SMC LEY25DB-400 LEY Series Electric Actuator/Rod Type Step Motor(Servo 24 VDC)/Servo Motor(24 VDC)
SMC
$730.00
The SMC LEY25DB-400 is a versatile electric actuator from the LEY Series, designed for precision and efficiency in industrial applications. This rod type step motor operates on a 24 VDC servo motor, offering a long stroke capability of up to 500 mm. It features flexible mounting options with direct mounting in three directions and bracket mounting in three types, allowing for easy integration into various setups. The actuator supports auto switch mounting and provides advanced speed control and positioning with a maximum of 64 points. Users can select between positioning or pushing control, with the ability to hold the actuator in place while the rod pushes against a workpiece. It boasts a high positioning repeatability of ±0.02 mm or less and is built to withstand harsh environments with its IP65 dust and drip-proof specification.
The LEY Series also includes a high output AC servo motor option, available in 100, 200, or 400 W, enhancing high-speed transfer capabilities and supporting high acceleration up to 5,000 mm/S². It features a pulse input type and comes with an internal absolute encoder for precise operations. Compatible with a range of controllers and drivers, including JXC51, JXC61, and LECSA, this actuator is engineered for reliability and performance, making it an ideal choice for demanding automation tasks.
- Size:
- 25
- Motor Mounting Position:
- Straight Type
- Motor Type:
- Step Motor (Servo 24 VDC)
- Lead:
- Size16: 5 mm, Size25: 6 mm, Size32: 8 mm
- Stroke:
- Stroke 400 mm
- Motor Option:
- Without Lock
- Rod End Thread:
- Rod End Female Thread
- Mounting Style:
- Both Ends Tapped Style/Body Bottom Tapped Style
- Actuator Cable Type:
- Without Cable
- Actuator Cable Length:
- Without Cable
- Controller Type:
- Without Controller
- I/O Cable Length, Communication Plug:
- Without Cable, Without Communication Plug Connector
- Controller Mounting:
- Screw Mounting
- Made To Order:
- Standard
