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Yaskawa SERVOPACK CACR-SR03SZ1SS-Y223

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CACR-SR03SZ1SS-Y223

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The Yaskawa CACR-SR03SZ1SS-Y223 is an AC servo drive, rated for an output power of 0.3 kW. This device operates on a 200 V AC, three-phase input and is suitable for use with motors from the S Series, which feature a self-cooled, totally-enclosed design.

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Technical specifications for CACR-SR03SZ1SS-Y223

ManufacturerYaskawa
Product TypeAC Servo Drive
Product LineSERVOPACK
Part NumberCACR-SR03SZ1SS-Y223
Weight10.88 lbs (4.93 kg)
SeriesAC Drives
Rated Output Power0.3 kW
Input Voltage200 V AC, 3-phase
Compatible Motor SeriesS Series (Totally-enclosed, Self-cooled Design)
Motor Magnet TypeFerrite (Compatible with D-Type Configuration)
Feedback Resolution (Encoder)1,500 Pulses per Revolution
Shaft ConfigurationTapered Shaft (Type 1) with Integrated Shaft Seal
Brake CompatibilityStandard Configuration (No Holding Brake Support)
Control ModesPosition, Speed, and Torque Control Capability
Regenerative BrakingIntegrated Dynamic Braking Resistor Support
Protection FeaturesOvercurrent, Overvoltage, and Thermal Overload Safeguards
Ambient Operating Temperature Range0°C to 40°C (Non-condensing Environment)
Vibration ResistanceUp to 5.9 m/s²

The CACR-SR03SZ1SS-Y223 from Yaskawa is a dedicated AC servo drive engineered for precise motion control. It has a nominal output power rating of 0.3 kW and functions with a 200 V AC three-phase input. The drive harmonizes with S Series motors, characterized by their totally-enclosed and self-cooled construction.

This servo drive is designed with a ferrite magnet type motor that can accommodate the D-Type configuration. Its encoder feedback resolution reaches 1,500 pulses per revolution, enabling detailed positional accuracy. A tapered shaft design (Type 1) features an integrated seal for added protection against contaminants.

For standard applications, it lacks support for a holding brake, meaning it is built for systems that do not require this feature. Users can select from several control strategies, including position, speed, and torque control, enhancing its flexibility in automation processes. Furthermore, this drive integrates a dynamic braking resistor, allowing for regenerative braking capabilities.

The unit is equipped with essential protection features, including safeguards against overcurrent, overvoltage, and thermal overload, ensuring reliability during operation. It operates efficiently in ambient temperatures ranging from 0°C to 40°C in non-condensing settings. In addition, the drive can resist vibrations of up to 5.9 m/s², making it suitable for various operational environments.