounting
- Optional food grade materials
- Optional explosion proof motor & limit switch
- Optional outdoor-specific designs
- Optional manual override
Linear Actuator Selection Guide
To determine which AC-powered linear actuator is best for your application, consider the factors below. As needed, C.H. Bull is available to help you select the right model for your unique needs. Contact us to discuss your application requirements.
- Capacity: The force required the move and hold the load (total weight of the load)
- Voltage: The voltage needed to power the actuator
- Travel: The distance/range of motion required (stroke)
- Speed: The speed at which the load must be moved
- Duty Cycle: Percentage of time an actuator is in motion relative to total time
- Orientation: The direction in which the actuator’s force is applied
- Environment: The working conditions in which the actuator will operate
Contact C.H. Bull for Duff Norton SCW Series Linear Actuators
Whatever your motion control needs, we have the right actuator for the job. Request a quote on SCW series linear actuators for your application, or contact C.H. Bull for more information.
