Product Description
- Specifications
- Product Options
- Tech Tips
- Announcements
- Documents
Product specifications for EAS4LX-D040-ARMAD
The EAS4LX-D040-ARMAD specifies: The EAS Series linear actuators offer high performance, from low speed to high speed or with light loads or heavy loads, regardless of demanding operating conditions. These motorized linear slides, with the AlphaStep AR Series motor and driver, are quick and responsive and incorporates a ball screw and a THK-manufactured LM Guideâ„¢ as the guide. Being compact and rigid, this series is effective in supporting large transportable mass. The built-in controller (stored data) allows for easy networking and simplified multi-axis control., Controller connection options: 1: I/O, 2: Modbus (RTU/RS-485) or 3: FA Network (network converter), Reversed Motor (Left Side) Type, X-axis Table, Electromagnetic Brake Type, *Connection cables required (sold separately), ,
Drive Method | - Ball Screw |
Actuator Frame Size | - 58.4 mm (W) x 60 mm (H) |
Power Supply | - Single-Phase 100-120 VAC |
Frequency | - 50 Hz, 60 Hz |
Electromagnetic Brake | - Equipped |
Motor Location | - Reversed Motor (Left Side) |
Table Orientation | - X-axis Table |
Traveling Parallelism | - 0.03 mm |
Dynamic Permissible Moment | - MP: 16.3 N·m MY: 4.8 N·m MR: 15 N·m |
Static Permissible Moment | - MP: 58.3 N·m MY: 16 N·m MR: 53.3 N·m |
Lead | - 12 mm |
Max. Speed | - 800 mm/s |
Max. Horizontal Transportable Mass | - 15 kg |
Max. Vertical Transportable Mass | - 7 kg |
Thrust | - 70 N |
Push Force | - 100 N |
Resolution | - 100 ~ 10000 P/R |
Repetitive Positioning Accuracy | - 0.02 mm |
Stroke | - 400 mm |
RoHS Compliant | - Yes |
Components | - EASM4LXD040ARMC [Actuator] ARD-AD [Driver] |
Product options for EAS4LX-D040-ARMAD
Product tips for EAS4LX-D040-ARMAD
Product announcements for EAS4LX-D040-ARMAD
Product documents for EAS4LX-D040-ARMAD
- Product Catalog | |
- EAS Series Operating Manual | |
- AR Series User Manual | |
- Motorized Actuator Function Setting | |
- Actuator CAD (3D) (*.step) | |
- Driver CAD (3D) (*.step) |