Application Scenarios

In a high-speed cartoning machine producing 300 boxes per minute, inconsistent flap folding was traced to servo lag during rapid direction changes. The integrator replaced an outdated analog drive with the Yaskawa CACR-PR10BC3CSY10. leveraging its 1.5 kHz current loop bandwidth and adaptive auto-tuning. Within hours, cycle time stabilized, and positional repeatability improved to ±0.02 mm—eliminating jamming and reducing downtime by 40%. This case demonstrates how the Yaskawa CACR-PR10BC3CSY10 transforms mechanical inconsistency into deterministic, high-speed motion.

Technical Principles and Innovative Values

High-Bandwidth Current Loop: The Yaskawa CACR-PR10BC3CSY10 achieves a 1.5 kHz current control loop—enabling faster torque response than most mid-range drives, critical for suppressing mechanical resonance in long shafts or lightweight arms.

Advanced Vibration Suppression: Proprietary notch filters and adaptive gain scheduling automatically dampen structural vibrations without manual tuning—ideal for gantry systems or robotic arms with flexible joints.

Plug-and-Play Motor Recognition: When connected to a Sigma II motor (e.g., SGMGH-01A), the drive auto-detects motor parameters via the encoder cable, eliminating manual setup errors.

Energy-Efficient Regeneration: Built-in regenerative circuitry safely dissipates braking energy, reducing external component count and cabinet heat—lowering total cost of ownership.

Robust Diagnostics & Safety: Real-time monitoring of load inertia, vibration level, and thermal margin allows predictive maintenance; STO (Safe Torque Off) function meets IEC 61800-5-2 for functional safety.

Application Cases and Industry Value

A European label printing press manufacturer integrated the Yaskawa CACR-PR10BC3CSY10 to control unwind/rewind tension on a narrow-web flexo line. Paired with an SGMGH-01A2C61 motor, the drive’s torque mode and ultra-low speed stability (<0.1 rpm ripple) eliminated web slack and print smearing. The system achieved 99.8% uptime over 18 months, and the compact size allowed integration into existing control panels without redesign—showcasing how the Yaskawa CACR-PR10BC3CSY10 enables both performance and space efficiency.

In another application, an automated lab sample handler used two Yaskawa CACR-PR10BC3CSY10 units to drive X-Y positioning stages. The sub-millisecond settling time and ±1 pulse repeatability ensured accurate pipette placement across 96-well plates—critical for diagnostic reliability in clinical environments.

Related Product Combination Solutions

Yaskawa SGMGH-01A2C61: 100 W Sigma II servo motor—the ideal match for Yaskawa CACR-PR10BC3CSY10 in high-inertia applications.

Yaskawa SGMGV-01A3C61: Low-inertia Sigma II motor—for ultra-fast indexing where the Yaskawa CACR-PR10BC3CSY10’s bandwidth shines.

Yaskawa JZSP-CKI01: Communication interface card—adds CANopen or MECHATROLINK-II to Yaskawa CACR-PR10BC3CSY10 for networked motion.

Yaskawa MP2300: Motion controller—coordinates multiple Yaskawa CACR-PR10BC3CSY10 drives via Mechatrolink for synchronized axes.

Omron G5LE-1A DC12: External regenerative resistor—used when frequent deceleration exceeds internal brake capacity.

Mitsubishi MR-J4-10A: Competitor servo drive—but lacks Yaskawa’s auto-tuning depth and mechanical resonance suppression.

Rockwell Kinetix 350: Allen-Bradley alternative—requires separate power supply, unlike the integrated design of Yaskawa CACR-PR10BC3CSY10.

Delta ASDA-B3: Budget option—but offers lower bandwidth (<1 kHz) and no built-in regen transistor.

Installation, Maintenance, and Full-Cycle Support

Installing the Yaskawa CACR-PR10BC3CSY10 requires secure mounting with adequate airflow (minimum 50 mm clearance on top/bottom). Connect the 3-phase input, motor power, and encoder cables using shielded, twisted-pair wiring—grounding shields at the drive end only. For regenerative-heavy applications (e.g., vertical axes), add an external brake resistor as specified in the manual.

Maintenance is minimal: periodically inspect for dust accumulation on heatsinks and verify terminal torque. The drive’s front-panel LEDs indicate status (RDY, ALM, etc.), while detailed fault codes (e.g., A.21 for encoder battery low) simplify troubleshooting. Firmware updates are delivered via Yaskawa’s SigmaWin+ software, enabling remote parameter backup and tuning optimization.

Every Yaskawa CACR-PR10BC3CSY10 we supply undergoes full-load thermal cycling and encoder communication validation. Backed by a 24-month warranty and access to Yaskawa-certified motion engineers, our support includes assistance with auto-tuning, resonance analysis, and safety circuit design. From startup to lifecycle extension, we ensure your motion system runs smoothly, accurately, and efficiently.