Yaskawa Motoman SIA30D
SIA30D Slim, compact and powerful robot with a vertical reach where it can occupy a very small footprint of only 365.5 mm wide at the widest point. Characterized by a high flexibility of movement thanks to short shaft lengths that allows the robot to be placed outside the usual working area, it can even be placed between two machine tools and free access to machines for maintenance, adjustment or testing of the device.
Characteristics of the DX100 controller
Yaskawa's compact DX100 controller with advanced structure and process control, offering greater freedom to the user even in the concept of an automated cell:
• Multirobot control system with up to 8 robots / 72 coordinated movement axes.
• Robust PC architecture, which provides system-level control for robotic work cells.
• Connections on the back of the control cabinet to optimize the interior space
• Built-in ladder logic processing; 4,096 I / O addresses
• Variety of fieldbus network connections
• High speed server connection
• I / F panels (10) show HMI on the pendant
• Advanced Robot Motion Control (ARM) for greater productivity and minimal learning time
• Energy saving up to 25%
• Repair time (MTTR)
• Easy maintenance with function to verify the status of the reducer, hardware diagnostic life function, improved problem resolution and alarm recovery
• Compact flash slot and USB port facilitate memory backups
• Small and lightweight Windows® CE programming pendant has a color touch screen with multi-window display capability.
Number of axis: 7
Maximum horizontal reach: 1,485 mm
Maximum vertical reach: 2,597 mm
Repeatability: ±0.1 mm
Controller: DX100
Axis L: ±125°
Axis E: ±170°
Axis U: ±110°
Axis R: ±170°
Axis B: ±110°
Axis T: ±180°
Axis L: 130°/s
Axis E: 130°/s
Axis U: 130°/s
Axis R: 170°/s
Axis B: 170°/s
Axis T: 200°/s
Injection molding
Inspection
Packaging
Machine tending
Part transfer
Polígono Ugaldeguren III, nó 32, Pabellón 1
48170-Zamudio (Vizcaya) Spain
Tel. 0039 3387620171
0039 3395310971
daniela@eurobots.com
matteotenti@eurobots.com
Last updated: 18 Nov, 2024