EtherCAT compatible! Specifications suitable for multi-axis and large capacity applications.
The "macroD" is a large-capacity, large servo driver that has achieved space-saving through the independence of the converter unit and multi-axis configuration. It offers two types of servo drivers: 150A and 300A. It has specifications suitable for multi-axis and large-capacity applications. Additionally, it supports EtherCAT, but other network compatibility can also be customized. 【Features】 ■ Independence of the converter unit, achieving space-saving in multi-axis configurations ■ Two types of servo drivers: 150A and 300A ■ Specifications suitable for multi-axis and large-capacity applications ■ EtherCAT compatible *For more details, please refer to the PDF materials or feel free to contact us.
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【Specifications】 ■ Main Circuit Power Supply - Converter Section: Single-phase/Three-phase AC200V-10%/240V+10% 50/60Hz±2% - Driver Section: DC280V to DC326V (supplied from the converter) ■ Control Circuit Power Supply - Converter Section: Single-phase AC200V-10%/230V+10% 50/60Hz±2% - Driver Section: Single-phase AC200V-10%/230V+10% 50/60Hz±2% ■ Converter Section Output: 37KW ■ Applicable Motor - Output: 300A specification rated current 61Arms (maximum current below 160Arms) 150A specification rated current 30Arms (maximum current below 83Arms) - Encoder: Nikon or TAMAGAWA etc. ■ Control Method: Sine Wave PWM Control Method ■ Dynamic Brake: Built-in on each driver board ■ Regenerative Function: Built-in regenerative discharge detection circuit in the converter section Regenerative discharge function can be used with external resistance ■ Servo Command Input: EtherCAT (communication cycle 1ms) *For more details, please refer to the PDF document or feel free to contact us.
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Applications/Examples of results
【Examples of Use】 ■ Servo Press ■ Electrification of Hydraulic Equipment *For more details, please refer to the PDF document or feel free to contact us.
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At Techno Horizon TaiTech Robotics Division, we aim to address the challenges of "labor shortages" in production sites by pursuing automation and labor-saving solutions. We will deploy safe, secure, and environmentally friendly solutions utilizing motor control technology in the FA industry to contribute to the growth and development of the manufacturing sector.