R2AAB8100FCH00
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The R2AAB8100FCH00 servo motor delivers a rated output of 1000W, a speed of 6000 min^-1, peak torque of 14.3 N·m, and includes a 24V brake system. Part of the R SANMOTION Servo Motors series by Sanyo Denki, it features a battery backup absolute encoder and complies with CE and UL standards.
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Product Description:
Sanyo Denki specializes in developing industrial automation products that include servo motors together with cooling solutions. The company supplies motion control solutions which deliver high performance capabilities to robotics systems and CNC manufacturing machinery.
The R2AAB8100FCH00 AC Servo Motor serves purposes of precise motion control in various settings. This motor functions reliably under load conditions because it provides a rated torque output of 3.18 Nm with a stable continuous stall torque reaching 3.92 Nm. This servo motor features both a torque constant value of 0.582 Nm/Arms and a voltage constant value of 20.3 mV/min⁻¹ per phase. This servo motor operates with 6.8 Arms stall current but conditions reach up to 25.7 Arms peak stall current. The phase resistance of this servo motor stands at 0.44 Ω while the electrical time constant amounts to 4.3 ms. This motor generates 14.3 Nm of torque at stall position which delivers exceptional torque strength during critical requirements. The momentum of this motor operates between its rating speed at 3000 min⁻¹ up to its maximum speed at 6000 min⁻¹ for dynamic system requirements. Operation efficiency is guaranteed by the rated power rate which stands at 42 kW/s.
The R2AAB8100FCH00 AC servo motor has a brake system which delivers a minimum static friction torque of 33.92 Nm to ensure stable holding force. The brake needs DC 90 V or DC 24 V ± 10 % power with maximum consumption of 0.30 A / 0.09 A. The rotor moment of inertia including the brake is 0.34 ×10⁴ kg⋅m² (60°/4). The brake mass is 0.84 kg that contributes to the overall weight and stability of the system. This R SANMOTION servo motor is suitable for precision applications because of its defined specifications.
Frequently Asked Questions about R2AAB8100FCH00:
Q: What are the braking capabilities of the R2AAB8100FCH00 servo motor for precision holding applications?
A: The brake system delivers a minimum static friction torque of 33.92 Nm to ensure stable holding force. It operates with DC 90 V or DC 24 V ±10% power with a maximum consumption of 0.30 A / 0.09 A.
Q: How does the R2AAB8100FCH00 servo motor maintain stability under high load conditions?
A: This servo motor delivers a rated torque output of 3.18 Nm with a stable continuous stall torque reaching 3.92 Nm. It ensures reliable operation by maintaining consistent torque even under dynamic load conditions.
Q: What is the maximum peak stall current of the R2AAB8100FCH00 servo motor during extreme load conditions?
A: This motor operates with a stall current of 6.8 Arms but reaches up to 25.7 Arms peak stall current. This allows it to sustain high torque performance under critical workload conditions.
Q: How does the R2AAB8100FCH00 servo motor ensure efficient dynamic motion control at high speeds?
A: This motor operates at a rated speed of 3000 min⁻¹ and reaches a maximum speed of 6000 min⁻¹. It supports dynamic system requirements by delivering consistent motion control across varying speeds.
Q: How does the electrical time constant of the R2AAB8100FCH00 servo motor influence its response time?
A: This servo motor has an electrical time constant of 4.3 ms which enables rapid current adjustments. This enhances its ability to respond swiftly to control commands in high-precision applications.
