SMC LER30J-3 LER Series Electric Rotary Table Step Motor (Servo 24 VDC)
SMC
$1,000.00
The SMC LER30J-3 LER Series Electric Rotary Table Step Motor (Servo 24 VDC) is engineered for precision and efficiency in automated systems. This advanced rotary table offers a versatile rotation angle of 320° (310° for LER10), 180°, and 90°, making it adaptable for various applications. Its low-profile design, with a height of just 42 mm (LER10), ensures seamless integration into compact spaces, while the built-in step motor optimizes space utilization.
Designed for high-performance operations, the LER30J-3 delivers shock-less and high-speed actuation with a maximum speed of 420°/sec (7.33 rad/sec) and an impressive acceleration/deceleration rate of 3,000°/sec² (52.36 rad/sec²). This electric rotary table allows for precise control with the ability to set speed, acceleration/deceleration, and position across up to 64 points, enhancing operational flexibility.
Energy efficiency is a key feature, with an automatic 40% power reduction once the table has stopped, contributing to sustainable manufacturing practices. The user-friendly setup requires only two data inputsposition and speedstreamlining the configuration process. The actuator comes pre-configured with the controller, ensuring a hassle-free installation.
Compatible with a range of controllers including JXC51, JXC61, JXCE1, JXC91, JXCP1, JXCD1, JXCL1, JXCM1, LECP1, LECPA, and the discontinued LECP6 and LECPMJ, the LER30J-3 is a versatile choice for engineers seeking reliable and efficient automation solutions.
- Table Accuracy:
- Basic Style
- Size:
- 30
- Max. Rotating Torque:
- Basic (LER10: 0.22N·m, LER30: 0.8N·m, LER50: 6.6N·m)
- Rotation Angle:
- External stopper: 90
- Motor Cable Entry:
- Basic (Entry On The Right Side)
- 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
