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Warranty

Wake Industrial Warranty
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Product Description
Sanyo Denki designed the RS1A30AAW which is very realistic in industrial servo drive intended for their operations. This advanced drive belongs to the R SANMOTION Servo Drives series which delivers the exceptional precision combined with efficiency in addition to easy system integration. The device operates between 200-240 VAC voltages while delivering 3 kW of rated power to achieve dependable performance for industrial automation applications. This device provides the adaptable functionality which enables its employment across diverse industrial sectors that need accurate movement and dynamic system response. The 20-bit precision of its encoder system produces exact results which prove suitable for advanced motion sequences that need absolute precision.
This drive establishes efficient communication links and synchronization protocols with other system components. This servo drive equips regenerative braking to both save energy and route recovered power within its operational system. The drive system enhances operational efficiency and cuts down operational costs by recovering wasted energy. The drive system features a 2.5 kg weight which enables simple installation while it saves space when deployed in control panel environments.
The drive maintains performance stability through its air-cooling technology which operates in demanding operating conditions. Thanks to its design for reliability the RS1A30AAW serves industries which need uninterrupted operations and minimum system downtime. The servo drive serves as a standard component for automated manufacturing systems as well as high-speed robotics and CNC machines and packaging equipment. The device provides industries with an optimal automation solution because it unites powerful features with precise control and efficient communication capabilities. The RS1A30AAW offers exceptional performance characteristics alongside extended operational reliability for both robotic arm control in assembly lines and smooth machining operations.