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Equipped with a USB connection terminal. A position control unit that is easy to connect to a PC.
Digital position control unit capable of driving DC motors and brushless DC motors with incremental encoders.
A position control unit capable of motion control programming.
The programmable position control unit EPOS P is a standalone type positioning driver that adds PLC functionality (capable of saving operating programs) to the features of the conventional product EPOS (positioning driver).
Supports DC motors and brushless EC motors up to 48W.
The maxon compact position control unit "EPOS2 24/2" is a digital position control unit capable of driving DC motors with incremental encoders and brushless DC motors. It is the successor to the previous product EPOS 24/1. It can be connected to a PC via USB and supports "Interpolated Position Mode (PVT)" for synchronized control, as well as control via analog command voltage. It is lower in profile than the previous product EPOS 24/1, with a maximum continuous current value that is twice as high at 2 A. For more details, please contact us or refer to the catalog.
The multi-pole EC flat motor can be driven without an encoder.
EPOS2 is a digital position control unit capable of driving DC motors with incremental encoders and EC (brushless) motors. Multi-pole EC flat motors can be driven without encoders and are compatible with motors ranging from ultra-small to 700 Watts. EPOS2 features a variety of operating modes and can be applied to all types of drive systems/automated systems. 【Features】 ○ Standardization and scalability ○ Flexibility ○ Easy startup ○ Simple programming ○ Latest technology For more details, please contact us or refer to the catalog.
Achieving sub-micron position control! A compact design that balances high precision and responsiveness.
The precision position control unit from Fujikura Composite achieves sub-micron position control. By adopting feedback control using high-resolution displacement sensors, it enables more precise positioning than conventional systems. By placing the pneumatic valve away from the cylinder, it is possible to minimize heat generation to the maximum extent. By employing a thin diaphragm-type cylinder, it achieves both compact design and high precision and responsiveness. This ultra-precise motion control can accommodate cutting-edge research and development and manufacturing processes, including those in the field of nanotechnology.
